CN207924426U - A kind of AED training airplanes - Google Patents
A kind of AED training airplanes Download PDFInfo
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- CN207924426U CN207924426U CN201820250317.4U CN201820250317U CN207924426U CN 207924426 U CN207924426 U CN 207924426U CN 201820250317 U CN201820250317 U CN 201820250317U CN 207924426 U CN207924426 U CN 207924426U
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- electrode slice
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Abstract
The utility model provides a kind of AED training airplanes, including host, host line, two arrays of electrodes piece module, and host line one end connects host, and the other end connects two arrays of electrodes piece module, for transmitting data between host and electrode slice module；Host, for the data of receiving electrode piece transmission, parsing Data Concurrent goes out instruction.The magnetic field signal sent out by strong magnet built-in in the utility model electrode slice, communicate information to the Hall sensor in electrode slice, and be transmitted in host by tail wire and host line by electrode slice module, host can intelligent decision operator's execution action it is whether correct.Meanwhile it is that base material is different that hydrogel is generally used from current market electrode slice, the utility model uses foam rubber, not only reduces production cost, and performance is more preferable in plasticity.
Description
Technical field
The utility model is related to first aid training device manufacturing fields, are in particular a kind of AED training airplanes.
Background technology
AED training airplane electrode slice modules are to simulate field first aid real scene, first aid people to coordinate universal first-aid skills
Member is in the product specially designed using the simulated training before true AED.Training airplane electrode slice module is in Session Guides, use
Method, internal processes etc. simulate true AED completely, it is therefore intended that help first-aid personnel to be familiar with AED, and grasp using AED
Fundamental operation technical ability increase the chance of success of first aid in real scene first aid scene to be first-aid personnel's build confidence.
Existing AED simulated trainings machine module is all made of host+electrode tablet mode and carries out simulated training, and this technology is general
Using self-organizing system inside host, electrode slice circuit directly uses the direct transition of short circuit manner, that is to say, that actually electrode slice
Use on be only stage property, can not real simulation of real scenes, whether electrode slice worked in practice,
Correctly whether these equal important informations can not be fed back paste position completely, not enough be filled in the support of training, study, demonstration etc.
Point, not enough intuitively.
Invention content
For deficiency in the prior art, the utility model provides a kind of AED training airplanes, including host, host line, two
Group electrode slice module.Host line one end connects host, and the other end connects two arrays of electrodes piece module, in host and electrode slice mould
Data are transmitted between group；Host, for the data of receiving electrode piece transmission, parsing Data Concurrent goes out instruction.
Further, electrode slice module, including electrode emission module 13 and electrode receiving module 14, when electrode slice module quilt
After fitting to designated position, electromagnetic signal can be sent, and electromagnetic signal is transmitted to host by host line.
One end of host line is 4PIN host power supply terminals, and the other end is two BMW 4PIN connection terminals, a BMW
4PIN connection terminals connect an electrode slice module.
Further, electric grade receiving module 14 includes the foam 15 of sequentially connected single-sided back-adhesive, is arranged at foam center
Hall sensor 18, one end is connected with Hall sensor 18 and the other end is connected with host line and axis is single-sided back-adhesive
The tail wire 17 of the long axis of foam 15, the non-woven fabrics 16 for fixing Hall sensor 18 and tail wire 17, and carried on the back with single side
The identical release paper of 15 shape of foam of glue 19.
Preferably, one end of non-woven fabrics 16 is semicircle, and the semicircular center of circle is aligned with the center of circle of Hall sensor 18；Nothing
The other end of woven fabric 16 is sector, is aligned with the edge of the foam 15 of single-sided back-adhesive, is covered in Hall sensor 18 and tail wire
On 17, and cemented with the foam of single-sided back-adhesive 15.
Further, electrode receiving module further includes being arranged between the foam 15 of single-sided back-adhesive and release paper 19, in tail
The non-woven fabrics 29 of bar line corresponding end, the foam 15 for protecting single-sided back-adhesive.
Electrode emission module includes sequentially connected single-sided back-adhesive 20, foam 21, strong magnets 22, magnet fixation foam 23
And identical with 21 shape of foam release paper 24.
Preferably, release paper 19, release paper 24 are PET film piece, can be removed with hand.
Preferably, the shape, size of electrode emission module are identical as electrode receiving module.
Further, the 21 intermediate circular hole center of circle line of center of circle line and foam of strong magnets 22 overlaps, and magnet fixes foam 23
Center of circle line is overlapped with 22 center of circle line of strong magnets.
Further, electrode emission module further include between foam 21 and release paper 24, magnet fix foam 23 weeks
It encloses, and edge shape non-woven fabrics 30 identical with 21 shape of foam and non-woven fabrics 31.
Preferably, electrode slice module is divided into two kinds of adult and children, and specification is respectively 132mm*86mm and 102mm*69mm.
Further, host includes interface module and intelligent analysis module, and interface module connects host line, for receiving electricity
The signal that pole piece module is sent, intelligent analysis module signal Analysis export sound, instruct user's operation.Preferably, host
MCU models STC15W1K16S.
The utility model has the beneficial effects that：The utility model increases a signal feedback newly for training, the characteristics such as demonstration
Device, the magnetic field signal sent out by strong magnet built-in in electrode sensing chip, passes the information on or is not delivered to electrode slice
In Hall sensor, and be transmitted in host by electrode wires by electrode module, host aspect intelligent decision enable to operate
Whether person's execution action is correct.Meanwhile it is that base material is different that hydrogel is generally used from current market electrode slice, the utility model is first
It is secondary to substitute material using foam rubber, production cost is reduced, and be better than hydrogel in mechanism plasticity.
Description of the drawings
Fig. 1 is the AED training airplane structural schematic diagrams according to the utility model one embodiment；
Fig. 2 is the electrode receiving module structural schematic diagram according to the utility model one embodiment；
Fig. 3 is the electrode emission modular structure schematic diagram according to the utility model one embodiment；
Fig. 4 is according to the tail wire of the utility model one embodiment and the connection diagram of Hall sensor；
Fig. 5 is the host cable architecture schematic diagram according to the utility model one embodiment；
Fig. 6 is the tail wire structural schematic diagram according to the utility model one embodiment.
Specific implementation mode
The utility model is described further below in conjunction with the accompanying drawings.
As shown in Figure 1, the utility model provides a kind of AED training airplanes, including host, host line, two arrays of electrodes piece module.
Host line one end connects host, and the other end connects two arrays of electrodes piece module, for transmitting number between host and electrode slice module
According to；Host, for the data of receiving electrode piece transmission, parsing Data Concurrent goes out instruction.
Electrode slice module includes electrode emission module 13 and electrode receiving module 14, when electrode slice module be bonded to it is specified
Behind position, electromagnetic signal can be sent, and electromagnetic signal is transmitted to host by host line.
One end of host line is 4PIN host power supply terminals, and the other end is two BMW 4PIN connection terminals, a BMW
4PIN connection terminals connect an electrode slice module.
As shown in Fig. 2, electric grade receiving module 14 includes the foam 15 of sequentially connected single-sided back-adhesive, is arranged at foam center
Hall sensor 18, one end is connected with Hall sensor 18 and the other end is connected with host line and axis is single-sided back-adhesive
The tail wire 17 of the long axis of foam 15, the non-woven fabrics 16 for fixing Hall sensor 18 and tail wire 17, and carried on the back with single side
The identical release paper of 15 shape of foam of glue 19.
One end of non-woven fabrics 16 is semicircle, and the semicircular center of circle is aligned with the center of circle of Hall sensor 18；Non-woven fabrics 16
The other end be sector, be aligned, be covered on Hall sensor 18 and tail wire 17 with the edge of the foam 15 of single-sided back-adhesive, and
It is cemented with the foam 15 of single-sided back-adhesive.
Electrode receiving module further includes being arranged between the foam 15 of single-sided back-adhesive and release paper 19, in tail wire corresponding end
Non-woven fabrics 29, the foam 15 for protecting single-sided back-adhesive.
It is specifically described below.
The foam 15 of single-sided back-adhesive is the utility model basic material, is equivalent to product casing, surface silk-screen paste position
Information (aortic area, apex).
Tail wire 17 is Hall sensor transmission channel.
Hall sensor 18 be nucleus module, when non-inductive transmit high level to host, thoughts transmit at once low level to
Host.
Non-woven fabrics 16 is used for the nucleus module of guard electrode receiving module, i.e. Hall sensor 18.
Release paper 19 is that foam viscose glue protects accessory, can be PET film piece.
Non-woven fabrics 29 is tearing position mechanism accessory, and when use is removed.
The PCBA modules of model HAL248 may be used in Hall sensor 18.
3 24# lines may be used in tail wire 17 and a BMW 4PIN terminal is constituted.
One end of tail wire 17 is directly welded on Hall sensor 18, constitutes Hall sensor module, and the other end is used
In connection host line.
Specifically production method is：The gum of foam (single-sided back-adhesive) 15 is placed up；By Hall sensor module (tail E
Line 17, Hall sensor 18) it is placed on the back-adhesive surface of foam (single-sided back-adhesive) 15；Hall sensor 18 is placed in foam (single side
Gum) 15 center, tail wire 17 extends out towards the oval narrow arc position of (shape of foam 15) long axis direction of class；It will suddenly
That sensor 18 and the pressing of tail wire 17, until cementing, are not shaken on foam (single-sided back-adhesive) 15；16 one end of non-woven fabrics can be with
For semicircle, the center of circle is aligned with the center of circle of Hall sensor 18, and the other end of non-woven fabrics 16 is sector, and position corresponds to tail wire
17 leading-out terminals, edge arc and 15 ratio of foam align, and place, are covered on Hall sensor module at center line horizontal position
Face, and cemented with the pressing of foam (single-sided back-adhesive) 15；Non-woven fabrics 29 is aligned foam (single-sided back-adhesive) 15 and is pressed in back-adhesive surface
On the wide arc surface of long axis, until bonding is firm；PET film piece 19 is aligned according to profile side ratio, is covered in Hall sensor mould
Group, non-woven fabrics 16 above non-woven fabrics 29, are bonded on 15 back-adhesive surface of foam (single-sided back-adhesive), and pressing is solid, and composition electrode receives
Module.
Analog signal is transmitted to host by electrode receiving module by host line.
As shown in figure 3, electrode emission module includes sequentially connected single-sided back-adhesive 20, foam 21, strong magnets 22, magnet
Fixed foam 23 and release paper identical with 21 shape of foam 24.Wherein, among the center of circle line and foam 21 of strong magnets 22
Circular hole center of circle line overlaps, and magnet is fixed 23 center of circle line of foam and overlapped with 22 center of circle line of strong magnets.Electrode receiving module further includes
Between foam 21 and release paper 24, around magnet fixation foam 23, and edge shape nonwoven identical with 21 shape of foam
Cloth 30 and non-woven fabrics 31.
It is specifically described below.
Single-sided back-adhesive 20 forms electrode receiving module main body with foam 21, and single-sided back-adhesive 20 can be PET film piece, so as to
Electrode receiving module and electrode emission module are bonded together after stripping.
Strong magnets 22 are that signal emits nucleus module, and magnet fixes the mechanism member that foam 23 is fixed strong magnets 22.
Release paper 24 can be PET film piece, for protecting mucilage glue surface.
Non-woven fabrics 30 and non-woven fabrics 31 are tearing position mechanism accessories.
Specifically production method is：PET film 20 is directed at the foam 21 of two-sided gum；Edge actuated position compares neatly, presses
It fastens and leans on, afterwards turn over, the PET film posted is face-down, is horizontally arranged；By 22 center of circle of strong magnets of a diameter of 10mm
Line and 21 intermediate circular hole center of circle line of foam overlap, pressing strong magnets 22 and foam 21, firm pasting；Magnet is fixed into foam
(single-sided back-adhesive) 23 center of circle line is aligned 22 center of circle line of strong magnets, and magnet fixes 23 back-adhesive surface of foam and corresponds to strong magnets 22 and press
It forces up, magnet is fixed into foam and strong magnets pressing is solid；Non-woven fabrics 30 is corresponded into 21 back-adhesive surface of foam, marginal position ratio
It aligns, pressing is solid；Non-woven fabrics 31 is corresponded into 21 back-adhesive surface of foam, marginal position ratio aligns, and pressing is solid；PET is thin
Diaphragm 24 is corresponding with 21 back-adhesive surface of foam, and edge equal proportion corresponds to neatly, is covered in foam 21, non-woven fabrics 30, foam 23, nonwoven
Above cloth 31, pressing is solid.
Preferably, the shape, size of electrode emission module are identical as electrode receiving module.
Further, host includes interface module and intelligent analysis module, and interface module connects host line, for receiving electricity
Pole piece module send signal, intelligent analysis module analysis can signal, export sound, instruct user's operation.Preferably, host
MCU models STC15W1K16S.
Host line is non-tag splice mouth, and as shown in Figure 5,6, one end 4PIN host power supply terminals, the other end is two BMW
4PIN connection terminals.
Electrode slice module part can be divided to two kinds of specifications：Adult electrode piece module, pediatric electrodes piece module.Its size is not
Together, adult electrode piece specification is：132*86mm；Pediatric electrodes piece specification is：102*69mm.
In the making of electrode slice module, the modes such as pressing, stickup may be used, each component links together.
Lower mask body introduces the course of work of the AED training airplanes of one embodiment of the utility model.
System is made of 2 electrode slice modules+host line+host, and main demo function is defibrillating function, therefore electrode slice
Putting up position is：Aortic area, apex.
Electrode emission module transmission of electromagnetic signals, electrode receiving module captures electromagnetic signal, and signal is passed through host line
It is passed in host, aster Resolution signal source information simultaneously sends out command adapted thereto.
It should be noted that the position that this electrode slice module must be two electrode slice modules is all correct, host is
It can determine that operate correct and prompting next step operational motion.
According to host suggestion voice, electrode sensing chip is attached to model designated position (aortic area, apex)：
(1) release paper 24 of electrode slice emitting mould train is removed, back-adhesive surface towards model face, counter electrode piece surface silk-screen
Electrode receiving module is attached on corresponding position (aortic area, apex) by bonding position, and entire electrode emission is pressed with hand
Module gum region until gum is bonded model completely, and attempts to pull electrode receiving module, determines that electrode receiving module is bonded
It is firm, it does not fall out；
(2) according to host suggestion voice, by electrode receiving module counter electrode emitting mould train and it is covered in electrode emission mould
In group, coverage mode is：Electrode receiving module release paper is removed, back-adhesive surface catches electrode towards electrode receiving module, both hands
Both ends non-woven fabrics region above and below piece, has corresponded to electrode emission module profile by electrode receiving module profile side, has vertically been covered in electricity
In the emitting mould train of pole, electrode slice receiving module gum region is pressed with hand, until back-adhesive surface is bonded electrode emission module table completely
Face, and attempt to pull electrode slice, test is bonded firm degree, it is ensured that electrode slice fitting is firm, will not cracking, falls；
(3) after electrode receiving module fits to designated position, it will the electromagnetic signal that electrode emission module is sent out is captured,
And capture signal is transmitted to host by host line.
If host receives signal, illustrate that operation is correct, and carry out the voice prompt of next step action；
If the malposition that can not be incuded or paste, host will report current operation voice again after several seconds
It reports, prompts operator that electrode slice module is attached to corresponding position；Operator should check whether bonding position is correct at this time；Inspection
Look into whether signal circuit has the factor of disconnection or the judgement of other influences host；Aster Resolution signal source information simultaneously sends out corresponding finger
It enables
Electrode slice module is consumables, replaces needs using after finite number of time, and replacement criterion is electrode slice
The viscosity of module is unable to reach requirement.
It should be noted that specific implementation mode is only the explanation and illustration to technical solutions of the utility model, do not answer
It is understood as the restriction to technical solutions of the utility model, any part of only being made using the technical solution of the utility model is changed
Become, should fall into the scope of protection of the utility model.
Claims (10)
1. a kind of AED training airplanes, including host, host line, two arrays of electrodes piece module, which is characterized in that
Host line one end connects the host, and the other end connects the two arrays of electrodes piece module, in the host and
Data are transmitted between electrode slice module；
The host, the data for receiving the electrode slice transmission, parsing Data Concurrent go out instruction；
The electrode slice module, including electrode emission module (13) and electrode receiving module (14), in the electrode slice mould
After group is bonded to designated position, electromagnetic signal can be sent, and the electromagnetic signal is transmitted to host by the host line；
The electrode receiving module (14) includes the first foam (15) of sequentially connected single-sided back-adhesive, is arranged in the foam
The Hall sensor (18) of the heart, one end is connected with Hall sensor 18 and the other end is connected with the host line and axis is institute
State the tail wire (17) of the long axis of the first foam (15) of single-sided back-adhesive, for fixing the Hall sensor (18) and tail wire
(17) the first non-woven fabrics (16), and the first release paper identical with the first foam (15) shape of the single-sided back-adhesive
(19)；
The electrode emission module (13) include sequentially connected single-sided back-adhesive (20), the second foam (21), strong magnets (22),
Magnet fixes foam (23) and the second release paper (24) identical with the second foam (21) shape.
2. AED training airplanes according to claim 1, which is characterized in that one end of the host line is 4PIN host power supplies
Terminal, the other end are two BMW 4PIN connection terminals, and a BMW 4PIN connection terminal connects an electrode slice module.
3. AED training airplanes according to claim 1, which is characterized in that first release paper (19), the second release paper
(24) it is PET film piece.
4. AED training airplanes according to claim 1, which is characterized in that one end of first non-woven fabrics (16) is semicircle
Shape, the semicircular center of circle are aligned with the center of circle of Hall sensor (18)；The other end of first non-woven fabrics (16) is sector, with
The edge of the first foam (15) of the single-sided back-adhesive is aligned, and is covered on the Hall sensor (18) and tail wire (17),
And it is cemented with the first foam (15) of the single-sided back-adhesive.
5. AED training airplanes according to claim 1, which is characterized in that the electrode receiving module (14) further includes arrangement
Between the first foam (15) and first release paper (19) of the single-sided back-adhesive, the second nothing in the tail wire opposite end
Woven fabric (29), the first foam (15) for protecting the single-sided back-adhesive.
6. AED training airplanes according to claim 1, which is characterized in that the center of circle line and second of the strong magnets (22)
Foam (21) intermediate circular hole center of circle line overlaps, and magnet is fixed foam (23) center of circle line and overlapped with strong magnets (22) center of circle line.
7. AED training airplanes according to claim 1, which is characterized in that the electrode emission module further includes positioned at described
Between second foam (21) and the second release paper (24), around magnet fixation foam (23), and edge shape is steeped with described second
The identical third non-woven fabrics (30) of cotton (21) shape and the 4th non-woven fabrics (31).
8. AED training airplanes according to claim 1, which is characterized in that the specification of the electrode slice module is 132mm*
86mm and 102mm*69mm.
9. AED training airplanes according to claim 1, which is characterized in that the host includes interface module and intellectual analysis
Module, the interface module are used for the signal that receiving electrode piece module is sent, and the intelligent analysis module analyzes the signal, defeated
Go out sound, instruct user's operation.
10. the AED training airplanes according to any claim in claim 1-9, which is characterized in that the MCU of the host
Model STC15W1K16S.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820250317.4U CN207924426U (en) | 2018-02-12 | 2018-02-12 | A kind of AED training airplanes |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820250317.4U CN207924426U (en) | 2018-02-12 | 2018-02-12 | A kind of AED training airplanes |
Publications (1)
| Publication Number | Publication Date |
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| CN207924426U true CN207924426U (en) | 2018-09-28 |
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ID=63600071
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| CN201820250317.4U Active CN207924426U (en) | 2018-02-12 | 2018-02-12 | A kind of AED training airplanes |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108153207A (en) * | 2018-02-12 | 2018-06-12 | 深圳讯丰通医疗股份有限公司 | A kind of AED training airplanes |
-
2018
- 2018-02-12 CN CN201820250317.4U patent/CN207924426U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108153207A (en) * | 2018-02-12 | 2018-06-12 | 深圳讯丰通医疗股份有限公司 | A kind of AED training airplanes |
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