CN208626340U - Fuction monitoring device for infusion - Google Patents
Fuction monitoring device for infusion Download PDFInfo
- Publication number
- CN208626340U CN208626340U CN201721846795.3U CN201721846795U CN208626340U CN 208626340 U CN208626340 U CN 208626340U CN 201721846795 U CN201721846795 U CN 201721846795U CN 208626340 U CN208626340 U CN 208626340U
- Authority
- CN
- China
- Prior art keywords
- infusion
- main part
- communication device
- wireless communication
- controller
- Prior art date
- 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.)
- Active
Links
Abstract
A kind of fuction monitoring device for infusion, comprising: main part and fission portion；The fission portion includes: the sensing module suitable for transfusion liquid state in monitoring transfusion device；Seperated portion's controller of the transfusion liquid state of the sensing module output is connected and is suitable for receiving with the sensing module；With seperated first communication module portion's controller connection and be suitable for communicating with the main part；The main part, connects with the seperated portion, the hook including being suitable for carrying infusion bag；With the hook connection and the Weighing module suitable for weighing liquid weight in the infusion bag；The main part controller coupled with the Weighing module, suitable for being exported the transfusion liquid state in real time to server.Above scheme can accurately acquire the infusion end time, to remind medical staff in time.
Description
Technical field
The utility model relates to medical field more particularly to a kind of fuction monitoring device for infusion.
Background technique
Infusion apparatus generally comprises the components such as infusion niidl, infusion tube, Perfusion drip funnel.Wherein, infusion niidl is for being inserted into
Human vein blood vessel, is infused to human body；Perfusion drip funnel is set on infusion tube, embodies liquid droping speed and liquid flows shape
Condition is to reflect transfusion condition.
As Study On Intelligent Monitoring Techniques are in the popularization and application of medicine and hygiene fields, fuction monitoring device for infusion gradually starts within the hospital
It is universal, to obtain the infusion progress of patient in real time, so that when infusion is completed or is abnormal situation, medical staff can be timely
It responds.
In the prior art, the weight of liquid in infusion bag is obtained by measurement to estimate the infusion end time, what is obtained is defeated
Liquid end time inaccuracy, can not remind medical staff in time.
Utility model content
What the utility model embodiment solved is how to accurately acquire the infusion end time, to remind medical care people in time
Member.
In order to solve the above technical problems, the utility model embodiment provides a kind of fuction monitoring device for infusion, comprising: main part and
Seperated portion；The fission portion includes: the sensing module suitable for transfusion liquid state in monitoring transfusion device；With the sensing module
Connection and the seperated portion's controller for being suitable for receiving the transfusion liquid state that the sensing module exports；It is controlled with the seperated portion
The first communication module processed device connection and be suitable for communicating with the main part；The sensing module comprises at least one of the following: suitable
In the first sensing module, the second sensing module suitable for monitoring liquid level of monitoring drop drop speed；First sensing module
It is fastened on the dropping funnel of infusion device, second sensing module is fastened on the perfusion tube of the dropping funnel or the infusion device
On；The main part, connects with the seperated portion, the hook including being suitable for carrying infusion bag；It connects and is suitable for the hook
Weigh the Weighing module of liquid weight in the infusion bag；With the main part controller of Weighing module coupling, it is suitable for institute
Transfusion liquid state is stated to be exported in real time to server.
Optionally, fission portion controller is further adapted for when detecting the transfusion liquid abnormal state received,
Alarm signal is exported to the main part；The main part is further adapted for exporting the alarm signal to the server.
Optionally, the main part controller is further adapted for the liquid in the infusion bag weighed according to the Weighing module
Weight is estimated to obtain infusion duration, and the infusion duration is exported to the server.
Optionally, the main part controller is further adapted for obtaining the liquid in the infusion bag that the Weighing module is got
Body weight, and when the liquid weight is less than preset value or the infusion duration estimated is less than preset duration, output
Prompting message is to server.
Optionally, the first communication module is the first wireless communication device；The main part further include: the second channel radio
T unit, second wireless communication device and the main part controller couple.
Optionally, first wireless communication device and second wireless communication device support identical communication format,
And first wireless communication device and second wireless communication device are equal are as follows: Bluetooth communication device, WIFI communication device,
RFID communication device or ZigBee communication device.
Optionally, the fission portion further include: storage device is coupled with seperated portion's controller, is suitable for receiving simultaneously
Store the transfusion liquid state of fission portion controller output.
