KR102571143B1 - A lightweight compression system with replaceable wire drive method - Google Patents

Abstract

The present invention relates to a lightweight pressurizer system using a replaceable wire driving method, comprising: a wearing part worn on a body of a person to be treated to compress and release pressure from a body part of the person to be treated; a power unit generating compression power applied to the wearing unit; a power transmission unit connecting the wearing unit and the power unit to transmit the compression power to the wearing unit; and a motor connector unit for attaching and detaching the power transmission unit from the power unit.

Description

Lightweight Compressor System with Replaceable Wire Drive Method {A LIGHTWEIGHT COMPRESSION SYSTEM WITH REPLACEABLE WIRE DRIVE METHOD}

The present invention relates to a lightweight pressurizer system to which a replaceable wire driving method is applied, and more specifically, a wearable part and a driving part are connected with a wire, and the wire is configured to be detachable from the driving part, thereby miniaturizing and reducing the weight of the pressurizer. The present invention relates to a lightweight compressor system using a replaceable wire driving method that can be used interchangeably by applying various types of wearing parts according to the person to be treated.

In general, limb compression circulation devices using air pressure improve human health by expanding blood vessels through repeated expansion and contraction of cuffs according to changes in air pressure, promoting blood circulation and lymphatic circulation, and activating metabolism. It is a device designed for the purpose of restoring, maintaining, and enhancing.

This limb compression circulation device mainly surrounds a cuff on a person's arm, leg, waist, shoulder, etc., and sequentially supplies and exhausts compressed air to and from a plurality of air bags constituting the cuff to perform massage.

In the limb compression circulation device, which is usually used for medical purposes, the air pressure generated by driving the air pressure generator is distributed by the air distributor provided inside, passes through the air hose, and is supplied to each air bag of the cuff, and massages by compressing the body contact area. It is a device designed to do so.

Therefore, the user surrounds the cuff around the body part to be massaged, applies power to the air pressure generator, and then switches the operating switch installed in the air pressure generator to an operating mode to start the operation of the limb compression circulation device.

The limb compression device using pneumatic pressure is used by providing a compressor for pneumatic drive near the bed. The compressor for this pneumatic drive generates a lot of noise during operation and is large and heavy, which makes it necessary to reduce the size and weight of the limb compression device. making implementation difficult.

Therefore, there is a demand for development of a compression device using a motor without using a pneumatic method for miniaturization.

[Patent Document] KR 10-1888920 (Registered on August 09, 2018)

In order to solve the above problems, the present invention provides a wearing part for compressing and releasing pressure on a worn part, a power unit for generating compression power for the wearing part, a power transmission unit connecting the wearing part and the power unit, and the power transmission unit. By including a detachable motor connector, various compression strengths applied to the body can be applied, the compression machine system can be made smaller and lighter, and the wearable part can be easily replaced, so that various types of wearable parts can be applied and used. An object thereof is to provide a replacement compressor system having a driving method.

In order to achieve the above object, a lightweight compressor system applying a replaceable wire driving method according to an embodiment of the present invention includes a wearing part worn on a body of a person to be treated and pressurized and released from the body part of the person to be treated; a power unit generating compression power applied to the wearing unit; a power transmission unit connecting the wearing unit and the power unit to transmit the compression power to the wearing unit; and a motor connector unit for attaching and detaching the power transmission unit from the power unit.

In addition, the power transmission unit according to the present invention, one end coupled to the wearing portion, the other end of the wire coupled to the motor connector portion; and a wire guide covering the wire.

In addition, the wearing part according to the present invention, the body; and a cuff discharged from one side of the body to the outside and configured to cover the body of the person to be treated.

In addition, the wearing unit according to the present invention includes a cuff pulley provided inside the body and winding or unwinding one end of the cuff; and a cuff fixing part disposed on one side of the cuff pulley and fixing the other end of the cuff.

In addition, the cuff according to the present invention includes a first cuff having one end coupled to the cuff pulley; a second cuff having the other end fixed to the cuff fixing part; and a detachable coupling member coupling and separating the other end of the first cuff and one end of the second cuff.

In addition, the wearing part according to the present invention is characterized in that it comprises a; wire pulley for winding or unwinding one end of the wire.

