CN208241031U - The connecting wire structure of physiotherapy equipment - Google Patents

Abstract

A kind of connecting wire structure of physiotherapy equipment, including line ontology；Line ontology one end and host are electrically connected；The host has pulse wave output terminal and/or heating output end；The other end bifurcated of the line ontology is arranged, and each divergent ends and electrode paste are electrically connected.Electrode paste is connect with host by connecting wire structure by the physiotherapy equipment of the utility model, and the host that electrode paste is attached to back, buttocks is electrically connected by connecting line is conveniently operating on hand.One connecting line can be pasted with multiple electrodes to be electrically connected, and therefore, the connection of host and electrode paste extends quantity, and a host can save the expense of user with the position more than physical therapy.There are many connection types for connecting wire structure and host, electrode paste, increase the range of choice of user.

Description

The connecting wire structure of physiotherapy equipment

Technical field

The utility model relates to a kind of physiotherapy equipment, the connecting wire structure of specifically a kind of physiotherapy equipment.

Background technique

(TENS represents lenitive physiotherapy equipment to existing TENS&EMS；EMS is represented for taking exercise and the muscular irritation of rehabilitation Device) impulse wave patch electrode paste on the skin is usually transferred to by control host, existing heating pulse therapeutic equipment host with control Treating the two-in-one electrode paste of heating function is button connection i.e. host and the connectionless conducting wire of electrode paste；Or function is heated in host and treatment Electrode paste integrated i.e. host and the connectionless conducting wire of electrode paste, or the output line with the socket electric connection of host A multifunctional electrodes patch is connected, the all-in-one machine after host is combined with electrode paste is attached to the positions such as neck, back, buttocks not Host easy to operate, so host and electrode paste are electrically connected necessary, host one (item) output of the prior art by connecting line Line only connects (piece/set) electrode paste, and the output channel of host is limited, and position, the acupuncture point of human body are numerous, make full use of master The limited output channel of machine is necessary to the multiple position physical therapies of human body in the same time.

A kind of Chinese patent literature CN206880772U heating pulse physiotherapy equipment disclosed on January 16th, 2018, packet Host and physical therapy gasket are included, is electrically connected to each other, host includes machine core and rechargeable battery, is provided on machine core for being rechargeable battery The charge port of charging；Physical therapy gasket includes conductive spacer and heating module, and conductive spacer and heating module are electrically connected machine core； Machine core is electrically connected display screen, and display screen is only to have the pure display screen of display function or have display function and touch-input function Touch display screen.In the patent, between host and electrode paste by have the conducting wire of plug and connection buckle connection, although host with Two electrode pastes are electrically connected, but a connecting line is only connect with a piece of electrode paste, and two accessory power outlets are only connected to two panels electricity Pole patch, and the delivery outlet (end, hole) of a host is limited, the electrode paste quantity for acting on human body is few, same time reason It is few to treat position.Want same time multiple location physical therapy that will increase host, output line, it is at high cost.

Therefore, it is further improved.

Utility model content

The purpose of the utility model is to provide a kind of simple and reasonable, cost is reduced, the physical therapy of number of components is reduced The connecting wire structure of instrument, to overcome shortcoming in the prior art.

By a kind of connecting wire structure of physiotherapy equipment of this purpose design, including line ontology；Line ontology one end with Host is electrically connected；The host has pulse wave output terminal and/or heating output end；The other end of the line ontology point Fork setting, and each divergent ends and electrode paste are electrically connected；There are two the divergent ends tools；Each of described line ontology Divergent ends are electrically connected by bindiny mechanism or connector and electrode paste；The other end of the line ontology by bindiny mechanism or Plug and host are electrically connected.

The bindiny mechanism includes panel and bottom plate；Bindiny mechanism positioned at host one end has two groups of alternate settings The connecting pin C ' and " connecting pin C；There is bifurcated in bindiny mechanism positioned at electrode paste one end, bindiny mechanism's setting in a divergent ends Having the connecting pin D ', D, " connecting pin, the bindiny mechanism in another divergent ends are provided with the connecting pin d ', " connecting pin d；The electrode It sticks and is provided with the connecting pin B ' and " connecting pin B.