Optionally, fission portion controller is further adapted for detecting first wireless communication device and described second
When wireless communication device disconnects, via first wireless communication device by the transfusion liquid state output in default
After device, via the relay by the transfusion liquid state output to the server.
Optionally, the main part further include: charging contact；The fission portion further include: charging interface；When the fission
When portion is connect with the main part, the charging contact is electrically connected with the charging interface.
Optionally, the main part further include: battery that is built-in and being suitable for the fission portion output electric energy, the battery
It is electrically connected with the charging contact.
Optionally, first sensing module is the infrared sensor module suitable for monitoring liquid droping speed in dropping funnel；Described
Two sensing modules are the capacitive sensing apparatus suitable for monitoring liquid level in the dropping funnel or perfusion tube.
Optionally, the main part further include: the first coalignment is coupled with the main part controller；The fission
Portion further include: carry out matched second coalignment with first coalignment, coupled with seperated portion's controller.
Compared with prior art, the technical solution of the utility model embodiment has the advantages that
The sensing module monitoring transfusion liquid condition in seperated portion is simultaneously exported to main part.The transfusion liquid that main part will receive
Body state output is to server, so that medical staff knows that the liquid in present infusion bag drips off in server end, therefore
The infusion end time can be accurately acquired, reminds medical staff in time.In addition, main part controller is according to the liquid in infusion bag
Body weight is estimated to obtain infusion duration and is sent to server, knows in infusion bag in advance convenient for medical staff in server end
The estimation time that liquid drips off.In other words, in server end, at the end of medical staff can know the infusion that estimation obtains
Between, so that medical staff carries out corresponding preparation in advance；When transfusion liquid drips off, medical staff can be reminded in time, so as to
To remind medical staff in real time, therefore the reliability of fuction monitoring device for infusion can be improved.
Further, when main part with it is seperated part from when, if the first wireless communication device in fission portion can not be with main body
When the second wireless communication device in portion is communicated, the storage device in seperated portion can store transfusion liquid state.?
Two wireless communication devices again with the first wireless device communication when, by the first wireless communication device by the transfusion liquid of storage
Body state output remains to continue monitoring transfusion liquid from after in main part to realize to the second wireless communication device with seperated part
Body state.
Further, when main part with it is seperated part from when, if the first wireless communication device can not with second wireless communication fill
Set when being communicated, the first wireless communication device by relay by transfusion liquid state output to server so that service
Device main part with it is seperated part from when still be able to get transfusion liquid state in real time.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of one of the utility model embodiment fuction monitoring device for infusion；
Fig. 2 is the structural schematic diagram in one of the utility model embodiment fuction monitoring device for infusion fission portion；
Fig. 3 is the structural schematic diagram of one of the utility model embodiment fuction monitoring device for infusion main part；
Fig. 4 is the cross-sectional view of one of the utility model embodiment infrared sensor module.
Specific embodiment
In the prior art, fuction monitoring device for infusion can measure the weight for obtaining liquid in infusion bag, according to liquid in infusion bag
The weight and liquid droping speed of body estimate the infusion end time.Medical staff is according to the infusion end time estimated, to disease
The infusion process of people controls.However, fuction monitoring device for infusion according to the weight estimation of liquid in infusion bag at the end of being infused
Between when, the placement position difference of infusion device may result in the liquid weight variation in the obtained infusion bag of measurement, and then lead
The infusion end time estimated inaccuracy is caused, several minutes or even more than ten minutes of error occurs.
It drop state and is exported to main body in the utility model embodiment, in the sensing module monitoring transfusion pipe in seperated portion
Portion.Main part to server, works as the infusion liquid drop state output received so that medical staff is known in server end
Liquid in preceding infusion bag drips off, therefore can accurately acquire the infusion end time, reminds medical staff in time.
It is understandable to enable the above-mentioned purpose, feature and beneficial effect of the utility model to become apparent, with reference to the accompanying drawing
Specific embodiment of the utility model is described in detail.
Referring to Fig.1, the utility model embodiment provides a kind of fuction monitoring device for infusion, comprising: main part 10 and fission portion
20.Referring to Fig. 2, the structural schematic diagram in one of the utility model embodiment fuction monitoring device for infusion fission portion 20 is given；Ginseng
According to Fig. 3, the structural schematic diagram of one of the utility model embodiment fuction monitoring device for infusion main part 10 is given.Below in conjunction with
FIG. 1 to FIG. 3 is illustrated fuction monitoring device for infusion.
In specific implementation, the seperated portion 20 of fuction monitoring device for infusion may include sensing module 22, first communication device 23
And fission portion controller 21.
