CN110115656A - A kind of wax liquor branching block regulating device and wax liquor branching block adjusting method - Google Patents

Abstract

The invention discloses a wax liquid diversion block adjustment device, which comprises: a wax melting device, a flow diversion device, a weighing device, and a wax liquid recovery device; a wax melting box is arranged on a support; The box Unicom is set; the diverter block and the wax liquid circulation pipeline are connected to each other through quick-release joints; a weighing sensor is installed on the bottom side of the wax holding tray; The wax liquid recovery pipelines of the liquid recovery device are connected to each other. This device simulates the use environment of the wax therapy instrument, which is convenient for debugging personnel to adjust the adjustment device of the diverter block. During the adjustment process, the weight of the wax plate displayed by the load cell in real time; the wax liquid in the wax plate is recovered through the wax liquid recovery device. It can be returned to the wax melting tank by itself. Also disclosed is a method for adjusting the wax liquid diverter block, in which step S01-S04 in the method can detect the flow difference of the wax liquid diverter block, and then judge and adjust; to save debugging time and improve efficiency.

Description

Wax liquid diverter block adjustment device and wax liquid diverter block adjustment method

technical field

The invention belongs to the technical field of debugging tooling for diverter equipment, and in particular relates to a wax liquid diverter block adjustment device and a wax liquid diverter block adjustment method.

Background technique

Beeswax has a large heat capacity and low thermal conductivity, which can prevent heat conduction; slow heat dissipation, and gas and moisture are not easy to disappear. During wax therapy, its heat preservation time is as long as 1 hour or more. Wax has plasticity and can be closely attached to the body surface, and some other drugs can also be added for synergistic treatment. Beeswax is in a solid state at room temperature, and the wax liquid needs to be heated when subpackaging, and the melted wax liquid flows into the wax tray through the pipeline.

Existing wax liquid diversion devices all use a diverter block to divert the wax liquid. This diverter block has a liquid inlet and several liquid outlets. Due to the high viscosity of the wax liquid, the flow in the diverter block The performance is poor, and it is easy to have the problem of uneven flow of liquid from each liquid outlet. The current solution is to set an adjustable spool inside the diverter block, and control the flow of the liquid outlet by adjusting the position of the spool.

However, after this design adjusts the position of the spool, the spool will affect the flow of other liquid outlets. In this way, in order to achieve the same liquid output of each liquid outlet of the diverter block, it is necessary to jointly adjust multiple spools. Manual adjustment will consume more time and affect production efficiency.

Contents of the invention

In order to solve the problem of low regulating efficiency of the diverter block, the present invention provides a wax liquid diverter block adjustment device and a wax liquid diverter block adjustment method.

A wax liquid diversion block adjustment device, which includes: a wax melting device, a flow diversion device, a weighing device, and a wax liquid recovery device; the wax melting device includes a wax melting box; the wax melting box is arranged on a support; the described The wax liquid circulation pipeline of the diversion device is connected to the wax melting box; the diversion block and the wax liquid circulation pipeline are connected to each other through quick-release joints, and several diversion pipes are arranged on the diversion block; the weighing device includes a wax holding pan, Wax dish support frame, weighing sensor; The described wax dish support frame is arranged on the support, one side of the wax holding dish is placed on the wax dish support frame, and the bottom of the other side is provided with a weighing sensor; The bottom of the described wax holding dish One side is provided with a wax liquid outflow port; the wax liquid outflow port and the wax liquid recovery pipeline of the wax liquid recovery device are arranged in communication with each other.

Further, the diversion device includes a wax liquid circulation pipeline, a diversion block, and a diversion pipeline; the wax liquid circulation pipeline includes a second wax outlet pipeline, a third wax outlet pipeline, and a first wax return pipeline that are sequentially connected to each other. pipeline, the second wax return pipeline; the second wax outlet pipeline is installed at the lower end of the wax outlet interface; the third wax outlet pipeline is provided with at least two branch wax pipes; the branch outlet There is a valve switch on the wax pipe; one end of the first wax return pipeline communicates with the third wax outlet pipeline; the second wax return pipeline is set inside the wax melting tank and communicates with the upper end of the wax inlet interface. Connection; the upper outlet of the second wax return pipeline is set higher than the upper port of the first wax outlet pipeline.