The host includes eyeglass, face-piece, machine core and bottom case；It is provided on the bottom case and alternate be provided with two groups of A and connect Connect end and the connecting pin B；The connecting pin A is heating electrode；The connecting pin B is pulse wave electrode；The C ' is even Connecing end, C, " connecting pin is electrically connected with the connecting pin A, the connecting pin B respectively.

The connecting pin C ' is connected with the connecting pin D ', the connecting pin d '；The connecting pin D ', the connecting pin d ' respectively with it is corresponding The connecting pin B ' of electrode paste is electrically connected；The C " connecting pin with D " connecting pin, " connecting pin is connected d；The connecting pin the D ", D " connecting pin respectively with B " connecting pin is electrically connected.

The electrode paste includes superficial layer, heating layer, impulse wave layer and gel；The connecting pin B ' and " connecting pin B On superficial layer.

The plug is round plug or square plug；Round or square plug receptacle is provided on the machine core；The face-piece On be also provided with USB type charging socket interface, power switch；The left and right sides is open for configuring left output channel control key and the right side Output channel control key.

The connector includes two groups of connecting pins E ' of alternate setting, E " connecting pin and the connecting pin F ', F " connecting pin；Institute The connecting pin E ', the connecting pin E " stated pass through the heating pole of line ontology and plug and host respectively and impulse wave pole is electrically connected； The connecting pin F ', the connecting pin F " passes through the heating pole of line ontology and plug and host respectively and impulse wave extremely electrically connects It connects.

Electrode paste is connect with host by connecting wire structure by the physiotherapy equipment of the utility model, and electrode paste is attached to back, stern The host that portion is electrically connected by connecting line is conveniently operating on hand.One connecting line can be pasted with multiple electrodes electrically to be connected It connects, therefore, the connection of host and electrode paste extends quantity, and a host can save the expense of user with the position more than physical therapy With.There are many connection types for connecting wire structure and host, electrode paste, increase the range of choice of user.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of line ontology and bindiny mechanism in the utility model first embodiment.

Fig. 2 is the decomposition texture schematic diagram of host in first embodiment.

Fig. 3 is the decomposition texture schematic diagram of electrode paste in first embodiment.

Fig. 4 is line ontology, circular plug and the structural schematic diagram of bindiny mechanism in second embodiment.

Fig. 5 is the decomposition structural scheme of mechanism of host in second embodiment and fourth embodiment.

Fig. 6 is line ontology, square plug and the structural schematic diagram of bindiny mechanism in 3rd embodiment.

Fig. 7 is the decomposition texture schematic diagram of host in 3rd embodiment.

Fig. 8 is the decomposition texture schematic diagram of electrode paste in second and third embodiment.

Fig. 9 is the structural schematic diagram of connector in fourth embodiment.

Figure 10 is the structural schematic diagram of electrode paste in fourth embodiment.

1 is line ontology in figure, and 2 be host, and 2.1 be eyeglass, and 2.2 be face-piece, and 2.3 be machine core, and 2.3.1 is socket, 2.4 For bottom case, 2.4.1 is the connecting pin A, and 2.4.2 is the connecting pin B, and 3 be electrode paste, and 3.1 be the connecting pin B ', and 3.2 be the connecting pin B ", 3.3 be superficial layer, and 3.4 be heating layer, and 3.5 be impulse wave layer, and 3.6 be gel, and 4 be bindiny mechanism, and 4.1 be panel, and 4.2 be bottom Plate, 4.3 be the connecting pin C ', 4.4 be the connecting pin C ", 4.5 be the connecting pin D ', 4.6 be the connecting pin D ", 4.7 be the connecting pin d ', 4.8 For d " connecting pin, 5 be connector, and 5.1 be the connecting pin E ', and 5.2 be the connecting pin E ", and 5.3 be the connecting pin F ', and 5.4 be the connecting pin F ", 6.1 be G ' connector, and 6.2 be G " connector, and 7 be plug.

Specific embodiment

The utility model is further described with reference to the accompanying drawings and embodiments.

Embodiment one

Referring to figures 1-3, a kind of connecting wire structure of physiotherapy equipment, including line ontology 1；1 one end of line ontology and host 2 It is electrically connected；Host 2 has pulse wave output terminal and/or heating output end；The other end bifurcated of line ontology 1 is arranged, and Each divergent ends and electrode paste 3 are electrically connected；There are two divergent ends tools；Each divergent ends of line ontology 1 pass through bindiny mechanism 4 It is electrically connected with electrode paste 3；The other end of line ontology 1 is electrically connected by bindiny mechanism 4 and host.

Further, bindiny mechanism 4 includes panel 4.1 and bottom plate 4.2；Bindiny mechanism 4 positioned at 2 one end of host has The connecting pin C ' 4.3 and the connecting pin C " 4.4 of two groups of alternate settings；Bindiny mechanism 4 in one divergent ends is provided with the connecting pin D ' 4.5, the connecting pin D " 4.6, the bindiny mechanism in another divergent ends is provided with the connecting pin d ' 4.7, d " connecting pin 4.8；On electrode paste 3 It is provided with the connecting pin the connecting pin B ' 3.1 and B " 3.2.

Further, host 2 includes eyeglass 2.1, face-piece 2.2, machine core 2.3 and bottom case 2.4；It is provided on bottom case 2.4 It is alternate to be provided with the two groups of connecting pin A 2.4.1 and the connecting pin B 2.4.2；The connecting pin A 2.4.1 is heating layer electrode；The connecting pin B It 2.4.2 is impulse wave layer electrode；" connecting pin 4.4 is electrically connected with the connecting pin A, the connecting pin B respectively for the connecting pin C ' 4.3, C.

Eyeglass 2.1 is made of hard transparent material, the functional key mapping tagging of back side silk-screen, and corresponding display location background color is Translucent to be convenient for light transmission, it adheres to (fixation) on face-piece 2.2.

Be provided in the middle part of face-piece 2.2 window for penetrate display screen display content.With screw and manner and bottom case 2.4 fixed.

Machine core 2.3 is the core of host 2, is impulse wave, the generation of heating voltage, control section, have thereon impulse wave and/ Or heating o pads, it is electrically connected respectively with the connecting pin the B connecting pin 2.4.2, A 2.4.1 on bottom case 2.4 with conducting wire, machine core 2.3 Upper to be furnished with display screen, acoustical generator, be furnished with rechargeable battery, be furnished with USB charging socket, machine core is fixed on bottom case by screw.

Bottom case 2.4 has aperture to be used for for configuring the connecting pin the A connecting pin 2.4.1, B 2.4.2, left side there are two aperture Power button and USB charge port are configured, there are several screw columns for fixing face-piece.

The connecting pin A 2.4.1 is heating layer electrode, and the connecting pin B 2.4.2 is impulse wave layer electrode.It can be magnet-type, magnetic glue Formula, electromagnetic type, press-button type, buckle-type, plug-in type, attaching type；Material: it is conductive hardware, conductive nonmetallic, can be hard, It can be soft.

The panel 4.1 of bindiny mechanism can be hard and be also possible to soft, has screw column or button bit, for fixing bottom Plate 4.2 has the card slot of fixed line.Panel material, which can be, is molded into moulding mixture, can be and is hot pressed into moulding mixture, can be sheet and cuts It cuts, punching press, cut out molding mass.

The crust of line ontology 1 can be PVC, PP, PET, PTFE, nylon, rubber etc., and the cross section of line ontology 1 can To be the abnormity such as rectangular, oval, round, it is stiff that line ontology 1 can be can be for elasticity.1 both ends of line ontology There is the detent of protrusion to connect and fix for panel 4.1, bottom plate 4.2, there is the conducting wire of a plurality of mutually insulated inside line ontology 1, two End is the conducting wire of exposed different colours different thicknesses, C " connecting pin 4.4, D " connecting pin 4.6, d of filament and bindiny mechanism " even End 4.8 is connect to be electrically connected；Thick line and the connecting pin the C ' of bindiny mechanism 4.3, " the connecting pin 4.5, d " connecting pin 4.7 D are electrically connected.

