CN207115042U - A kind of Intelligent worn device with physiology monitoring function - Google Patents

Abstract

This application discloses a kind of Intelligent worn device with physiology monitoring function, electrode and the connector of connection metal shell and electrode including metal shell, for physiology monitoring, also include being moulded on metal shell or electrode, support can be realized to multiple positions of electrode, and the insulating barrier between electrode and metal shell, connector are connected through insulating barrier with electrode.Intelligent worn device provided by the utility model with physiology monitoring function, by setting insulating barrier between electrode and metal shell, and electrode is supported by insulating barrier, it can not only reduce and even completely avoid the risk that electrode turns on metal shell, the further job security for improving wrist-watch, and the hanging of electrode is avoided to the multi-point support of electrode by insulating barrier, pass through the size and dimension of the accurate control insulating barrier in injection moulding process simultaneously, so that the gap uniformity and segment difference of electrode and metal shell are guaranteed, make the profile of product more attractive in appearance.

Description

A kind of Intelligent worn device with physiology monitoring function

Technical field

It the utility model is related to technical field of electronic equipment, more particularly to a kind of intelligence wearing with physiology monitoring function Equipment.

Background technology

With the raising of quality of the life, wrist-watch is as the electronic equipment being commonly used in people's daily life, no longer only It is confined to show the simple function of time, but makes it that there is more functions, such as the body fat of detection wearer, heart rate etc..

The above-mentioned wrist-watch with physiology monitoring function, as depicted in figs. 1 and 2, the outside of its metal shell 01 is provided with use In the electrode 02 (electrode is flake structure) contacted with wearer, the electrode 02 is connected to metal shell 01 by screw 03 On, and the electrical connection for the pcb board 05 realized and be arranged in metal shell 01 by this screw 03 and shell fragment 04.It is electrically connected above-mentioned In binding structure, screw 03 passes through metal shell 01 (nut of screw 03 is located at the inner side of metal shell 01), in order to realize and bullet The electrical connection of piece 04, the inner side of metal shell 01 are provided with the metallic gasket 06 passed through by screw 03, shell fragment 04 by with metal Pad 06 connects and realizes the electrical connection with screw 03, electrode 02.Also, because metal shell 01 is metal material, so needing Above-mentioned electric connection structure is insulated with metal shell 01, therefore be provided between metal shell 01 and metallic gasket 06 by spiral shell The insulation foam rubber 07 that nail 03 passes through.

But utility model people has found that the wrist-watch of said structure, there is following shortcoming：

In order to ensure the exhausted limit of electrode 02 and metal shell 01, so both can not contact this in assembling, i.e., both it Between need gap be present, and the electrode 02 only by single screw 03 realize with the connection of metal shell 01, so electrode 02 Except the tie point with screw 03, other positions are in vacant state, cause after assembling between electrode 02 and metal shell 01 Gap uniformity can not be guaranteed；Because the outer wall of the metal shell 01 of wrist-watch is curved wall, so also being difficult to ensure electrode 02 with the segment difference of metal shell 03；Insulation is realized only by gap is set between electrode 02 and metal shell 03, both are still Larger contact, conducting risk so be present, electrode 02 can cause the mistake of physical examinations function with metal shell 01 if contacting Effect, have impact on the using effect of wrist-watch；Screw 03 is during tightening, and metallic gasket 06 is often in company with 03 turn of screw It is dynamic, cause surface of the metal shell 01 Jing Guo anodized to be scratched, cause the wrist-watch electrical property after assembling to be affected.

Utility model content

In view of this, the utility model provides a kind of Intelligent worn device with physiology monitoring function, further carries The high gap uniformity of electrode and metal shell so that the profile of product is more attractive in appearance, while also reduces and even completely avoid The risk that electrode turns on metal shell, further ensure that the trouble free service of wrist-watch.

In order to achieve the above object, the utility model provides following technical scheme：

A kind of Intelligent worn device with physiology monitoring function, including metal shell, for physiology monitoring electrode with And the connector of the metal shell and the electrode is connected, in addition to be moulded on the metal shell or the electrode, energy Support, and the insulating barrier between the electrode and the metal shell are realized in enough multiple positions to the electrode, described Connector is connected through the insulating barrier with the electrode.

Preferably, in the above-mentioned Intelligent worn device with physiology monitoring function, the insulating barrier is whole with the electrode Individual madial wall is fitted and connected.

