CN204050510U - Medicinal liquid transmitting device and medicinal liquid transmitting, monitoring device - Google Patents
Medicinal liquid transmitting device and medicinal liquid transmitting, monitoring device Download PDFInfo
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- CN204050510U CN204050510U CN201420323828.6U CN201420323828U CN204050510U CN 204050510 U CN204050510 U CN 204050510U CN 201420323828 U CN201420323828 U CN 201420323828U CN 204050510 U CN204050510 U CN 204050510U
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- medicinal liquid
- dismountable
- pumping
- driving body
- portable control
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Abstract
This utility model relates to a kind of medicinal liquid transmitting device and medicinal liquid transmitting, monitoring device, wherein, medicinal liquid transmitting device, comprise a portable control body and a dismountable medicinal liquid driving body, portable control body has an accommodation space, dismountable medicinal liquid driving body is installed in the accommodation space on portable control body, dismountable medicinal liquid driving body has an infusion pipeline and an infusion pipeline, infusion pipeline has medicinal liquid, pumping is adjacent to infusion pipeline, wherein hold dismountable medicinal liquid driving body by user and be assembled into portable control body, portable control body is made to provide an electric power to dismountable medicinal liquid driving body, the power that medicinal liquid transmits is provided, and a kind of and medicinal liquid transmitting, monitoring device.The beneficial effects of the utility model are: liquid medicine contamination can be prevented in driving body, and avoid driving body service life to cross the medicinal liquid flow output abnormality that causes for a long time, its supervising device has pumping type identifier unit and two or more medicinal liquid transmission mode, the error reducing the setting on using and use, significantly increases its convenience.
Description
Technical field
This utility model has about a kind of medicinal liquid transmitting device and medicinal liquid transmitting, monitoring device, particularly relates to a kind of deserted medicinal liquid and drives body to install medicinal liquid transmission into portable control body and supervising device.
Background technology
Current medicinal liquid transmitting device all adopts mechanical driven unit, mostly installing with medicinal liquid consumptive material has on the portable control body of driver (pumping), but, when sufferer or medical personnel must carry out a series of setting when operating, such as comprise " four hours administration maximums (FourHourLimit), single drug infusion amount (BolusAmount), each delivery time (LockoutTime), and setting is the need of " the setting of continuous infusion amount (ContinuesDosage) etc. of continuous infusion medicine, its process is not only loaded down with trivial details and easily cause sufferer or the medical personnel institute when operation mistake setting is abnormal to cause injury life danger and health being difficult to estimation.
In addition, the driving body (pumping) of medicinal liquid transmitting device is on the market made into integration with control body, and is separated with medicinal liquid consumptive material, not only bulky, expensive, and causes the liquid medicine contamination driven on body (pumping).
In addition, medicinal liquid transmitting device its drive body (pumping) also easy because of service life excessively of a specified duration, cause medicinal liquid flow output abnormality.
Must point out in addition, sufferer or medical personnel, when operating medicinal liquid transmitting device, because each medicinal liquid transport device interface is not quite similar, easily cause the inconvenience in use, make sufferer or medical personnel produce safety problem on the suitability and life health.
Utility model content
For the deficiencies in the prior art, the purpose of this utility model is to provide a kind of medicinal liquid transmitting device, it drives body (pumping) and medicinal liquid consumptive material to be made into integration and to be that jettisonable medicinal liquid drives body to make medicinal liquid transmitting device, described jettisonable medicinal liquid drives body to be separated with control body in addition, independent by indivedual each self-separation of the medicinal liquid of the pumping of jettisonable and infusion pipeline that uses, prevent from causing liquid medicine contamination in driving body (pumping), and avoid driving body (pumping) service life to cross for a long time institute and cause medicinal liquid flow output abnormality.
Another object of the present utility model is to provide a kind of medicinal liquid transmitting, monitoring device, there is pumping type identifier unit and two or more medicinal liquid transmission mode, debated by portable control body and known pumping model, control body in addition corresponding and select wherein a kind of medicinal liquid transmission mode, such as anesthetics transmission mode, medicinal liquid transmission mode, blood-transmitted pattern, and drop transmission mode, the error reducing the setting on using and use, significantly increases its convenience.