Sensing module 22 in seperated portion 20 can be first suitable for the drop drop speed in the dropping funnel of monitoring transfusion device
Sensing module, or suitable for the second sensing module of liquid level in the perfusion tube of monitoring transfusion device or in dropping funnel, also
It can simultaneously include above-mentioned the first sensing module and the second sensing module.
In specific implementation, the first sensing module can be fastened on the dropping funnel of infusion device, thus real-time monitoring dropping funnel
In transfusion liquid drip speed；Second sensing module can be fastened on the dropping funnel of infusion device, or be fastened on infusion device
On perfusion tube.When the second sensing module is fastened on the dropping funnel of infusion device, the second sensing module can be monitored in dropping funnel
Liquid level in liquid level or perfusion tube；When the second sensing module is fastened on the perfusion tube of infusion device, the second sensing module can
With the liquid level in monitoring transfusion pipe.
In practical applications, the first sensing module can be infrared sensor, or photoelectric sensor.Second sensing
Module can be capacitive liquid level sensor, or photoelectric liquid level sensor can also be ultrasonic liquid level sensor.It can be with
Understand, the first sensing module can also can monitor the sensor of transfusion liquid drop speed in dropping funnel, the second sensing for other
Module can also can monitor the sensor of the liquid level in dropping funnel or the liquid level in perfusion tube for other.
In the utility model embodiment, the transfusion liquid state that sensing module detects may include the liquid in dropping funnel
Drop speed, also may include the liquid level in the liquid level and perfusion tube in dropping funnel, can also simultaneously include in dropping funnel
Liquid level in liquid droping speed, dropping funnel or perfusion tube.When the liquid level in dropping funnel is 0, or when the liquid level in perfusion tube is 0
When, it is possible to determine that infusion is completed；When the liquid droping speed in dropping funnel is 0, it also can be determined that infusion is completed.
In specific implementation, seperated portion's controller 21 is suitable for receiving the transfusion liquid state that sensing module 22 exports.Work as biography
When sense module 22 is the first sensing module, seperated portion's controller 21 is connect with the first sensing module, is suitable for receiving the first sensing mould
The liquid droping speed of block output；When sensing module 22 is the second sensing module, seperated portion's controller 21 and the second sensing module connect
It connects, suitable for receiving the liquid level of the second sensing module output；When sensing module 22 includes that the first sensing module and second pass
When feeling module, seperated portion's controller 21 is connect with the first sensing module and the second sensing module respectively, receives the first sensing mould
The liquid droping speed of block output and the liquid level of the second sensing module output.
First sensing module can be in real time by the drop drop speed output in the dropping funnel monitored to seperated portion's controller 21；The
Liquid level in the dropping funnel monitored or the liquid level in perfusion tube can also be exported to seperated portion in real time and be controlled by two sensing modules
Device 21.
In specific implementation, first communication module 23 has been can be set in seperated portion, first communication module 23 can be with
Seperated portion's controller 21 connects.Seperated portion's controller 21, can be with after the transfusion liquid state for receiving the output of sensing module 22
The transfusion liquid state that sensing module 22 monitors is exported in real time to main part by first communication module 23.
In specific implementation, main part 10 may include: the hook 11 suitable for carrying infusion bag；It is connect with hook 11 and suitable
In the Weighing module 12 for weighing the liquid weight in infusion bag 30, Weighing module 12 is connect with main part controller 13；Main part
Controller 13 is connect with second communication module 14.
Weighing module 12 exports the liquid weight weighed in obtained infusion bag 30 to main part controller 13.Main part
The liquid weight in infusion bag that controller 13 is exported according to Weighing module 12, it is estimated that the liquid in infusion bag dripped off
Infusion duration.Main part controller 13 can will be estimated to obtain by second communication module 14 and external server communication
Infusion duration export to server.Server can be shown after the infusion duration for receiving the output of main part controller 13
Infusion duration, in order to which the medical staff of server end knows the infusion duration estimated.
In specific implementation, first communication module 23 can be led to second communication module 14 by wired mode
Letter, can also wirelessly be communicated.
When first communication module 23 is communicated with second communication module 14 by wired mode, first communication module
23 and second communication module 14 are communication serial port, and first communication module 23 and second communication module 14 are by that can pass through string
The connection such as mouth line cable, parallel port cable, USB cable, twisted pair, to pass through serial ports cable, parallel port cable, USB cable, twisted pair
Etc. being communicated.