Further, the splitter block is in the shape of a cuboid, with a liquid inlet channel in the middle; a socket that matches the quick-plug connector is provided on the liquid inlet channel; the side of the diverter block is connected to the liquid inlet channel There are at least two liquid outlet channels in the vertical direction; one side of the liquid outlet channel is a shunt pipe interface, and the other side is an adjustment device accommodation channel; the said shunt pipe is fixed in the shunt pipe interface; The outlets of the distribution pipes are respectively distributed from top to bottom; an adjustable valve core is provided inside the accommodating channel of the adjustment device; positioning holes are provided at both ends of the distribution block, and the positioning holes are vertically arranged.

Further, the bracket is provided with a diverter block fixed platform; one side of the fixed platform is provided with a fixed block; the inside of the fixed block is provided with a horizontal through hole, and the branched wax tube is set Inside the through hole; the side facade of the fixed block is vertically arranged; the socket of the diverter block is installed on the quick-plug connector branching out of the wax pipe; The surfaces are arranged in contact with each other; the upper part of the fixed block is fixedly equipped with quick clamps; the pressing bar of the quick clamps is equipped with a pressing plate; the pressing plate is provided with positioning holes at both ends of the diverter block Matching alignment pins.

Further, the weighing device includes a wax tray, a wax tray support frame, and a load cell; the wax tray is in the shape of a rectangular disk as a whole, with outwardly folded flanges around it; the wax tray is The wax liquid outlet is provided on the bottom side of the wax tray; the bottom of the wax holding tray is concave downward as a whole, and the wax liquid outlet is located at the lowest point; the wax holding tray is located below the outlet of the diversion pipe; The wax plate support frame is arranged on the support; the wax plate support frame is strip-shaped, and the upper part is provided with a long strip flange with a circular arc shape; the wax plate support frame and the wax holding plate side The flange bottoms are in contact with each other; the load cell is set opposite to the wax tray support frame; one end of the load cell is fixed on the support, and the other end is located at the flange bottom on one side of the wax tray; The wax trays are arranged from top to bottom, and each wax tray corresponds to a diversion pipe.

Further, the wax liquid recovery device includes a wax liquid recovery pipeline, a negative pressure chamber, an electromagnetic control valve, a wax liquid recovery tank, and a wax liquid return pipeline; the upper part of the wax liquid recovery pipeline is provided with a wax liquid recovery pipeline branch ; The end of the branch of the wax liquid recovery pipeline is connected to the wax liquid outlet at the bottom of the wax holding tray; the branch of the wax liquid recovery pipeline is provided with an electromagnetic control valve; the bottom of the described wax liquid recovery pipeline is provided with a There is a negative pressure chamber; the negative pressure chamber is in the shape of a tank, the upper inlet is connected to the bottom of the wax liquid recovery pipeline, and an electromagnetic control valve is arranged on the lower outlet; the inner cavity of the negative pressure chamber is connected to the negative pressure gas The sources are connected to each other; the outlet of the electromagnetic control valve at the bottom of the negative pressure chamber is provided with a wax liquid recovery tank; the wax liquid recovery tank is in the shape of a rectangular groove; the inside of the wax liquid recovery tank is equipped with a device, temperature sensor, and liquid level sensor; the heating device, temperature sensor, and liquid level sensor are arranged inside the wax liquid recovery tank, and the temperature sensor is set away from the heating device, and the liquid level sensor is set on the upper part of the wax liquid recovery tank; The liquid level sensor is located below the outlet of the electromagnetic control valve in the lower part of the negative pressure chamber; one end of the wax liquid return pipeline goes deep into the bottom of the wax liquid recovery tank, and is located below the liquid level sensor, and the other end is arranged at the wax melting point. The top of the tank; the wax return pipeline is also provided with a pump.

Further, it also includes a control device, and the control device includes: a wax melting device control module, a weighing device control module, and a wax liquid recovery device control module; the wax melting device control modules are respectively arranged on the wax melting tank The heating device, the temperature sensor, and the liquid level sensor are connected and communicated with each other; the weighing device control module is connected and communicated with the weighing sensor at the lower part of the wax tray; the weighing device control module also includes a weight display connected to it module; the control module of the wax liquid recovery device, the electromagnetic control valve arranged on the branch of the wax liquid recovery pipeline, the pressure source connected to the negative pressure chamber, the electromagnetic control valve at the bottom of the negative pressure chamber, and the wax liquid backflow The pumps provided on the pipeline are connected to communicate with each other.