Preferably, in the above-mentioned Intelligent worn device with physiology monitoring function, offer and be used on the metal shell Accommodate the pockets of the insulating barrier.

Preferably, in the above-mentioned Intelligent worn device with physiology monitoring function, it is provided with the madial wall of the electrode The connecting pole of protrusion, screwed hole is offered on the connecting pole, and the connector is what can be threadedly coupled with the screwed hole Screw.

Preferably, in the above-mentioned Intelligent worn device with physiology monitoring function, in addition to it is arranged on the metal shell Inner side, and passed through by the connector, with the silica gel pad of the insulate connector and the metal shell.

Preferably, in the above-mentioned Intelligent worn device with physiology monitoring function, it is provided with the insulating barrier described The first annular projection that connecting pole passes through, the second annular projection passed through by the connector is provided with the silica gel pad, Abutting is aligned by first annular projection and second annular projection, can be realized to the connecting pole and the company The parcel of fitting screw portion.

Preferably, in the above-mentioned Intelligent worn device with physiology monitoring function, in addition to metallic gasket, and the gold Category pad is positioned on the metal shell by keeper.

Preferably, in the above-mentioned Intelligent worn device with physiology monitoring function, the keeper is by the metal gasket Piece is bonded in the PET films on the metal shell.

Intelligent worn device provided by the utility model with physiology monitoring function, mainly including metal shell, be used for The electrode of physiology monitoring and the connector for connecting both this, it is theed improvement is that, passes through injection on metal shell or electrode The mode of shaping is additionally arranged insulating barrier, and the insulating barrier can not only support multiple positions of electrode so that and electrode is no longer hanging, and And the set-up mode by being arranged between electrode and metal shell, additionally it is possible to strengthen the insulation effect between electrode and metal shell Fruit, while connector can pass through the insulating barrier to realize the electrical connection with electrode.It is provided by the utility model that there is physiology prison The Intelligent worn device of brake, electrode is entered by setting insulating barrier between electrode and metal shell, and by insulating barrier Row is supported, can not only be reduced and be even completely avoided the risk that electrode turns on metal shell, further improve wrist-watch Job security, and the hanging of electrode is avoided to the multi-point support of electrode by insulating barrier, while by injection moulding process In accurate control insulating barrier size and dimension, enable to the gap uniformity and segment difference of electrode and metal shell to be protected Card, makes the profile of product more attractive in appearance.

Brief description of the drawings

, below will be to embodiment in order to illustrate more clearly of the utility model embodiment or technical scheme of the prior art Or the required accompanying drawing used is briefly described in description of the prior art, it should be apparent that, drawings in the following description are only It is embodiment of the present utility model, for those of ordinary skill in the art, on the premise of not paying creative work, also Other accompanying drawings can be obtained according to the accompanying drawing of offer.

Fig. 1 is the decomposing schematic representation of wrist-watch part-structure in the prior art；

Fig. 2 is the structural representation that shell fragment turns on metallic gasket and pcb board in the prior art；

Fig. 3 is point for the Intelligent worn device part-structure with physiology monitoring function that the utility model embodiment provides Solve schematic diagram；

Fig. 4 is the sectional view that electrode, insulating barrier, connector and metal shell coordinate in the utility model embodiment；

Fig. 5 is Fig. 4 partial enlarged drawing；

Fig. 6 is that insulating barrier is moulded in the structural representation on electrode in the utility model embodiment.

In Fig. 1-Fig. 6：

01- metal shells, 02- electrodes, 03- screws, 04- shell fragments, 05-PCB plates, 06- metallic gaskets, 07- insulation foams Glue；

1- metal shells, 2- electrodes, 3- connectors, 4- insulating barriers, 5- connecting poles, 6- silica gel pads, the ring-types of 7- first are convex Rise, the annular projections of 8- second, 9- metallic gaskets, 10- keepers.

Embodiment

The utility model provides a kind of Intelligent worn device with physiology monitoring function, further increase electrode with The gap uniformity of metal shell so that the profile of product is more attractive in appearance, while also reduces and even completely avoided electrode and gold Belong to the risk of watchcase conducting, further ensure that the trouble free service of wrist-watch.

Below in conjunction with the accompanying drawing in the utility model embodiment, the technical scheme in the embodiment of the utility model is carried out Clearly and completely describing, it is clear that described embodiment is only the utility model part of the embodiment, rather than whole Embodiment.Based on the embodiment in the utility model, those of ordinary skill in the art are not under the premise of creative work is made The every other embodiment obtained, belong to the scope of the utility model protection.

As shown in figures 3 to 6, the Intelligent worn device with physiology monitoring function that the utility model embodiment provides, tool Body can be the body fat and heart rate that can detect human body, or individually detect body fat, then a kind of or independent intelligence for detecting heart rate Energy wrist-watch or Intelligent bracelet, it is except the electrode 2 including metal shell 1, for physiology monitoring and connection metal shell 1 and electricity Beyond the connector 3 of pole 2, insulating barrier 4 is also additionally arranged, the insulating barrier 4 can support electrode 2, and be located at electrode 2 and metal shell Between 1；Also, insulating barrier 4 is injection molding, such a molding mode can accurately control compact dimensions and the shaping of insulating barrier 4 Shape, while insulating barrier 4 can both be moulded on metal shell 1 and be molded, and can also be molded on the electrodes 2 and be molded, specifically During connection, no matter insulating barrier 4 is moulded on metal shell 1 or is molded on the electrodes 2, connector 3 both pass through insulating barrier 4 with Electrode 2 connects, so as to ensure that normal path between the two leads to.In addition, insulating barrier 4 can be to multiple positions of electrode 2 simultaneously Support is realized, so as to avoid the hanging of electrode 2, and insulating barrier 4 is due to being arranged between electrode 2 and metal shell 1, so It can improve insulation effect between the two.Specifically, the insulating barrier 4 further preferably in the present embodiment is molded by NMT nanometers Moulding process is arranged on metal shell 1 or electrode 2, as shown in Fig. 3 or Fig. 6.

The Intelligent worn device with physiology monitoring function of said structure, due to being set between electrode 2 and metal shell 1 Insulating barrier 4 has been put, and electrode 2 has been supported by insulating barrier 4, has not only reduced having even completely avoided electrode 2 and metal watch The risk that shell 1 turns on so that the using effect of wrist-watch is lifted, and is avoided by insulating barrier 4 to the multi-point support of electrode 2 Electrode 2 it is hanging, and pass through in injection moulding process the accurately size of control insulating barrier 4 so that electrode 2 and metal shell 1 Gap uniformity be guaranteed, while by injection moulding process accurately control insulating barrier 4 radian, make itself and electrode 2 Radian it is consistent, thereby may be ensured that the uniformity of electrode 2 and the gap of metal shell 1, reduce the presence of segment difference.In addition, absolutely Edge layer 4 can also play waterproof effect to electrode 2.

The Intelligent worn device with physiology monitoring function provided for further optimisation technique scheme, the present embodiment In, when the injection molding of insulating barrier 4 on the electrodes 2 when, the whole madial wall of insulating barrier 4 and electrode 2 is fitted and connected, as shown in Figure 6. In the present embodiment, why making the whole madial wall of insulating barrier 4 and electrode 2, (electrode 2 has as whole wrist-watch outer wall Lateral wall, and the madial wall then refers to the wall relative with lateral wall) be fitted and connected, even insulating barrier 4 and the madial wall of electrode 2 Each position contact, then can farthest improve the support effect to electrode 2, make between electrode 2 and metal shell 1 Gap uniformity obtains more accurately ensureing.In addition, when insulating barrier 4 is moulded on metal shell 1, it is also preferred that insulating barrier 4 with The whole madial wall fitting of electrode 2, as shown in Figure 3-Figure 5.In addition, the further preferably shape of insulating barrier 4 and electrode 2 in the present embodiment Shape be similar, such a set-up mode can not only be such that insulating barrier 4 preferably coordinates with electrode 2, and it also avoid Influence to electrode 2 and the assembling effect of metal shell 1, it ensure that the intelligence with physiology monitoring function that the present embodiment provides is worn Wear the good appearance of equipment.And

Preferably, when the injection molding of insulating barrier 4 is when on metal shell 1, offered on metal shell 1 for housing insulation The pockets of layer 4.The pockets are set, enable to metal shell 1 preferably to realize that assembling coordinates, and is holding with electrode 2 Receive after carrying out NMT injections in groove, plastic cement can be made to fill up pockets, so as to ensure electrode 2 and metal shell 1 completely every From, while can also more be accurately controlled this both gap uniformity.Specifically, also make the overall profile chi of insulating barrier 4 The very little overall size more than electrode 2, so as to improve the insulation effect of insulating barrier 4 as far as possible, reduce electrode 2 and metal watch The probability for contacting, turning between shell 1, and ensure the gap uniformity between each several part of electrode 2 and metal shell 1.It is specifically, excellent The gap a between electrode 2 and metal shell 1 after choosing assembling is 0.07mm, as shown in Figure 5.