When first communication module 23 is wirelessly communicated with second communication module 14, first communication module
For the first wireless communication device, second communication module is the second wireless communication device, and the second wireless communication device and the first nothing
Line communication device supports identical communication format.
In the utility model embodiment, the second wireless communication device and the first wireless communication device can be that bluetooth is logical
T unit can also be WIFI communication device, can also be RFID communication device or be ZigBee communication device.It can be with
Understanding, the second wireless communication device and the first wireless communication device can also be other kinds of wireless communication device, this
Place does not repeat them here.
In specific implementation, seperated portion's controller 21, can after the transfusion liquid state for receiving the output of sensing module 22
To pass through second wireless communication device of first wireless communication device by transfusion liquid state output into main part 10.Main part
The second wireless communication device in 10, can be by transfusion liquid state output to main part after receiving transfusion liquid state
Main part controller 13 in 10.
In specific implementation, seperated portion's controller 21, can when receiving the transfusion liquid state of the output of sensing module 22
It is whether abnormal to detect the transfusion liquid state received.When detecting transfusion liquid abnormal state, seperated portion's controller 21
Alarm signal can be generated, and alarm signal generated is exported to main part 10.Main part 10 is receiving alarm signal
Afterwards, alarm signal can be exported to server.Server can remind medical staff currently to deposit after receiving alarm signal
In the situation that infusion is abnormal.
In the utility model embodiment, when seperated portion's controller detects that the liquid droping speed in dropping funnel is 0, it can sentence
Determine transfusion liquid abnormal state；When seperated portion's controller detects that the liquid level in dropping funnel or in perfusion tube is 0, also can be determined that
Transfusion liquid abnormal state.In addition, when seperated portion's controller detects the liquid droping speed in dropping funnel beyond normal drop speed, it can also
To determine transfusion liquid abnormal state.In practical applications, medical staff can preset sentencing for transfusion liquid abnormal state
Fixed condition.When seperated portion's controller detects that transfusion liquid state meets the decision condition for presetting exception, that is, it can determine that infusion
Liquid condition is abnormal.
In the utility model embodiment, when server knows that transfusion liquid state be liquid droping speed in dropping funnel is 0,
It can be determined that infusion is completed；It, can also be with when server knows that transfusion liquid state be liquid level in dropping funnel or in perfusion tube is 0
Determine that infusion is completed.When server determines that infusion is completed, can remind as value medical staff.
In practical applications, fuction monitoring device for infusion and transfusion position can be bound in advance.Server is determining to be infused
It after the completion, can be by flashing the transfusion position information of display and the method for " infusion is completed " printed words, to remind medical staff defeated
The infusion of liquid level is completed.Server also can control preset buzzer and make a sound infusion to remind medical staff's transfusion position
It completes.It is understood that in practical applications, server can also be adopted with other methods to remind medical staff's transfusion position
Infusion complete, be not repeated herein.
For example, fuction monitoring device for infusion and transfusion position 2 are bound when using fuction monitoring device for infusion.When server judgement is defeated
When liquid in the corresponding infusion bag of liquid level 2 drips off, server end can flash display transfusion position 2 " infusion is completed " printed words to mention
It wakes up as value medical staff.
In specific implementation, main part can also be in real time by the transfusion liquid state output received to server.Doctor
Shield personnel can be in server end, the transfusion liquid state of real time inspection transfusion position.
For example, fuction monitoring device for infusion and transfusion position 2 are bound when using fuction monitoring device for infusion.In infusion process, doctor
Shield personnel can know that the drop drop speed of transfusion position 2 is 45 times/min in server end.
Main part controller 13 on main part is according to liquid droping speed information, at the end of rough infusion can be calculated
Between.
In practical applications, when the second wireless communication device and the first wireless communication device are Bluetooth communication device,
The second wireless communication device can be matched with the first wireless communication device in advance.When using fuction monitoring device for infusion, doctor
Seperated portion can be fastened on the outer surface of the dropping funnel 32 of infusion device by shield personnel.Liquid of the patient in infusion, in infusion bag
Dropping funnel 32 is instilled via upper input pipe 31, at this point, sensing module can monitor drop state.
In practical applications, the fuction monitoring device for infusion provided in the utility model embodiment when in use, can first will be defeated
Liquid monitoring device is bound with transfusion position.Fuction monitoring device for infusion, can be simultaneously to clothes when exporting infusion duration to server
Business device exports transfusion position information.Server receive infusion duration and transfusion position information after, can show transfusion position and
Its corresponding infusion duration.
