KR200226257Y1 - Spine treatment equipment - Google Patents

Abstract

The present invention arranges the therapeutic ceramics at regular intervals along the spine of the patient, and each therapeutic ceramic can be automatically adjusted to have a height corresponding to the curved portion of the spine, thereby improving the convenience and therapeutic effect of the spine. It is to provide.

The spine treatment device is formed with a guide groove having a predetermined width and depth in the center in the longitudinal direction, a pair of guide holes are formed at a predetermined interval on the upper shielding surface of the guide groove and the base is covered with a mat; ; A rail installed in the longitudinal direction on the bottom surface of the guide groove; A belt having excellent elasticity in which both ends are fixed at a predetermined height at both ends of the guide groove below the shielding surface; A movable body positioned below the belt and reciprocating in the guide groove along the rail and having an upper end selectively lowered; Drive means provided on one side of the pedestal to generate a driving force by a switch to move the movable body; A plurality of upper and lower portions of the shielding surface are installed at predetermined intervals along the guide grooves, and the upper end portion formed with acupressure protrusions is made of a therapeutic ceramic that is height-adjusted by driving force.

Description

Spine treatment equipment

The present invention relates to a bed-type spinal therapy device having a plurality of therapeutic ceramics arranged at equal intervals along the spine of a patient to perform a massage action. It relates to a spinal therapy device that can be adjusted to the convenience of use and increase the therapeutic effect.

In recent years, one of the most common diseases in modern people is low back pain caused by discs and scapular pain caused by excessive movement of shoulders and arms. About 80% is a common disease that is experienced at least once in a lifetime, but current medical technology is difficult to find a specific cause.

These low back pains are severely affected by spinal nerves caused by the discs, causing pain in the tongue and legs, and in many cases, the lower part of the body may cause numbness or tingling symptoms.

In particular, the risk of low back pain is high in people with weak physical conditions, lifting heavy objects, or direct trauma such as excessive back movement, but with jobs that require sitting or standing for extended periods of time. As with modern people, the lack of exercise and the time to sit down are more serious among many examinees and office workers.

As described above, a disc causing back pain is a disease in which the gap between the lumbar spine and the lumbar spine is narrowed, or fluid is released due to the deformation of the disc wheel, causing pressure to urge nerves. A good approach is to widen the gap between the narrowed lumbar spine and reinforce the muscles around you, allowing the sap to come in place and be treated by the body's natural healing powers.

Conventional chiropractic and disc treatment is a method such as physiotherapy to strengthen the muscles of the spine or stimulation of menstrual blood to facilitate blood circulation.

Therefore, acupressure or massage the spine has an excellent treatment effect, most patients will receive acupressure or massage, this method of treatment is not possible to be treated alone, the need for help from other people In addition, there is a problem that the effect is not constant even if you receive acupressure or massage by the force of another person.

In order to solve such a problem, a spinal treatment apparatus has been conventionally proposed to allow a patient to receive spinal treatment by acupressure and massage in a lying posture.

1 to 3 is a view showing a spinal therapy device according to the prior art, as shown in the spinal therapy device is largely a pedestal 100, the rail 110 is installed on the pedestal 100, and this rail 110 It consists of a movement therapy ceramics 120 to reciprocate along, and a drive means 130 for moving the movement therapy ceramics 120.

Pedestal 100 is to allow the patient to receive the spine treatment in the lying posture, a predetermined size of the space is provided inside the various devices are installed, the outside is usually covered by a cushioned mat 101. And the bottom side is provided with a leg 102 for being positioned at a certain height from the ground.

On the other hand, the pedestal 100 is a guide groove 103 having a predetermined width and depth in the direction corresponding to the spine of the patient is formed in the longitudinal direction in the center, the rail 110 on the bottom surface of the guide groove 103 This is installed.

Rail 110 is to guide the before and after the movement therapy ceramics 120 is formed on both sides with a predetermined interval on the bottom surface of the guide groove 103, a pair of rails 110 is a movement treatment to be described later '??' in opposite directions to achieve stable running while preventing the conductor 120 from being separated from the rail 110 The wheels 123 of the movement therapy ceramics 120 are respectively cloud-contacted to a pair of rails 110 that are bent in a '-' shape.

The movement therapy ceramics 120 are provided in the guide groove 103 to directly press the portion of the spine of the patient while reciprocating a predetermined distance along the rail 110. The head 121 and the housing 122 are large. It is composed of a wheel (123).

The head 121 has a plurality of acupressure protrusions 121 'protruding upward at a predetermined interval on an upper surface thereof, and the acupressure protrusions 121' are filled with radiators that emit far infrared rays therein.

In addition, the housing 122 forms a body of the movement therapy ceramics 120 in which the head 121 and the wheel 123 are installed, and the above-mentioned head 121 is coupled to an upper surface thereof, The wheel 123 is configured. Here, the wheel 123 is provided to protrude outward so as to be received into the pair of rails 110 provided on the bottom surface of the guide groove 103.

On the other hand, the movement therapy ceramics 120 is reciprocating in the guide groove 103 by the drive means 130 for generating power by the power supply.

As shown in FIG. 2, the driving means 130 is installed in the inner space of the pedestal 100 and includes a motor 131, a driving gear 132, a driven gear 133, and a chain 134. do.

The motor 131 generates a rotational force in the forward and reverse directions by the power supply, and the output end includes a reduction gear part for deceleration, and the driving gear 132 in which the gear is formed is coupled to the output end of the reduction gear part to drive force. Received.

The drive gear 132 is rotatably supported at one end of the guide groove 103, and transmits a driving force to the driven gear 133 disposed opposite.

That is, the driven gear 133 is rotatably installed in the direction opposite to the drive gear 132, that is, the other end of the guide groove 103, and is connected to the drive gear 132 by a chain 134. Drive force is received.

Here, the movement therapy ceramics 120 are positioned between the drive gear 132 and the driven gear 133, and one end of the chain 134 is connected to both sides of the movement therapy ceramics 120, respectively.

Therefore, when the motor 131 generates the driving force, the driving force rotates the driving gear 132 in one direction, and the driven gear 133 connected to the driving gear 132 and the chain 134 also has the same direction. Rotation is made, and the movement therapy ceramics 120 connected to both ends of the chain 134 interlock with the movement of the chain 134 to achieve progress.

On the other hand, Figure 4 shows another embodiment of the drive means 130 for moving the movement therapy ceramics 120, the drive means 130 is largely the motor 141 and the wire drum 142 and a pair of rollers ( 144, 145 and wire 143.

Here, the motor 141 is a conventional electric motor that receives a power supply from the outside and generates a predetermined driving force, and is installed at one side of the inner space of the pedestal 100, and a wire drum 142 is connected to the output terminal.

The wire drum 142 is installed to be rotationally driven by the motor 141 which is a driving source, and is formed such that one end of the wire 143 is wound by forming a spiral groove on an outer circumferential surface thereof.

In addition, the pair of rollers 144 and 145 are rotatably fixed to both side ends of the guide groove 103, respectively, and one end of the wire 143 described above is wound around its outer circumferential surface.

On the other hand, the wire 143 is wound along the spiral groove of the above-described motor 141 is usually provided in pairs, respectively along the outer circumferential surface of the rollers 144, 145 at both ends of the therapeutic conductor 120 By being fixed, the driving force of the motor 141 is transmitted.

That is, when the motor 141 generates the one-way driving force, the wire drum 142 connected to the output terminal of the motor 141 also rotates in one direction.

Therefore, as the wire 143 wound around the spiral groove formed on the outer circumferential surface of the wire drum 142 is moved in one direction, the therapeutic conductor 120 proceeds to one side along the guide groove 103.

Conventional spine treatment device having such a configuration is the head therapeutically protruded upward in the process of the reciprocating conveyance along the rail 110 in the guide groove 103 receives the driving force of the drive therapy device 120 is driven (130) 121) The part stimulates the spine part of the patient, resulting in acupressure and massage.

However, the conventional spinal therapy device made as described above has a disadvantage in that the therapeutic therapy 120 can not press the entire spine of the patient at the same time because the movement therapy conductor 120 moves along the guide groove 103.

That is, the mobile therapy ceramics 120 do not press the entire portion of the spine at a time when pressing the spine of the patient to move the partial pressure on the spine while moving to prevent effective treatment.

In addition, the movement therapy ceramics 120 does not efficiently press the curved portion of the spine because it moves horizontally straight in a state having a constant height. Therefore, since the patient receives acupressure and massage for only a part of the spine in which the mobile therapeutic ceramic 120 is in contact, there is a problem in that the effect of spinal treatment is low.

In order to solve this problem, conventionally, a belt having a predetermined width is fixed to both ends of the guide groove, and a plurality of therapeutic conductors are provided on the upper surface of the belt, and a movable body moved along the guide groove by the driving means on the lower side. A constructed spinal therapy device has been proposed.

However, the spinal therapy device is also a structure that moves the moving object, because only the therapeutic conductor in contact with the movement of the moving body to pressurize the spine of the patient limited situation that does not significantly improve the problem with the above-described mobile therapy ceramics 120.

The present invention has been made to solve the above problems, the object of the present invention is to arrange the therapeutic ceramics at regular intervals along the spine of the patient, and to automatically adjust the therapeutic ceramics to have a height corresponding to the curved portion of the spine The purpose of the present invention is to provide a spinal treatment device that can increase the convenience and treatment effect.

Another object of the present invention is to maximize the therapeutic effect of the spine by allowing the user to automatically adjust the spine pressure of the therapeutic ceramics according to the intention of the user.

1 is a perspective view showing a spinal treatment apparatus according to the prior art,

Figure 2 is a side cross-sectional view showing a spinal treatment apparatus according to the prior art,

3 is a cross-sectional view taken along the line 'A-A' of FIG.

Figure 4 is a perspective view showing another embodiment of the spinal therapy apparatus according to the prior art,

5 is a perspective view showing a spinal treatment apparatus according to the present invention,

Figure 6 is a side cross-sectional view showing the spinal treatment device of FIG.

7 is a cross-sectional view illustrating a line 'B-B' of FIG. 5,

8 is a cross-sectional view illustrating a line 'C-C' of FIG. 5,

9 is a schematic view showing a manual adjustment means according to the present invention,

10 is a perspective view showing another embodiment of the spinal treatment apparatus according to the present invention,

Figure 11 is a side cross-sectional view showing the spinal treatment device of FIG.

<Explanation of symbols for the main parts of the drawings>

10: base 11: guide groove

12: shielding surface 13: guide groove

14 mat 20 rail

30 belt 40 mobile body

41: lifting frame 41a: wheel

41b: spiral groove 42: post

43: body 44: wheels

45: lifting motor 50: driving means

51: motor 52: drive gear

53: driven gear 54: chain

55 wire drum 56 roller

57: wire 60: cured ceramic

61: head 61a: acupressure protrusions

61b, 61c: extension part 62: elastic member

63: body 63a, 63b: frame

64: solenoid 64a: shaft

65: manual control means 66: connecting line

67: control line 70: vibration generating means

71: vibration motor 72: vibrator

73: bracket

Spinal therapy apparatus according to the present invention for achieving the above object is formed with a guide groove having a predetermined width and depth inside the center in the longitudinal direction, a pair of guide holes on the upper shielding surface of the guide groove at a predetermined interval A pedestal formed and covered with a mat on the outside; A rail installed in the longitudinal direction on the bottom surface of the guide groove; A belt having excellent elasticity in which both ends are fixed at a predetermined height at both ends of the guide groove below the shielding surface; A movable body positioned below the belt and reciprocating in the guide groove along the rail and having an upper end selectively lowered; Drive means provided on one side of the pedestal to generate a driving force by a switch to move the movable body; A plurality of upper and lower portions of the shielding surface are installed at predetermined intervals along the guide grooves, and the upper end portion formed with acupressure protrusions is made of a therapeutic ceramic that is height-adjusted by driving force.

As a preferable feature of the present invention, the therapeutic ceramic head is provided on the upper surface of the shielding and both of the downwardly bent extension is located in the guide groove through the guide hole, the head is formed with a plurality of through holes in the longitudinal direction on the sides of both extensions Wow; An elastic member installed between the head and the shielding surface, the elastic member acting on an elastic support force for moving the head upward; A body provided at a lower portion of the shielding surface and having one end of an extension portion inserted into both of the upwardly bent frames and having a single fixing hole communicating with the through holes at the sides of the two frames; It is installed on both sides of the frame of the body and comprises a solenoid for moving the shaft forward, backward into the fixing hole and the through hole by a switch signal.

As another preferred feature of the present invention, the movable body has a lifting frame having a wheel in contact with the bottom surface of the belt and a spiral groove formed in the center; A pair of shafts having one end coupled to both sides of the bottom of the elevating frame and the other end extending a predetermined length downward; A box-shaped main body having a wheel formed at a lower side of the movable body and having a hole in which a part of the shaft is inserted, and a lower wheel contacting the rail; The shaft is installed inside the main body and is rotated by the power supply is configured as a lifting motor which is protruded upward and fastened to the spiral groove of the lifting frame.

As a preferable feature of the present invention, the pedestal is installed on both side inner space of the guide groove and a vibration motor for generating a vibration force by the power supply; A vibrator provided at both sides of the shielding surface of the pedestal, the oscillator having a predetermined length having a gentle unevenness formed on an upper surface thereof; One end is coupled to one side of the vibrator and the other end includes a bracket contacting one side of the vibration motor through a hole formed in the pedestal.

As another desirable feature of the present invention, the therapeutic conductor is connected to a pair of solenoid shafts formed in each body by an interconnection line, and a plurality of connection lines are simultaneously connected by pulling the control line by interconnecting a plurality of connection lines from the center to the control line. It includes a manual adjustment means for retracting the shaft in conjunction with.

As another preferable feature of the present invention, the drive means is installed in the inner space of the pedestal and receiving a power supply to generate a forward and reverse drive force; A drive gear connected to an output end of the motor and positioned on one side of the guide groove; A driven gear rotatably installed with the therapeutic ceramic in a direction opposite to the drive gear; The drive gear and the driven gear are connected, and both ends are composed of chains connected to both sides to advance and retract the therapeutic ceramics.

As another preferable feature of the present invention, the drive means is installed in the inner space of the pedestal and receiving the power to generate a forward and reverse driving force; A wire drum connected to an output end of the motor and having a spiral groove formed on an outer circumference thereof; A pair of rollers freely rotatable at both ends of the guide groove; One end is wound along the spiral grooves at opposite ends of the wire drum, and the other end is composed of a pair of wires connected to both sides of the therapeutic ceramic along the outer circumferential surface of each roller.

Hereinafter, with reference to the accompanying drawings will be described an embodiment of the present invention.

5 is a perspective view showing a spinal treatment device according to the present invention, Figure 6 is a side cross-sectional view showing the spinal treatment device of FIG.

As shown in the figure, the spinal treatment device drives a bed-shaped pedestal 10, a rail 20 provided on the pedestal 10, a movable body 40 and a movable body 40 that are moved along the rail 20. It consists of a plurality of therapeutic conductors 60 to automatically adjust the height of the drive means 50 to achieve the lifting and lowering action in conjunction with the movement of the moving body 40.

The pedestal 10 provides a seat for the patient to lie down so that a variety of devices may be provided by providing a predetermined size space therein, and the outside is usually covered by the mat 14 and the bottom side is fixed from the ground. Legs are provided for positioning at height.

Such a pedestal 10 has a guide groove 11 having a predetermined width and depth in the longitudinal direction is formed in the inner center side, so that the guide groove 11 has a direction corresponding to the position of the spine when the patient is lying down. Is formed.

In addition, guide holes 13 having a predetermined size are formed on the upper surface of the guide groove 11, that is, on both sides of the shielding surface 12, and the guide hole 13 is formed with a therapeutic conductor 60 to be described later.

Meanwhile, both ends of the guide groove 11 are fixed to a belt 30 having a predetermined width at a predetermined height, and the belt 30 is preferably made of a fiber or rubber material having excellent elasticity.

Rail 20 is to guide the movable body 40 to be reciprocated on the guide groove 11 to be installed in a pair with a predetermined interval in the width direction on the bottom surface of the guide groove 11 of the pedestal 10 do.

The pair of rails 20 are bent to have a shape for accommodating the wheels 44 of the movable body 40 as in the past, to achieve stable running of the movable body 40.

The moving body 40 receives the driving force from the driving means 50 to be described later, and reciprocates in the guide groove 11, and includes a lifting frame 41 and a lifting motor 45 that make up and down largely. It consists of the box-shaped main body 43 which becomes.

Here, the elevating frame 41 is provided with a plurality of disk-shaped wheel 41a in contact with the bottom surface of the belt 30 on the upper surface, the spiral groove 41b having a predetermined size is formed in the center.

The lifting frame 41 is configured on the upper side of the main body 43, and a pair of posts 42 extending to the main body 43 side are connected to both bottom surfaces thereof.

On the other hand, the main body 43 is configured on the lower side of the elevating frame 41, the elevating motor 45 for generating a driving force in the forward and reverse directions by the power supply is provided therein and the rail ( 20) and a plurality of wheels 44 in rolling contact with each other.

The main body 43 has a predetermined size hole through which the post 42 connected to the lifting frame 41 is inserted.

Here, the elevating motor 45 installed in the inner space of the main body 43 generates a driving force for moving the elevating frame 41 up and down, and is wired to receive power supply by a switch signal.

The lifting motor 45 has a threaded shaft (45a) is protruded upward on the outer periphery. The end of the screw shaft 45a is screwed into the spiral groove 41b of the lifting frame 41.

Therefore, when the elevating motor 45 generates the driving force by the switch signal, the movable body 40 is transmitted to the elevating frame 41 screwed through the screw shaft 45a. The frame 41 is moved upward or downward in accordance with the rotational direction of the screw shaft 45a.

At this time, the pair of posts 42 connected to the bottom surface side of the elevating frame 41 has a lower end inserted into the hole of the main body 43, so that the elevating frame 41 moves in the horizontal direction when the elevating frame 41 is moved up or down. To prevent stable movement.

The movable body 40 as described above is reciprocated in the guide groove 11 by the drive means 50 for generating a driving force by the switch operation.

The drive means 50 is provided with some components in the internal space of the pedestal 10, the motor 51 is intermittent operation by the switch operation, and the drive gear 52 connected to the output end of the motor 51 ) And a driven gear 53 connected to the drive gear 52 and the chain 54.

The motor 51 receives the power supply during the operation of the switch to generate the forward and reverse rotational force, it may be used a conventional electric motor.

On the other hand, the motor 51 is usually preferably configured to include a reduction gear unit for reducing the output rotation speed to an appropriate level.

The output end of the motor 51 is connected to the drive gear 52 installed at one end of the guide groove 11 to transfer the driving force.

Here, the drive gear 52 may be a conventional spur gear, and the driven gear 53 is freely rotatable at a position opposite to the drive gear 52, that is, at the other end of the guide groove 11. Is installed.

The drive gear 52 and the driven gear 53 are connected to each other by a chain 54 and are configured to transmit a driving force. The chain 54 is in a state where one end is sheared, and the sheared portion is a movable body ( 40 is respectively connected to the front and rear surfaces of the moving body 40 in the advancing direction.

Accordingly, when the motor 51 generates the driving force, the driving gear 52 connected to the output end is driven, and the driving force of the driving gear 52 is transmitted to the driven gear 53 through the chain 54.

At this time, the chain 54 is moved to the one side or the other side according to the driving direction of the motor 51 because the front end is connected to the front and rear, respectively.

Wherein the drive means 50 is configured as described above may have a combination of various components as long as it has a structural feature capable of reciprocating the moving body 40 in the guide groove 11, in the present invention such drive means In another embodiment of 50, the drive means 50, which consists of a motor 51, a wire drum 55, a roller 56, and a wire 57, as shown in Figs.

The motor 51 may be a conventional electric motor and includes a reduction gear unit for appropriately reducing the output rotation speed as described above.

The output end of the motor 51 is coupled to rotate the wire drum 55, the spiral groove is processed on the outer periphery.

Meanwhile, the pair of rollers 56 are rotatably installed at both ends of the guide groove 11, and the pair of wires 57 are wound along the spiral grooves at opposite ends of the wire drum 55, respectively. And the other end is connected to both sides of the therapeutic conductor 60 along the outer peripheral surface of each roller 56.

When the driving means 50 generates the driving force in one direction by the power supply of the motor 51, the wire drum 55 connected to the output end of the motor 51 also rotates in one direction.

At this time, since a pair of wires 57 are wound on the wire drum 55, one wire 57 is wound in the rotational direction and the other wire 57 is unwinded so that the movable body 40 can move to one side. do.

The driving means 50 configured as described above moves the movable body 40 to one side or the other side in the guide groove 11. At this time, the lifting frame 41 of the movable body 40 is in contact with a plurality of therapeutic conductors 60 configured on the guide groove 11 to selectively lift.

The therapeutic ceramics 60 are installed in a plurality at regular intervals on the shielding surface 12 of the guide groove 11 formed in the longitudinal direction in the pedestal 10, as shown in Figure 7 to 8, the head 61 is large And an elastic member 62 and a body 63 and a solenoid 64.

The head 61 has a plurality of acupressure protrusions 61a for acupressure on the upper surface, and both ends of the upper end where the acupressure protrusions 61a are formed are bent downward to form extension portions 61b and 61c. The pair of extension portions 61b and 61c pass through respective guide holes 13 formed at regular intervals in the width direction on the shielding surface 12 and are positioned in the guide groove 11.

The head 61 has a through hole h1 having a predetermined size in a direction perpendicular to the pair of extension portions 61b and 61c at regular intervals, and at least one of the through holes h1 will be described later. It communicates with the fixing hole h2 formed in the body.

Meanwhile, an elastic member 62 having a predetermined elastic restoring force is formed between the head 61 and the shielding surface 12, and both ends of the elastic member 62 have a bottom surface and a shielding surface 12 of the head 61. By being respectively fixed to the upper end of the) will act an elastic support force to move the head 61 upwards.

