CN104874104A - Cardiology-department low voltage impulse physiotherapy apparatus - Google Patents

Abstract

The invention relates to a cardiology-department low voltage impulse physiotherapy apparatus and belongs to the medical apparatus technology field. The cardiology-department low voltage impulse physiotherapy apparatus comprises an apparatus main body. The apparatus main body is provided with a frequency conversion protuberance device. A copper core rod is arranged in an internal portion of the frequency conversion protuberance device. A right side of the frequency conversion protuberance device is provided with a circular bench pedestal. The circular bench pedestal is provided with an imaging support bar. The imaging support bar is provided with an imaging panel. A front side of the imaging panel is provided with a data display screen. A lower side of the data display screen is provided with an imaging switch. A front side of the circular bench pedestal is provided with a rotary knob moving groove. A voltage transformation timing rotary knob is arranged in the rotary knob moving groove. A side surface of the voltage transformation timing rotary knob is provided with vertical lines. The apparatus of the invention has complete functions and usage is convenient. During cardiology patient rehabilitation treatment recovery, labor saving and time saving, science and convenience, safety and high efficiency, flexibility and convenience and complete functions are achieved. Working difficulty of cardiology-department nursing personnel is reduced.

Description

Cardiology low-voltage pulse physiotherapy device

technical field

The invention belongs to the technical field of medical devices, and in particular relates to a low-voltage pulse physiotherapy device for cardiology.

Background technique

When patients in the Department of Cardiology are recovering from rehabilitation treatment, since the internal organs are still in an unstable state, physical therapy stimulation is performed on the internal organs of the patient to ensure a stable environment for the internal organs. In the past, physical therapy devices for patients in the Department of Cardiology could only provide constant magnetic therapy output. , can not be adjusted and used according to their own conditions, and in the past, most of the physiotherapy devices used chest and abdomen belts for fixed physiotherapy, which could not be adjusted accurately and moved flexibly. Greatly increased the difficulty of work of the cardiology nurses.

Contents of the invention

The purpose of the present invention is to provide a cardiology low-voltage pulse physiotherapy device that saves time and effort, is scientific and convenient, safe and efficient, flexible and convenient, and has complete functions when performing rehabilitation treatment for cardiology patients.

The technical solution of the present invention is: a low-voltage pulse physiotherapy device for cardiology, including a device main body, a frequency conversion protrusion device is provided on the device body, a copper mandrel is arranged inside the frequency conversion protrusion device, a round platform base is provided on the right side of the frequency conversion protrusion device, and the round platform base There is an imaging support rod on the top, an imaging panel is installed on the imaging supporting rod, a data display screen is installed on the front side of the imaging panel, an imaging switch is installed on the lower side of the data display screen, and a knob movable slot is provided on the front side of the round platform base , There is a variable voltage timing knob in the knob movable groove, and a vertical pattern is arranged on the side of the variable voltage timing knob;

The left side of the main body of the device is provided with a support platform, the front side of the support platform is provided with a limit collar, the underside of the support platform is provided with a hook connection column, and the left side of the hook connection column is provided with a wire pipe hook;

The front side of the main body of the device is provided with a pulse signal external connection groove, and an external connection module is arranged in the pulse signal external connection groove, and a wiring groove is arranged on the front side of the external connection module, and a wiring contact ring is arranged in the wiring groove, and an external signal line is arranged in the wiring contact ring. The signal line is connected to the integrated signal distributor. The front side of the integrated signal distributor is equipped with a device switch. The upper side of the integrated signal distributor is provided with a distribution line slot. There is a split line in the distribution slot. The split line and the signal amplification patch Connection, the signal amplification patch is connected with the pulse physiotherapy board, the pulse physiotherapy board is equipped with a handle fixing slot, the handle fixing slot is provided with a control handle, the control handle is provided with a rubber non-slip area, and the pulse physiotherapy board is provided with a function on the lower side pad;