For example, fuction monitoring device for infusion and transfusion position 2 are bound when using fuction monitoring device for infusion.Fuction monitoring device for infusion is estimated
It counts out 2 hours a length of when infusion.On the server, it can show following information: transfusion position 2, be infused duration 2 hours.
In specific implementation, main part controller 13, can be according to the liquid weight in infusion bag when estimating infusion duration
The information such as amount, the weight of a drop transfusion liquid and liquid droping speed are calculated.Specifically, infusion duration T=M/ (m*x),
Wherein, M is the liquid weight in infusion bag, and m is the weight of a drop transfusion liquid of setting, and x is liquid droping speed.
In specific implementation, main part controller 13 is obtaining the liquid in the infusion bag that the weighing of Weighing module 12 obtains in real time
When body weight, if detect that liquid weight in infusion bag is less than preset value, prompting message can be generated and export to servicing
Device.In addition, when liquid weight of the main part controller 13 in the infusion bag that the weighing of acquisition Weighing module 12 obtains in real time, if inspection
When measuring the infusion duration estimated less than preset duration, prompting message also can be generated and export to server.
Server end when receiving prompting message, can remind when the corresponding transfusion position of value medical staff infusion process i.e.
It will complete.
It can be seen that the sensing module monitoring transfusion liquid condition in seperated portion simultaneously exports in the utility model embodiment
To main part.Main part is by the transfusion liquid state output received to server, so that medical staff is in server end
Know that the liquid in present infusion bag drips off, therefore the infusion end time can be accurately acquired, reminds medical staff in time.This
Outside, main part controller is estimated to obtain infusion duration and is sent to server according to the liquid weight in infusion bag, is convenient for medical care
The estimation time that personnel drip off in the liquid that server end is known in advance in infusion bag.
In specific implementation, main part 10 can be to be detachably connected with seperated portion 20.Currently without use infusion supervise
When surveying the demand of device, medical staff can be connected main part 10 with seperated portion 20, to reduce shared by fuction monitoring device for infusion
Space.When there is currently the demand for using fuction monitoring device for infusion, medical staff can be dismantled main part 10 with seperated portion 20,
Infusion bag is hung on the hook 11 of main part 10, seperated portion 20 is fastened on the dropping funnel 32 of infusion device.
In the utility model embodiment, adsorption element can be set in main part 10 and seperated portion 20, and
Adsorption element on main part 10 is correspondingly arranged with the adsorption element in seperated portion 20.Currently without using fuction monitoring device for infusion
Demand when, seperated portion is adsorbed on main part 10 by medical staff.Adsorption element can be magnet, or other have
Made by the material of adsorption function.
In practical applications, main part 10 can also include other connection types with the connection type in seperated portion 20, only
Meet main part 10 to be detachably connected with seperated portion 20, such as main part 10 is detachably connected with seperated portion 20 by buckle
It connects, is not limited in the connection of absorption provided in the utility model above-described embodiment.
In specific implementation, when using fuction monitoring device for infusion, due to seperated portion 20 be fastened on infusion device dropping funnel or
On person's perfusion tube, therefore, for patient in infusion process, it is mobile to carry infusion bag and fission portion 20, and main part 10 can be with
It is fixed on transfusion position and is not moved with patient's movement.
In specific implementation, the first coalignment is also provided on main part 10, with 13 coupling of main part controller
It connects.In seperated portion 20, it can be correspondingly arranged on the second coalignment, connected with seperated portion's controller.In practical applications, may be used
The first coalignment to be matched with the second coalignment in advance, when seperated portion's controller 21 know the second coalignment with
After first coalignment completes matching, infusion liquid drop state can be sent by the first wireless communication module.
In practical applications, the first coalignment and the second coalignment can be blue-tooth device, or be
WIFI device.It is understood that the first coalignment and the second coalignment can also be able to carry out matched dress for other
It sets, is not repeated herein.
In practical applications, patient is during infusion, halfway possibly off transfusion position.For example, patient had been infused
Toilet is gone in journey.At this point, patient, which carries infusion bag, leaves transfusion position.When patient, which carries infusion bag, leaves transfusion position, due to
The distance between main part and seperated portion may become larger, and cause main part can not normal communication with seperated portion.
In the utility model embodiment, be also provided with storage device in seperated portion 20, storage device with it is seperated
Portion's controller 21 and sensing module 22 connect.When seperated portion's controller 21 detects the first wireless communication device and second wirelessly
When communication device connection failure, seperated portion's controller 21 can export the transfusion liquid shape that sensing module detects to storage device
State, the transfusion liquid state that storage device storage receives.When seperated portion's controller 21 detect the first wireless communication device with
When second wireless communication device re-establishes connection, seperated portion's controller 21 can be filled storage by the first wireless communication device
The transfusion liquid state for setting storage is sent to the second wireless communication device in main part 10.