The technical scheme of a kind of medicinal liquid of this utility model transmitting device is as follows:
A kind of medicinal liquid transmitting device, comprises:
One portable control body, has an accommodation space: and
One dismountable medicinal liquid driving body, install in the accommodation space of described portable control body, described dismountable medicinal liquid driving body has:
One infusion pipeline, has a medicinal liquid; And
One pumping, is arranged at contiguous described infusion pipeline place;
Make described dismountable medicinal liquid driving body be assembled into described portable control body, described portable control body provides an electric power to described dismountable medicinal liquid driving body, with the power providing described medicinal liquid to transmit.
Above-mentioned medicinal liquid transmitting device, is arranged at the described pumping at contiguous described infusion pipeline place, is positioned at described infusion pipeline side.
The technical scheme of a kind of medicinal liquid of this utility model transmitting, monitoring device is as follows:
A kind of medicinal liquid transmitting, monitoring device, comprises:
One portable control body, has an accommodation space and a control unit, and described control unit has a control signal, a pumping model detecting unit and has the medicinal liquid transmission mode of two or more pattern:
One dismountable medicinal liquid driving body, installs in the described accommodation space on described portable control body, and provides an electric power to described dismountable medicinal liquid driving body by described portable control body, and described dismountable medicinal liquid driving body has:
One medicinal liquid;
One pumping, controls described pumping by described control signal, to control the medicinal liquid flow under each described medicinal liquid transmission mode; And
One information transmission modular, there is a pumping type identifier unit, there is provided a type identifier code of described pumping to described pumping model detecting unit, with correspondence wherein one described in medicinal liquid transmission mode, wherein said medicinal liquid transmission mode at least have a pharmaceutical practice pattern, a blood transfusion procedure pattern and a drop operator scheme one of them.
Above-mentioned medicinal liquid transmitting, monitoring device, described portable control body also has a slot, and described slot is inserted with a blood oxygen concentration measurement module.
Above-mentioned medicinal liquid transmitting, monitoring device, described information transmission modular also has a flow detecting unit, its a medicinal liquid flow Signal transmissions extremely described control unit that will record.
Above-mentioned medicinal liquid transmitting, monitoring device, described control unit also stores two or more data on flows, and when the corresponding data on flows wherein of described medicinal liquid flow signal, described medicinal liquid flow be exception, makes described control unit produce an alarm signal.
Above-mentioned medicinal liquid transmitting, monitoring device, described portable control body also has two guide grooves, one first electrical contact, described two guide grooves are oppositely arranged, described two guide grooves adjacent to described accommodation space and described two guide grooves be communicated with described accommodation space separately, described first electrical contact is positioned at described accommodation space and between described two guide grooves of two mutual opposition.
Above-mentioned medicinal liquid transmitting, monitoring device, described dismountable medicinal liquid driving body also has two guide rails, an opening and one second electric connection point, described two guide rails oppose setting mutually, described opening is between described two guide rails, described second electrical contact is positioned at described opening and between two described two guide rails that mutually opposition is arranged, snap in equidirectional described guide groove by described guide rail, equidirectional described first electric connection point and described second electric connection point are contacted conducting and being electrically connected.
Above-mentioned medicinal liquid transmitting, monitoring device, described control unit also stores a transfusion course record information.
Above-mentioned medicinal liquid transmitting, monitoring device, described portable control body also has one with/without line transmission unit, transmits described transfusion course record information to outside, to make further information analysis by described with/without line transmission unit.
Flux detecting unit wherein has two or more temperature sensor, flows through the temperature difference that a temperature sensor wherein produces to another temperature sensor, measure the flow of medicinal liquid according to this by medicinal liquid.
The beneficial effects of the utility model are: liquid medicine contamination can be prevented in driving body, and avoid driving body service life to cross the medicinal liquid flow output abnormality that causes for a long time, its supervising device has pumping type identifier unit and two or more medicinal liquid transmission mode, the error reducing the setting on using and use, significantly increases its convenience.
Accompanying drawing explanation
Figure 1A is the first block diagram of medicinal liquid transmitting device of the present utility model.
Figure 1B is the structural representation of medicinal liquid of the present utility model transmission (monitoring) device.
Fig. 1 C is the STRUCTURE DECOMPOSITION schematic diagram of medicinal liquid of the present utility model transmission (monitoring) device.
Fig. 1 D is the combination schematic diagram of medicinal liquid of the present utility model transmission (monitoring) device.
Fig. 2 is the second block diagram of medicinal liquid transmitting, monitoring device of the present utility model.
Fig. 3 A is third party's frame schematic diagram of medicinal liquid transmitting, monitoring device of the present utility model.
Fig. 3 B is the flux detecting unit section partial structurtes schematic diagram of medicinal liquid transmitting, monitoring device of the present utility model.
Fig. 4 is the 4th block diagram of medicinal liquid transmitting, monitoring device of the present utility model.
Fig. 5 is the 5th block diagram of medicinal liquid transmitting, monitoring device of the present utility model.
wherein:
1: medicinal liquid transmitting device;
10: medicinal liquid transmitting, monitoring device;
11: portable control body;
111: accommodation space;
1111: guide groove;
1112: the second electric connection point;
1113: the three telecommunication junction points;
112: control unit;
1121: control signal;
1122: pumping model detecting unit;
1123: medicinal liquid transmission mode;
1124: blood transfusion procedure pattern;
1125: drop operator scheme;
1126: pharmaceutical practice pattern;
1127: alarm signal;
1128: data on flows:
1129: transfusion course record information;
113: electric power;
114: slot:
115: with/without line transmission unit;
12: dismountable medicinal liquid driving body;
120: guide rail;
1201: opening;
1202: the second electrical contacts;
1203: the four telecommunication junction points;
121: infusion pipeline;
1211: medicinal liquid;
122: piezoelectricity pumping;
123: information transmission modular;
124: pumping type identifier unit;
1241: type identifier code;
125: flux detecting unit;
1251: preheater;
1252: medicinal liquid flow signal;
1253: the first temperature sensors;
1254: the second temperature sensors; And
2: blood oxygen concentration measurement module.
Detailed description of the invention
Refer to Figure 1A to Fig. 1 D, it is the first block diagram, the medicinal liquid transmission structural representation of (monitoring) device, the STRUCTURE DECOMPOSITION schematic diagram of medicinal liquid transmitting device of the present utility model and combines schematic diagram.In figure, medicinal liquid transmitting device 1 comprises portable control body 11 and a dismountable medicinal liquid driving body 12.Portable control body 11 has an accommodation space 111.In this embodiment, portable control body 11 also has two guide groove 1111,1 first electrical contacts 1112.Wherein, two guide grooves 1111 are relative, two guide grooves 1111 adjacent to accommodation space 111 and two guide grooves 1111 be communicated with accommodation space 111 separately.Bend towards another guide groove 1111 direction after this guide groove 1111 extends by housing end face is axial and extend and the L-type body of each self-forming protrusion, the end face that namely this guide groove 1111 is extended by housing wish and the L-type body that housing extends defined.Wherein, the first electrical contact 1112 (being illustrated as a PIN hole) is communicated with accommodation space 111, and the first electrical contact 1112 is positioned at accommodation space 111 and between two opposed facing two guide grooves 1111.
Dismountable medicinal liquid driving body 12 is installed in the accommodation space 111 on portable control body 11, and dismountable medicinal liquid driving body 12 has an infusion pipeline 121 (infusion pipeline 121 has a medicinal liquid 1211), piezoelectricity pumping 122 and an information transmission modular 123.In this embodiment, dismountable medicinal liquid driving body 12 also can have two guide rail 120, opening 1201 and one second electric connection point 1202.
In this embodiment, the opposed setting of two guide rails 120, opening 1201 is between two guide rails 120, rightabout bending towards another guide rail 120 after another housing bottom surface of each freedom of two guide rails 120 axially extends extends, and the L-type body that each self-forming is protruded, the L-type body that this guide rail 120 extends after namely being bent by the rightabout towards another guide rail 120 defining wherein.Second electrical contact 1202 (being illustrated as a PIN) is positioned at opening 1201 and between two guide rails 120 of two opposed settings.Above-mentioned guide rail 120 can snap in equidirectional guide groove 1111 makes equidirectional first electric connection point 1112 and the second electric connection point 1202 contact conducting and being electrically connected simultaneously.
Wherein be assembled into portable control body 11 when user hand-held dismountable medicinal liquid driving body 12, portable control body 11 is made to provide an electric power 113 via the first electrical contact 1112, second electrical contact 1202 to dismountable medicinal liquid driving body 12, with the power providing medicinal liquid 1211 to transmit, the space that minimizing another increase power supply produces and weight, to reduce costs expenditure.The above-mentioned piezoelectricity pumping 122 being adjacent to infusion pipeline 121, can be positioned at infusion pipeline 121 and be positioned at infusion pipeline 121 side.In this embodiment, pumping can be piezoelectric type pumping 122, but not as limit.By indivedual use the piezoelectricity pumping 122 of jettisonable near infusion pipeline 121 each self-separation independent (as shown in Figure 3 B), the medicinal liquid 1211 making infusion pipeline 121 to provide power flows, can prevent from causing medicinal liquid 1211 to pollute in piezoelectricity pumping 122, and avoid piezoelectricity pumping 122 because service life crosses the one-tenth medicinal liquid 1211 flow output abnormality made for a long time.
