CN206548611U - The storage device of ECG monitor annex - Google Patents
The storage device of ECG monitor annex Download PDFInfo
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- CN206548611U CN206548611U CN201620943961.0U CN201620943961U CN206548611U CN 206548611 U CN206548611 U CN 206548611U CN 201620943961 U CN201620943961 U CN 201620943961U CN 206548611 U CN206548611 U CN 206548611U
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Abstract
The utility model provides a kind of storage device of ECG monitor annex, belongs to the storage field of ECG monitor annex, it is therefore an objective to the inconvenient for use in clinical position of current ECG monitor annex presence is solved, the problem of cumbersome and time consuming in rescue work.It is provided with including containing box, above containing box on plate on wire lead slot, back side panel and is provided with the first fixation ear and the second fixation ear；Containing box is divided into cardiac diagnosis lead-line by dividing plate and stores lattice, blood pressure annex storage lattice and blood oxygen annex storage lattice；Cardiac diagnosis lead-line, which stores lattice, includes the first cover plate, the first hinge, the first wire hole, the first in command, the first silica gel wrapping post, deconcentrator hanger, cable organizing matrix and test device；Blood pressure annex, which stores lattice, includes the second cover plate, the second hinge, the second wire hole, the second in command, the second silica gel wrapping post and sleeve strap bin；Blood oxygen annex, which stores lattice, includes the 3rd cover plate, the 3rd hinge, the 3rd wire hole, the 3rd handle, the 3rd silica gel wrapping post and probe suspension device.
Description
Technical field
The utility model is related to the storage technical field of ECG monitor annex, more particularly to a kind of ECG monitor annex
Storage device.
Background technology
ECG monitor is hospital's practical accurate medical instrument extensively, can guard simultaneously patient dynamic electrocardiogram figure,
The physiological parameters such as breathing, body temperature, blood pressure, blood oxygen saturation, pulse frequency, are indispensable accurate medical science in clinical treatment and nursing
Instrument.The cable thicknesses of the annexes such as conducting wire, blood pressure cuff due to ECG monitor, length, it is soft or hard differ, easily mutually hand over
Fork knots.Made troubles in clinical position, it is cumbersome and time consuming especially in rescue work, it is also easy to be delayed rescue time,
Cause medical tangle.
The content of the invention
The purpose of this utility model is the inconvenient for use in clinical position of the current ECG monitor annex presence of solution, especially
There is provided a kind of cardiac monitoring for being easy to store ECG monitor annex for its cumbersome and time consuming technical problem in rescue work
The storage device of instrument annex.
In order to solve the above technical problems, the technical solution adopted in the utility model is：
It is provided with and draws on plate above a kind of storage device of ECG monitor annex, including containing box, the containing box
The first fixation ear and second is provided with wire casing, the back side panel of the containing box and fixes ear；The containing box is separated by dividing plate
Lattice, blood pressure annex, which are stored, for cardiac diagnosis lead-line stores lattice and blood oxygen annex storage lattice；From ECG monitor between storage device
Accessory cables using helical bundle spool store be merged into after a cable by wire lead slot introduce cardiac diagnosis lead-line store lattice, blood
Annex is pressed to store in lattice and blood oxygen annex storage lattice；
The cardiac diagnosis lead-line is stored and the first cover plate is provided with front side of lattice, and the first cover plate is by the first hinge and above
Plate is connected；The top of first cover plate is provided with the first wire hole；The bottom of first cover plate outer surface is provided with the first in command；Electrocardio
The top that conducting wire is stored in lattice is provided with the first silica gel wrapping post；Deconcentrator hanger is provided with below first silica gel wrapping post；
Cable organizing matrix is provided with below deconcentrator hanger；Test device is provided with below cable organizing matrix；The test dress
Put and be made up of lmv pulse generating circuits, 1Hz pulse generating circuits, power circuit and on-off circuit；The power circuit and 1Hz
Pulse generating circuit and on-off circuit connection, for being powered for test device；The signal output part of 1Hz pulse generating circuits is with opening
The signal input part connection on powered-down road, the signal output part of on-off circuit is connected with the signal input part of 1mv pulse generating circuits,
1mv pulse generating circuits are used for the 1Hz square-wave signal amplitude limits exported for on-off circuit；The output of 1mv pulse generating circuits
1mv1Hz square waves are used for the integrity and availability for testing cardiac diagnosis lead-line；
The blood pressure annex is stored and is provided with the second cover plate on front side of lattice, and the second cover plate passes through the second hinge and top panel
Connection；The top of second cover plate is provided with the second wire hole；The bottom of second cover plate outer surface is provided with the second in command；Blood pressure is attached
The top that part is stored in lattice is provided with the second silica gel wrapping post；Sleeve strap bin is provided with below second silica gel wrapping post；
The blood oxygen annex is stored and is provided with the 3rd cover plate on front side of lattice, and the 3rd cover plate passes through the 3rd hinge and top panel
Connection；The top of 3rd cover plate is provided with the 3rd wire hole；The bottom of 3rd cover plate outer surface is provided with the 3rd handle；The blood
The top that oxygen annex is stored in lattice is fixed with the 3rd silica gel wrapping post；Probe suspension device is provided with below 3rd silica gel wrapping post.
Alternatively, the cardiac diagnosis lead-line storage lattice, blood pressure annex store lattice and the size of blood oxygen annex storage lattice is
The high 15cm of the long wide 5cm* of 10cm*, the size of wire lead slot is the high 2cm of the wide 5cm* of long 30cm*.
Alternatively, the diameter of the first silica gel wrapping post, the second silica gel wrapping post and the 3rd silica gel wrapping post is
6cm。
The utility model uses above-mentioned technical proposal, solve that current ECG monitor annex is present in clinical position
It is inconvenient for use, the cumbersome and time consuming technical problem especially in rescue work.Compared with background technology, the utility model has
Clinical practice is convenient, save the advantage of time and manpower.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is A in Fig. 1 --- A profile；
Fig. 3 is the block diagram of the utility model test device.
Fig. 4 is the circuit diagram of the utility model test device.
Embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.
As depicted in figs. 1 and 2, the storage device of the ECG monitor annex in the present embodiment, including containing box, the receipts
Receive to be provided with wire lead slot, the back side panel of the containing box on plate 1 above case and be provided with the first fixation ear 2 and second and fix ear
3；The containing box is divided into cardiac diagnosis lead-line by dividing plate 7 and stores lattice 4, blood pressure annex storage lattice 5 and blood oxygen annex storage lattice
6；Pass through after being merged into a cable using the storage of helical bundle spool from ECG monitor to the accessory cables stored between device
Wire lead slot is introduced into cardiac diagnosis lead-line and stored in lattice 4, blood pressure annex storage lattice 5 and blood oxygen annex storage lattice 6；Storing device can pass through
First fixation ear 2 and second is fixed ear 3 and is fixed.
The front side that the cardiac diagnosis lead-line stores lattice 4 is provided with the first cover plate 8, and the first cover plate 8 by the first hinge 9 with
Top panel 1 is connected；The top of first cover plate 8 is provided with the first wire hole 10；The bottom of the outer surface of first cover plate 8 is provided with
Leader 11；The top that cardiac diagnosis lead-line is stored in lattice 4 is provided with the first silica gel wrapping post 12；The lower section of first silica gel wrapping post 12 is set
It is equipped with deconcentrator hanger 13；The lower section of deconcentrator hanger 13 is provided with cable organizing matrix 14；The lower section of cable organizing matrix 14
It is provided with test device 15；
The front side that the blood pressure annex stores lattice 5 is provided with the second cover plate 17, and the second cover plate 17 passes through the second hinge 18
It is connected with top panel 1；The top of second cover plate 17 is provided with the second wire hole 19；The bottom of the outer surface of second cover plate 17 is set
There is the second in command 20；The top that blood pressure annex is stored in lattice 5 is provided with the second silica gel wrapping post 21；The lower section of second silica gel wrapping post 21
It is provided with sleeve strap bin 22；
The front side that the blood oxygen annex stores lattice 6 is provided with the 3rd cover plate 24, and the 3rd cover plate 24 passes through the 3rd hinge 25
It is connected with top panel 1；The top of 3rd cover plate 24 is provided with the 3rd wire hole 26；The bottom of the outer surface of 3rd cover plate 24 is set
There is the 3rd handle 27；The top that the blood oxygen annex is stored in lattice 6 is fixed with the 3rd silica gel wrapping post 28；3rd silica gel wrapping post
28 lower sections are provided with probe suspension device 29.
Wherein, as shown in figure 3, the test device is by lmv pulse generating circuits, 1Hz pulse generating circuits, power circuit
With on-off circuit composition；The power circuit is connected with 1Hz pulse generating circuits and on-off circuit, and the power circuit is for being
Test device 15 is powered；The signal output part of 1Hz pulse generating circuits and the signal input part of on-off circuit are connected, on-off circuit
Signal output part be connected with the signal input part of 1mv pulse generating circuits, 1mv pulse generating circuits be used for for on-off circuit it is defeated
The 1Hz square-wave signal amplitude limits gone out；The 1mv1Hz square waves of 1mv pulse generating circuits output are used to test the intact of cardiac diagnosis lead-line
Property and availability.Wherein, power circuit can be provided by 9V batteries.
Specifically, the circuit composition of the test device 15 is as shown in figure 4, the power circuit is 9V power supplys E.1Hz arteries and veins
Electric routing resistance R occurs for punching8、R9、R10, electric capacity C1、C2, light emitting diode D2Constituted with timer chip U (555), wherein, electricity
Source E positive pole and resistance R8One end connection, power supply E negative pole and electric capacity C1Negative pole connection, resistance R8The other end with electricity
Hinder R9With electric capacity C after concatenation1Positive pole connection；Resistance R9One end be connected with timer chip U the 7th pin, resistance R9It is another
One end is connected with timer chip U the 2nd pin and the 6th pin, and timer chip U the 2nd pin and the 6th pin and electricity
Hold C1Positive pole connection；Timer chip U the 8th pin and the 4th pin are connected with power supply E positive pole；The of timer chip U
3 pins and resistance R10One end connection, resistance R10The other end and light emitting diode D2Positive pole connection (is used to indicate output arteries and veins
Punching), light emitting diode D2Negative pole is connected with power supply E negative pole, and timer chip U the 1st pin is connected with power supply E negative pole,
Timer chip U the 5th pin and electric capacity C2One end connection, electric capacity C2The other end be connected with power supply E negative pole.Switch electricity
It route triode Q, resistance R11、R12、R13With electric capacity C3Constitute, wherein, resistance R11One end and timer chip U the 3rd pin
Connection, resistance R11The other end and resistance R13One end and triode Q base stage connection, resistance R13The other end and triode Q
Emitter stage be connected to power supply E negative pole, electric capacity C3With resistance R11Parallel connection, resistance R12One end be connected with power supply E positive pole,
R12The other end be connected to triode Q colelctor electrode.1mv pulse generating circuits are by resistance R1To R7And voltage-regulator diode D1Composition,
The 1Hz square-wave signal amplitude limits that circuit is used to export for on-off circuit occur for 1mv, wherein, resistance R1And R2One end after parallel connection with
Triode Q colelctor electrode connection, resistance R1And R2The other end and voltage-regulator diode D after parallel connection1Negative pole connection, resistance R3's
One fixing end and voltage-regulator diode D1Negative pole connection, resistance R3Another fixing end and adjustable side connection after with resistance R4One
End connection, resistance R4The other end respectively with resistance R6And R5One end connection, resistance R5The other end and power supply E negative pole connect
Connect, resistance R6The other end and R7One end connection, R7The other end be connected with power supply E negative pole, voltage-regulator diode D1Positive pole
Connect power supply E negative pole；Wherein, resistance R7Two ends be used as the output signal end of 1mv pulse generating circuits, the output signal end
Output signal is 1mv1Hz square waves.The 1mv1Hz square waves can be used for the integrity and availability of test cardiac diagnosis lead-line.
Wherein, the cardiac diagnosis lead-line storage lattice 4, blood pressure annex store lattice 5 and the size of blood oxygen annex storage lattice 6 is
The high 15cm of the long wide 5cm* of 10cm*, the size of wire lead slot is the high 2cm of the wide 5cm* of long 30cm*.
Wherein, the diameter of the first silica gel wrapping post 12, the second silica gel wrapping post 21 and the 3rd silica gel wrapping post 28 is
6cm。
Application method of the present utility model is：
When needing to use cardiac diagnosis lead-line, the first cover plate 8 is opened by the first in command 11, by cardiac diagnosis lead-line from first
Passed in wire hole 10, be connected to patient, and close the first cover plate 8；When having used ECG monitor, by cardiac diagnosis lead-line from
First wire hole 10 is withdrawn, and is put into cardiac diagnosis lead-line storage lattice 4.First silica gel wrapping post 12 is used to wind cardiac diagnosis lead-line
In main cables, each branch joint can be fixed on deconcentrator hanger 13 with hang, and distribution cable is accommodated in " S " type
On cable organizing matrix 14.Wherein, cable organizing matrix 14 can be made up of the drawing pin or nail arranged in matrix.
Test device is in the terminal of certain cardiac diagnosis lead-line of test, if can export the 1mv1Hz square waves to default
In dry instrument connection.Now, the terminal of the cardiac diagnosis lead-line is inserted in instrument connection, whether observation ECG monitor can normally show
Square wave, if it can, can then determine that the cardiac diagnosis lead-line is intact and available；Otherwise, it may be determined that the cardiac diagnosis lead-line corrupted.Cause
This, test device can be used for equipment self-inspection, ensure the stand-by of patient monitor.In addition, in power circuit no power, the instrument connection
The terminal of each cardiac diagnosis lead-line can be placed.
When needing to use the measurement blood pressure part in ECG monitor to measure the parameter such as blood pressure, by the second in command 20 dozens
The second cover plate 17 is opened, cable is passed from the second wire hole 19, patient is connected to, and close the second cover plate 17；When having used
During ECG monitor, cable is worn back from the second wire hole 19, and stored into blood pressure annex storage lattice 5.When being stored,
Second silica gel wrapping post 21 is used to wind cable, and sleeve strap bin 22 is used to deposit blood pressure cuff.
When needing to use the measurement blood oxygen part in ECG monitor to measure the parameter such as blood oxygen, by the 3rd handle 27 dozens
The 3rd cover plate 24 is opened, cable is passed from the 3rd wire hole 26, patient is connected to, and close the 3rd cover plate 24；When having used
During ECG monitor, cable is worn back from the 3rd wire hole 26, and stored into blood oxygen annex storage lattice 6.When being stored,
3rd silica gel wrapping post 28 is used to wind cable, and probe suspension device 29 is used to hang blood oxygen probe.
The storage device can be fixed on the handle of ECG monitor using nylon adhesive tape, or by the storage device
It is positioned over ECG monitor bottom and serves as patient monitor base.
Claims (3)
1. a kind of storage device of ECG monitor annex, it is characterised in that including containing box, plate above the containing box
(1) it is provided with wire lead slot, the back side panel of the containing box and is provided with the first fixation ear (2) and the second fixation ear (3)；It is described
Containing box is divided into cardiac diagnosis lead-line by dividing plate (7) and stores lattice (4), blood pressure annex storage lattice (5) and blood oxygen annex storage lattice
(6)；Store to be merged into after a cable using helical bundle spool from ECG monitor to the accessory cables stored between device and lead to
Wire lead slot is crossed to be introduced into cardiac diagnosis lead-line storage lattice (4), blood pressure annex storage lattice (5) and blood oxygen annex storage lattice (6)；
The cardiac diagnosis lead-line is stored and is provided with the first cover plate (8) on front side of lattice (4), and the first cover plate (8) passes through the first hinge
(9) it is connected with top panel (1)；The top of first cover plate (8) is provided with the first wire hole (10)；First cover plate (8) outer surface
Bottom is provided with the first in command (11)；The top that cardiac diagnosis lead-line is stored in lattice (4) is provided with the first silica gel wrapping post (12)；First
Deconcentrator hanger (13) is provided with below silica gel wrapping post (12)；Cable organizing square is provided with below deconcentrator hanger (13)
Battle array (14)；Test device (15) is provided with below cable organizing matrix (14)；The test device by lmv pulse generating circuits,
1Hz pulse generating circuits, power circuit and on-off circuit composition；The power circuit and 1Hz pulse generating circuits and switch electricity
Road is connected, for being powered for test device (15)；The signal output part of 1Hz pulse generating circuits and the signal of on-off circuit are inputted
End connection, the signal output part of on-off circuit is connected with the signal input part of 1mv pulse generating circuits, 1mv pulse generating circuits
For the 1Hz square-wave signal amplitude limits exported for on-off circuit；The 1mv1Hz square waves of 1mv pulse generating circuits output are used to test the heart
The integrity and availability of conductance on line；
The blood pressure annex is stored and is provided with the second cover plate (17) on front side of lattice (5), and the second cover plate (17) passes through the second hinge
(18) it is connected with top panel (1)；The top of second cover plate (17) is provided with the second wire hole (19)；Second cover plate (17) outer surface
Bottom be provided with the second in command (20)；The top that blood pressure annex is stored in lattice (5) is provided with the second silica gel wrapping post (21)；Second
Sleeve strap bin (22) is provided with below silica gel wrapping post (21)；
The blood oxygen annex is stored and is provided with the 3rd cover plate (24) on front side of lattice (6), and the 3rd cover plate (24) passes through the 3rd hinge
(25) it is connected with top panel (1)；The top of 3rd cover plate (24) is provided with the 3rd wire hole (26)；3rd cover plate (24) outer surface
Bottom be provided with the 3rd handle (27)；The top that the blood oxygen annex is stored in lattice (6) is fixed with the 3rd silica gel wrapping post
(28)；Probe suspension device (29) is provided with below 3rd silica gel wrapping post (28).
2. the storage device of ECG monitor annex according to claim 1, it is characterised in that the cardiac diagnosis lead-line is received
It is the long 10cm* high 15cm of wide 5cm* that Na Ge (4), blood pressure annex, which store lattice (5) and the size of blood oxygen annex storage lattice (6), is drawn
The size of wire casing is the high 2cm of the wide 5cm* of long 30cm*.
3. the storage device of ECG monitor annex according to claim 1, it is characterised in that the first silica gel coiling
The diameter of post (12), the second silica gel wrapping post (21) and the 3rd silica gel wrapping post (28) is 6cm.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620943961.0U CN206548611U (en) | 2016-08-25 | 2016-08-25 | The storage device of ECG monitor annex |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620943961.0U CN206548611U (en) | 2016-08-25 | 2016-08-25 | The storage device of ECG monitor annex |
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| Publication Number | Publication Date |
|---|---|
| CN206548611U true CN206548611U (en) | 2017-10-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
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| CN201620943961.0U Active CN206548611U (en) | 2016-08-25 | 2016-08-25 | The storage device of ECG monitor annex |
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| CN (1) | CN206548611U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108245133A (en) * | 2018-01-17 | 2018-07-06 | 江苏美伦影像系统有限公司 | A kind of multi-parameter monitor of the finishing box containing conducting wire |
| CN109431494A (en) * | 2018-12-13 | 2019-03-08 | 姜炜炜 | A kind of hospital's Multifunction electrocardiogram instrument |
| CN110353655A (en) * | 2019-07-08 | 2019-10-22 | 南京市江宁医院 | A kind of radio electrocardiographicmonitoring monitoring instrument of improvement |
-
2016
- 2016-08-25 CN CN201620943961.0U patent/CN206548611U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108245133A (en) * | 2018-01-17 | 2018-07-06 | 江苏美伦影像系统有限公司 | A kind of multi-parameter monitor of the finishing box containing conducting wire |
| CN109431494A (en) * | 2018-12-13 | 2019-03-08 | 姜炜炜 | A kind of hospital's Multifunction electrocardiogram instrument |
| CN110353655A (en) * | 2019-07-08 | 2019-10-22 | 南京市江宁医院 | A kind of radio electrocardiographicmonitoring monitoring instrument of improvement |
| CN110353655B (en) * | 2019-07-08 | 2022-06-07 | 南京市江宁医院 | Improved wireless electrocardiogram monitor |
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