CN101938062A - Clip type connecting structure of physiological detection system - Google Patents
Clip type connecting structure of physiological detection system Download PDFInfo
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- CN101938062A CN101938062A CN2009100875750A CN200910087575A CN101938062A CN 101938062 A CN101938062 A CN 101938062A CN 2009100875750 A CN2009100875750 A CN 2009100875750A CN 200910087575 A CN200910087575 A CN 200910087575A CN 101938062 A CN101938062 A CN 101938062A
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Abstract
The invention discloses a clip type connecting structure of a physiological detection system, comprising an inserting sheet structure and a slot structure, wherein the inserting sheet structure comprises a flaky body provided with a plug end and a connecting end as well as a cover body, at least one electric contact is arranged at the plug end, and at least one electric connecting point is arranged at the connecting end to be connected with an input/output source; and the slot structure is formed by encircling a slot by a shell, is arranged on the physiological detection device or at the plug end which extends from the physiological detection device and receives the flaky body, is internally provided with at least one electric contact and is relatively and electrically contacted with the electric contact arranged at the plug end after receiving the flaky body. The cover body has the according appearance with the shell, and the flaky body has friction with the slot when being in splicing with the slot to form a propping mechanism which prevents the inserting sheet structure from leaving from the slot. The invention is suitable for connection between the physiological detection device and the input/output source.
Description
Technical field
The present invention relates to a kind of cassette syndeton of physiology-detecting system and use the I/O source and the physiology detection apparatus of this structure, be particularly related to and a kind ofly can save the space, weight reduction, improve ease of use, and the cassette syndeton of reduction manufacturing cost, and the I/O source and the physiology detection apparatus of this structure of use.
Background technology
One of modal form of traditional medical physiology connector, as shown in Figure 1, be to adopt metal bar as connecting interface, and the connector of this kind form is because structurally comparatively complicated, and therefore, the volume of connector itself is bigger, and, use metal bar also to allow overall weight overweight as linkage interface, especially when the user must connect a plurality of connector on one's body simultaneously, the weight that is caused allows the suitable in the use inconvenience of user.In addition, under the situation of the spliced eye that must correspondingly have electrode on the physiological detection equipment, physiological detection equipment also must take bigger space, relatively, it is heavy that burden on the weight also can become, and this kind situation only can become even more serious along with the increase of the physiological signal that is detected especially.
Another kind of common traditional medical physiology connector form then is, all spliced eyes all moved on to outside the physiological detection equipment, and form the form of a jack box (junction box) in addition, as shown in Figure 2.The Embla S4000 that Embla Systems is produced is exactly wherein a kind of execution mode, and just, the volume of this jack box and weight, and all connection weight that metal bar brought remain one in the use and bears greatly.Afterwards, even developed into wireless form, the Crystal Monitor 20-B that is produced as Cleveland Medical Devices Inc., it promptly is with online the removing between jack box and the main frame, change wirelessly and to connect, but the weight sense still can't break away from jack box and be arranged on one's body the time.
Add, because user's sensing component one by one pegs graft, therefore, when the quantity that needs are pegged graft is got over for a long time, the probability that makes a mistake is also just high more, and the user can correctly finish connection in order to want, and the time that is spent also will be many more, so when reality is used, inconvenience very.
In addition, except connecting the physiological sensing assembly, other connecting interface of physiology detection apparatus may occupy certain volume and weight too, for the user brings burden.
Summary of the invention
The object of the invention is to provide a kind of cassette syndeton that is used for physiology-detecting system, not only can save physiology detection apparatus shared volume when connecting various I/O source, and the burden of weight reduction more can significantly reduce manufacturing cost.
Another purpose of the present invention is to provide a kind of physiology detection apparatus with a cartridge slot structure, and is minimum so that the volume of physiology detection apparatus and weight are reduced to, and reaches to help the form of implementation that can take, dress, and then improves the wish that the user detects.
Still a further object of the present invention is to provide a kind of cassette inserted sheet structure, adopt the link of sheet, not only volume, weight are dwindled, and more reaching easily once pegs graft promptly finishes the connection in a plurality of I/O source, effectively improve ease of use, effectively reduce manufacturing cost.