Bottom plate 4.2 can be hard and be also possible to soft, there is screw hole or button bit, for fixing panel 4.1, have solid The card slot for determining line ontology 1 has the fixed connecting pin C ', the connecting pin D ', the connecting pin d ', the connecting pin C " connecting pin, D ", " connecting pin d Round recess, bottom plate material, which can be, is molded into moulding mixture, can be and is hot pressed into moulding mixture, can be sheet cutting, punching press, cuts out Molding mass.' face-piece ' screw with the fixed form of ' bottom case ', ultrasonic wave hot melt, Nian Jie, hot pressing, sewing etc..

The connecting pin bindiny mechanism C ', C " connecting pin, the connecting pin D ', D " connecting pin, the connecting pin d ', " connecting pin d.D ' connection End, D " connecting pin and the connecting pin d ', d " connecting pin are parallel relationships.

" connecting pin is electrically connected with the connecting pin A of host, the connecting pin B respectively for the connecting pin C ', C；The connecting pin D ', d ' connection End and the connecting pin B ' of electrode paste are electrically connected；The connecting pin B " of the connecting pin and electrode paste D " connecting pin, d " is electrically connected.C " is even Connect, D " connection, d " connection be impulse wave channel connector, C ' connection, D ' connection, d ' connection are the connectors for heating channel. Bindiny mechanism can be metal, conductive nonmetallic, and connector can be magnet-type, magnetic glue formula, press-button type, buckle-type, grafting Formula, attaching type；Can be hard, can be it is soft.

The connecting pin B ', B " connecting pin be fixed on superficial layer respectively with heating layer, ' impulse wave layer be electrically connected, the connecting pin B ' It is electrically connected with the connecting pin d ' of bindiny mechanism or the connecting pin D '；The connecting pin " D of connecting pin and bindiny mechanism " B or the " connecting pin d It is electrically connected.Connector can be magnet-type, magnetic glue formula, press-button type, buckle-type, plug-in type, attaching type；Material: conductive hardware, Conductive is nonmetallic, can be hard, can be it is soft.

Superficial layer is the carrier of electrode paste, material: soft insulating object such as non-woven fabrics, PET, silica gel etc..

Heating layer, graphene are printed on soft thin slice and constitute, material: covering design on the substrates such as soft PET, FPC and close The conductive material route (conductive material can be conductive graphene, conductive carbon paste, silver paste, copper ...) of reason, heating layer are bonded and (depend on) Superficial layer.Laminating type: stickup, hot pressing, sewing, fitting etc..

Impulse wave layer is the bases such as electric silica gel or soft PET, the flexibility FPC reasonable conductive material route of design printed on chip (conductive material can be silver paste, conductive carbon paste, graphene ...), the connecting pin B " and impulse wave layer are electrically connected as impulse wave layer Electrode.Impulse wave layer depends on (stacking) in heating layer, laminating type have stickup, hot pressing, sewing, etc..

Further, the connecting pin C ' 4.3 is connected with the connecting pin D ' 4.5, the connecting pin d ' 4.7；The connecting pin D ' 4.5, d ' are even B ' connecting pin 3.1 of the end 4.7 respectively with counter electrode patch is connect to be electrically connected；Described connecting pin 4.6 C " connecting pin 4.4 and D ", The connecting pin d " 4.8 is electrically connected；D " the connecting pin 4.6, d " connecting pin 4.8 is electrically connected with the connecting pin B " 3.2 respectively.

Electrode paste 3 includes superficial layer 3.3, heating layer 3.4, impulse wave layer 3.5 and gel 3.6；The connecting pin B ' and B " connection End is located on superficial layer.

Embodiment two

Referring to fig. 4, Fig. 5, Fig. 8, a kind of connecting wire structure of physiotherapy equipment, including line ontology 1；1 one end of line ontology with Host 2 is electrically connected；Host 2 has pulse wave output terminal and/or heating output end；The other end bifurcated of line ontology 1 is arranged, And each divergent ends and electrode paste 3 are electrically connected.

Further, there are two divergent ends tools；Each divergent ends of line ontology 1 pass through bindiny mechanism 4 and electrode paste 3 It is electrically connected；The other end of line ontology 1 is electrically connected by the socket 2.3.1 on plug 7 and host.

Further, plug 7 is round plug；Circular socket 2.3.1 is provided on machine core 2.3；It is also opened up on face-piece 4.1 There are USB type charging socket interface, power switch；The left and right sides is open for configuring left output channel control key and right output channel Control key.