For example, the first wireless communication device 23 and the second wireless communication device 14 are Bluetooth communication device, in advance by
One wireless communication device is matched with the second wireless communication device.In practical applications it is found that the work of Bluetooth communication device
It is limited in scope, when patient carries infusion bag walking, since the seperated portion of fuction monitoring device for infusion and the perfusion tube of infusion bag connect,
Therefore, the first wireless communication device is also moved with the walking of patient.When the first wireless communication device and the second wireless communication fill
When the distance set is larger, the second wireless communication device is disconnected with the first wireless communication device, at this point, the first wireless communication dress
Setting, which can detecte, can not connect the second wireless communication device.Therefore, when seperated portion's controller 21 detects the first wireless communication
When the second wireless communication device in device and main part 10 disconnects, the transfusion liquid that sensing module 22 can be detected
State is sent to storage device.
In specific implementation, when seperated portion's controller detects that the first wireless communication device can not be filled with the second wireless communication
When setting communication, it can also stop sending data to the second wireless communication device via the first wireless communication device, until examining again
It measures the first wireless communication device and the second wireless communication device establishes connection.
For example, patient, which carries infusion bag, goes to toilet, and toilet fills at a distance from transfusion room more than the first wireless communication
Set the working range with the second wireless communication device.When seperated portion's controller 21 detects that the first wireless communication device can not be with
When two wireless device communications, seperated portion's controller 21 stops via the first wireless communication device to the second wireless communication device
Export transfusion liquid state.When patient returns to transfusion room from toilet, seperated portion's controller 21 detects the first wireless communication
Device establishes connection with the second wireless communication device again, then the drop state that sensing module 22 is got is sent to again
Two wireless communication devices.
In specific implementation, when seperated portion's controller 21 detects the first wireless communication device and the second wireless communication device
When disconnecting, transfusion liquid state can also be sent to server via trunking by the first wireless communication device.
Trunking can be wireless access points (Wireless Access Point, WAP), or other terminal devices,
Such as tablet computer etc..
In specific implementation, clamping device is also provided in seperated portion 20.Clamping device can be with 32 top of dropping funnel
Perfusion tube 31 connect, when receive sensing module output dropping funnel in or perfusion tube there is no liquid drippage when, clamp connection
Infusion device, to stop the liquid flowing in perfusion tube.Clamping device can also be connect with the perfusion tube 33 of 32 lower section of dropping funnel,
When not having liquid drippage in the dropping funnel for receiving sensing module output or in perfusion tube, the infusion device of connection is clamped, thus
Stop the liquid flowing in perfusion tube.The setting of the position of clamping device can be configured according to actual application scenarios, this
Place does not repeat them here.
In the utility model embodiment, clamping device may include motor, gear and rack gear etc..Motor and sensing mould
Block 22 is electrically connected, and gear is connected to motor, and rack and pinion is connected and is fastened on infusion device.When sensing module 22 detects
In dropping funnel 32 or when perfusion tube does not have liquid drippage, high level signal can be exported to the motor of clamping device.Motor is receiving
It is rotated when to high level signal, band moving gear rotates, at this point, the rack gear being fastened on infusion device clamping under the drive of gear
Infusion device, to stop the liquid flowing in perfusion tube.
In specific implementation, charging contact is also provided on main part.It correspondingly, can be in seperated portion
It is provided with charging interface corresponding with charging contact.When seperated portion is connect with main part, the charging contact of main part with it is seperated
The charging interface in portion is electrically connected, so that realization body portion exports electric energy to seperated portion, to charge for fission portion.
In specific implementation, it can be built-in with battery in main part 10, battery is electrically connected with charging contact.When main part 10
When connecting with seperated portion 20, the battery in main part 10 can export electric energy to charging contact, to be fission portion by battery
20 chargings.
It is understood that main part 10 can also be connect with mains supply, it is the charging of fission portion 20 by mains supply.
In specific implementation, sensing module 22 can be infrared sensor module.Infrared sensor module may include outer housing,
Infrared generator, infrared receiver and processor, in which: outer housing forms the appearance for accommodating the dropping funnel on infusion device
Receive chamber；Infrared generator is correspondingly arranged with infrared receiver, is each attached on the inner peripheral surface of outer housing；Processor, and it is red
Outer line receiver coupling.