The cassette syndeton of physiology-detecting system of the present invention, be applicable to being connected between a physiology checkout gear and the I/O source, it comprises: an inserted sheet structure, comprise that one has the plates of an inserted terminal and a link, an and lid, have at least one electrical pickoff on this inserted terminal, have at least one electric connection point on this link and connect this I/O source; One inserting slot construction, surrounding out a slot by a housing constitutes, this inserting slot construction is positioned on this physiology detection apparatus or extends the inserted terminal that receives these plates from this physiology detection apparatus, and in this inserting slot construction, have at least one electrical pickoff, after receiving these plates with this inserted terminal on electrical pickoff carry out correspondingly electrically contacting; Have the external form that conforms between this lid and this housing, the two generation friction when these plates are pegged graft this slot forms and prevents that this inserted sheet structure from leaving one of this slot and replacing mechanism.
Adopt the cassette syndeton of above-mentioned physiology-detecting system, it is big to have broken in traditional physiology-detecting system volume, the existing grafting thinking that burden is heavy, the brand-new syndeton of utilizing sheet, not only a large amount of volumes that take of saving, also reduce to the required weight of bearing of user minimum, the grafting of adding once can be finished a plurality of connections easily, for example, the input of multinomial physiological signal, more can significantly improve the convenience in the use, therefore, after physiology detection apparatus adopts syndeton of the present invention, the actual volume of implementing can significantly dwindle, quite be suitable for being attached on the human body, in addition, by adopting the sheet syndeton, the processing procedure of physiology-detecting system no longer is subject to traditional pattern, can adopt lower-cost plates, the grafting of adding single can be finished the grafting of a plurality of signals, the reduction that the manufacturing cost of the syndeton of physiological sensing assembly also can be a large amount of, therefore, the present invention provides the new construction that can reduce manufacturing cost in a large number for the physiology detection range.
Be preferably, this I/O source comprises a power supply I/O source, a digital I/O source, and/or one analog input/output source, this analog input/output source can be a physiology signal I/O source, for example, a physiology sensing component, and, this physiological sensing assembly is embodied as a physiology patch electrode, and this inserted sheet structure directly is incorporated on this physiology patch electrode, with after finishing grafting, carries this physiology detection apparatus simultaneously.
In addition, rubbing action between this lid and this housing can coat this housing or this housing by this lid and coat this lid and reach, and, more can comprise an elasticity projective structure on this lid and/or this housing, for example, one rubber bumps is replaced mechanism to strengthen between this lid and this housing this.
Be preferably, more comprise a breach on these plates, and more comprise a corresponding movable pin in this inserting slot construction, when these plates insert this slot, fasten with this breach, further limit moving of this inserted sheet structure, be preferably in addition, more comprise a direction limiting mechanism between this inserted sheet structure and this inserting slot construction, this inserted terminal that limits these plates inserts the direction in this inserting slot construction.
Than tool advantage ground is that this I/O source utilizes a connecting line to be connected with this electric connection point, and is embodied as and can separates each other between this connecting line and this I/O source, to change, certainly, also may be embodied as between this link and this connecting line detachable, to change.
According to a preferred embodiment, between this electrical pickoff of this inserted terminal and this electric connection point, this electric connection point and this I/O source be connected and this I/O source all is arranged on the soft pcb board, and this soft pcb board carries this electrical pickoff and the part of this electric connection point and further engages a support hardboard that is coincident with this slot, for example, one plastics hardboard forms this plates.Perhaps, these plates can be embodied directly as a pcb board.
According to another preferred embodiment, this lid coats this electric connection point wherein, and more can comprise at least one circuit that can change according to different I/O sources in this lid.
According to a preferred embodiment again and again, this electrical pickoff in this inserting slot construction can be embodied as has elasticity, when contacting with the electrical pickoff of this inserted terminal, contact interface is continued to exert pressure.