In addition, the motor connector part according to the present invention, the body; a retractable reel provided in the body and receiving power from the power unit to wind or unwind the wire; a connecting protrusion provided on one surface of the body, coupled to and separated from the power unit, and rotatable integrally with the retractable reel; and a locking member provided on the other surface of the body and controlling the fixation of the motor connector mounted on the power unit.

In addition, the motor connector unit according to the present invention is characterized in that it comprises a; pressure measuring device for measuring the tension applied to the wire.

In addition, the power unit according to the present invention, a drive motor for generating power to pull or release the wire; And based on the signal transmitted from the user input device or the pressure measuring device and the electrocardiogram and pulse information of the recipient detected by the electrocardiogram pulse sensor, the cuff compresses the recipient's body part with a reverse beat that is opposite to the pulse of the recipient. Characterized in that it comprises a; control unit for feedback control of the drive motor so as to increase the blood flow toward the heart of the pisisulja by applying.

In addition, the power unit according to the present invention is characterized in that it comprises a; connecting hole into which the connecting protrusion is inserted.

According to the lightweight compressor system using the replaceable wire drive method according to the present invention as described above, the cuff includes a cuff pulley for winding or unwinding one end of the cuff in the body of the wearing part and a cuff fixing part for fixing the other end of the cuff. Since power is transmitted to one end of the cuff to which the other end is fixed through a single configuration of the pulley and the wire pulley, power is transmitted to the body part, thereby reducing the weight and miniaturization of the compressor system.

In addition, by having a control unit for controlling the driving motor based on the signal transmitted from the user input device or the pressure measuring device, the electrocardiogram and pulse of the person to be treated are sensed from the electrocardiogram and pulse sensor, and accordingly, the pulse wave of the person to be treated is opposite By controlling the forward and reverse rotation of the drive motor to apply reverse pulsating compression force, the blood flow toward the heart is artificially increased during the diastolic period of the recipient, thereby facilitating surgery in case of blood vessel or heart disease.

In addition, since the wearable part can be easily attached and detached from the power part by having a motor connector connected to the power transmission part, there is an effect of increasing the wearability of the pressurizer by applying various types of wearing parts suitable for the person to be treated.

In addition, the motor connector part can be separated from the power unit so that the wearing part can be manufactured to fit the body size of the person to be treated, which has an economical effect of reducing the unit cost of the compression device due to consumable consumption of the wearing part.

In addition, since the wearable part and the power part are configured to be separated, there is an effect of reducing the size and weight of the compression machine.

In addition, since the power unit can be separated from the wearing unit, the power unit can be disposed under a bed or at an arbitrary location, thereby increasing the convenience of using the pressurizer according to the efficient arrangement.

In addition, since the power unit is configured to be separable from the wearable unit, it is not restricted by the size and weight of the outer housing of the power unit, and it is possible to fill the inside of the power unit with sufficient shielding material to reduce noise and electromagnetic wave interference generated by the motor. has a minimizing effect.

1 is a block diagram showing the overall configuration of a lightweight pressurizer system to which a replaceable wire driving method according to the present invention is applied.
2 is a configuration diagram showing the configuration of a wearing part, a power transmission part and a motor connector part according to the present invention.
Figure 3 (a) is a first view showing the detailed configuration of the motor connector unit according to the present invention.
Figure 3 (b) is a second view showing the detailed configuration of the motor connector unit according to the present invention.
4 is a block diagram showing an operating state of a control unit according to the present invention.
Figure 5 (a) is a first diagram showing the configuration of the power unit according to the present invention.
Figure 5 (b) is a second diagram showing the configuration of the power unit according to the present invention.
6 is a state diagram showing a state of use of a lightweight compressor system to which a replaceable wire driving method according to the present invention is applied.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. First of all, it should be noted that identical components or parts in the drawings are denoted by the same reference numerals as much as possible. In describing the present invention, detailed descriptions of related known functions or configurations are omitted so as not to obscure the gist of the present invention.