Referring to Fig. 4, the cross-sectional view of one of the utility model embodiment infrared sensor module is given.Below
In conjunction with Fig. 4, the working principle of the infrared sensor module provided in the utility model embodiment is illustrated.
When in use, fuction monitoring device for infusion infrared sensor module can be fixedly installed on infusion apparatus by medical staff, infusion
Dropping funnel 32 is located in accommodating chamber 40a.Accommodating chamber 40a is formed by outer housing 40 around dropping funnel 32.
At this point, the infrared generator 41 emits infrared ray, if dropping liquid is not at infrared generator 41 and infrared
On infrared ray transmission path between line receiver 42, then the infrared ray with larger light intensity can expose to infrared receiver
42, and received by infrared receiver 42, the powerful light intensity threshold set by infrared receiver 42 of infrared ray at this time
Value.If dropping liquid is on the infrared ray transmission path between infrared generator 41 and infrared receiver 42, infrared ray quilt
Drop is blocked, and light intensity when infrared radiation to infrared receiver 42 is reduced, and infrared ray light intensity at this time is less than infrared
Intensity threshold set by line receiver 42.
Drop in upper tubing 31 is continuously fallen in Perfusion drip funnel 32, when drop falls to specific position, institute
It states the infrared ray light intensity that infrared receiver 42 receives and is less than given threshold, be coupled to the processor note of infrared receiver 42
Record moment T1；When next drop falls to specific position, the infrared ray light intensity that the infrared receiver 42 receives is still
Less than given threshold, it is coupled to the processor record moment T2 of infrared receiver 42.By calculate moment T1, T2 between when
Between it is poor, liquid droping speed can be accessed.
It is understood that in practical applications, it can also be using other devices as sensing module, as long as can examine
Liquid droping speed is measured, the type of specific sensing module does not constitute limit to the protection scope of the utility model embodiment
System.
In specific implementation, the sensing module can also be capacitive sensing apparatus, and capacitive sensing apparatus can detecte drop
It is dripped in bucket or with the presence or absence of liquid in perfusion tube.When in the current dropping funnel that warning device receives capacitive sensing apparatus output
Or in perfusion tube when the signal of no liquid drippage, generates alarm signal and simultaneously export.
Although the utility model discloses as above, the utility model is not limited to this.Anyone skilled in the art,
It does not depart from the spirit and scope of the utility model, can make various changes or modifications, therefore the protection scope of the utility model
It should be defined by the scope defined by the claims..
Claims (12)
1. a kind of fuction monitoring device for infusion characterized by comprising
Main part and fission portion；
The fission portion includes: the sensing module suitable for transfusion liquid state in monitoring transfusion device；Connect with the sensing module
Connect and be suitable for receiving seperated portion's controller of the transfusion liquid state of the sensing module output；It is controlled with the seperated portion
First communication module device connection and be suitable for communicating with the main part；The sensing module comprises at least one of the following: being suitable for
The first sensing module, the second sensing module suitable for monitoring liquid level for monitoring drop drop speed；The first sensing module card
It closes on the dropping funnel of infusion device, second sensing module is fastened on the perfusion tube of the dropping funnel or the infusion device；
The main part, connects with the seperated portion, the hook including being suitable for carrying infusion bag；It connects and is suitable for the hook
Weigh the Weighing module of liquid weight in the infusion bag；With the main part controller of Weighing module coupling, it is suitable for institute
Transfusion liquid state is stated to be exported in real time to server.
2. fuction monitoring device for infusion as described in claim 1, which is characterized in that fission portion controller is further adapted for detecting
When to the transfusion liquid abnormal state received, output alarm signal to the main part；The main part, be further adapted for by
The alarm signal is exported to the server.
3. fuction monitoring device for infusion as described in claim 1, which is characterized in that the main part controller is further adapted for according to
The liquid weight in infusion bag that Weighing module weighs, estimates to obtain infusion duration, and by the infusion duration export to
The server.
4. fuction monitoring device for infusion as claimed in claim 3, which is characterized in that the main part controller is further adapted for described in acquisition
The liquid weight in the infusion bag that Weighing module is got, and when the liquid weight is less than preset value or estimates
When the infusion duration is less than preset duration, output prompting message to server.
5. fuction monitoring device for infusion as described in claim 1, which is characterized in that the first communication module is the first wireless communication
Device；The main part further include: the second wireless communication device, second wireless communication device and the main part controller
Coupling.