The present invention's conception on the other hand provides a kind of physiology detection apparatus with a cartridge slot structure, to connect a corresponding cassette inserted sheet structure, this cassette inserted sheet structure comprises that one has the plates and a lid of a link and an inserted terminal, and this link is electrically connected to an I/O source, and this physiology detection apparatus comprises: one in order to carry out the Circuits System of physiological detection; One cartridge slot structure, it surrounds out a slot by a housing and constitutes, this inserting slot construction is positioned on this physiology detection apparatus or extends from this physiology detection apparatus, has at least one electrical pickoff in this inserting slot construction, has corresponding at least one electrical pickoff on this inserted terminal, this inserted terminal of these plates inserts these electrical pickofves of this slot and is in contact with one another, and is electrically connected between this I/O end and this physiology detection apparatus; Have the external form that conforms between this lid and this housing, the two generation friction when these plates are pegged graft this slot forms and prevents that this inserted sheet structure from leaving one of this slot and replacing mechanism.
The conception of further aspect of the present invention provides a kind of cassette inserted sheet structure, in order to an I/O source is connected to a physiology checkout gear, this physiology detection apparatus has one and surrounds out the cartridge slot structure that a slot is constituted by a housing, to connect this cassette inserted sheet structure, this cassette inserted sheet structure comprises: plates, comprise a link and an inserted terminal, this link has at least one electric connection point and connects this I/O source, and this inserted terminal inserts this slot; One lid, part covers this plates, has at least one electrical pickoff in this inserting slot construction, has corresponding at least one electrical pickoff on this inserted terminal, this inserted terminal inserts these electrical pickofves of this inserting slot construction and is in contact with one another, and is electrically connected between this I/O end and this physiology detection apparatus; Have the external form that conforms between this lid and this housing, the two generation friction when these plates are pegged graft this slot forms and prevents that this inserted sheet structure from leaving one of this slot and replacing mechanism.
Description of drawings
Fig. 1 is the schematic diagram of existing physiological sensing assembly connector.
Fig. 2 is the schematic diagram of existing jack box connector.
Fig. 3 is the embodiment of the invention, and a cassette inserted sheet structure and has the schematic diagram of the physiology detection apparatus of an inserting slot construction.
Fig. 4 A is the schematic diagram of plates of the present invention.
Fig. 4 B be plates of the present invention with connecting line between be connected the situation schematic diagram.
Fig. 5 is another embodiment of the present invention, and one extends the outer inserting slot construction of physiology detection apparatus and the schematic diagram of an inserted sheet structure corresponding with it.
Fig. 6 is yet another embodiment of the invention, utilizes soft PCB to form the schematic diagram of plates and physiological sensing assembly together.
Fig. 7 is further embodiment of this invention, the schematic diagram that utilizes physiology patch electrode carrying inserted sheet structure and have the physiology detection apparatus of inserting slot construction.
Embodiment
Below in conjunction with accompanying drawing the specific embodiment of the present invention is described in further detail.
In order to reach the purpose that alleviates physiology detection apparatus 1 volume and weight, the cassette syndeton of physiology-detecting system of the present invention comprises an inserted sheet structure 10, an and inserting slot construction 20, as Fig. 3, Fig. 4 A, shown in Fig. 4 B, this inserted sheet structure 10 comprises the plates 30 with an inserted terminal 31 and a link 32, and one (part) covers the lid 11 of these plates, in addition, 20 of this inserting slot constructions are made of the mode that a housing 22 surrounds out a slot 21, wherein, this inserted terminal 31 is in order to inserting this slot 21, and this link 32 then is in order to connecting at least one I/O source, for example, one analog input/output source (for example, one physiology sensing component), a digital signal I/O assembly, and/or a power supply I/O assembly etc., in addition, 20 of this inserting slot constructions can be to be located immediately on the physiology detection apparatus 1, or from the structure that the physiology checkout gear extends, there is no certain restriction.
At first, narrate at these plates 30.Shown in Fig. 4 A, these plates 30 have an inserted terminal 31 and a link 32, wherein, has at least one electric connection point 321 on this link 32, at this, modal mode is to utilize connecting line 12 to be connected with the I/O source, for example, can directly connect, for example, welding (shown in Fig. 4 B), or the mode that can separate mutually make and can change the I/O source whenever necessary, or change this plates, perhaps, also may be embodied as detachable mode between this connecting line and this I/O source, certainly, electric connection point 321 also can utilize different modes with connection between the I/O source, for example, adopt carrying soft board connecting line etc., therefore, be not limited to any type of attachment.