1 is a configuration diagram showing the overall configuration of a lightweight pressurizer system to which a replaceable wire driving method according to the present invention is applied, and FIG. 2 is a configuration diagram showing the configuration of a wearing part, a power transmission part and a motor connector part according to the present invention. 6 is a state diagram showing a state of use of a lightweight compressor system to which a replaceable wire driving method according to the present invention is applied.

As shown in FIGS. 1, 2 and 6, the lightweight compressor system 1 applying the replaceable wire driving method according to the present invention includes a wearing part 100, a power part 200, and a power transmission part 300. And it may include a motor connector unit 400.

The wearing part 100 is worn on the body of the person to be treated and is provided to compress and release the pressure on the body part of the person to be treated.

Specifically, the wearing unit 100 is worn on a body part of the person to be treated so that a compression force is applied to the body part of the person to be treated by receiving power from the power unit 200, and is connected to the power transmission unit 300.

Therefore, the wearing unit 100 according to the present invention can be separated from the power unit 200 and placed on a bed where a person to be treated is located so that the user can conveniently receive treatment and massage.

Accordingly, the wearing part 100 may include a body 110, a cuff 120, a cuff pulley 130, a cuff fixing part 140, and a wire pulley 150.

The body 110 configures the exterior of the wearable part 100, and has a curved surface 112 concavely curved on one surface and a grip part 113 protruding for gripping is formed on the other surface.

Specifically, the body 110 is composed of an enclosure having a certain space therein, and one side that is bonded to the limbs of the person to be treated is composed of a curved surface 112 ergonomically designed to fit the shape of the limbs and is configured to cover a part of the body part. do.

In addition, the body 110 includes a grip part 113 that protrudes easily to grip so that the user can conveniently grip and use it on the other surface so that the wearable part 100 can be used conveniently.

In addition, the body 110 includes a wire discharge hole 111 through which the wire 310 is discharged to the outside on the other surface of the body 110, and the cuff 120 is discharged to the outside on one surface of the body 110. A cuff discharge hole (not shown) may be included.

The cuff discharge hole (not shown) is a longitudinal hole provided so that the cuff 120 can protrude out of the body 110, and consists of a pair disposed spaced apart from each other at a predetermined interval on one surface of the body 110. do.

Therefore, the cuff discharge hole (not shown) allows both ends of the cuff 120 surrounding the body part of the person to be treated to be inserted and the inserted cuff 120 to be coupled to the cuff pulley 130, respectively.

The cuff 120 protrudes to the outside of the body 110 and is provided to surround a body part of a person being treated.

Specifically, the cuff 120 is discharged to the outside of the body 110 through the cuff discharge hole (not shown) and is provided to surround the body part of the person to be treated, and the cuff 120 is provided by the cuff pulley 130. When it is wound, it is composed of a band shape of material without sagging so as to apply pressure by tightening the body part of the person to be treated.

In addition, the cuff 120 includes a first cuff 121 having one end coupled to the cuff pulley 130, a second cuff 122 having the other end fixed to the cuff fixing part 140, and the first cuff ( 121) A coupling member 123 coupling and separating the other end and one end of the second cuff 122 may be included.

In addition, the coupling member 123 is a connecting member that detachably connects the first cuff 121 and the second cuff 122, and may be configured in the form of a belt, Velcro, or snap button. .

The cuff pulley 130 is provided inside the body 110 to wind or unwind one end of the cuff 120 .

Specifically, the cuff pulley 130 is connected to one end of the first cuff 121 and is provided to transmit a compression force to one end of the first cuff 121, and the wire receiving the driving force generated by the power unit 200 It is configured to pull one end of the first cuff 121 while being wound in conjunction with the wire pulley 150 wound by 310 to provide a compression force to the body part of the person to be treated.

The cuff fixing part 140 is disposed on one side of the cuff pulley 130 and is configured to fix the other end of the cuff 120 , specifically, to fix the other end of the second cuff 122 .

The wire pulley 150 is provided on one side of the outer circumferential surface of the cuff pulley 130 and is configured to wind or unwind one end of the wire 310 .

Specifically, the wire pulley 150 is provided on one side of the outer circumferential surface of the cuff pulley 130 so that one end of the wire 310 is connected so that the wire 310 is wound by the driving force generated by the power unit 200. do.

Therefore, the wire 310 according to the present invention is wound by being connected to the wire pulley 150 at one end, and the other end is configured to be connected to the motor connector unit 400 through the wire discharge hole 111, so that the wire 310 ) enables the power generated by the power unit 200 to be transmitted to the wearing unit 100.

In addition, the wire pulley 150 is wound with the wire 310 receiving the compression power generated by the power unit 200, and the cuff pulley 130 interlocked with the wound wire pulley 150 is wound to the person receiving the treatment. will provide pressure.

In addition, although not shown, the wire pulley 150 may be connected to an elastic member (not shown) that provides an elastic restoring force to the wire pulley 150 .

Also, the elastic member (not shown) may apply an elastic restoring force to the cuff pulley 130 .

As an embodiment, the elastic member (not shown) is provided on one side of the wire pulley 150, and the wire pulley 150 rotated by the driving force of the power unit 200 reversely rotates to its original state when the power is released. It may be a leaf spring arranged so that this can be achieved.

Therefore, the elastic member (not shown) stores elastic energy when the wire 310 is pulled, and transfers the elastic restoring force to the wire pulley 150 when the wire 310 is released, so that the wire pulley 150 ) is configured to be rotated to its original position by an elastic restoring force so that the wire pulley 150 and the cuff pulley 130 can be efficiently wound and unwound repeatedly.

Therefore, the elastic member (not shown) allows the operation of compressing and releasing the pressure on the body part worn by the wearer's wearable part 100 to be repeatedly performed only by pulling the wire 310 and releasing the pull. do.

Figure 5 (a) is a first diagram showing the configuration of the power unit according to the present invention, Figure 5 (b) is a second diagram showing the configuration of the power unit according to the present invention.

The power unit 200 according to the present invention is provided to generate compression power applied to the wearing part 100, as shown in FIGS. 5(a) and 5(b).

Specifically, the power unit 200 is provided to generate pulling power acting on the wire 310, and the power unit 200 is provided by the motor connector unit 400 and the power transmission unit 300. It may be connected to the wearable part 100 .

In addition, the power unit 200 according to the present invention is configured to be detachable from the wearable part 100 and can be placed under a bed or in an arbitrary place, and accordingly, a control accommodating the power unit 200 Without being restricted by the size and weight of the exterior of the box, it is possible to sufficiently charge the shielding member inside the control box, so that electromagnetic waves and noise can be effectively blocked.

In addition, the power unit 200 may include a driving motor 210 , a control unit 220 and a connecting hole 230 .

The drive motor 210 is provided to generate power for pulling or releasing the wire 310 .

Specifically, the drive motor 210 is configured to repeatedly perform a process in which pulling power is applied to the wire 310 and then releasing the pulling power, and the cuff receives the power of the wire 310. (120) is configured to repeatedly perform pressure and release action on the body of the person to be treated.

As an example, the driving motor 210 may be connected to the motor connector unit 400 .

4 is a block diagram showing an operating state of a control unit according to the present invention.

As shown in FIG. 4 , the control unit 220 according to the present invention detects the signal transmitted from the user input device 240 or the pressure measuring device 450 and the electrocardiogram of the person being treated by the electrocardiogram pulse detection device 250. And based on the pulse information, the cuff 120 applies reverse pulsating pressure that is opposite to the pulse of the subject to the body part of the subject, thereby increasing the blood flow toward the subject's heart. Provided for feedback control.

Specifically, the control unit 220 receives the pressure intensity value measured by the pressure measuring device 450 and controls the drive motor 210 to operate according to the pressure intensity set by the user input device 240. , It is possible to control the operation of the driving motor 210 by receiving information such as compression strength, timing, repetition count, etc. set in the user input device 240 .

Therefore, the driving motor 210 repeats forward and reverse rotation according to the control signal of the control unit 220 to pull or release the wire 310, thereby repeatedly compressing or releasing the limb of the person to be treated. .

As an embodiment, the control unit 220 according to the present invention detects the electrocardiogram and pulse of the person to be treated from the electrocardiogram and pulse sensor 250, and accordingly applies a reverse pulsating compression force opposite to the pulse wave of the person to be treated. By controlling forward and reverse rotation of 210, it is possible to artificially increase the blood flow to the heart during the diastolic period of the subject to facilitate surgery in case of blood vessel or heart disease.

The connection hole 230 is configured to insert a connection protrusion 430 of the motor connector unit 400 to be described later.

In addition, as shown, the connection hole 230 may be disposed on the side of the exterior housing of the power unit 200 in multiple numbers.

In addition, the power unit 200 may include a wearing part storage box 260 for storing and accommodating the wearing part 100 and a driving motor storage box 270 in which the driving motor 210 is disposed.

The power transmitting unit 300 connects the wearing unit 100 and the power unit 200 to transmit the compression power to the wearing unit 100 .

Specifically, the power transmission unit 300 is configured to connect the separated wearing unit 100 and the power unit 200 with a wire 310 so that the power generated by the power unit 200 is transmitted to the wearing unit (100) so that it can be passed.

Therefore, the power transmission unit 300 not only enables the separation of the wearing unit 100 and the power unit 200, but also transmits the driving force generated by the driving motor 210 to the wearing unit 100. It is configured so that the pressure applied to the body of the person being treated can be applied in various strengths as needed.

In addition, the power transmission unit 300 according to the present invention includes a wire 310 and a wire guide 320, and is configured to be connected to the motor connector unit 400 at one side and detachable from the power unit 200. make this easy to do.

The wire 310 is configured such that one end is coupled to the wearable part 100 and the other end is coupled to the motor connector part 400 .

Specifically, the wire 310 has one end connected to the wire pulley 150 and the other end connected to the motor connector 400, and the wire 310 is discharged through the wire discharge hole 111 to It passes through the wire guide 320 and is wound around the retractable reel 420 of the motor connector unit 400 to be described later so that it can receive pulling or releasing power from the driving motor 210 .

Thus, the wire 310 exerts tension on one end of the first cuff 121 connected to the cuff pulley 130 .

In addition, it may be preferable that the wire 310 is made of a material having enough rigidity to transmit the driving force generated by the power unit 200 .

The wire guide 320 is configured to cover the wire 310 .

In addition, the wire guide 320 transmits the pulling force of the wire 310 of the power unit 200 to the wearing unit 100 regardless of the position/arrangement of the power unit 200 and the wearing unit 100. let it

If the wire guide 320 is not present, power is transmitted only when the wire 310 is pulled tight while the power unit 200 and the wearing unit 100 are firmly fixed to a specific position.

However, since the wire guide 320 connects the wearing part 100 and the power unit 200, regardless of the positions of the wearing part 100 and the power unit 200, that is, the wearing part 100 and the power unit 200 transmits power without needing to be fixed.

To this end, the wire guide 320 preferably has a material and rigidity that do not contract in the longitudinal direction.

In addition, the lateral direction of the wire guide 320 (not the longitudinal direction of the guide) is made of a flexible material so that the wearable part 100 and the power part 200 can be disposed at an arbitrary position.

Figure 3 (a) is a first view showing the detailed configuration of the motor connector according to the present invention, Figure 3 (b) is a second view showing the detailed configuration of the motor connector according to the present invention.

The motor connector unit 400 according to the present invention is configured to mount and disengage the power transmission unit 300 to and from the power unit 200, as shown in FIGS. 3(a) and 3(b) .

Specifically, the motor connector unit 400 is configured to be mounted on and detached from the power unit 200, and is connected to the other end of the wire 310 therein, and the power unit 200 to the connected wire 310. It can be fastened with the power unit 200 so that the power of can be transmitted.

In addition, the motor connector part 400 allows the wearable part 100 and the power transmission part 300 to be easily separated from the power part 200, so that the wearable part 100 of different specifications according to the person to be treated, That is, the wearing part 100 including the body 110 of various shapes can be selectively applied to suit the body part of the person to be treated, thereby increasing the wearability and convenience of the person to be treated.

As an example, the motor connector unit 400 may include a retractable reel 420 , a connecting protrusion 430 and a locking member 440 .

The retractable reel 420 rotates integrally like the connection protrusion 430 and is configured to wind or unwind the wire 310 by receiving power from the power unit 200 .

Specifically, the retractable reel 420 is configured such that one end of the wire 310 is fixed and the wire 310 can be wound or unwound so that the wire 310 is pulled or pulled to the wearing part 100. It enables the transmission of pull release power.

The connecting protrusion 430 is provided on one surface of the body 410 of the motor connector 400, is coupled to and separated from the power unit 200, and is configured to be rotatable integrally with the retractable reel 420 do.

Specifically, the connection protrusion 430 is coupled to and separated from the drive motor 210 of the power unit 200 through the connection hole 230 of the power unit 200, and the retractable reel 420 rotates integrally with the power unit 200 to transmit the driving force of the driving motor 210 to the wire 310, so that the wire 310 rotates the driving motor 210 to the retractable reel ( 420) can be wound or unwound.

As an example, a pressure sensor 450 for measuring tension applied to the wire 310 may be provided in the motor connector unit 400 .

As another embodiment, a pressure measuring sensor for measuring torque applied to the driving motor 210 may be provided in the power unit 200 in order to measure tension applied to the wire 310 .

When the tension of the wire 310 is measured, the compressive force applied to the body of the person to be treated by the cuff 120 can be measured, and the control unit 220 determines that the cuff 120 exerts a compressive force on the person to be treated according to the preset compressive strength. feedback control so that it can be provided.

In addition, as described above, by pressing the reverse pulse opposite to the electrocardiogram pulse information measured by the electrocardiogram pulse sensor 250 of the subject to the body part of the subject, the blood flow to the subject's heart is increased and the subject's blood vessels are increased. , can facilitate surgery for heart disease.

In addition, the compressor system 1 according to the present invention is configured to set and implement various compression strengths required for treatment, and is suitable for blood circulation requiring compression strength such as deep vein thrombosis, angina pectoris, heart failure, and myocardial infarction. It is not only used for the purpose of treatment and prevention of diseases, but also can be used for massage and massage by adjusting the pressure strength, timing, and number of repetitions.

The locking member 440 is provided on the other surface of the body 410 and is provided to control the fixation of the motor connector 400 mounted on the power unit 200 .

Specifically, the locking member 440 controls the fixation of the motor connector unit 400 in a state where the connection protrusion 430 of the motor connector unit 400 is inserted into the connection hole 230 of the power unit 200. In the configuration, it is composed of a bolt shape penetrating the front and rear surfaces of the body 410, and the protruding part on one side of the body 410 is inserted into the locking groove 280 disposed in the power unit 200 to connect the protrusion ( 430) so that the motor connector unit 400 can be safely fixed to the power unit 200 even with the rotational force.

According to the lightweight compressor system using the replaceable wire drive method according to the present invention as described above, the cuff includes a cuff pulley for winding or unwinding one end of the cuff in the body of the wearing part and a cuff fixing part for fixing the other end of the cuff. Since power is transmitted to one end of the cuff to which the other end is fixed through a single configuration of the pulley and the wire pulley, power is transmitted to the body part, thereby reducing the weight and miniaturization of the compressor system.

In addition, by having a control unit for controlling the driving motor based on the signal transmitted from the user input device or the pressure measuring device, the electrocardiogram and pulse of the person to be treated are sensed from the electrocardiogram and pulse sensor, and accordingly, the pulse wave of the person to be treated is opposite By controlling the forward and reverse rotation of the drive motor to apply reverse pulsating compression force, the blood flow toward the heart is artificially increased during the diastolic period of the recipient, thereby facilitating surgery in case of blood vessel or heart disease.

In addition, since the wearable part can be easily attached and detached from the power part by having a motor connector connected to the power transmission part, there is an effect of increasing the wearability of the pressurizer by applying various types of wearing parts suitable for the person to be treated.

In addition, the motor connector part can be separated from the power part to manufacture the wearing part to fit the body size of the person to be treated, which has an economical effect of reducing the unit cost of the compression device due to consumable use of the wearing part.

In addition, since the wearable part and the power part are configured to be separated, there is an effect of reducing the size and weight of the compression machine.

In addition, since the power unit can be separated from the wearing unit, the power unit can be disposed under a bed or at an arbitrary location, thereby increasing the convenience of using the pressurizer according to the efficient arrangement.

In addition, since the power unit is configured to be separable from the wearable unit, it is not restricted by the size and weight of the outer housing of the power unit, and it is possible to fill the inside of the power unit with sufficient shielding material to reduce noise and electromagnetic wave interference generated by the motor. has a minimizing effect.

The terms and words used in this specification and claims described herein should not be construed as being limited to ordinary or dictionary meanings, and the present inventors appropriately use the concept of terms in order to explain their invention in the best way. It should be interpreted as a meaning and concept consistent with the technical idea of the present invention based on the principle that it can be defined.

Therefore, the configurations shown in the drawings and embodiments described in this specification are only one of the most preferred embodiments of the present invention, and do not represent all of the technical ideas of the present invention, so they can be replaced at the time of the present application. It should be understood that there may be many equivalents and variations.

1: Lightweight compression machine system applying a replaceable wire driving method
100: wearing part 110: body
111: wire discharge hole 112: curved surface
113: grip part 120: cuff
121: first cuff 122: second cuff
123: coupling member 130: cuff pulley
140: cuff fixing unit 150: wire pulley
200: power unit 210: drive motor
220: control unit 230: connector
240: user input device 250: electrocardiogram pulse detection device
260: Wearing storage box 270: Drive motor storage box
280: locking groove 300: power transmission unit
310: wire 320: wire guide
400: motor connector part 410: body
420: retractable reel 430: connecting protrusion
440: locking member 450: pressure measuring device

Claims (10)

a wearing part that is worn on the body of the person to be treated and presses and releases the pressure on the body part of the person to be treated;
a power unit generating compression power applied to the wearing unit;
a power transmission unit connecting the wearing unit and the power unit to transmit the compression power to the wearing unit; and
And a motor connector unit for attaching and detaching the power transmission unit to the power unit,
The wearing part,
body;
a cuff discharged from one side of the body to the outside and configured to cover the body of the person being treated;
a cuff pulley provided inside the body to wind or unwind one end of the cuff; and
a cuff fixing part disposed on one side of the cuff pulley and fixing the other end of the cuff;
A lightweight compressor system using a replaceable wire driving method, characterized in that it comprises a.
According to claim 1,
The power transmission unit,
a wire having one end coupled to the wearing part and the other end coupled to the motor connector part; and
a wire guide covering the wire;
A lightweight compressor system using a replaceable wire driving method, characterized in that it comprises a.
delete delete According to claim 1,
The cuff,
a first cuff having one end coupled to the cuff pulley;
a second cuff having the other end fixed to the cuff fixing part; and
a detachable coupling member coupling and separating the other end of the first cuff and one end of the second cuff;
A lightweight compressor system using a replaceable wire driving method, characterized in that it comprises a.
According to claim 2,
The wearing part,
A wire pulley for winding or unwinding one end of the wire;
A lightweight compressor system using a replaceable wire driving method, characterized in that it comprises a.
According to claim 2,
The motor connector part,
body;
a retractable reel provided in the body and receiving power from the power unit to wind or unwind the wire;
a connecting protrusion provided on one surface of the body, coupled to and separated from the power unit, and rotatable integrally with the retractable reel; and
a locking member provided on the other surface of the body and controlling the fixation of the motor connector mounted on the power unit;
A lightweight compressor system using a replaceable wire driving method, characterized in that it comprises a.
According to claim 1,
The motor connector part,
a pressure measuring device for measuring the tension applied to the wire;
A lightweight compressor system using a replaceable wire driving method, characterized in that it comprises a.
According to claim 8,
the power unit,
a drive motor generating power for pulling or releasing the wire; and
Based on the signal transmitted from the user input device or the pressure measuring device and the electrocardiogram and pulse information of the recipient detected by the electrocardiogram pulse detection device, the cuff applies reverse pulsation pressure to the body part of the recipient, which is opposite to the pulse of the recipient. A control unit for feedback control of the driving motor so as to increase the blood flow toward the heart of the pisisulja by applying;
A lightweight compressor system using a replaceable wire driving method, characterized in that it comprises a.
According to claim 7,
the power unit,
a connecting hole into which the connecting protrusion is inserted;
A lightweight compressor system applying a replaceable wire driving method, characterized in that it comprises a.

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