A method for adjusting a wax liquid diverter block, comprising:

S01: Adjust the liquid flow rate of each liquid flow channel of the diverter block to the maximum;

S02: Close the electromagnetic control valve on the branch of the wax liquid recovery pipeline;

S03: Start the pump to make the wax liquid flow to the wax holding tray through the diverter block, and when the wax liquid in one of the wax holding trays is full, close the valve switch on the branched wax pipe;

S04: record the quality of each wax holding tray at this time;

S05: Open the electromagnetic control valve on the branch of the wax liquid recovery pipeline, and discharge the liquid in the wax holding tray;

S06: Start the pump so that the wax liquid flows to the wax holding tray through the diverter block;

S07: Adjust the position of the spool of the diverter block to change the flow rate of the wax liquid flowing out of the diverter block;

S08: Observe the quality of each wax tray displayed by the weight display module, and stop adjusting when the quality displays are the same;

S09: completely discharge the liquid in the wax holding tray;

S10: Close the electromagnetic control valve on the branch of the wax recovery pipeline; start the pump to make the wax flow through the diverter block to the wax holding tray;

S11: Record the mass of each wax tray at the same time; if the mass is the same, execute S12; if the mass is different, execute S05;

S12: end.

The invention provides a wax liquid diverter block adjustment device, which includes: a wax melting device, a flow diversion device, a weighing device, and a wax liquid recovery device; the wax melting device includes a wax melting box; the wax melting box is arranged on a support ; The wax liquid circulation pipeline of the diversion device is connected to the wax melting tank; the diversion block and the wax liquid circulation pipeline are connected to each other through quick-release joints, and several diversion pipes are arranged on the diversion block; the weighing device includes Wax tray, wax tray support frame, load cell; the wax tray support frame is arranged on the support, one side of the wax tray is placed on the wax tray support frame, and the bottom of the other side is provided with a load cell; The bottom side of the wax plate is provided with a wax liquid outflow port; the wax liquid outflow port and the wax liquid recovery pipeline of the wax liquid recovery device are interconnected and arranged. The overall structure of the device is similar to that of the wax therapy device, which can completely simulate the use environment of the wax therapy device. This device can simulate the wax melting and waxing process of the wax therapy device. This device exposes the entire wax liquid diverter block to the The outer side is fixed with a quick clamping device, and the debugging personnel can directly adjust the adjusting device of the diverter block with a manual or electric device. During the adjustment process, it can be adjusted according to the weight of the wax plate displayed by the load cell; and in this device The wax liquid in the wax tray can be recovered, and can be returned to the wax melting box through the pipeline. A separate fast adjustment can be passed after the end. A method for adjusting the wax liquid diverter block is also provided. The steps S01-S04 in the implementation method can detect the difference in the amount of wax liquid flowing out from each pipe of the existing wax liquid diverter block. Judgment of the weight of the wax liquid; after the judgment, the diversion block can be adjusted in a targeted manner. To save debugging time and improve efficiency.

Description of drawings

Fig. 1 is the structural front view of a kind of wax liquid diverter block adjusting device of the present invention;

Fig. 2 is a structural front view of a wax liquid diverter block adjusting device of the present invention;

Fig. 3 is a left view of the wax liquid circulation pipeline structure of the wax melting tank of a wax liquid diverter block adjustment device of the present invention;

Fig. 4 is a schematic structural diagram of a wax melting tank of a wax liquid diverter block regulating device of the present invention;

Fig. 5 is a left view of the diverter block fixing structure of a wax liquid diverter block adjusting device of the present invention;

Fig. 6 is a full sectional view of a diverter block of a wax liquid diverter block regulating device of the present invention;

Fig. 7 is A-A cross-sectional view of a diverter block of a wax liquid diverter block regulating device of the present invention;

Fig. 8 is a full sectional view of a wax holding tray of a wax liquid diverter block regulating device of the present invention;

Fig. 9 is a B-B sectional view of a wax holding tray of a wax liquid diverter block regulating device of the present invention;

Fig. 10 is a schematic structural diagram of a wax plate support frame of a wax liquid diverter block adjustment device of the present invention;

Fig. 11 is a schematic structural diagram of a wax liquid recovery tank of a wax liquid diverter block adjustment device according to the present invention.