Further, it is also possible to which insulating barrier 4 to be arranged to independent insulating element, and itself and metal shell 1 and electrode 2 are carried out Assembling, but compared with the mode of the above-mentioned injection molding on metal shell 1, there is following difference in two ways：Firstly, since note It is moulded into the insulating barrier 4 of type and can be approximately considered it and be structure as a whole with metal shell 1, so that insulating barrier 4 and metal shell 1 Between be not present gap, need to only control the radian of the insulating barrier 4 of injection molding consistent with the radian of electrode 2 i.e. on injection mold Can, and set during independent insulating element (because it can spend motor 2 and play a supporting role, it is possible to by the insulating element It is interpreted as insulating support), it should ensure that its radian is consistent with the radian of metal shell 1 in manufacturing process, also to ensure and electricity The radian of pole 2 is consistent, therefore accumulated tolerance can be bigger, and it is unsatisfactory to improve gap effect；Secondly, the mode of injection molding can First to mill out pockets on metal shell 1 before injection, so that the plastic cement after injection fills up pockets, gold is realized Belong to the completely isolated of watchcase 1 and electrode 2.

Specifically, being provided with the connecting pole 5 of protrusion on the madial wall of electrode 2, screwed hole is offered on connecting pole 5, is connected Part 3 is the screw that can be threadedly coupled with screwed hole, as shown in Figure 4 and Figure 5.Connector 3 be preferably screw, be because screw compared with To be common, it is easy to draw materials, and it is cheap, connectivity robustness is good, so as preferred.And set open up on the electrodes 2 There is the connecting pole 5 of screwed hole, not only realize the normal connection with screw, complete the assembling of electrode 2 and metal shell 1, and It is easy for installation and its is simple in construction, so the preferred attachment structure as the present embodiment.For the ease of processing, the present embodiment is also It is preferred that connecting pole 5 is structure as a whole with electrode 2.

In the present embodiment, in addition to the inner side of metal shell 1 is arranged on, and connected piece 3 passes through, with insulated connecting piece 3 With the silica gel pad 6 of metal shell 1, as shown in Figure 3-Figure 5.The purpose of the silica gel pad 6 is set, is to improve connector 3 With the insulation effect between metal shell 1, when specifically setting, there is physiology monitoring function do not influence the present embodiment offer On the premise of the normal work of Intelligent worn device, normal assembling, silica gel pad 6 can be added to original insulation foam rubber Between metal shell 1, and in view of the factor of assembling effect, switching performance etc., the present embodiment is preferably by silicagel pad The mode of the substitution insulation foam rubber of piece 6, i.e., on the premise of silica gel pad 6 is set, no longer set insulation foam rubber.

As shown in Figure 4 and Figure 5, the first annular projection 7 that connected post 5 passes through, silica gel pad 6 are provided with insulating barrier 4 On be provided with the second annular projection 8 that connected piece 3 passes through, by the first annular projection 7 and the second annular projection 8 align to Connect, the parcel to connecting pole 5 and connector 3 (i.e. screw) screw portion can be realized.Insulating barrier 4 and the insulated electro of silica gel pad 6 Pole 2, the insulation system (mode in other words) of connector 3, can there are multiple choices, the present embodiment preferred structure relatively simple One annular projection 7 and the second annular projection 8 coordinate the insulation for realizing electrode 2, connector 3 and metal shell 1.Specifically, insulation The body of layer 4 is arranged between electrode 2 and metal shell 1, realizes the insulation to electrode 2, and the first annular projection 7 then wraps up In the outside of connecting pole 5, the contact with metal shell 1 of connecting pole 5 of protrusion is avoided, it is achieved thereby that connecting pole 5 and gold Belong to the insulation of watchcase 1, similarly, the body of silica gel pad 6 has been arranged between the nut portion of screw and metal shell 1, is realized The insulation of nut portion and metal shell 1, and the second annular projection 8 has then been wrapped in the outside of screw portion, avoids spiral shell Bar part contact with metal shell 1, it is achieved thereby that the insulation of screw portion and metal shell 1, while the first annular projection 7 Abutting is aligned with the second annular projection 8, and can enough ensures that electrode 2 and the connection of connector 3 turn on.In addition, said structure is exhausted Edge layer 4 and silica gel pad 6, insulating effect can not only be played to electrode 2 and connector 3, waterproof action can also be played simultaneously. Preferably, insulating barrier 4 is structure as a whole with the first annular projection 7, and silica gel pad 6 is also structure as a whole with the second annular projection 8.