On the other hand, the body 63 is provided on the lower side of the shielding surface 12, that is, the upper side of the belt 30, and has a pair of frames (63a, 63b) formed vertically by bending both ends up. The frame 63a, 63b is formed with a hole having an open upper side, and one end of the extension portion 61b, 61c of the head 61 is slide-inserted into the hole.

The body 63 has a size proportional to the through-hole h1 formed in the extending portions 61b and 61c on the sides of the pair of frames 63a and 63b, and the fixing holes h2 communicate with each other. Is formed, and only one fixing hole h2 is formed, unlike the plurality of through holes h1.

Here, a solenoid 64 is installed inside both frames 63a and 63b of the body 63, and the solenoid 64 is powered by a switch signal to move the shaft 64a forward or backward. Is configured to.

The solenoid 64 functions to fix the head 61 and the body 63 to each other by inserting the shaft 64a into the fixing hole h2 and the through hole h1, and also by the switch signal. By retracting) releases the mutual restraining force of the head 61 and the body 63 so that the head 61 is moved upward by the support force of the elastic member 62.

Therefore, the head 61 is fixed or released from the main body 43 as the shaft 64a of the solenoid 64 moves forward or backward, thereby automatically adjusting the height.

The therapeutic ceramic 60 as described above in order to achieve a height adjustment manually and at the same time to adjust the height of the head 61 automatically by using the solenoid 64 described above manual adjustment means (65) It may be configured to include).

As illustrated, the manual adjustment means 65 is composed of a connecting line 66 and a control line 67 so that the pair of solenoids 64 shaft 64a configured in the body 63 can be retracted by manual operation.

The connecting line 66 connects the rear ends of the pair of solenoids 64 shafts 64a of each body 63, respectively, and the control line 67 connects the plurality of connecting lines 66 at the center thereof. One end portion is extended to the outside of the pedestal 10 is connected so that the user can pull by hand.

Therefore, when manually adjusting the height of the therapeutic conductor 60, when the control line 67 is pulled, each connection line 66 connected to the control line 67 is pulled.

At this time, since the shaft 64a of each solenoid 64 connected to both ends of the connecting line 66 is retracted, the shaft inserted into the fixing hole h2 and the through hole h1 of the head 61 and the body 63 ( 64a) is released to release the holding force.

On the other hand, when the maneuvering line 67 is pulled out, the shaft 64a is repositioned by the spring configured in the solenoid 64, so that it is fixed with the through hole h1 of the head 61 and the body 63. It is inserted into the hole h2 and fixed to each other.

Wherein the spine treatment device as described above comprises a vibration generating means 70 for generating vibration to both sides of the shielding surface 12 in order to double the spinal treatment effect by the pressing force of the therapeutic conductor 60.

Such vibration generating means 70 is a vibrator 72 provided on the upper surface of the pedestal 10, as shown in Figure 8, vibration motors 51 and 71 for generating vibration by power supply, and the vibration motor It consists of the bracket 73 which transmits the vibration force of the 51 and 71 to the vibrator 72. As shown in FIG.

Here, the vibrator 72 is configured on both sides of the shielding surface 12, which is the upper surface of the guide groove 11, and has a predetermined length to form a gentle irregularity repeatedly on the upper surface.

One end of the bracket (73) is coupled to the bottom side of the vibrator (72), and the bracket (73) is provided with a vibration motor (51) installed in the inner space of the pedestal (10) through a hole formed in the pedestal (10). 71).

therefore. When the vibration generating means 70 causes the vibration motors 51 and 71 to generate vibrations by the power supply, the bracket 73 contacting the vibration motors 51 and 71 receives the vibration force. Since it is delivered to the vibrator 72, the muscles around the spine of the patient in contact with the vibrator 72 is subjected to acupressure and massage.

Referring to the operation state of the spinal treatment device according to the present invention made as described above are as follows.

First, the patient is lying down so that the dorsal part contacts the upper surface of the pedestal 10 on which the mat 14 is covered in order to receive the spine treatment.

At this time, the patient has to adjust the position so that the plurality of therapeutic conductors 60 installed on the guide groove 11 in contact with their spine.

Subsequently, when the patient automatically operates the switch to arrange the height of each therapeutic conductor 60 to suit his / her spine shape, the solenoid 64 provided on the body 63 side of each therapeutic conductor 60 is powered. In response to the supply, the shaft 64a is retracted.

In this case, the shaft 64a is retracted in the state of being integrally inserted into the fixing hole h2 and the through hole h1 formed in the head 61 and the body 63, and thus the head 61 and the body 63. The mutual fixation force is released.

Therefore, since the head 61 is subjected to an elastic force to be spaced upward from the shielding surface 12 by the elastic member 62, as a result, the upper portion of the head 61 is in a state of maximum contact with the spine of the patient.

When the switch is operated again in this state, the shaft 64a of the solenoid 64 returns to its position, and is inserted into the fixing hole h2 of the body 63 and the moved through hole h1 of the head 61. Since the body 63 and the head 61 is fixed to each other, the height adjustment of the therapeutic ceramic 60 can be completed.

Thus, the plurality of therapeutic conductors 60 are arranged to have a height corresponding to the shape of the spine of the patient.

On the other hand, in the case of doing the manual without automatically adjusting the height of the therapeutic ceramic 60 as described above, by pulling the control line 67 protruding to the outside of the pedestal 10 to one side, to the control line 67 In connection with each other, the connecting line 66 is pulled, and the shaft 64a of each solenoid 64 connected to the connecting line 66 is retracted.

Therefore, since the fixing force between the head 61 and the body 63 is released, the head 61 is brought into maximum contact with the spine of the patient by the elastic member 62.

In this state, when the control line 67, which is being pulled, is released, the shaft 64a of the solenoid 64 returns to position, so that the head 61 and the body 63 are restrained from each other to adjust the height of the therapeutic ceramic 60. Will be able to complete.

On the other hand, when the pressing force applied to the spine portion by the therapeutic conductor 60 is weak or can be solved by raising or lowering the elevating frame 41 of the movable body 40.

That is, when the switch for controlling the lifting motor 45 of the moving body 40 is operated, the lifting motor 45 is supplied with power to generate driving force in one direction or the reverse direction, and the driving force is a screw shaft constituting the output stage. It is output to 45a.

Since the screw shaft 45a is screwed into the spiral groove of the elevating frame 41, the elevating frame 41 moves upward or downward according to the rotational direction of the screw shaft 45a.

Therefore, since the overall height of the movable body 40 can be adjusted, the pressing force of the therapeutic conductor 60 lifted and lowered by the movable body 40 can be adjusted.

As such, when the patient completes the height adjustment of the plurality of therapeutic conductors 60, the upper surface of the head 61 of the therapeutic conductor 60 is in contact with the patient's spine at a constant pressure.

In this state, when the switch for operating the driving means 50 as shown in FIG. 6 is operated, the motor 51 supplied with the power generates the rotational force in one direction, and at the same time, the driving connected to the output end of the motor 51. The gear 52 is rotated.

The driving force transmitted to the driving gear 52 is transmitted to the driven gear 53 connected by the chain 54 and moves the moving body 40 connected to the chain 54.

At this time, the moving body 40 connected to the chain 54 is moved in the guide groove 11 along the winding direction of the chain 54, the wheel 41a provided in the lifting frame 41 which is the upper surface while moving. The belt 30 and the bottom surface of each therapeutic conductor 60 come into contact with each other.

Therefore, the plurality of therapeutic conductors 60 arranged in correspondence with the shape of the spine of the patient are lifted upward by a predetermined height by the contact of the movable body 40, and thus formed on the head 61 of the therapeutic conductor 60. The acupressure protrusion 61a presses the spine of the patient to a predetermined pressure to perform acupressure and massage.

As the head 61 is lifted by the movable body 40 as described above, when the patient's spine is pressed, the bladder meridians on both sides of the spine are pressed by the acupressure protrusions 61a of the head 61, thereby becoming hardened by the fatigue material. It has a piezoelectric effect on the spinal column which promotes metabolism inside and outside the cell and softens the ligaments to strengthen the protective function of the spine and at the same time promote the recovery of damaged and detached parts of the spine.

On the other hand, both sides of the guide groove 11, that is, the vibration generating means 70 configured on the pedestal 10 to both sides of the therapeutic conductor 60 generates a vibration at the same time as the movement of the movable body 40, the vibrator ( 72) doubles the effect of spinal therapy by transmitting vibrations to the muscles on both sides of the patient's spine, releasing the rigid muscles, promoting blood circulation, and enhancing metabolism.

Therefore, the above-described spine treatment device can not only automatically or manually adjust the height of the plurality of therapeutic conductors 60 for acupressure and massage the patient's spine to fit the patient's body shape. By adjusting the height of the movable body 40 to elevate) will be able to adjust the pressing force of the therapeutic conductor (60).

Since the spinal treatment device configured and operated as described above can automatically arrange the height of the therapeutic ceramics optimally according to the patient's body shape, the therapeutic ceramics are arranged to be uniformly pressurized in all parts of the spine having flexion, especially the spine. Since the pressing force of the therapeutic ceramic to pressurize can be adjusted by adjusting the height of the moving body, there is an advantage of further improving the therapeutic effect by acupressure and massage action.

In addition, the height of the therapeutic ceramic can be manually adjusted only by a simple operation of pulling the control line. In particular, the vibrators arranged on both sides of the plurality of therapeutic ceramics add vibration characteristics simultaneously with the pressing action of the therapeutic ceramics. There is an advantage to improve the quality.

The present invention is not limited to the embodiments described, it is apparent to those skilled in the art that various modifications and variations can be made without departing from the spirit and scope of the present invention. Therefore, such modifications or variations will have to belong to the utility model registration claims of the present invention.

Claims (7)

A guide groove having a predetermined width and depth is formed in the center in the longitudinal direction, and a pair of guide holes are formed on the upper shielding surface of the guide groove at regular intervals and covered with a mat; A rail installed in the longitudinal direction on the bottom surface of the guide groove; A belt having excellent elasticity in which both ends are fixed at a predetermined height at both ends of the guide groove below the shielding surface; A movable body positioned below the belt and reciprocating in the guide groove along the rail and having an upper end selectively lowered; Drive means provided on one side of the pedestal to generate a driving force by a switch to move the movable body; A plurality of therapeutic conductors installed at a predetermined interval along the guide grooves above and below the shielding surface, the upper end having acupressure protrusions being height-adjusted by driving force; Spinal therapy device, characterized in that consisting of. The method of claim 1, wherein the therapeutic A head provided at an upper portion of the shielding surface and having both extension portions bent downwardly into the guide grooves through guide holes, and having a plurality of through holes in the longitudinal direction at both sides of the extension portions; An elastic member installed between the head and the shielding surface, the elastic member acting on an elastic support force for moving the head upward; A body provided at a lower portion of the shielding surface and having one end of an extension portion inserted into both of the upwardly bent frames and having a single fixing hole communicating with the through holes at the sides of the two frames; A solenoid installed inside both frames of the body and configured to move the shaft forward and backward into the fixing hole and the through hole by a switch signal; Spinal therapy apparatus comprising a. The method of claim 1, wherein the moving body A lifting frame including a wheel in contact with the bottom of the belt and having a spiral groove formed at a center thereof; A pair of shafts having one end coupled to both sides of the bottom of the elevating frame and the other end extending a predetermined length downward; A box-shaped main body having a wheel formed at a lower side of the movable body and having a hole in which a part of the shaft is inserted, and a lower wheel contacting the rail; A lifting motor installed inside the main body and the shaft being rotated by a power supply protruding upward to be fastened to the spiral groove of the lifting frame; Spinal therapy device, characterized in that consisting of. The method of claim 1, wherein the pedestal A vibration motor installed at both sides of the guide groove and generating vibration force by power supply; A vibrator provided at both sides of the shielding surface of the pedestal, the oscillator having a predetermined length having a gentle unevenness formed on an upper surface thereof; One end is coupled to one side of the vibrator and the other end is in contact with one side of the vibration motor through a hole formed in the base; Spinal therapy apparatus comprising a. The method of claim 2, wherein the therapeutic conductor is connected to a pair of solenoid shafts formed in each body by an interconnection line, and a plurality of connection lines are simultaneously linked by pulling the control line by interconnecting a plurality of connection lines from the center to a control line Spinal therapy device comprising a manual adjustment means for retracting the shaft. The method of claim 1, wherein the driving means A motor installed in the inner space of the pedestal and generating a driving force in a forward and reverse direction by receiving power; A drive gear connected to an output end of the motor and positioned on one side of the guide groove; A driven gear rotatably installed with the therapeutic ceramic in a direction opposite to the drive gear; A chain connecting the driving gear and the driven gear and connected at both ends thereof to advance and retract the therapeutic ceramic; Spinal therapy device, characterized in that consisting of. The method of claim 1, The driving means is installed in the inner space portion of the pedestal and receiving the power supply to generate a driving force in the forward and reverse directions; A wire drum connected to an output end of the motor and having a spiral groove formed on an outer circumference thereof; A pair of rollers freely rotatable at both ends of the guide groove; A pair of wires, one end of which is wound along spiral grooves at opposite ends of the wire drum, and the other end of which is connected to both sides of the therapeutic ceramic along the outer circumferential surface of each roller; Spinal therapy device characterized in that consisting of.