Detailed ways

Example 1:

Please refer to accompanying drawings 1-11, a wax liquid diverter block adjustment device, which includes: a wax melting device 1, a diverter device 2, a weighing device 3, a wax liquid recovery device 4, and a control device;

The wax melting device 1 includes a wax melting tank 11, a heating device 12, a temperature sensor 13, and a liquid level sensor 14;

The wax melting tank 11 is in the shape of a cuboid, and the bottom is provided with a wax outlet port 111, a wax inlet port 112, and a sewage outlet 113;

The bottom of the wax melting box 11 is provided with a support 15;

The wax outlet interface 111 and the wax inlet interface 112 are pipe joints with threaded ports at both ends, and are fixed on the bottom of the wax melting box 11 by welding;

The sewage outlet 113 is a tubular joint connected to the wax melting tank 11, and the end is provided with a valve;

The side wall of the wax melting tank 11 is also provided with a dirty wax outlet 114;

The dirty wax outlet 114 is a tubular joint connected to the wax melting tank 11, and the end is provided with a valve;

The horizontal plane where the dirty wax outlet 114 is located is the layered layer of the wax liquid and water in the wax melting tank 11, the upper part of the horizontal plane where the dirty wax outlet 114 is located is filled with wax liquid, and the lower part is filled with water;

The heating device 12 is arranged on the bottom of the wax melting box 11;

Described temperature sensor 13 is arranged on the inside of melting wax box 11, wherein a temperature sensor 13 is positioned at the top of the horizontal plane of dirty wax outlet 114, and another temperature sensor 13 is positioned at the bottom of the horizontal plane of dirty wax outlet 114;

Described liquid level sensor 14 is arranged on the inside of wax-melting box 11, is used for detecting whether the liquid inside the wax-melting box satisfies the requirement of use; The sensor 14 is positioned at the lower part of the horizontal plane of the dirty wax outlet 114;

The distribution device 2 includes a wax liquid circulation pipeline 21, a distribution block 22, and a distribution pipeline 23;

The wax circulation pipeline 21 includes a first wax outlet pipeline 211 , a second wax outlet pipeline 212 , a third wax outlet pipeline 213 , a first wax return pipeline 214 , and a second wax return pipeline 215 connected to each other;

The first wax outlet pipeline 211 is arranged inside the wax melting tank 11 and installed at the upper end of the wax outlet port 111;

The upper port of the first wax outlet pipeline 211 is located 5-15mm above the horizontal plane of the dirty wax outlet 114;

The second wax outlet pipeline 212 is arranged outside the wax melting tank 11 and installed at the lower end of the wax outlet interface 111;

A pump 216 is provided between the second wax outlet pipeline 212 and the wax outlet interface 111;

The second wax outlet pipeline 212 is provided with a valve 2121;

The third wax outlet pipeline 213 is provided with at least two branch wax outlet pipes 2131;

The branched wax pipe 2131 is provided with a valve switch;

The branched wax pipe 2131 communicates with the third wax pipe 213;

One end of the first wax return pipeline 214 communicates with the third wax outlet pipeline 213, and the other end communicates with the lower end of the wax inlet interface 112;

The second wax return pipeline 215 is arranged inside the wax melting tank 11 and connected to the upper end of the wax inlet port 112;

The outlet at the upper end of the second wax return pipeline 215 is set higher than the upper port of the first wax outlet pipeline 211;

The end of the branched wax tube 2131 is provided with a quick-plug connector 2132;

The splitter block 22 is in the shape of a cuboid, and the middle part is provided with a liquid inlet channel 221;

The inlet channel 221 is provided with a socket 2133 that matches the quick-plug connector 2132;

At least two liquid outlet channels 222 are arranged on the side of the diverter block 22 perpendicular to the liquid inlet channel 221;

One side of the liquid outlet flow channel 222 is the branch pipe interface 223, and the other side is the regulating device accommodation channel 224;

The distribution pipeline 23 is fixed in the distribution pipeline interface 223;

The outlets of the distribution pipeline 23 are respectively distributed from top to bottom;

An adjustable spool 225 is provided inside the regulating device accommodation passage 224;

Both ends of the splitter block 22 are provided with positioning holes 226, and the positioning holes 226 are vertically arranged;

The bracket 15 is provided with a diverter block 22 to fix the platform 151;

One side of the fixed platform 151 is provided with a fixed block 152;

The inside of the fixed block 152 is provided with a horizontal through hole 153, and the branched wax tube 2131 is arranged inside the through hole 153;

The side facade of the fixed block 152 is vertically arranged;

The socket 2133 of the diverter block 22 is installed on the quick-plug connector 2132 branching out of the wax pipe 2131;

The side surfaces of the splitter block 22 and the side elevation of the fixed block 152 are arranged in contact with each other;

The upper part of the fixed block 152 is fixed with a quick clamp 154;

A pressing plate 1542 is installed on the pressing rod 1541 of the quick clamp 154;

The pressing plate 1542 is provided with positioning pins 1543 that match the positioning holes 226 at both ends of the diverter block 22;

Described weighing device 3 comprises wax holding pan 31, wax pan support frame 32, load cell 33;

The wax holding tray 31 is in the shape of a rectangular disk as a whole, and is provided with a flange 311 that is turned outward;

The bottom side of the wax holding tray 31 is provided with a wax liquid outflow port 312;

The bottom of the wax holding tray 31 is in the shape of a downward depression as a whole, and the wax liquid outlet 312 is located at the lowest point;

The wax holding tray 31 is located below the outlet of the distribution pipeline 23;

Described wax plate supporting frame 32 is arranged on the support 15;

The wax plate support frame 32 is strip-shaped, and the upper part is provided with a long strip flange with an arc-shaped cross section;

The wax tray support frame 32 is in contact with the bottom of the flange 311 on one side of the wax tray 31;

Described load cell 33 is oppositely arranged with wax plate support frame 32;

One end of the load cell 33 is fixed on the support 15, and the other end is located at the bottom of the flange 311 on one side of the wax tray 31;

The wax holding trays 31 are arranged from top to bottom, and each wax holding tray 31 corresponds to a distribution pipe 23 respectively;

The wax recovery device 4 includes a wax recovery pipeline 41, a negative pressure chamber 42, an electromagnetic control valve 43, a wax recovery tank 44, and a wax return pipeline 45;

The upper part of the wax liquid recovery pipeline 41 is provided with a wax liquid recovery pipeline branch 411;

The end of the wax liquid recovery pipeline branch 411 is connected to the wax liquid outlet 312 at the bottom of the wax holding tray 31;

The wax recovery pipeline branch 411 is provided with an electromagnetic control valve 43;

The bottom of the wax recovery pipeline 41 is provided with a negative pressure chamber 42;

The negative pressure chamber 42 is in the shape of a tank, the upper inlet communicates with the bottom of the wax liquid recovery pipeline 41, and the lower outlet is provided with an electromagnetic control valve 43;

The inner cavity of the negative pressure chamber 42 is connected to the negative pressure gas source;

A wax liquid recovery tank 44 is provided below the outlet of the electromagnetic control valve 43 in the lower part of the negative pressure chamber 42;

The wax recovery tank 44 is in the shape of a rectangular tank;

The interior of the wax liquid recovery tank 44 is provided with a heating device 12, a temperature sensor 13, and a liquid level sensor 14;

The heating device 12, the temperature sensor 13, and the liquid level sensor 14 are arranged inside the wax liquid recovery tank 44, and the temperature sensor 13 is arranged away from the heating device 12, and the liquid level sensor 14 is arranged on the top of the wax liquid recovery tank 44;

The liquid level sensor 14 is located below the outlet of the lower electromagnetic control valve 43 of the negative pressure chamber 42;

One end of the wax liquid return pipeline 45 goes deep into the bottom of the wax liquid recovery tank 44, and is located below the liquid level sensor 14, and the other end is arranged on the top of the wax melting tank 11;

The wax return pipeline 45 is also provided with a pump 216;

The control device includes: a wax melting device control module, a weighing device control module, and a wax recovery device control module;

The heating device 12, the temperature sensor 13, and the liquid level sensor 14 respectively arranged on the wax melting tank 11 of the described wax melting device control module are connected and communicated with each other;

The weighing device control module is connected to the load cell 33 at the bottom of the wax tray 31 for communication;

The weighing device control module also includes a weight display module 521 connected to it;

The control module of the wax liquid recovery device is arranged on the electromagnetic control valve 43 on the wax liquid recovery pipeline branch 411, the pressure source connected to the negative pressure chamber 42, the electromagnetic control valve 43 at the bottom of the negative pressure chamber 42, The pumps 216 provided on the wax return pipeline 45 are connected and communicated with each other.

When in use, first put a certain amount of water into the wax holding box, put the required wax block into the wax melting box 11, turn on the heating device, and heat and melt the wax block. During the melting process, the temperature sensor 13 monitors the water in real time. and the temperature of the wax liquid, after the wax block melts, it circulates through the wax liquid circulation pipeline; when starting to adjust the diverter block, first carry out the work of fixing the diverter block, install the branched wax tube into the through hole 153 of the diverter block, and then install the The socket 2133 of the diverter block is installed on the quick-connect joint 2132 branching out of the wax tube 2131, and the quick clamp 154 is put down at the same time, so that the positioning pin 1543 on the pressing plate 1542 cooperates with the positioning holes 226 at both ends of the diverter block 22 to complete After the fixing of the diverter block, after the fixation is completed, the flow of the diverter block is adjusted, and the flow rate of each outlet flow channel 222 of the diverter block 22 is adjusted to the maximum; then close the electromagnetic control valve 43 on the branch 411 of the wax liquid recovery pipeline; Then start the pump 216 so that the wax liquid flows to the wax filling tray 31 by the diverter block 22, and when the wax liquid of one of the wax filling trays 31 is full, close the valve switch on the branched wax pipe 2131; then record each wax filling at this time Then open the electromagnetic control valve 43 on the wax liquid recovery pipeline branch 411, the liquid in the wax holding tray 31 is discharged; then start the pump 216 so that the wax liquid flows to the wax holding tray 31 by the diverter block 22; then adjust The position of the spool 225 of the diverter block 22 changes the flow of wax liquid that the diverter block 22 flows out; then observe the quality of each wax tray 31 displayed by the weight display module 521, and stop adjusting when the quality display is the same; then the wax tray 31 The liquid in the interior is discharged completely; Carry out the detection after mediation then, detect and make close the electromagnetic control valve 43 on the wax liquid recovery pipeline branch 411; Start the pump 216 and make the wax liquid flow to the wax holding tray 31 by the diverter block 22; If can not reach each The same measurement of the quality in the wax holding tray 31 repeats the above-mentioned operations, if the requirements are met, then the next diverter block is regulated.

Example 2:

A method for adjusting a wax liquid diverter block, comprising:

S01: adjust the flow rate of each liquid outlet flow channel 222 of the diverter block 22 to the maximum;

S02: close the electromagnetic control valve 43 on the branch 411 of the wax recovery pipeline;

S03: Start the pump 216 so that the wax liquid flows to the wax holding tray 31 through the diverter block 22, and when the wax liquid in one of the wax holding trays 31 is full, close the valve switch on the branched wax pipe 2131;

S04: record the quality of each wax holding tray 31 at this time;

S05: Open the electromagnetic control valve 43 on the branch 411 of the wax liquid recovery pipeline, and discharge the liquid in the wax holding tray 31;

S06: Start the pump 216 so that the wax liquid flows to the wax holding tray 31 through the diverter block 22;

S07: adjust the position of the valve core 225 of the diverter block 22, and change the flow rate of the wax liquid flowing out of the diverter block 22;

S08: Observe the quality of each wax holding tray 31 displayed by the weight display module 521, and stop adjusting when the quality displays are the same;

S09: completely discharge the liquid in the wax holding tray 31;

S10: close the electromagnetic control valve 43 on the branch 411 of the wax liquid recovery pipeline; start the pump 216 so that the wax liquid flows to the wax holding tray 31 through the diverter block 22;

S11: Record the mass of each wax tray 31 at the same time; if the mass is the same, execute S12; if the mass is different, execute S05;

S12: end.

The specific embodiments described above have further described the purpose, technical solutions and beneficial effects of the present invention in detail. It should be understood that the above descriptions are only specific embodiments of the present invention and are not intended to limit the present invention. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention shall be included within the protection scope of the present invention.

Claims (8)

1. A wax liquid diverter block regulating device is characterized in that: it comprises: a wax melting device (1), a diverting device (2), a weighing device (3), a wax liquid recovery device (4); The wax device (1) includes a wax melting box (11); the wax melting box (11) is arranged on the support (15); the wax liquid circulation pipeline (21) of the said diversion device (2) Unicom setting; the diversion block (22) and the wax liquid circulation pipeline (21) are connected to each other through quick release joints, and several diversion pipes (23) are arranged on the diversion block (22); the weighing device (3) includes Wax dish (31), wax dish support frame (32), load cell (33); Described wax dish support frame (32) is arranged on the support (15), and wax dish (31) one side is placed on wax On the disc support frame (32), a load cell (33) is provided at the bottom of the other side; the bottom side of the described wax holding tray (31) is provided with a wax liquid outflow port (312); the wax liquid outflow port (312) It is arranged in communication with the wax liquid recovery pipeline (41) of the wax liquid recovery device (4). 2. A wax liquid diverter block adjustment device according to claim 1, characterized in that: said diverter device (2) comprises a wax liquid circulation pipeline (21), a diverter block (22), a diverter pipe (23 ); the wax liquid circulation pipeline (21) comprises the second wax outlet pipeline (212), the third wax outlet pipeline (213), the first wax return pipeline (214), the second wax return pipeline (215); the second wax outlet pipeline (212) is installed at the lower end of the wax outlet interface (111); the third wax outlet pipeline (213) is provided with at least two branch wax outlet pipes ( 2131); the branched wax outlet pipe (2131) is provided with a valve switch; one end of the first wax return pipeline (214) communicates with the third wax outlet pipeline (213); the second wax return pipeline (213) communicates with each other; The pipeline (215) is arranged inside the wax-melting box (11), and is connected to the upper end of the wax inlet interface (112); the upper end outlet of the second wax return pipeline (215) is higher than the first wax outlet pipeline ( 211) on the port settings. 3. A wax liquid diverter block regulating device according to claim 2, characterized in that: said diverter block (22) is in the shape of a cuboid, and the middle part is provided with a liquid inlet channel (221); said liquid inlet flow The channel (221) is provided with a socket (2133) that matches with the push-in connector (2132); the side of the diverter block (22) is provided with at least two liquid outlets in the direction perpendicular to the liquid inlet channel (221). Road (222); one side of the liquid outlet flow channel (222) is a shunt pipe interface (223), and the other side is a regulating device accommodating channel (224); the described shunt pipe (23) is fixed on the shunt pipe In the interface (223); the outlets of the distribution pipes (23) are respectively distributed from top to bottom; the inside of the adjustment device accommodating channel (224) is provided with an adjustable valve core (225); the distribution block The two ends of (22) are provided with positioning holes (226), and the described positioning holes (226) are arranged vertically. 4. A wax liquid diverter block adjustment device according to claim 3, characterized in that: said bracket (15) is provided with a diverter block (22) fixed platform (151); said fixed platform (151 ) is provided with a fixed block (152); the inside of the fixed block (152) is provided with a horizontally arranged through hole (153), and the branched wax tube (2131) is arranged inside the through hole (153) The side facade of the fixed block (152) is vertically arranged; the socket (2133) of the diverter block (22) is installed on the push-in joint (2132) of the branched wax pipe (2131); the The sides of the diverter block (22) and the side facade of the fixed block (152) are arranged in contact with each other; the upper part of the fixed block (152) is fixedly equipped with quick clamps (154); the described quick clamps (154) A pressing flat plate (1542) is installed on the pressing bar (1541); said pressing flat plate (1542) is provided with positioning pins (1543) that match the positioning holes (226) at both ends of the diverter block (22). 5. A wax liquid diverter block adjustment device according to claim 4, characterized in that: said weighing device (3) comprises a wax holding tray (31), a wax tray support frame (32), a load cell (33); said wax holding plate (31) is in the shape of a rectangular plate as a whole, with outwardly turned flanges (311) around it; the bottom side of said wax holding plate (31) is provided with wax liquid outflow port (312); the bottom of the wax holding tray (31) is in a downward concave shape overall, and the wax liquid outflow port (312) is located at the lowest point; the wax holding tray (31) is located in the distribution pipe (23) Below the outlet; the wax plate support frame (32) is arranged on the support (15); the wax plate support frame (32) is strip-shaped, and the top is provided with a long strip flange with a circular arc shape in section; The bottom of the flange (311) on one side of the wax tray support frame (32) and the wax tray (31) is in contact with each other; the load cell (33) is relatively arranged with the wax tray support frame (32); One end of the load cell (33) is fixed on the support (15), and the other end is located at the bottom of the flange (311) on one side of the wax tray (31); the wax tray (31) is from top to bottom Arrangement, each wax holding tray (31) corresponds to a shunt pipeline (23) respectively. 6. A wax liquid diverter block adjustment device according to claim 5, characterized in that: the wax liquid recovery device (4) comprises a wax liquid recovery pipeline (41), a negative pressure chamber (42), an electromagnetic control Valve (43), wax recovery tank (44), wax return pipeline (45); the upper part of the wax recovery pipeline (41) is provided with a wax recovery pipeline branch (411); the wax recovery The end of the pipe branch (411) is connected to the wax liquid outlet (312) at the bottom of the wax holding tray (31); the wax liquid recovery pipe branch (411) is provided with an electromagnetic control valve (43); The bottom of the wax liquid recovery pipeline (41) is provided with a negative pressure chamber (42); the negative pressure chamber (42) is in the shape of a tank, and the upper inlet and the bottom of the wax liquid recovery pipeline (41) are connected to each other, and the bottom of the lower outlet is An electromagnetic control valve (43) is provided; the inner cavity of the negative pressure chamber (42) is connected to the negative pressure air source; the outlet of the electromagnetic control valve (43) at the bottom of the negative pressure chamber (42) Below is provided with wax liquid recovery tank (44); Described wax liquid recovery tank (44) is rectangular groove shape; The inside of described wax liquid recovery tank (44) is provided with heating device (12), temperature sensor (13 ), liquid level sensor (14); described heating device (12), temperature sensor (13), liquid level sensor (14) are arranged on the inside of wax recovery tank (44), and temperature sensor (13) is away from heating The device (12) is arranged, and the liquid level sensor (14) is arranged on the top of the wax recovery tank (44); the liquid level sensor (14) is positioned at the outlet of the electromagnetic control valve (43) at the bottom of the negative pressure chamber (42) The bottom of the wax liquid return pipeline (45) goes deep into the bottom of the wax liquid recovery tank (44), and is positioned at the bottom of the liquid level sensor (14), and the other end is arranged on the top of the wax melting tank (11); Also be provided with pump (216) on the above-mentioned wax liquid return pipeline (45). 7. A wax liquid diverter block adjustment device according to claim 6, characterized in that: it also includes a control device, and the control device includes: a wax melting device control module, a weighing device control module, a wax liquid recovery device Control module; the heating device (12), the temperature sensor (13) and the liquid level sensor (14) on the wax melting box (11) of the control module of the described wax melting device are respectively connected and communicated with each other; the described weighing device The control module is connected to the load cell (33) at the bottom of the wax tray (31) for communication; the weighing device control module also includes a weight display module (521) connected to it; the wax recovery device control The module is arranged on the electromagnetic control valve (43) on the wax liquid recovery pipeline branch (411), the pressure source connected to each other with the negative pressure chamber (42), the electromagnetic control valve (43) at the bottom of the negative pressure chamber (42) ), the pump (216) provided on the wax liquid return pipeline (45) is connected to communicate with each other. 8. A method for adjusting a wax liquid diverter block, comprising: S01: adjust the flow rate of each liquid outlet channel (222) of the diverter block (22) to the maximum; S02: close the electromagnetic control valve (43) on the wax liquid recovery pipeline branch (411); S03: Start the pump (216) so that the wax liquid flows to the wax holding tray (31) through the diverter block (22). valve switch; S04: record the quality of each wax holding tray (31) at this moment; S05: Open the electromagnetic control valve (43) on the wax liquid recovery pipeline branch (411), and discharge the liquid in the wax holding tray (31); S06: Start the pump (216) so that the wax liquid flows to the wax holding tray (31) through the diverter block (22); S07: adjust the position of the spool (225) of the diverter block (22), and change the flow rate of the wax liquid flowing out of the diverter block (22); S08: observe the quality of each wax tray (31) displayed by the weight display module (521), and stop adjusting when the quality displays are the same; S09: completely discharge the liquid in the wax holding tray (31); S10: close the electromagnetic control valve (43) on the wax liquid recovery pipeline branch (411); start the pump (216) to make the wax liquid flow to the wax holding tray (31) through the diverter block (22); S11: record the quality of each wax tray (31) at the same time; if the quality is the same, execute S12; if the quality is different, execute S05; S12: end.