Further, in the Intelligent worn device with physiology monitoring function that the present embodiment provides, it includes metal gasket Piece 9 (this metallic gasket 9 is to conduct one of part of electrode 2 and pcb board), and the metallic gasket 9 passes through keeper 10 It has been positioned on metal shell 1, this keeper 10 is preferably the PET films being bonded in metallic gasket 9 on metal shell 1, As shown in Figure 3-Figure 5.Keeper 10 is set, metallic gasket 9 can be avoided to be rotated in company with screw, avoided to metal shell 1 Scrape so that the anode layer on metal shell 1 is no longer influenced by destruction, makes the electrical property of wrist-watch be no longer influenced by influence.And it is preferred that fixed Position part 10 is the PET films of adhesion metallic gasket 9 and metal shell 1, is and the energy because the bonding fastness of PET films is preferable It is enough to realize insulation positioning, the normal work of wrist-watch is ensure that, while the mode being adhesively fixed, also allow for operating, the group to wrist-watch Dress brings facility.

Each part is described by the way of progressive in this specification, what the structure of each part stressed is With the difference of existing structure, the entirety and part-structure with the Intelligent worn device of physiology monitoring function can pass through combination The structure of above-mentioned some and obtain.

The foregoing description of the disclosed embodiments, professional and technical personnel in the field are enable to realize or new using this practicality Type.A variety of modifications to these embodiments will be apparent for those skilled in the art, determine herein The General Principle of justice can be realized in other embodiments in the case where not departing from spirit or scope of the present utility model.Cause This, the utility model is not intended to be limited to the embodiments shown herein, and is to fit to and principles disclosed herein The most wide scope consistent with features of novelty.

Claims (8)

1. a kind of Intelligent worn device with physiology monitoring function, including metal shell, the electrode for physiology monitoring and Connect the connector of the metal shell and the electrode, it is characterised in that also include being moulded in the metal shell or described On electrode, support can be realized to multiple positions of the electrode, and it is exhausted between the electrode and the metal shell Edge layer, the connector are connected through the insulating barrier with the electrode.

2. the Intelligent worn device according to claim 1 with physiology monitoring function, it is characterised in that the insulating barrier It is fitted and connected with the whole madial wall of the electrode.

3. the Intelligent worn device according to claim 1 with physiology monitoring function, it is characterised in that the metal watch The pockets for accommodating the insulating barrier are offered on shell.

4. the Intelligent worn device according to claim 1 with physiology monitoring function, it is characterised in that the electrode The connecting pole of protrusion is provided with madial wall, screwed hole is offered on the connecting pole, the connector is can be with the spiral shell The screw of pit threaded connection.

5. the Intelligent worn device according to claim 4 with physiology monitoring function, it is characterised in that also include setting Passed through in the inner side of the metal shell, and by the connector, with the silica gel of the insulate connector and the metal shell Pad.

6. the Intelligent worn device according to claim 5 with physiology monitoring function, it is characterised in that the insulating barrier On be provided with the first annular projection passed through by the connecting pole, be provided with what is passed through by the connector on the silica gel pad Second annular projection, abutting is aligned by first annular projection and second annular projection, can be realized to described The parcel of connecting pole and the connector screw portion.

7. the Intelligent worn device with physiology monitoring function according to any one in claim 1-6, its feature exist In, in addition to metallic gasket, and the metallic gasket is positioned on the metal shell by keeper.

8. the Intelligent worn device according to claim 7 with physiology monitoring function, it is characterised in that the keeper For the metallic gasket to be bonded in the PET films on the metal shell.