6. fuction monitoring device for infusion as claimed in claim 5, which is characterized in that first wireless communication device and described second
Wireless communication device supports identical communication format, and first wireless communication device and second wireless communication device are equal
Are as follows: Bluetooth communication device, WIFI communication device, RFID communication device or ZigBee communication device.
7. fuction monitoring device for infusion as claimed in claim 5, which is characterized in that the fission portion further include: storage device, with institute
Seperated portion's controller coupling is stated, suitable for receiving and storing the transfusion liquid state of fission portion controller output.
8. fuction monitoring device for infusion as claimed in claim 5, which is characterized in that fission portion controller is further adapted for detecting
When being disconnected to first wireless communication device and second wireless communication device, filled via first wireless communication
It sets the transfusion liquid state output to default relay, via the relay by the transfusion liquid state output
To the server.
9. fuction monitoring device for infusion as described in claim 1, which is characterized in that the main part further include: charging contact；It is described
Seperated portion further include: charging interface；When the fission portion is connect with the main part, the charging contact and the charging
Mouth electrical connection.
10. fuction monitoring device for infusion as claimed in claim 9, which is characterized in that the main part further include: built-in and be suitable for
The battery of the fission portion output electric energy, the battery are electrically connected with the charging contact.
11. fuction monitoring device for infusion as described in claim 1, which is characterized in that first sensing module is to drip suitable for monitoring
The infrared sensor module of liquid droping speed in bucket；Second sensing module is suitable for monitoring liquid level in the dropping funnel or perfusion tube
Capacitive sensing apparatus.
12. fuction monitoring device for infusion as described in claim 1, which is characterized in that the main part further include: the first matching dress
It sets, is coupled with the main part controller；The fission portion further include: carry out matched second with first coalignment
With device, coupled with seperated portion's controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721846795.3U CN208626340U (en) | 2017-12-26 | 2017-12-26 | Fuction monitoring device for infusion |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721846795.3U CN208626340U (en) | 2017-12-26 | 2017-12-26 | Fuction monitoring device for infusion |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208626340U true CN208626340U (en) | 2019-03-22 |
Family
ID=65730600
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721846795.3U Active CN208626340U (en) | 2017-12-26 | 2017-12-26 | Fuction monitoring device for infusion |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208626340U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112043916A (en) * | 2020-09-30 | 2020-12-08 | 河南智互智能科技有限公司 | Infusion monitoring system |
-
2017
- 2017-12-26 CN CN201721846795.3U patent/CN208626340U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112043916A (en) * | 2020-09-30 | 2020-12-08 | 河南智互智能科技有限公司 | Infusion monitoring system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205095149U (en) | Venous transfusion monitors appearance | |
| CN102114280B (en) | Hospital venous transfusion monitoring terminal | |
| CN109789252B (en) | Breast shield unit | |
| CN105030212A (en) | Novel intelligent body temperature monitoring method and system | |
| CN109621086A (en) | A kind of portable medical space patient's intelligent monitor system | |
| CN105536105A (en) | Infusion set monitoring system and monitoring method | |
| CN203303043U (en) | Healthy wrist strap device | |
| CN208626340U (en) | Fuction monitoring device for infusion | |
| CN211068491U (en) | Novel multi-functional infusion heating is reported to police device | |
| CN206715007U (en) | A kind of body fluid dynamic equilibrium monitoring device | |
| CN109602402A (en) | A kind of extreme high and low temperature environment human Body Physiology Multi-parameter monitoring warning device and method | |
| CN209422654U (en) | Monitoring infusion warning device | |
| CN107362414B (en) | Intelligent ward transfusion monitoring system | |
| CN110812560A (en) | Manual peritoneal dialysis equipment | |
| CN208927264U (en) | A kind of novel intelligent transfusion monitoring device | |
| CN110101940A (en) | Infusion monitoring system based on computer vision | |
| CN204106737U (en) | Multifunction infusion alarm | |
| CN215083422U (en) | Portable flow precision monitoring device based on artificial intelligence | |
| CN212973766U (en) | Portable venous transfusion velocimeter | |
| CN201701577U (en) | Intelligent transfusion alarming system | |
| CN211022717U (en) | Full-automatic urine meter | |
| CN204411418U (en) | A kind of wireless children's's blood transfusion monitoring device and blood exchange transfusion set thereof | |
| CN106983497A (en) | Monitoring system | |
| CN209499713U (en) | Multi-parameter monitor | |
| CN105930657A (en) | Data acquisition method and electronic thermometer |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant |