CN207384556U - Fuction monitoring device for infusion - Google Patents
Fuction monitoring device for infusion Download PDFInfo
- Publication number
- CN207384556U CN207384556U CN201720308685.5U CN201720308685U CN207384556U CN 207384556 U CN207384556 U CN 207384556U CN 201720308685 U CN201720308685 U CN 201720308685U CN 207384556 U CN207384556 U CN 207384556U
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- China
- Prior art keywords
- infusion
- dropping funnel
- accommodating chamber
- peripheral wall
- electric appliance
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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- Infusion, Injection, And Reservoir Apparatuses (AREA)
Abstract
The utility model discloses a kind of fuction monitoring device for infusion, can support the auto-real-time monitoring to infusion rate and performance of infusing.The fuction monitoring device for infusion includes insulation crust, a pair of electrodes plate and monitoring module；Insulation crust includes dropping funnel case and electric appliance support bucket, dropping funnel case has the roof on the top of the dropping funnel accommodating chamber for the main part for accommodating Perfusion drip funnel, the peripheral wall for surrounding dropping funnel accommodating chamber and capping dropping funnel accommodating chamber, peripheral wall offers a butted line through hole, and roof offers the crack for the upper neck for being fastened in Perfusion drip funnel；Electric appliance support bucket is formed at the region for covering a butted line through hole on the outside of the peripheral wall of dropping funnel case, and electric appliance support bucket has the electric appliance accommodating chamber connected with a butted line through hole；A pair of electrodes plate is placed in the opposite sides in dropping funnel accommodating chamber, so that the main part of Perfusion drip funnel is clamped between a pair of electrodes plate；Monitoring module is placed in electric appliance accommodating chamber, and is monitored module and be electrically connected by a butted line through hole with a pair of electrodes plate.
Description
Technical field
The utility model is related to monitoring technology, more particularly to a kind of fuction monitoring device for infusion.
Background technology
Infusion is a kind of common therapy.Various big hospital usually has substantial amounts of patient and is carried out at the same time infusion treatment,
Accordingly, it is desirable to medical staff pays close attention to the infusion rate of each patient and infusion performance in real time.This carrys out medical staff
It says, on the one hand means great workload (workload and the quantity of patient are in a linear relationship), be on the other hand then difficult to avoid that
To the error in judgement (personal experience and the sense of responsibility that depend on medical staff) of infusion rate and performance of infusing.
Obviously, how monitoring in real time is realized automatically to infusion rate and infusion performance, becomes current urgency
It need to solve the problems, such as.
Utility model content
One embodiment of the utility model provides a kind of fuction monitoring device for infusion, can automatically real-time monitoring transfusion drip
Liquid measure in bucket, to support the auto-real-time monitoring to infusion rate and performance of infusing.Correspondingly, the fuction monitoring device for infusion
Including insulation crust, a pair of electrodes plate and monitoring module；
Insulation crust includes dropping funnel case and electric appliance support bucket, wherein：
Dropping funnel case have the main part for accommodating Perfusion drip funnel dropping funnel accommodating chamber, around dropping funnel accommodating chamber peripheral wall,
And the roof on the top of capping dropping funnel accommodating chamber, peripheral wall offer a butted line through hole, and roof offer be fastened in it is defeated
The crack of the upper neck of drop bucket；
Electric appliance support bucket is formed at the region for covering a butted line through hole on the outside of the peripheral wall of dropping funnel case, and electric appliance support
Bucket has the electric appliance accommodating chamber connected with a butted line through hole；
Also, a pair of electrodes plate is placed in the opposite sides in dropping funnel accommodating chamber, so that the main part of Perfusion drip funnel is pressed from both sides
It holds between a pair of electrodes plate；
And monitoring module is placed in electric appliance accommodating chamber, and monitor module and pass through a butted line through hole and a pair of electrodes plate
Electrical connection.
Optionally, the peripheral wall of dropping funnel case further has breaking joint.
Optionally, the breaking joint of peripheral wall aligns with the crack of roof.
Optionally, each electrode plate includes capacitance part and lead portion, wherein：Capacitance part is in flat condition, and capacitance position
At the position alignd in a wiring through hole corresponding with the electrode plate；Lead portion is located at capacitance part close to corresponding wiring through hole
One side edge, and lead portion is through the corresponding wiring through hole and the monitoring module that is connected in electric appliance accommodating chamber.
Optionally, each electrode plate further comprises support portion, wherein：Support zone is in capacitance part away from corresponding wiring
Another lateral edges of through hole, support portion is in the direction upper process of the main part of Perfusion drip funnel backwards and is supported in peripheral wall.
Optionally, each electrode plate further comprises sticking part, wherein：There is sticking part the inner surface with peripheral wall to match
Shape, sticking part is located at support portion towards the end of peripheral wall and contacts the inner surface of peripheral wall.
Optionally, electric appliance support bucket includes bottom plate and side wall, wherein, the peripheral wall of side wall and dropping funnel case surrounds to form electric appliance appearance
Receive chamber, and the bottom opening of bottom plate enclosed type electric apparatus accommodating chamber.
Optionally, monitoring module includes circuit board, also, the circuit board：The capacitance detected between a pair of electrodes plate becomes
The detection circuit of change；Capacitance variation is converted to the digital processing circuit of infusion rate and surplus of infusing；According to infusion speed
Rate and infusion surplus generate the warning circuit of warning information.
Optionally, monitoring module further comprises：Exported in a manner of wireless signal infusion rate, infusion surplus and
The wireless communication line of warning information.
Optionally, monitoring module further comprises：By audiovisual present in a manner of export infusion rate, infusion surplus and
Circuit is presented in the audiovisual of warning information.
As it can be seen that the dropping funnel case of insulation crust can be arranged the main part of Perfusion drip funnel and utilize in above-described embodiment
The crack of roof is implemented to fix, also, the main part of Perfusion drip funnel can be clamped in by a pair of electrodes plate in dropping funnel case
Therebetween, and using this capacitance that liquid volume in main part using Perfusion drip funnel changes as variable is provided.Due to
The capacitance can reflect liquid volume rate of change and surplus in the main part of Perfusion drip funnel in real time, thus with one
Infusion rate and infusion performance can be determined with this to the monitoring module of electrode electrical connection.
Description of the drawings
Fig. 1 a and Fig. 1 b are the perspective representation of the fuction monitoring device for infusion in one embodiment；
Fig. 2 is the view of facing upward of the fuction monitoring device for infusion in the embodiment；
Fig. 3 is the overlooking surface view of the fuction monitoring device for infusion in the embodiment；
Fig. 4 a and Fig. 4 b are the assembling structure schematic diagram of the fuction monitoring device for infusion and Perfusion drip funnel in the embodiment；
Fig. 5 is the vertical face sectional view of the assembling structure of the fuction monitoring device for infusion and Perfusion drip funnel in the embodiment；
Fig. 6 is the principle structure schematic diagram of the monitoring module of the fuction monitoring device for infusion in the embodiment.
Specific embodiment
For the purpose of this utility model, technical solution and advantage is more clearly understood, develop simultaneously implementation referring to the drawings
The utility model is further described in example.
Fig. 1 a and Fig. 1 b and Fig. 2 and Fig. 3 is referred to, and in combination with Fig. 4 a and Fig. 4 b and Fig. 5, in one embodiment
In, fuction monitoring device for infusion 10 includes insulation crust 20, a pair of electrodes plate 30 and monitoring module 40.
Insulation crust 20 can include dropping funnel case 21, which has the main part for accommodating Perfusion drip funnel 50
The top on the top of 51 dropping funnel accommodating chamber 210, the peripheral wall 21a around dropping funnel accommodating chamber 210 and capping dropping funnel accommodating chamber 210
Wall 21b.
It is, the dropping funnel accommodating chamber 210 that dropping funnel case 21 is formed is surround by peripheral wall 21a and is formed as column, also, dropping funnel
The top of accommodating chamber 210 is covered by roof 21b and bottom can be then completely open.
Correspondingly, referring more particularly to Fig. 2 and Fig. 3 and Fig. 5, a pair of electrodes plate 30 is placed in the phase in dropping funnel accommodating chamber 210
To both sides, so that the main part 51 of Perfusion drip funnel 50 is clamped between a pair of electrodes plate 30, i.e. the main body of Perfusion drip funnel 50
Part 51 is located in the capacitance structure of the formation of a pair of electrodes plate 30.
Also, the capacitance for the capacitance structure that a pair of electrodes plate 30 is formed is in the main part 51 with Perfusion drip funnel 50
Liquid volume change for variable (as shown in figure 5, the variation of liquid volume is mainly reflected in 500 height of liquid level), also,
The capacitance variation for the capacitance structure that a pair of electrodes plate 30 is formed can reflect the main part 51 of Perfusion drip funnel 50 in real time
Interior liquid volume rate of change and surplus.
In view of Perfusion drip funnel 50 main part 51 may be subject to both sides a pair of electrodes plate 30 extruding and generate
Slight deformation, the peripheral wall 21a of dropping funnel case 21 can further have breaking joint, and such breaking joint can discharge main part 51
Slight deformation, avoid the main part 51 of Perfusion drip funnel 50 due to slight deformation can not discharge and in dropping funnel accommodating chamber 210
Distortion or fold are generated, unnecessary interference is formed to the capacitance of capacitance structure.Also, the entirety of structure is arrived in order to balance
Property, the breaking joint of the peripheral wall 21a of dropping funnel case 21 can align with the crack of roof 21b.
In order to which the capacitance structure that a pair of electrodes plate 30 is formed is made to realize signal interaction, dropping funnel case with dropping funnel accommodating chamber 210
21 peripheral wall 21a offers a butted line through hole 21c.As shown in Figures 2 and 3, as a kind of preferred structure, each electrode plate
30 all include capacitance part 31 and lead portion 32 and support portion 33 and sticking part 34, wherein：
Capacitance part 31 is in flat condition, and capacitance part 31 is located at and 30 corresponding 21c pairs of wiring through holes of the electrode plate
At neat position；
Lead portion 32 is located at one side edge of the capacitance part 31 close to corresponding wiring through hole 21c, and lead portion 32 passes through
The corresponding wiring through hole 21c；
Support portion 33 is located at another lateral edges of the capacitance part 31 away from corresponding wiring through hole 21c, and support portion 33 is backwards
The direction upper process of the main part 51 of Perfusion drip funnel 50 is simultaneously supported in peripheral wall 21a；
Sticking part 34 has the shape that the inner surface with peripheral wall 21a matches, and sticking part 34 is located at support portion 33 towards week
The end of wall 21a and the inner surface for contacting peripheral wall 21a.Optionally, which can further have cushioning effect
And/or the component of bonding effect.
It, can be by close to corresponding wiring through hole 21c one sides for each electrode plate 30 based on said structure
Lead portion 32 realize mounting in peripheral wall 21a and pass through 33 and of support portion of the opposite side away from corresponding wiring through hole 21c
Sticking part 34 realizes the abutting in peripheral wall 21a.It is, said structure is to both provide two installation points per electrode plate 30,
And said structure is that the lead portion 32 with fax transmission function further has been assigned installation point.
In addition, the roof 21b of dropping funnel case 21 offers the crack for the upper neck 52 for being fastened in Perfusion drip funnel 50.As a result,
Although it is understood that head cover 21b realizes capping on the top of dropping funnel accommodating chamber 210, capping is not its main mesh
's.
From Fig. 4 a and Fig. 4 b and Fig. 5 it can be clearly seen that the main function of head cover 21b is to install insulation crust 20
In Perfusion drip funnel 50.I.e., on the one hand, head cover 21b is by the shoulder support of the main part 51 of Perfusion drip funnel 50, on the other hand, top
The crack that lid 21b is opened up can be held in the upper neck 52 above the shoulder of main part 51.So as to by Perfusion drip funnel 50
Main part 51 shoulder to the upper neck 52 of the crack of the support of head cover 21b and head cover 21b and Perfusion drip funnel 50 it
Between clamping, insulation crust 20 can firmly be installed in Perfusion drip funnel 50.
Insulation crust 20 can also include electric appliance support bucket 22, and electric appliance support bucket 22 is covering the region of a butted line through hole 21c
Place is formed on the outside of the peripheral wall 21a of dropping funnel case 21, and electric appliance support bucket 22 has the electric appliance connected with a butted line through hole 21c
Accommodating chamber 220.
Specifically, as shown in figure 3, electric appliance support bucket 22 includes bottom plate 22a and side wall 22b, wherein, side wall 22b and dropping funnel cover
The peripheral wall 22a of shell 21 surrounds to form electric appliance accommodating chamber 220, the bottom opening of bottom plate 22a then enclosed type electric apparatus accommodating chambers 220.That is, it is electric
The electric appliance accommodating chamber 220 that device support bucket 22 provides can be formed as having bottom opening chamber.
Correspondingly, monitoring module 40 is placed in electric appliance accommodating chamber 220 (such as puts from the open top of electric appliance accommodating chamber 220
Enter in electric appliance accommodating chamber 220), and monitor module 40 and be electrically connected by a butted line through hole 21c with a pair of electrodes plate 30.
As it was noted above, each electrode plate 30 can include the lead portion 32 through the corresponding wiring through hole 21c, it is based on
Such case, lead portion 32 can be connected to the monitoring module 40 in electric appliance accommodating chamber 220, to realize monitoring module 40 and electrode
Electrical connection between plate 30.
Certainly, in the drawings, monitoring module 40 is represented as being separated from each other with electrode plate 30 (lead portion 32), is so
In order to avoid monitoring module 40 is on the way between the lead portion 32 of barrier electrode plate 30 and the wiring through hole 21c of insulation crust 20
Matching relationship, in order to be able to which the lead portion 32 that electrode plate 30 is please clearly shown in figure passes through the knot of wiring through hole 21c
Structure.But such attached drawing expression way is only state when illustrating a kind of unrealized electrical connection, and be should not be interpreted as
There is no be electrically connected between monitoring module 40 and electrode plate 30 (lead portion 32).
It is electrically connected by the way that module 40 will be monitored with electrode plate 30, monitoring module 40 can be made to get 30 shape of a pair of electrodes plate
Into capacitance structure capacitance variation, so that monitoring module 40 generates various information according to the capacitance variation.
Specifically, monitoring module 40 includes circuit board, also, refers to Fig. 6, which can include：
Detect the detection circuit 41 of the capacitance variation between a pair of electrodes plate 30, the detection work(which realizes
It can be based on being achieved by existing sensor test；
Capacitance variation is converted to the digital processing circuit 42 of infusion rate and surplus of infusing, digital processing circuit 42
The conversion function realized can be achieved by existing algorithm；
The warning circuit 43 of warning information is generated according to infusion rate and infusion surplus, warning circuit 43 generates alarm letter
The function of breath can be achieved by existing mode.
From fig. 6 it can be seen that monitoring module 40 can also include：Infusion rate, defeated is exported in a manner of wireless signal
Liquid surplus and the wireless communication line of warning information 44, such as the existing wireless communication line such as blue tooth interface circuit.And
And monitoring module 40 can also include again：Infusion rate, infusion surplus and warning information are exported in a manner that audiovisual is presented
Audiovisual circuit 45 is presented, such as LED is shown or loud speaker etc..
Certainly, circuit 45 is presented in wireless communication line 44 and audiovisual can both be included in the circuit board of monitoring module 40 simultaneously
In, can also alternatively it be included in the circuit board of monitoring module 40.
In addition, power supply (such as battery) can be included in monitoring module 40, for powering for circuit board.Alternatively, monitoring mould
It can not also include power supply in group 40, correspondingly, circuit board can be powered using external power supply.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
The spirit of utility model and any modification, equivalent substitution, improvement and etc. within principle, done, should be included in the utility model
Within the scope of protection.
Claims (10)
1. a kind of fuction monitoring device for infusion (10), which is characterized in that the fuction monitoring device for infusion (10) includes insulation crust (20), one
To electrode plate (30) and monitoring module (40)；
Insulation crust (20) includes dropping funnel case (21) and electric appliance support bucket (22), wherein：
Dropping funnel case (21) has the dropping funnel accommodating chamber (210) for the main part (51) for accommodating Perfusion drip funnel (50), around dropping funnel
The peripheral wall (21a) of accommodating chamber (210) and the roof (21b) on the top of capping dropping funnel accommodating chamber (210), peripheral wall (21a) open up
There is a butted line through hole (21c), and roof (21b) offers the crack for the upper neck (52) for being fastened in Perfusion drip funnel (50)；
Electric appliance support bucket (22) is formed at the peripheral wall (21a) of dropping funnel case (21) at the region for covering a butted line through hole (21c)
Outside, and electric appliance support bucket (22) has the electric appliance accommodating chamber (220) connected with a butted line through hole (21c)；
Also, a pair of electrodes plate (30) is placed in the opposite sides in dropping funnel accommodating chamber (210), so that the main body of Perfusion drip funnel (50)
Partly (51) are clamped between a pair of electrodes plate (30)；
And monitoring module (40) is placed in electric appliance accommodating chamber (220), and monitor module (40) and pass through a butted line through hole
(21c) is electrically connected with a pair of electrodes plate (30).
2. fuction monitoring device for infusion (10) according to claim 1, which is characterized in that the peripheral wall (21a) of dropping funnel case (21)
Further there is breaking joint.
3. fuction monitoring device for infusion (10) according to claim 2, which is characterized in that the breaking joint and roof of peripheral wall (21a)
The crack alignment of (21b).
4. fuction monitoring device for infusion (10) according to claim 1, which is characterized in that each electrode plate (30) includes capacitance part
(31) and lead portion (32), wherein：
Capacitance part (31) is in flat condition, and capacitance part (31) is located at a wiring through hole corresponding with the electrode plate (30)
At the position of (21c) alignment；
Lead portion (32) is located at one side edge of the capacitance part (31) close to corresponding wiring through hole (21c), and lead portion (32)
Through the corresponding wiring through hole (21c) and the monitoring module (40) that is connected in electric appliance accommodating chamber (220).
5. fuction monitoring device for infusion (10) according to claim 4, which is characterized in that each electrode plate (30) further comprises
Support portion (33), wherein：
Support portion (33) is located at another lateral edges of the capacitance part (31) away from corresponding wiring through hole (21c), and support portion (33) exists
Backwards to the main part (51) of Perfusion drip funnel (50) direction upper process and be supported in peripheral wall (21a).
6. fuction monitoring device for infusion (10) according to claim 4, which is characterized in that each electrode plate (30) further comprises
Sticking part (34), wherein：
Sticking part (34) has the shape that the inner surface with peripheral wall (21a) matches, and sticking part (34) is located at support portion (33) court
To the end of peripheral wall (21a) and contact the inner surface of peripheral wall (21a).
7. fuction monitoring device for infusion (10) according to claim 1, which is characterized in that electric appliance support bucket (22) includes bottom plate
(22a) and side wall (22b), wherein, side wall (22b) and peripheral wall (21a) encirclement of dropping funnel case (21) form electric appliance accommodating chamber
And the bottom opening of bottom plate (22a) enclosed type electric apparatus accommodating chamber (220) (220),.
8. fuction monitoring device for infusion (10) as claimed in any of claims 1 to 7, which is characterized in that monitoring module
(40) circuit board is included, also, the circuit board includes：
Detect the detection circuit (41) of the capacitance variation between a pair of electrodes plate (30)；
Capacitance variation is converted to the digital processing circuit (42) of infusion rate and surplus of infusing；
The warning circuit (43) of warning information is generated according to infusion rate and infusion surplus.
9. fuction monitoring device for infusion (10) according to claim 8, which is characterized in that monitoring module (40) further comprises：
The wireless communication line (44) of infusion rate, infusion surplus and warning information is exported in a manner of wireless signal.
10. fuction monitoring device for infusion (10) according to claim 8, which is characterized in that monitoring module (40) further comprises：
Circuit (45) is presented in the audiovisual that infusion rate, infusion surplus and warning information are exported in a manner that audiovisual is presented.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720308685.5U CN207384556U (en) | 2017-03-28 | 2017-03-28 | Fuction monitoring device for infusion |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720308685.5U CN207384556U (en) | 2017-03-28 | 2017-03-28 | Fuction monitoring device for infusion |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207384556U true CN207384556U (en) | 2018-05-22 |
Family
ID=62401799
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720308685.5U Expired - Fee Related CN207384556U (en) | 2017-03-28 | 2017-03-28 | Fuction monitoring device for infusion |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207384556U (en) |
-
2017
- 2017-03-28 CN CN201720308685.5U patent/CN207384556U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180522 Termination date: 20190328 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |