CN216366333U - Intelligent electromagnetic therapeutic equipment - Google Patents

Abstract

The utility model discloses intelligent electromagnetic treatment equipment, which comprises a bed body, wherein a plurality of magnetic therapy heads, a control module and a power supply module are arranged on the bed body, and the control module and the power supply module are respectively and electrically connected with the magnetic therapy heads; the magnetic field generated by the magnetic therapy head penetrates through the upper bed surface of the bed body, and the control modules respectively and independently control the magnetic field generated by the magnetic therapy head. The utility model aims to provide intelligent electromagnetic treatment equipment which is provided with a plurality of magnetic therapy heads capable of generating high-strength pulse magnetic fields, has high overall magnetic field intensity, and can independently control the working state of each magnetic therapy head so as to meet the treatment requirements of users.

Description

Intelligent electromagnetic therapeutic equipment

Technical Field

The utility model belongs to the field of medical health care instruments, and particularly relates to intelligent electromagnetic treatment equipment.

Background

The existing electromagnetic treatment bed or chair generally adopts a single magnetic head or less than 4 magnetic heads to generate a magnetic field. The intensity of the magnetic field generated by a single magnetic head is weaker, and the total intensity of the magnetic field cannot achieve the treatment effect due to the fact that the number of the magnetic heads is too small. Or a multipoint small permanent magnet mode is adopted instead of a pulse magnetic field, so that the penetration distance is short, the electromagnetic pulse control principle is not mastered, the magnetic field is low, and the treatment effect is low. And the magnetic field distribution of each magnetic head is messy without a fixed distribution mode, so that the magnetic field intensity cannot be adjusted, the treatment mode is messy, the control mode is single, and a comprehensive high-intensity magnetic field treatment scheme is not formed.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide intelligent electromagnetic treatment equipment which is provided with a plurality of magnetic therapy heads capable of generating high-strength pulse magnetic fields, has high magnetic field intensity, and can independently control the working state of each magnetic therapy head so as to meet the treatment requirements of users.

The patent scheme provides intelligent electromagnetic treatment equipment, which comprises a bed body, wherein a plurality of magnetic therapy heads, a control module and a power supply module are arranged on the bed body, and the control module and the power supply module are respectively and electrically connected with the magnetic therapy heads; the magnetic field generated by the magnetic therapy head penetrates through the upper bed surface of the bed body, and the control modules respectively and independently control the magnetic field generated by the magnetic therapy head.

Furthermore, the control module controls the generation, the strength, the pulse frequency and the working time of the magnetic field of the magnetic therapy head. The control module is also connected with the wireless communication module and establishes data connection with the mobile phone client to carry out remote control.

Furthermore, the plurality of magnetic therapy heads are arranged in the bed body as fixed magnetic therapy heads, each magnetic therapy head comprises a fixed seat used for accommodating a plurality of magnetic needles, a coil and a plurality of magnetic needles, the plurality of magnetic needles are closely arranged in the middle of the fixed seat, the front ends of the magnetic needles are exposed, the front end of each magnetic needle is conical or circular-arc, and the bottom surface of the fixed seat supports the bottoms of the plurality of magnetic needles.

Furthermore, the fixed magnetic therapy head is divided into a plurality of modules, and the control module respectively and independently controls the fixed magnetic therapy head according to the modules.

Further, the modules comprise a head treatment module, a shoulder treatment module, a waist treatment module and a leg treatment module.

Furthermore, the magnetic field intensity of the magnetic needle of each magnetic therapy head is 2000-6000 gauss, the length is 3-12 cm, and the diameter is 0.5-3 cm; a plurality of magnetic needles are closely arranged to form a superposed magnetic field.

Furthermore, the side of the bed body is provided with a movable and telescopic mechanical arm, the front end of the mechanical arm is provided with the magnetic therapy head, the magnetic therapy head is positioned above the bed surface on the bed body, and a magnetic field generated by the magnetic therapy head downwards penetrates through a human body lying on the bed.

Furthermore, the bed body also comprises a bed frame, wherein an arch ring is arranged above the bed surface on the bed body, and the arch ring is provided with a lighting device and a sound device.

The improvement of this patent brings the following advantage:

(1) the electromagnetic therapeutic equipment adopts a plurality of magnetic therapy heads to simultaneously generate the pulse magnetic field, a plurality of single pulse magnetic fields are regularly and mutually superposed, the generated total pulse magnetic field has strong intensity, the magnetic field intensity can reach 15000-30000 gausses, and the therapeutic effect is good. The effective rate to the skeletal muscle pain is 89.3%: acting on sensory nerve, reducing excitability of sensory nerve, and reducing pain-causing substances such as substance P, 5-hydroxytryptamine and acidic metabolism concentration. The effective rate to inflammation is 87.5%: including cervical vertebra, painted joint, pelvic cavity, chronic gallbladder and mammary gland or hyperplasia. The treatment can cause the change of the number of leucocytes. The magnetic field has an accelerating effect of promoting wound tissue healing.

(2) The magnetic therapy heads are independently controlled respectively, and the generation, the strength, the pulse frequency and the working time of the magnetic field of the magnetic therapy heads are controlled, so that the strength, the pulse frequency and the working time of the magnetic field can be adjusted. The magnetic field of each magnetic therapy head is effectively, planned and regularly controlled, so that the distribution of the overall magnetic field is staggered and ordered. Furthermore, the treatment can be performed on key parts and key parts, such as diseased parts and the like by emphasizing the strength, pulse frequency, time and the like of the magnetic field; the intensity of the magnetic field, the pulse frequency, the time and the like can be properly reduced for the non-key parts, or the part of the magnetic therapy head is closed. So that the magnetic therapy is key and rhythmic and a better therapeutic effect is obtained.

(3) On the basis of respectively and independently controlling the magnetic therapy heads, the magnetic therapy heads are further divided into a plurality of modules, and the control modules respectively and independently control each module, so that each module respectively performs key treatment on different parts, and the treatment is more targeted. Each module can include several magnetic therapy heads, for example, the modules can be divided into a head treatment module, a shoulder treatment module, a waist treatment module and a leg treatment module, so that the modules can simultaneously or respectively carry out electromagnetic physiotherapy on the head, the shoulders, the waist and the legs.

(4) The mobile phone can be further combined with a mobile phone client, for example, a mobile phone APP, a WeChat public number and the like are connected with the control module, so that a user or others can directly set a treatment mode, treatment intensity and treatment time on the mobile phone. The electromagnetic treatment equipment is convenient for a user to directly control the electromagnetic treatment equipment, or a background worker can directly help the user to carry out the most appropriate treatment setting according to the description of the user on the self condition. Or the electromagnetic treatment equipment can be placed in public places to serve as shared electromagnetic treatment equipment, and a user can connect the control module by scanning the two-dimensional code, so that the application range and the application scene of the electromagnetic treatment equipment are enlarged.

Drawings

Fig. 1 is a schematic perspective view of an intelligent electromagnetic treatment device according to an embodiment of the present application;

FIG. 2 is a schematic top view of an intelligent electromagnetic treatment device according to an embodiment of the present application;

FIG. 3 is a schematic circuit diagram of a power module of the intelligent electromagnetic treatment device according to the embodiment of the present application;

FIG. 4 is a schematic circuit diagram of a pulsed high magnetic control part in a control module of an intelligent electromagnetic treatment device according to an embodiment of the present application;

wherein, 1 is a bed body, 2 is a magnetic therapy head, 3 is a control module, 11 is a bed surface, 12 is a mechanical arm, 21 is a fixed magnetic therapy head, 22 is a movable magnetic therapy head, 211 is a head treatment module, 212 is a shoulder treatment module, 213 is a waist treatment module, and 214 is a leg treatment module.

Detailed Description

The embodiments of the present invention are described below with reference to specific embodiments, and other advantages and effects of the present invention will be easily understood by those skilled in the art from the disclosure of the present specification. The utility model is capable of other and different embodiments and of being practiced or of being carried out in various ways, and its several details are capable of modification in various respects, all without departing from the spirit and scope of the present invention.

Referring to fig. 1-2, an intelligent electromagnetic therapy apparatus of embodiment 1 of the present application includes a bed body 1, a plurality of magnetic therapy heads 2, a control module 3 and a power module, which are electrically connected to the magnetic therapy heads 2 respectively; the magnetic therapy head 2 is arranged on the bed body 1, and a magnetic field generated by the magnetic therapy head 2 penetrates through the upper bed surface 11 of the bed body 1; the power supply module is used for supplying power to the electric component; the control module 3 respectively and independently controls the magnetic therapy head 2 and controls the generation, the strength, the pulse frequency meter and the working time of the magnetic field of the magnetic therapy head 2. The control module 3 can be an integrated circuit control board and is arranged in the shell of the electromagnetic treatment equipment, and the control module is also connected with a touch control screen or a control key board.

The electromagnetic therapeutic equipment is provided with a plurality of magnetic therapy heads 2 capable of emitting high-intensity pulse magnetic fields, the magnetic therapy heads 2 are effectively integrated by a control module 3 to form an organic whole, and the generated overall magnetic field intensity is high and is regularly distributed. Moreover, the user can set different treatment parameters (treatment mode, treatment intensity and treatment time) on the control module 3 according to the self condition, so that the control module 3 can control the generation, the intensity, the pulse frequency and the working time of the magnetic field of each magnetic therapy head 2 in a targeted manner. The intensive treatment is carried out on key parts, and the non-key or normal parts appropriately weaken the magnetic field intensity, the pulse frequency, the treatment time and the like.

The magnetic therapy head comprises a fixing seat for accommodating a plurality of magnetic needles, a coil and a plurality of magnetic needles, wherein the plurality of magnetic needles are tightly arranged in the middle of the fixing seat and expose the front ends of the magnetic needles, the front end of each magnetic needle is conical or circular-arc, and the bottom of each fixing seat supports the bottoms of the plurality of magnetic needles.

The magnetic field intensity of the magnetic needle of each magnetic therapy head is 2000-6000 gauss, the length is 3-12 cm, and the diameter is 0.5-3 cm; a plurality of magnetic needles are closely arranged to form a superposed magnetic field.

The bed body 1 can be various types of beds or a combination of beds and supporting frames. May be a fixed or immobile bed; or the bed is combined with a support frame, and the movable wheels on the bottom surface of the support frame can move (as shown in figure 1). The bed body 1 can be integrally formed, or the bed body 1 can be formed by a plurality of parts and can be assembled and disassembled.

Preferably, the bed body 1 comprises a bed and a support frame, the bed is arranged on the support frame, pulleys are arranged at the bottom of the support frame, the bed body 1 can move by means of the pulleys, the upper portion of the support frame is a circular arch ring, and lighting equipment and music equipment are arranged on the arch ring.

The core component of the magnetic therapy head 2 is an electromagnetic coil, and the control module 3 controls the generation or non-generation, strength, pulse frequency and working time of the magnetic field of the magnetic therapy head 2 by controlling the input of current.

The control module 3 can respectively and independently control each magnetic therapy head 2, the control module is also connected with a touch control screen or a control key board to control the generation, the strength, the pulse frequency and the working time of the magnetic field of the magnetic therapy head (as shown in figure 1), and the control module 3 can also be connected with a mobile phone client through a wireless network for operation.

The power module is used for supplying power to electric components, such as the magnetic therapy head 2, the control module 3 and other electric components.

In the intelligent electromagnetic therapeutic apparatus of embodiment 2 of the present application, on the basis of the electromagnetic therapeutic apparatus of embodiment 1, a plurality of magnetic therapy heads 2 are arranged in a bed body 1 as fixed magnetic therapy heads 21, and a magnetic field generated by the fixed magnetic therapy heads 21 upwardly penetrates through an upper bed surface 11 of the bed body 1.

As shown in fig. 2, the fixed magnetic therapy head 21 is embedded in the upper bed surface 11 of the bed body 1, and the direction of the emitted magnetic field is basically vertical to the upper bed surface 11. The fixed magnetic therapy head 21 is divided into a plurality of modules, and the control module 3 respectively and independently controls the fixed magnetic therapy head 21 according to the modules.

The fixed magnetic therapy head 21 is divided into an upper half body treatment module and a lower half body treatment module. Alternatively, the fixed magnetic therapy head 21 is divided into a head treatment module 211, a trunk treatment module, and a leg treatment module 214. Alternatively, the fixed magnet therapy head 21 may be further divided into a head treatment module 211, a neck treatment module, a shoulder treatment module 212, an upper limb treatment module, a chest treatment module, a waist treatment module 213, a hip treatment module, and a lower limb treatment module. Or further subdivide according to the human body structure and the parts easy to be affected, so that the treatment is more targeted. The fixed magnet therapy head 21 is preferably divided into a head treatment module 211, a shoulder treatment module 212, a waist treatment module 213, and a leg treatment module 214.

The number of the fixed magnetic therapy heads 21 can be set to be a plurality, and the more the number of the fixed magnetic therapy heads 21 is set, the more the control of the control module 3 on the magnetic field and the treatment effect is refined. However, the more the number of the magnetic therapy heads 2 is, the more complicated the arrangement of the magnetic therapy heads 2, the arrangement of the circuit and the arrangement of the heat dissipation system are, and the greater the control difficulty of the control module 3 on the magnetic therapy heads 2 is. Preferably, 29 fixed magnetic therapy heads 21 are arranged. Wherein, the head treatment module 211 comprises two fixed magnetic therapy heads 21, and the shoulder treatment module 212, the waist treatment module 213 and the leg treatment module 214 comprise nine fixed magnetic therapy heads 21.

The arrangement of the fixed magnetotherapy heads 21 is preferably as shown in fig. 2: all the modules are arranged one by one according to the axis of the bed body 1, the two fixed magnetic therapy heads 21 of the head treatment module 211 are arranged according to the axis of the bed body 1, and the nine fixed magnetic therapy heads 21 of the shoulder treatment module 212, the waist treatment module 213 and the leg treatment module 214 are arranged in a grid manner.

Or further refining, on the basis of the above scheme, two more treatment modules for the left and right arms are arranged on both sides of the shoulder treatment module 212 and the waist treatment module 213; alternatively, two foot treatment modules are provided side by side at the other end of the leg treatment module 214, which is far from the lumbar treatment module 213.

On the basis of the electromagnetic treatment device in embodiment 1 or embodiment 2, the intelligent electromagnetic treatment device in embodiment 3 of the present application is provided with a movable magnetic therapy head 2 above a bed body 1 as a movable magnetic therapy head 22, and a magnetic field generated by the movable magnetic therapy head 22 penetrates downwards through an upper bed surface 11 of the bed body 1.

The number of the movable magnetic therapy heads 22 can be one, two or more.

The installation mode of the movable magnetic therapy head 22 can be as follows: a slide rail is arranged above the bed body 1, then the movable magnetic therapy head 22 is arranged above the bed body 1 through the slide rail, and the movable magnetic therapy head 22 moves through the slide rail. Or else: a movable and telescopic mechanical arm 12 (shown in figure 1) is arranged at one side part of the bed body 1, the movable magnetic therapy head 22 is arranged on the bed body 1 through the mechanical arm 12, and a user can adjust different postures of the mechanical arm 12 to move the movable magnetic therapy head 22 to different positions and heights above the upper bed surface 11 so as to adapt to different treatment schemes. Each mechanical arm 12 can be provided with a single magnetic therapy head 2, and can also be provided with a plurality of magnetic therapy heads 2 to form a magnetic therapy head 2 cluster.

Preferably, two movable magnetic therapy heads 22 are arranged and are arranged at one side part of the bed body 1 through two mechanical arms 12.

The circuit system of the electromagnetic treatment equipment comprises a power supply module, a control module 3, a short-circuit protection module, a temperature acquisition module and a heat dissipation system; the short-circuit protection module is used for detecting the current input to the magnetic therapy head 2 and preventing the magnetic therapy head 2 from short-circuit; the temperature acquisition module is used for acquiring the temperature of the magnetic therapy head 2, judging whether the temperature exceeds a threshold value or not and further controlling the normal opening and closing of the heat dissipation system.

The control module 3 adopts an embedded ARM system design: LPC2132 and STM32103 single chip microcomputer are designed by double-core hardware and software. The intelligent magnetic therapy system is mainly responsible for instrument display interface, key control, software acupoint algorithm calculation, high magnetic field pulse control, magnetic therapy head state feedback information inquiry and linkage control, cloud background and client background network communication, Bluetooth interface communication and linkage control of a heat dissipation system according to the temperature of the magnetic therapy head and the temperature of a working environment. The heat dissipation system is provided with a plurality of ventilation grooves, and an exhaust fan is arranged in a manner of being matched with each groove. The processing power of powerful system hardware and software provides the foundation environment for the generation of pulsed high magnets.

Referring to fig. 4, the control hardware circuit of the pulse high magnetism is as follows:

the design of an IGBT field effect transistor driving circuit is adopted, and a single chip microcomputer PWM pulse is input into a controller to control the MC 33153. Wherein, the control principle of the MC33153 is as follows: the 1 pin is a current detection input pin and used for detecting overcurrent and short circuit of the IGBT with the integrated current detection function, and the 2 pin is a Kelvin ground GND and is connected with an emitting electrode of the IGBT. Pin 3 is power ground VEE, and pin 2 is connected to pin 3. The 4 pins are signal input pins, receive the PWM signal from the controller and are active at low level. The 5 pins are driving signal output pins and are connected to the grid of the IGBT after passing through the driving resistor. Pin 6 is the power supply VCC, typically 15V. And the pin 7 is a fault signal output pin, and when the IGBT overcurrent or short-circuit fault is detected, the pin 7 outputs a high-level fault signal and returns the high-level fault signal to the controller. And 8 pins are taken as an input pin for the protection and detection, and the conduction saturation state of the IGBT is monitored.

The magnetic therapy head adopts the switch control function of a field effect tube with large current and realizes the generation of the pulse large magnetic field intensity through a stable field effect tube driving circuit. A multi-channel magnetotherapeutic head temp acquiring and feedback circuit is used, which includes short circuit, open circuit, power supply, magnetotherapeutic head temp acquiring and radiating circulating system acquiring and controlling circuits. Realizes the work protection of the heating of the magnetic therapy head and the stable magnetic field intensity.

Referring to fig. 3, the power module adopts a circuit design of alternating current 220V through EMC electromagnetic compatibility, such as radiation and conduction, and adopts a high-power step-up transformer, so as to ensure the stability of the working power supply of the electromagnetic therapy equipment, the alternating current power supply is rectified and amplified, and the instant energy storage and discharge alternate work of the electrolytic capacitor is realized through the embedded single chip microcomputer PWM control technology, so as to ensure that the working current of the pulse width high voltage passing through the coil does not affect the external working power supply environment.

The short-circuit protection module is used for collecting and judging whether the magnetic therapy head is in a short-circuit state or not, and if the magnetic therapy head is in the short-circuit state, an alarm instruction is sent to the alarm system in time to enable the alarm system to warn a user or a manager.

The whole body combing in the treatment mode means that all the magnetic therapy heads 2 generate magnetic fields; the upper half body carding only activates the magnetic therapy head 2 or the module corresponding to the upper half body to generate a magnetic field; the lower body carding only activates the magnetic therapy head 2 or the module corresponding to the lower body to generate a magnetic field; combing up and down, namely sequentially activating and closing the magnetic therapy heads 2 or modules corresponding to the heads to the magnetic therapy heads 2 or modules corresponding to the legs one by one, and performing circulation back and forth; combing from bottom to top, namely activating and closing the magnetic therapy heads 2 corresponding to the legs to the magnetic therapy heads 2 corresponding to the heads one by one; from top to bottom.

Preferably, the fixed magnet therapy head 21 is divided into a head treatment module 211, a shoulder treatment module 212, a waist treatment module 213 and a leg treatment module 214. Then combing the whole body, namely all the modules generate a magnetic field; the upper body comb activates only the head treatment module 211 and the shoulder treatment module 212; lower body grooming activates only the lumbar treatment module 213 and the leg treatment module 214; the upper and lower back-and-forth combing, namely, the head treatment module 211 is firstly activated, then the shoulder treatment module 212 is sequentially activated and the head treatment module 211 is closed, and thus the head treatment module 211 is sequentially activated and closed one by one, and the head treatment module 211 is sequentially activated and closed one by one until the last leg treatment module 214 returns, and the head treatment module 211 is sequentially activated and closed one by one from the leg treatment module, the waist treatment module, the shoulder treatment module and the leg treatment module are circularly carried out to and fro, so that the upper and lower back-and-forth combing once is completed, and the next cycle or closing is carried out; bottom-up combing, i.e., sequentially activating and deactivating one by one from head to leg treatment module 214; the treatment modules 211 are sequentially activated and deactivated one by one from top to bottom and from the legs to the head.

The first scheme is as follows: the control module 3 comprises a touch screen (as shown in fig. 1) installed on the bed body 1, and is used for a user to set a treatment mode, treatment intensity and treatment time directly according to the treatment needs of the user, or to select a treatment package composed of different treatment modes, treatment intensities and treatment times.

Scheme II: the control module 3 is connected with a touch screen installed on the bed body 1, and meanwhile, the wireless communication module is connected with the mobile phone client, so that a user can set a treatment mode, treatment intensity and treatment time for the control module 3 through the mobile phone client, or select a treatment package consisting of different treatment modes, treatment intensities and treatment times. The mobile phone client can be a mobile phone APP, a wechat public number or wechat applet, or a webpage version client page. The user can set treatment parameters (treatment mode, treatment intensity, treatment time and the like) through the touch screen, and can also set the treatment parameters through the mobile phone client. Or the staff remotely assists the client to set the treatment parameters according to the actual treatment needs of the client. Or, a two-dimensional code linked to a mobile phone client is arranged on the bed body 1, the electromagnetic therapy equipment is set to be shared electromagnetic therapy equipment and placed in a public place, and after the two-dimensional code is scanned by the mobile phone of a client, the treatment parameters are set or a treatment package is selected for paying.

The third scheme is as follows: the control module 3 is not provided with a touch screen, the wireless communication module is connected with the mobile phone client, and a user can set a treatment mode, treatment intensity and treatment time for the control module 3 through the mobile phone client or select a treatment package consisting of different treatment modes, treatment intensities and treatment times. The touch screen is not arranged, so that the cost of the equipment is reduced, the appearance of the electromagnetic treatment equipment can be more mellow and beautiful, the failure rate of the equipment is reduced, and the electromagnetic treatment equipment is simpler and easier to use.

Claims (8)

1. The intelligent electromagnetic treatment equipment is characterized by comprising a bed body, wherein a plurality of magnetic therapy heads, a control module and a power supply module are arranged on the bed body, and the control module and the power supply module are respectively and electrically connected with the magnetic therapy heads; the magnetic field generated by the magnetic therapy heads penetrates through the upper bed surface of the bed body, and the control module respectively and independently controls the magnetic fields generated by the magnetic therapy heads; the magnetic therapy heads are arranged in the bed body as fixed magnetic therapy heads, the fixed magnetic therapy heads are divided into a plurality of modules, and the modules comprise a head treatment module, a shoulder treatment module, a waist treatment module and a leg treatment module.

2. The intelligent electromagnetic therapy equipment according to claim 1, characterized in that said control module is further connected with a touch control screen or a control key board for controlling the generation, intensity, pulse frequency and working time of the magnetic field of said magnetic therapy head.

3. The intelligent electromagnetic therapy device according to claim 1, wherein said magnetic therapy head comprises a holder for accommodating a plurality of magnetic needles, a coil, and a plurality of magnetic needles, said plurality of magnetic needles are closely arranged and mounted in the middle of the holder, and the front ends of the magnetic needles are exposed, each front end of the magnetic needle is conical or circular arc, and the bottom of the holder supports the bottom of the plurality of magnetic needles.

4. The intelligent electromagnetic treatment device of claim 3, wherein said control module controls said fixed magnetic therapy heads independently from each other according to said modules.

5. The intelligent electromagnetic therapy device as claimed in claim 3, wherein the magnetic strength of the magnetic needle of each magnetic therapy head is 2000 and 6000 gauss, the length is 3-12 cm, and the diameter is 0.5-3 cm; a plurality of magnetic needles are closely arranged to form a superposed magnetic field.

6. The intelligent electromagnetic therapy device as claimed in claim 1, wherein said bed body is provided at its side with a movable and retractable mechanical arm, said magnetic therapy head is provided at the front end of said mechanical arm, said magnetic therapy head is located above the bed surface on said bed body, and the magnetic field generated by said magnetic therapy head penetrates downward through the human body lying on the bed.

7. The intelligent electromagnetic therapy apparatus as claimed in claim 1, wherein said bed further comprises a bedstead, said bedstead being provided with an arch ring above said bed surface on said bed, said arch ring being provided with lighting means and sound means.

8. The intelligent electromagnetic therapy device of claim 1, wherein said control module is further connected to a wireless communication module for remote control by establishing a data connection with a mobile phone client.

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