There is a uniform distribution layer inside the pulse physiotherapy board, a parallel channel is arranged inside the uniform distribution layer, a diffusion hole is arranged in the action pad, a sensor control chip is arranged on the back side of the diffusion function hole, and the sensor control chip and the control sensor cable Connection, the control sensor cable is connected to the feedback device, and there is a cable slot on the front side of the feedback device;

There is a storage port on the right side of the pulse signal external connection slot, the left side of the storage port is connected with the hinge piece, the hinge piece is connected with the storage door panel, the signal prompt slot is provided on the front side of the storage door panel, and the signal prompt slot is provided with a signal prompt slot. Reminder light, door handle on the right side of the signal prompt slot, intermediate partition on the underside of the storage door panel, storage partition on the underside of the middle partition, pull handle on the front side of the storage partition, pulse signal A frequency modulation groove is arranged on the lower side of the external connection groove, a frequency modulation sliding groove is arranged in the frequency modulation groove, and a frequency modulation sliding block is arranged in the frequency modulation sliding groove;

The right side of the main body of the device is provided with a handle fixed support body, the inner side of the handle fixed support body is provided with a push handle movable opening, and a push handle connecting rod is arranged in the push handle movable port, the push handle connecting rod is connected with the push handle, and the lower side of the handle fixed support body There is a heat dissipation and ventilation port, a ventilation grille is arranged inside the heat dissipation and ventilation port, and a wire port is provided on the lower side of the heat dissipation and ventilation port, the wire port is connected to the wire, the wire is connected to the power adapter, the power adapter is connected to the power plug, and the device The lower side of the main body is provided with supporting legs, the lower side of the supporting legs is provided with a roller guard, the roller guard is provided with a roller shaft, and the roller shaft is provided with a rubber roller;

The main body of the device is equipped with a pulse generating column, and the two sides of the pulse generating column are provided with a pulse concentration ferrule, and the pulse concentration ferrule is provided with a pulse reaction layer inside, and a center plate is provided in the pulse reaction layer, and a support conversion is provided on the lower side of the pulse generation column. There is a transmission channel inside the support conversion column, and a positioning base plate is provided on the lower side of the support conversion column. It is connected with the pulse buffer device, the pulse buffer device is equipped with an absorption filter, and the upper side of the pulse generating column is provided with a wiring contact, the wiring contact is connected with the signal line, the signal line is connected with the control main board, and the control main board is provided with an integrated chip. The right side of the integrated chip is provided with a frequency modulation touch pad, and the front side of the integrated chip is provided with a core processor.

Preferably, a dividing line is provided on the frequency conversion protruding device.

Preferably, a fixed steel ring is provided between the round table base and the imaging support rod.

Preferably, a tempered protective film is provided on the outside of the data display screen.

Preferably, a rubber ring is provided on the variable pressure timing knob.

Preferably, a non-slip rubber sleeve is provided on the outside of the push handle.

Preferably, a circuit protector is provided on the power adapter.

Preferably, brake strips are provided on the roller guard.

The beneficial effects of the present invention are: complete functions, easy to use, time-saving and labor-saving, scientific and convenient, safe and efficient, flexible and convenient, complete functions, and lighten the work difficulty of cardiology nurses when performing rehabilitation treatment for cardiology patients.

Description of drawings

Accompanying drawing 1 is a schematic diagram of the overall structure of the present invention.

Accompanying drawing 2 is a schematic diagram of the internal structure of the pulse physiotherapy board of the present invention.

Accompanying drawing 3 is a schematic diagram of the internal structure of the main body of the device of the present invention.

In the picture:

1: Device main body, 2: Frequency conversion protrusion device, 3: Copper core rod, 4: Round platform base, 5: Imaging support rod, 6: Imaging panel, 7: Data display screen, 8: Imaging switch, 9: Knob Movable slot, 10: variable pressure timing knob, 11: vertical pattern, 12: support platform, 13: limit collar, 14: hook connection column, 15: wire pipe hook, 16: external slot for pulse signal, 17: external connection Module, 18: wiring trough, 19: wiring contact ring, 20: external signal line, 21: integrated signal distributor, 22: device switch, 23: distribution line trough, 24: polarizing line, 25: signal amplification patch, 26: pulse physiotherapy board, 27: handle fixing slot, 28: control handle, 29: rubber anti-slip area, 30: action pad, 31: uniform distribution layer, 32: parallel channel, 33: diffusion hole, 34: sensor Control chip, 35: control sensor cable, 36: feedback device, 37: cable slot, 38: storage port, 39: hinge piece, 40: storage door panel, 41: signal prompt slot, 42: signal Reminder light, 43: door handle, 44: middle partition, 45: storage partition, 46: pull handle, 47: frequency modulation groove, 48: frequency modulation sliding groove, 49: frequency modulation slider, 50: handle fixing support Body, 51: movable opening of the push handle, 52: connecting rod of the push handle, 53: push handle, 54: heat dissipation and ventilation opening, 55: ventilation grille, 56: wire opening, 57: wire, 58: power adapter, 59 : Power plug, 60: Support leg, 61: Roller guard, 62: Roller shaft, 63: Rubber roller, 64: Pulse generation column, 65: Pulse concentration ferrule, 66: Pulse reaction layer, 67: Center piece, 68 : Support conversion column, 69: Transmission channel, 70: Positioning bottom plate, 71: Internal sensing line, 72: Stabilizer, 73: Wire tube, 74: Pulse buffer device, 75: Absorption filter, 76: Wiring contact, 77: Signal line, 78: Control board, 79: Integrated chip, 80: FM touch panel, 81: Core processor, 82: Divider line, 83: Fixed steel ring, 84: Tempered protective film, 85: Rubber ring, 86 : Anti-slip rubber sleeve, 87: circuit protector, 88: brake strip.

Detailed ways

Referring to the accompanying drawings, the cardiology low-voltage pulse physiotherapy device of the present invention will be described in detail.

As shown in Figure 1, the cardiology low-voltage pulse physiotherapy device of the present invention includes a device main body 1, on which a frequency conversion protruding device 2 is arranged, and a copper mandrel 3 is arranged inside the frequency conversion protruding device 2, and the frequency conversion protruding device 2 is arranged on the right side. The side is provided with a round table base 4, and the round table base 4 is provided with an imaging support rod 5, and the imaging support rod 5 is provided with an imaging panel 6, and the front side of the imaging panel 6 is provided with a data display screen 7, and the data display screen 7 A display switch 8 is arranged on the side, and a knob movable groove 9 is arranged on the front side of the round platform base 4, and a variable voltage timing knob 10 is arranged in the knob movable groove 9, and a vertical pattern 11 is arranged on the side of the variable voltage timing knob 10.

As shown in Figure 1, the left side of the main body 1 of the device is provided with a support platform 12, the front side of the support platform 12 is provided with a limit collar 13, the lower side of the support platform 12 is provided with a hook connecting column 14, and the left side of the hook connecting column 14 is provided with a wire pipe. Hook 15.

As shown in Figure 1, the front side of the device main body 1 is provided with a pulse signal external connection groove 16, and an external connection module 17 is arranged in the pulse signal external connection groove 16, and a wiring groove 18 is provided on the front side of the external connection module 17, and a wiring contact is provided in the connection groove 18. Ring 19, the wiring contact ring 19 is provided with an external signal line 20, the external signal line 20 is connected to the integrated signal distributor 21, the front side of the integrated signal distributor 21 is provided with a device switch 22, and the upper side of the integrated signal distributor 21 is provided with a distribution Line groove 23, distribution line groove 23 is provided with polarizing line 24, and polarizing line 24 is connected with signal amplification patch 25, and signal amplification patch 25 is connected with pulse physiotherapy board 26, and pulse physiotherapy board 26 is provided with handle fixed plug. Groove 27, handle fixed slot 27 is provided with control handle 28, and control handle 28 is provided with rubber non-slip area 29, and pulse physical therapy board 26 undersides are provided with effect pad 30.

As shown in Figure 2, the inside of the pulse physiotherapy board 26 is provided with a uniform distribution layer 31, the inside of the uniform distribution layer 31 is provided with a parallel passage 32, and the function pad 30 is provided with a spreading hole 33, and the rear side of the spreading hole 33 is provided with a sensor The control chip 34 is connected to the sensor control chip 34 and the control sensor cable 35 , the control sensor cable 35 is connected to the feedback device 36 , and the front side of the feedback device 36 is provided with a cable slot 37 .

As shown in Figure 1, the right side of the pulse signal external connection groove 16 is provided with a storage port 38, the left side of the storage port 38 is connected with the hinge piece 39, the hinge piece 39 is connected with the storage door panel 40, and the front side of the storage door panel 40 A signal reminder groove 41 is provided, a signal reminder lamp 42 is arranged in the signal reminder groove 41, a door handle 43 is provided on the right side of the signal reminder groove 41, an intermediate partition 44 is provided on the lower side of the storage door panel 40, and an intermediate partition 44 is arranged on the lower side There is a storage partition 45, the front side of the storage partition 45 is provided with a pull handle 46, and the lower side of the pulse signal external connection groove 16 is provided with a frequency modulation groove 47, and the frequency modulation groove 47 is provided with a frequency modulation sliding groove 48, and the frequency modulation sliding A frequency modulation slider 49 is arranged in the slot 48 .

As shown in Figure 1, the right side of the device main body 1 is provided with a handle fixed support body 50, and the inner side of the handle fixed support body 50 is provided with a push handle movable opening 51, and a push handle connecting rod 52 is arranged in the push handle movable port 51, and the push handle connects The rod 52 is connected with the push handle 53, the lower side of the handle fixed support body 50 is provided with a heat dissipation vent 54, the heat dissipation vent 54 is provided with a vent grille 55, and the lower side of the heat dissipation vent 54 is provided with a wire port 56, The wire port 56 is connected with the wire 57, the wire 57 is connected with the power adapter 58, the power adapter 58 is connected with the power plug 59, the device main body 1 lower side is provided with a supporting leg 60, and the supporting leg 60 lower side is provided with a roller guard 61, the roller guard The cover 61 is provided with a roller rotating shaft 62 , and the roller rotating shaft 62 is provided with a rubber roller 63 .

As shown in Figure 3 , the device main body 1 is provided with a pulse generating column 64, and both sides of the pulse generating column 64 are provided with a pulse concentrating ferrule 65, and the pulse concentrating ferrule 65 is provided with a pulse reaction layer 66, and the pulse reaction layer 66 is provided with a pulse reaction layer. There is a center piece 67, a support conversion column 68 is provided on the lower side of the pulse generation column 64, a transmission channel 69 is provided inside the support conversion column 68, a positioning base plate 70 is provided on the lower side of the support conversion column 68, and the front side of the positioning base plate 70 is connected to the internal sensor. The line 71 is connected, the internal sensing line 71 is connected with the stabilizer 72, the stabilizer 72 is connected with the line pipe 73, the line pipe 73 is connected with the pulse buffer device 74, the pulse buffer device 74 is provided with an absorption filter 75 inside, and the pulse generating column 64 The upper side is provided with wiring contact 76, and wiring contact 76 is connected with signal line 77, and signal line 77 is connected with control main board 78, and control main board 78 is provided with integrated chip 79, and the right side of integrated chip 79 is provided with FM contact plate 80, A core processor 81 is arranged on the front side of the integrated chip 79 .

When recovering from physiotherapy auxiliary treatment for cardiology patients, after the device power plug 59 is powered on, the signal amplification patch 25 on the pulse physiotherapy board 26 is connected and fixed, and the external module 17 connected by the integrated signal distributor 21 is inserted into the pulse signal external connection. In the groove 16, adjust the pressure-changing timing knob 10 on the main body 1 of the device according to the self-recovery situation, and the nursing staff of the cardiology department hold the control handle 28 on the pulse physiotherapy board 26, and act on the lower side action pad 30 of the pulse physiotherapy board 26 on the patient's chest to adjust The frequency modulation slider 49 in the frequency modulation groove 47 on the front side of the device body 1 performs frequency conversion adjustment, and the pulse generating column 64 inside the device body 1 generates pulse magnetic therapy signals, and the generated pulse signal ions reach the stabilizer through the transmission channel 69 inside the support conversion column 68 72, transmitted to the uniform distribution layer 31 inside the pulse physiotherapy board 26 through the pulse buffer device 74, and acts on the chest acupoints of the patient through the diffusion hole 33, and the daily care equipment for cardiology patients can be placed on the storage partition 45 in the storage port 38 Above, when the device is transferred and moved, the push handle 53 on the right side of the device main body 1 is turned by the rubber roller 63 to perform device transfer.

The frequency conversion protruding device 2 is provided with a separation line 82 . In this way, uniform separation can be performed to prevent static electricity from occurring.

A fixed steel ring 83 is provided between the round platform base 4 and the imaging support rod 5 . This setting can increase the stability of the connection and prevent deformation.

A tempered protective film 84 is provided on the outside of the data display screen 7 . Such setting can reduce the wear and tear on the data display screen 7 caused by the outside world and prolong the service life of the device.

The variable pressure timing knob 10 is provided with a rubber ring 85 . Such setting can increase the contact area of the hand, which is convenient for manual adjustment and use.

The outside of the push handle 53 is provided with a non-slip rubber sleeve 86 . Such setting can increase the hand contact area and improve the comfort of use.

The power adapter 58 is provided with a circuit protector 87 . Such setting can ensure that the power-off processing can be performed in time when a short circuit occurs in the circuit, which is safer and more practical.

Brake strips 88 are provided on the roller guard 61 . Arranged like this, can guarantee the stability when device stops firmly, prevent it from sliding.

The above is only a preferred embodiment of the present invention, it should be pointed out that for those of ordinary skill in the art, without departing from the technical principle of the present invention, some improvements and replacements can also be made, these improvements and replacements It should also be regarded as the protection scope of the present invention.

Claims (8)

1. A low-voltage pulse physiotherapy device for the Department of Cardiology, comprising a device body (1), characterized in that: A frequency conversion protruding device (2) is provided on the device main body (1), and a copper mandrel (3) is arranged inside the frequency conversion protruding device (2), and a round platform base (4) is provided on the right side of the frequency conversion protruding device (2), and the round platform base (4) is provided with imaging support rod (5), and imaging support rod (5) is provided with imaging panel (6), and imaging panel (6) front side is provided with data display screen (7), and data display The lower side of the screen (7) is provided with a display switch (8), and the front side of the round table base (4) is provided with a knob movable groove (9). The side of the timing knob (10) is provided with vertical lines (11); The left side of the main body (1) of the device is provided with a support platform (12), the front side of the support platform (12) is provided with a limit collar (13), the lower side of the support platform (12) is provided with a hook connecting column (14), and the hook connecting column (14) the left side is provided with wire pipe hook (15); The front side of the device main body (1) is provided with a pulse signal external connection groove (16), and an external connection module (17) is arranged in the pulse signal external connection groove (16), and an external connection module (17) is provided on the front side of the external connection module (17). Wiring groove (18), the wiring groove (18) is provided with a wiring contact ring (19), and an external signal line (20) is provided inside the wiring contact ring (19). The external signal line (20) is connected to the integrated signal distributor (21), and the integrated signal distributor ( 21) A device switch (22) is provided on the front side, and a distribution line slot (23) is provided on the upper side of the integrated signal distributor (21). 24) be connected with the signal amplification patch (25), the signal amplification patch (25) is connected with the pulse physiotherapy board (26), and the pulse physiotherapy board (26) is provided with a handle fixing slot (27), and the handle fixing slot ( 27) A control handle (28) is provided inside, a rubber anti-slip area (29) is provided on the control handle (28), and a function pad (30) is provided on the underside of the pulse physiotherapy board (26); The pulse physiotherapy board (26) is provided with a uniform distribution layer (31) inside, and the uniform distribution layer (31) is provided with parallel channels (32) inside, and the effect pad (30) is provided with a spreading effect hole (33), and the spreading effect hole ( 33) There is a sensor control chip (34) on the rear side, the sensor control chip (34) is connected to the control sensor cable (35), the control sensor cable (35) is connected to the feedback device (36), and the feedback device (36) The front side is provided with a cable slot (37); The right side of the pulse signal external connection groove (16) is provided with a storage port (38), the left side of the storage port (38) is connected with the hinge sheet (39), and the hinge sheet (39) is connected with the storage door panel (40). The front side of the storage door panel (40) is provided with a signal reminder groove (41), and a signal reminder lamp (42) is provided in the signal reminder groove (41), and a door handle (43) is provided on the right side of the signal reminder groove (41). The lower side of the object door panel (40) is provided with a middle partition (44), the lower side of the middle partition (44) is provided with a storage partition (45), and the front side of the storage partition (45) is provided with a pull handle (46). ), the pulse signal external groove (16) downside is provided with frequency modulation groove (47), is provided with frequency modulation slide groove (48) in the frequency modulation groove (47), is provided with frequency modulation slide block (49) in the frequency modulation slide groove (48) ); The right side of the device main body (1) is provided with a handle fixed support body (50), the inside of the handle fixed support body (50) is provided with a push handle movable port (51), and the push handle movable port (51) is provided with a push handle connecting rod ( 52), the push handle connecting rod (52) is connected with the push handle (53), the lower side of the handle fixed support body (50) is provided with a heat dissipation vent (54), and the heat dissipation vent (54) is provided with a ventilator. grid (55), the lower side of the cooling vent (54) is provided with a wire port (56), the wire port (56) is connected with the wire (57), the wire (57) is connected with the power adapter (58), and the power adapter (58 ) is connected with the power plug (59), the lower side of the device main body (1) is provided with a supporting leg (60), the lower side of the supporting leg (60) is provided with a roller guard (61), and the roller guard (61) is provided with a roller Rotating shaft (62), is provided with rubber roller (63) on the roller rotating shaft (62); The main body (1) of the device is provided with a pulse generating column (64), both sides of the pulse generating column (64) are provided with a pulse concentration ferrule (65), and the pulse concentration ferrule (65) is provided with a pulse reaction layer (66), The pulse reaction layer (66) is provided with a central sheet (67), the lower side of the pulse generation column (64) is provided with a support conversion column (68), and the inside of the support conversion column (68) is provided with a transmission channel (69). (68) The lower side is provided with a positioning base plate (70), the front side of the positioning base plate (70) is connected with the internal sensing line (71), the internal sensing line (71) is connected with the stabilizer (72), and the stabilizer (72) Connect with the line pipe (73), the line pipe (73) is connected with the pulse buffer device (74), the pulse buffer device (74) is provided with an absorption filter (75), and the upper side of the pulse generation column (64) is provided with a wiring contact Point (76), wiring contact (76) is connected with signal wire (77), and signal wire (77) is connected with control main board (78), is provided with integrated chip (79) on the control main board (78), integrated chip (79) ) on the right side is provided with a frequency modulation touch panel (80), and the front side of the integrated chip (79) is provided with a core processor (81). 2. The cardiology low-voltage pulse physiotherapy device according to claim 1, characterized in that: the frequency conversion protrusion device (2) is provided with a separation line (82). 3. The cardiology low-voltage pulse physical therapy device according to claim 1, characterized in that: a fixed steel ring (83) is provided between the round platform base (4) and the imaging support rod (5). 4. The cardiology low-voltage pulse physiotherapy device according to claim 1, characterized in that: a toughened protective film (84) is provided on the outside of the data display screen (7). 5. The cardiology low-voltage pulse physiotherapy device according to claim 1, characterized in that a rubber ring (85) is provided on the variable pressure timing knob (10). 6. The cardiology low-voltage pulse physiotherapy device according to claim 1, characterized in that an anti-slip rubber sleeve (86) is provided on the outside of the push handle (53). 7. The cardiology low-voltage pulse physiotherapy device according to claim 1, characterized in that: the power adapter (58) is provided with a circuit protector (87). 8. The cardiology low-voltage pulse physiotherapy device according to any one of claims 1-7, characterized in that: the roller guard (61) is provided with a brake strip (88).