In the present embodiment, the construction for the bindiny mechanism 4 being connected with electrode paste 3 is the same as example 1, and is repeated no more, and with The connected part of host 2 replaces with circular plug by bindiny mechanism, and machine core 2.3 is exported equipped with two TENS&EMS and/or heating The plug 7 of circular socket 2.3.1, socket and one drag two connecting wire structure is electrically connected.

Embodiment three

Referring to Fig. 6, Fig. 7, Fig. 8, the difference of the present embodiment and embodiment two be only that connecting wire structure line ontology 1 and One end configuration that host 2 connects is square plug, square plug is configured in the present embodiment, the machine core configuration of example two is round Shape socket, the machine core configuration of example three is square plug receptacle, and square plug has foolproof function in grafting socket, square plug (with And the square plug receptacle on host) electrode arrangement both ends are heated, low frequency electrode ranks middle part, and plug rotates 180 degree of connections Relationship that is to say error-proof structure there is no variation, other identical as example two to repeat no more.

Example IV

Referring to Fig. 5, Fig. 9, Figure 10, a kind of connecting wire structure of physiotherapy equipment, including line ontology 1；1 one end of line ontology The socket 2.3.1 of plug 7 and host 2 is electrically connected；Host 2 has pulse wave output terminal and/or heating output end；Line ontology 1 other end bifurcated setting, and each divergent ends and electrode paste 3 are electrically connected.

Further, there are two divergent ends tools；Each divergent ends of line ontology 1 pass through connector 5 and two plate electrodes Patch 3 is electrically connected.

Connector 5 includes two groups of connecting pins E ' 5.1 of alternate setting, E " connecting pin 5.2 and the connecting pin F ' 5.3, F " connection End 5.4；The connecting pin E ', E " connecting pin pass through respectively line ontology 1, plug 7 respectively in the socket 2.3.1 of host 2 heat pole, Impulse wave pole is electrically connected；" connecting pin 5.4 passes through line ontology 1, the socket of plug 7 and host 2 respectively for the connecting pin F ' 5.3, F 2.3.1 heating pole, impulse wave pole are electrically connected in.

Further, the connecting pin E ' 5.1, the connecting pin F ' 5.3 be large scale respectively with the large-sized G ' of Figure 10 electrode paste Connecting pin 6.1 is electrically connected；Described connecting pin 5.4 E " connecting pin 5.2 and F " is that small size is small with Figure 10 electrode paste respectively The connecting pin size G " 6.2 is electrically connected.

Further, the connecting pin E ' 5.1, the connecting pin F ' 5.3, the size of the connecting pin G ' 5.1 and color are unified；E " connection End 5.2, the size of F " connecting pin 5.4, G " connecting pin 6.2 and color are unified；And the connecting pin E ' 5.1, the connecting pin F ' 5.3, G ' " color, the size of connecting pin 6.2 are different, convenient for distinguishing from E " connecting pin 5.2, F " connecting pin 5.4, G for the color of connecting pin 6.1 Electrode and pulse wave electrode are heated, convenient for the correct installation of connector and electrode paste.

Electrode paste 3 includes superficial layer 3.3, heating layer 3.4, impulse wave layer 3.5 and gel 3.6；The connecting pin G ' 6.1 and G " are even End 6.2 is connect to be located on superficial layer.

Connector can be metal, conductive nonmetallic, and connector can be magnet-type, magnetic glue formula, press-button type, buckle Formula, plug-in type, attaching type；Can be hard, can be it is soft.

The above-mentioned preferred embodiment for the utility model, has been shown and described the basic principles and main features of the utility model And the advantages of the utility model.Those skilled in the art should be recognized that the present utility model is not limited to the above embodiments, on It states and only illustrates the principles of the present invention described in embodiment and specification, do not departing from the spirit and scope of the utility model Under the premise of the utility model also has various changes and improvements, these changes and improvements both fall within claimed it is practical new Within the scope of type.The utility model requires protection scope is defined by appended claims and its equivalent.

Claims (7)

1. a kind of connecting wire structure of physiotherapy equipment, including line ontology (1)；Described line ontology (1) one end and host (2) are electrically Connection；The host (2) has pulse wave output terminal and/or heating output end；It is characterized by: the line ontology (1) The setting of other end bifurcated, and each divergent ends and electrode paste (3) are electrically connected；There are two the divergent ends tools；It is described Each divergent ends of line ontology (1) are electrically connected by bindiny mechanism (4) or connector (5) and electrode paste (3)；The line The other end of ontology (1) is electrically connected by bindiny mechanism (4) or plug (7) and host.

2. the connecting wire structure of physiotherapy equipment according to claim 1, it is characterised in that: the bindiny mechanism (4) includes Panel (4.1) and bottom plate (4.2)；There is the connecting pin C ' of two groups of alternate settings positioned at the bindiny mechanism (4) of host (2) one end (4.3) and the connecting pin C " (4.4)；Bindiny mechanism (4) in one divergent ends is provided with the connecting pin D ' (4.5), " connecting pin D (4.6), the bindiny mechanism in another divergent ends is provided with the connecting pin d ' (4.7), the connecting pin d " (4.8)；The electrode paste (3) On be provided with the connecting pin B ' (3.1) and the connecting pin B " (3.2).

3. the connecting wire structure of physiotherapy equipment according to claim 2, it is characterised in that: the host (2) includes eyeglass (2.1), face-piece (2.2), machine core (2.3) and bottom case (2.4)；It is provided on the bottom case (2.4) and alternate is provided with two groups of A connections It holds (2.4.1) and the connecting pin B (2.4.2)；The connecting pin A (2.4.1) is heating electrode；The connecting pin B (2.4.2) For impulse wave layer electrode；The connecting pin C ' (4.3), the connecting pin C " (4.4) respectively with the connecting pin A (2.4.1), the connecting pin B (2.4.2) is electrically connected.

4. the connecting wire structure of physiotherapy equipment according to claim 3, it is characterised in that: the connecting pin C ' (4.3) with The connecting pin D ' (4.5), the connecting pin d ' (4.7) are connected；Described connecting pin (4.6), " connecting pin d C " connecting pin (4.4) and D " (4.8) it is connected；The connecting pin D ' (4.5), the connecting pin d ' (4.7) are electrical with the connecting pin B ' (3.1) of counter electrode patch respectively Connection；The C " connecting pin (4.4) with D " connecting pin (4.6), the connecting pin d " (4.8) are connected；The connecting pin the D " (4.6), D " connecting pin (4.8) respectively with electrode paste B " connecting pin (3.2) is electrically connected.

5. the connecting wire structure of physiotherapy equipment according to claim 4, it is characterised in that: the electrode paste (3) includes table Surface layer (3.3), heating layer (3.4), impulse wave layer (3.5) and gel (3.6)；The connecting pin B ' (3.1) and " connecting pin B (3.2) it is located on superficial layer.

6. the connecting wire structure of physiotherapy equipment according to claim 3, it is characterised in that: further include plug (7) be round plug Or square plug；Round or square plug receptacle (2.3.1) is provided on the machine core (2.3)；It is also provided on the face-piece (4.1) USB type charging socket interface, power switch；The left and right sides is open for configuring left output channel control key and right output channel control Key processed.

7. the connecting wire structure of physiotherapy equipment according to claim 1, it is characterised in that: the connector (5) include with The plug (7) of socket (2.3.1) connection of host；It further include two groups of connecting pins E ' (5.1), " connecting pins E of alternate setting (5.2) and the connecting pin F ' (5.3), the connecting pin F " (5.4)；The connecting pin E ' (5.1), the connecting pin F ' (5.3) pass through respectively The heating pole of line ontology (1) and plug (7) and host is electrically connected；The E " connecting pin (5.2), F " connecting pin (5.4) It is electrically connected by the impulse wave pole of line ontology (1) and plug (7) and host；The connecting pin E ' (5.1), the connecting pin E " (5.2) It is electrically connected respectively with the connecting pin the B ' of electrode paste (3.1), the connecting pin B " (3.2)；The connecting pin F ' (5.3), F " connection (5.4) are held to be electrically connected respectively with the connecting pin the B ' of electrode paste (3.1), the connecting pin B " (3.2).