In addition; this lid 11 mainly can be set at this link 32 part that is connected with this connecting line 12; reach the effect of protection; and; in particular; except the function of protection; in this lid 11, can also comprise a circuit unit (not shown) in addition; so configuration mode then is an advantageous particularly when being embodied as the physiological sensing assembly in this I/O source; for example; when being embodied as different types of physiological sensing assembly; the circuit that is comprised in this lid 11 can adapt to different physiological sensing assemblies and change to some extent; therefore; by so design; this physiology detection apparatus Central Plains should adapt to the characteristic of physiological signal of the same race not and the different circuit that disposed; in the lid 11 of this link that just can be arranged on different sensing component discretely and connected; and just only need configuration to need circuit to get final product jointly in the device; thus; except the significantly volume and the cost of manufacture of economy system; more can make device reach high adaptability, this is wearable to being embodied as; portable physiology detection apparatus especially has advantage.
As for 31 of this inserted terminals is to have at least one electrical pickoff 311, after this inserted terminal 31 inserts these inserting slot constructions 20, contacts with electrical pickoff (not shown) in the inserting slot construction.At this, electrical pickoff 311 on this inserted terminal 31 is the extension in this I/O source, electrical pickoff in this inserting slot construction 20 then is the electrical pickoff of this physiology detection apparatus with respect to this I/O source, therefore, after both contact, this I/O source has promptly connected this physiology detection apparatus 1, carries out physiological detection.In addition, in the present invention, behind these inserted terminal 31 these inserting slot constructions 20 of insertion, the good and lasting contact between electrical pickoff, for example, electrical pickoff in the connected structure 20 can be designed to the shell fragment that meeting is exerted pressure to inserted terminal, and/or can utilize the shell structure design of connected structure itself, guide/fix this inserted terminal, and make its closely electrical pickoff in contact inserting slot construction, therefore, no certain restriction, only the good contact that need reach between electrical pickoff gets final product.
Moreover, the configuration aspects of relevant this plates 30 itself, then be present laminar, but do not having any restriction in shape, for example, can be that rectangle is convenient inserts, and also can be any suitable shape, as Fig. 4 A, shown in Fig. 4 B, be rectangle,, peg graft for convenience as for aspect the material with unfilled corner, comparatively hard and on-deformable material is preferable selection, moreover, owing to must electric connection point 321 and electrical pickoff 311 be set on these plates 30, therefore, these plates 30 are preferably the material that employing can be carried electric connection point, for example, pcb board is a good selection, but, as long as can reach easy grafting and can carry electric connection point, without any restriction.
At this, using pcb board will be one of the most favourable situation, because pcb board itself has promptly been included all above-mentioned demands, just, hard, easy grafting and can carry electric connection point/electrical pickoff is added, the low cost of pcb board, advantage such as obtain easily, can significantly reduce the manufacturing cost of medical connector, compared to tradition not only heavily but also expensive metal bar connector, so mode obviously has preferable competitiveness.
Moreover, because the present invention is the structure that adopts sheet, so, as long as in the scope of area permission, can hold a plurality of electrical pickofves easily on the same plane, Fig. 4 A, plates shown in Fig. 4 B promptly have 8 electrical pickofves, also therefore, utilize so structure, once peg graft and just can finish the connection in a plurality of I/O source simultaneously, this is for needing to capture the physiological detection of multinomial physiological signal simultaneously, especially has advantage, only can finish the connected mode of one to two sensing component because once peg graft in the conventional art, no matter obvious design of the present invention on space utilization or ease of use, can reach great improvement.Even electrical pickoff is all carried on two surfaces that also may be embodied as these plates, simplifies as far as possible and uses step.
Then, with respect to this inserted sheet structure, one corresponding inserting slot construction 20 is arranged on this physiology detection apparatus 1 or is set to and links to each other (as shown in Figure 5) with this physiology detection apparatus 1, be used to receive this inserted terminal 31 of this inserted sheet structure 10, and be embodied as when extending outside the physiology detection apparatus 1 when this inserting slot construction 20, just be equivalent to the form of available technology adopting jack box.At this, these inserting slot construction 20 effects promptly are equal to inserting groove of the prior art, and just the external form of its slot is this inserted terminal that is coincident with this inserted sheet structure, reaches tight connection between the two.Also therefore, as long as this body is rendered as sheet, then no matter why the variation of its thickness, width etc. all belongs to scope of the present invention, then changes with respect to the external form of this inserted terminal as for this inserting slot construction, and only need conform between the two gets final product.
In addition, for this inserted sheet structure can be kept somewhere in this inserting slot construction, and can not break away from arbitrarily, between this inserted sheet structure of the present invention and this inserting slot construction, more comprise the mechanism of replacing, just, when this inserted terminal is inserted in this slot, this is replaced mechanism and these plates can be fixed in this slot, guarantees the validity that connects.
In the present invention, this replaces mechanism is to utilize frictional force between the structural walls of housing as the basis of replacing, and as Fig. 3, shown in Figure 5, the lid 11 of this inserted sheet structure is designed to have the structure that the housing with this inserting slot construction matches, with between produce frictional force.The advantage that adopts this kind to replace mechanism is, after grafting is finished, replacing promptly of the two finished, fixedly action that need not be extra, and when needs are removed connection, only need respectively the two to be applied bigger pulling force and get final product, so mode helps reducing the complexity on the structural design, also reduces the difficulty on making simultaneously.
At this, tightness except between the structural walls of butt joint is the principal element of decision frictional force, also can utilize the frictional force between other method increase structural walls, for example, the composition surface is made as matsurface, or can set up elasticity projective structure 23, as shown in Figure 5, for example, rubber, the intensity of utilizing outstanding structure increase to replace, but elastic material can allow the grafting behavior carry out equally easily.Therefore, so long as utilize frictional force between housing all to belong to category of the present invention, no certain restriction as the mode of replacing the basis.
In addition, the bond layout between the structural walls of inserted sheet structure and inserting slot construction also can have different execution modes.For example, as Fig. 3, shown in Figure 5, can be that the lid 11 of this inserted terminal extends this inserting slot construction 20 of coating, perhaps, also can be that the housing of this inserting slot construction extends the lid that coats this inserted terminal, there is no certain restriction.
Certainly, in order further to guarantee the connection validity of the two, more can increase the mechanism of similar trip.For example, can set up a breach on these plates, then be to set up corresponding one movable pin in this inserting slot construction, when this inserted terminal enters this slot, utilizes engaging between this pin and this breach that further fixed effect is provided.
Conception according to a further aspect of the invention when so the cassette syndeton is applied to the physiological sensing assembly, also makes being connected to become and having more variability between sensing component itself and sensing component and physiology detection apparatus.
For example, the use of cassette syndeton has broken through the convention that sensing component always utilizes connecting line one by one to connect, for example, as shown in Figure 6, respiration transducer 60 quite is fit to adopt the mode of soft pcb board carrying circuit, but if use connecting line when connecting, to become and on soft board, to weld separately, it is complicated that program becomes, therefore, if can use cassette syndeton of the present invention, then when utilizing soft board to form respiration transducer, just the shape that can form plates with the time with and go up required electrical pickoff and electric connection point, and then, can simply finish whole making in plates engagement position upper support hardboard (for example, plastic plate) and lid, processing procedure can obtain to simplify, and assembling also becomes more convenient.
In addition, cassette syndeton of the present invention also provides different set-up mode between physiology patch electrode and the physiology detection apparatus.As shown in Figure 7, this inserted sheet structure 10 also can be that direct position is on physiology patch electrode 40, utilize the characteristic that patch electrode attaching power is enough and can carry constant weight, add the volume of cassette syndeton of the present invention little and can and 1 of this physiology detection apparatus replace mutually, thus, a slice physiology patch electrode can be finished the purpose of physiological detection and fixing physiologically checkout gear simultaneously.At this; in order to allow monolithic physiology patch electrode can finish detection; also be specifically designed to and have three electrode points; this is particularly suitable for the physiological detection of myoelectricity; for example; the detection that four limbs move just, only need be sticked an electrode patch on shank; just can easily finish the detection that shank moves; certainly, in order to increase the quantity of electrode, the electrode that also can carry physiology detection apparatus since then extends the electrode that connects other; therefore; there is not certain restriction, moreover, further; for the conduct protection; still can on this electrode, increase by a protective sleeve again; film; or the lid (not shown), allow this physiology detection apparatus restriction wherein, not only convenient the use; also increase fail safe.
In addition, in order to increase the convenience in the use, still can comprise a direction limiting mechanism (not shown) between this inserted sheet structure of the present invention and this inserting slot construction, for example, these plates can be designed on anisopleual and/or this lid and the structural walls that this housing engages the asymmetric structure of design etc., when inserting this slot to keep this inserted terminal, the correctness of positive and negative direction, and then guarantee the correct contact of electrical pickoff and the validity of connection.
Syndeton of the present invention is when reality is implemented, because electronic building brick development of technology now, adds to adopt and takies volume than the little many sheet inserting slot constructions of traditional approach, therefore quite is suitable for the physiology detection apparatus of Portable, Wearable.
In sum, syndeton of the present invention, it is big to have broken in traditional physiology-detecting system volume, the existing grafting thinking that burden is heavy, the brand-new syndeton of utilizing sheet, not only a large amount of volumes that take of saving, also reduce to the required weight of bearing of user minimum, the grafting of adding once can be finished a plurality of connections easily, for example, the input of multinomial physiological signal more can significantly improve the convenience in the use, therefore, after physiology detection apparatus adopted syndeton of the present invention, the actual volume of implementing can significantly dwindle, and quite is suitable for being attached on the human body, in addition, by adopting sheet syndeton of the present invention, the processing procedure of physiology-detecting system no longer is subject to traditional pattern, can adopt lower-cost plates, the grafting of adding single can be finished the grafting of a plurality of signals, the manufacturing cost of the syndeton of physiological sensing assembly also can be a large amount of reduction, therefore, the present invention provides the new construction that can reduce manufacturing cost in a large number for the physiology detection range.
The above; only be the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, anyly is familiar with those skilled in the art in the technical scope that the present invention discloses; can expect easily changing or replacing, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection range of described claim.
Claims (11)
1. the cassette syndeton of a physiology-detecting system is applicable to being connected between a physiology checkout gear and the I/O source, it is characterized in that: comprising:
One inserted sheet structure comprises that one has the plates of an inserted terminal and a link, and a lid, has at least one electrical pickoff on this inserted terminal, has at least one electric connection point on this link and connects this I/O source;
One inserting slot construction, surrounding out a slot by a housing constitutes, this inserting slot construction is positioned on this physiology detection apparatus or extends the inserted terminal that receives these plates from this physiology detection apparatus, and in this inserting slot construction, have at least one electrical pickoff, after receiving these plates with this inserted terminal on electrical pickoff carry out correspondingly electrically contacting;
Have the external form that conforms between this lid and this housing, the two generation friction when these plates are pegged graft this slot forms and prevents that this inserted sheet structure from leaving one of this slot and replacing mechanism.
2. according to the cassette syndeton of the described physiology-detecting system of claim 1, it is characterized in that: this I/O source comprises a power supply I/O source, a digital I/O source, and/or one analog input/output source.
3. according to the cassette syndeton of the described physiology-detecting system of claim 2, it is characterized in that: this analog input/output source comprises a physiology signal I/O source, and this physiological signal I/O source is a physiology sensing component.
4. according to the cassette syndeton of the described physiology-detecting system of claim 3, it is characterized in that: this physiological sensing assembly is a physiology patch electrode, and this inserted sheet structure directly is incorporated on this physiology patch electrode, finishes grafting and carries this physiology detection apparatus simultaneously.
5. according to the cassette syndeton of the described physiology-detecting system of claim 1, it is characterized in that: this lid coats this housing, or this housing coats this lid, this lid covers this electric connection point, and more comprise at least one circuit in this lid, change according to different I/O sources, comprise more on this lid and/or this housing that an elasticity projective structure strengthens between this lid and this housing this and replace mechanism, and this elasticity projective structure is made by rubber.
6. according to the cassette syndeton of the described physiology-detecting system of claim 1, it is characterized in that: these plates are a pcb board, these plates more comprise a breach, and this inserting slot construction more comprises a corresponding movable pin, and these plates insert this slot and this breach fastens.
7. according to the cassette syndeton of the described physiology-detecting system of claim 1, it is characterized in that: comprise more between this inserted sheet structure and this inserting slot construction that a direction limiting mechanism, this electrical pickoff in this inserting slot construction have elasticity and contact with the electrical pickoff of this inserted terminal contact interface is exerted pressure.
8. according to the cassette syndeton of the described physiology-detecting system of claim 1, it is characterized in that: this I/O source is connected with this electric connection point by a connecting line, between this connecting line and this I/O source is detachable, and/or is detachable between this link and this connecting line.
9. according to the cassette syndeton of the described physiology-detecting system of claim 1, it is characterized in that: between this electrical pickoff of this inserted terminal and this electric connection point, this electric connection point and this I/O source be connected and this I/O source all is arranged on the soft pcb board, and this soft pcb board carries this electrical pickoff and the part of this electric connection point and further engages a support hardboard that is coincident with this slot, form this plates, this support hardboard is a plastic material.
10. physiology detection apparatus with a cartridge slot structure, to connect a corresponding cassette inserted sheet structure, it is characterized in that: this cassette inserted sheet structure comprises that one has the plates and a lid of a link and an inserted terminal, and this link is electrically connected to an I/O source, and this physiology detection apparatus comprises:
One in order to carry out the Circuits System of physiological detection;
One cartridge slot structure, it surrounds out a slot by a housing and constitutes, and this inserting slot construction is positioned on this physiology detection apparatus or extends from this physiology detection apparatus,
Have at least one electrical pickoff in this inserting slot construction, have corresponding at least one electrical pickoff on this inserted terminal, this inserted terminal of these plates inserts these electrical pickofves of this slot and is in contact with one another, and is electrically connected between this I/O end and this physiology detection apparatus;
Have the external form that conforms between this lid and this housing, the two generation friction when these plates are pegged graft this slot forms and prevents that this inserted sheet structure from leaving one of this slot and replacing mechanism.
11. cassette inserted sheet structure, in order to an I/O source is connected to a physiology checkout gear, it is characterized in that: this physiology detection apparatus has one and surrounds out the cartridge slot structure that a slot is constituted by a housing, and to connect this cassette inserted sheet structure, this cassette inserted sheet structure comprises:
One plates comprise a link and an inserted terminal, and this link has at least one electric connection point and connects this I/O source, and this inserted terminal inserts this slot;
One lid, part covers this plates,
Have at least one electrical pickoff in this inserting slot construction, have corresponding at least one electrical pickoff on this inserted terminal, this inserted terminal inserts these electrical pickofves of this inserting slot construction and is in contact with one another, and is electrically connected between this I/O end and this physiology detection apparatus;
Have the external form that conforms between this lid and this housing, the two generation friction when these plates are pegged graft this slot forms and prevents that this inserted sheet structure from leaving one of this slot and replacing mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100875750A CN101938062A (en) | 2009-06-29 | 2009-06-29 | Clip type connecting structure of physiological detection system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009100875750A CN101938062A (en) | 2009-06-29 | 2009-06-29 | Clip type connecting structure of physiological detection system |
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| Publication Number | Publication Date |
|---|---|
| CN101938062A true CN101938062A (en) | 2011-01-05 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2009100875750A Pending CN101938062A (en) | 2009-06-29 | 2009-06-29 | Clip type connecting structure of physiological detection system |
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| CN (1) | CN101938062A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113725663A (en) * | 2021-08-25 | 2021-11-30 | 浙江普可医疗科技有限公司 | Sensor connecting device |
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2009
- 2009-06-29 CN CN2009100875750A patent/CN101938062A/en active Pending
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113725663A (en) * | 2021-08-25 | 2021-11-30 | 浙江普可医疗科技有限公司 | Sensor connecting device |
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Application publication date: 20110105 |