Refer to Fig. 2, it is the second block diagram of medicinal liquid transmitting device of the present utility model.In figure, medicinal liquid transmitting, monitoring device 10 comprises portable control body 11 and a dismountable medicinal liquid driving body 12.Portable control body 11 has accommodation space 111 and a control unit 112, control unit 112 controls medicinal liquid flow, and control unit 112 has control signal 1121, pumping model detecting unit 1122 and includes the medicinal liquid transmission mode 1123 of two or more medicinal liquid transmission mode.
Dismountable medicinal liquid driving body 12 is installed in the accommodation space 111 on portable control body 11 by user, and utilizes portable control body 11 to provide electric power 113 to dismountable medicinal liquid driving body 12.Dismountable medicinal liquid driving body 12 has an infusion pipeline 121 (infusion pipeline 121 has a medicinal liquid 1211), piezoelectricity pumping 122 and an information transmission modular 123.Piezoelectricity pumping 122 provides power to transmit the medicinal liquid 1211 in infusion pipeline 121, controls this pumping by control signal 1121, and to control the flow of medicinal liquid 1211, in this embodiment, pumping can be piezoelectric type pumping 122, but not as limit.
Information transmission modular 123 has a pumping type identifier unit 124, and pumping type identifier unit 124 provides type identifier code 1241 to a pumping model detecting unit 1122 of pumping, with a correspondence medicinal liquid transmission mode 1123 wherein.Therefore, the pumping model detecting unit 1122 in portable control body 11 starts to obtain the type identifier code 1241 that the pumping type identifier unit 124 in dismountable medicinal liquid driving body 12 provides.Type identifier code 1241 represents various different pump type, and (medicinal liquid transmission mode 1123 is roughly divided into the pharmaceutical practice pattern 1126 (anaesthetic of the various different model identification code 1241 of another setting again, cardiac tonic etc. controlled substance) pump type, the pump type of blood transfusion procedure pattern 1124 (again the blood of the different blood group of the various different model identification code 1241 of another setting) or the drop operator scheme 1125 (normal saline solution of the various different model identification code 1241 of another setting again, Glucose Liquid, protein liquid or vitamin etc. nutrient) pump type, or, dispatch from the factory control information (correction reference when pumping can be provided to dispatch from the factory).
The pumping type identifier unit 124 of dismountable medicinal liquid driving body 11 provides a type identifier code 1241 of piezoelectricity pumping 122, various type identifier code 1241 is arranged in pairs or groups corresponding with the medicinal liquid (various medicine, various blood or all kinds of drop product) of various type in tank body (such as liquid storing bag, liquid containing bottle or liquid storage pipe) mutually, distinguish to provide the pumping model detecting unit 1122 of portable control body 11 to be detected, prevent sufferer from misapplying the medicinal liquid do not conformed to and cause incuring loss through delay treatment even be poisoned to death.The infusion pipeline 121 of dismountable medicinal liquid driving body 12 connects the tube for transfusion of tank body, represents with liquid storing bag and connected tube for transfusion in this embodiment, but not as limit (as shown in Figure 1B).
Medicinal liquid 1211 required for selecting according to user is together with the piezoelectricity pumping 122 coordinated, and now, namely dismountable medicinal liquid driving body 12 is installed into portable control body 11.If pumping model detecting unit 1122 detects model identification code 1241 when not conforming to, control unit 112 sends alarm signal 1127 and warns.If pumping model detecting unit 1122 detects model identification code 1241 when meeting, at the same time, control unit 112 selects medicinal liquid transmission mode 1123 for after various pharmaceutical practice pattern, various blood transfusion procedure pattern 1124 or various drop operator scheme 1125.Namely portable control body 11 directly enters the basic setting screen simplified, (in each operator scheme, namely comprise " the four hours administration maximums (FourHourLimit) preset, single drug infusion amount (BolusAmount), each delivery time (LockoutTime), and setting the need of continuous infusion medicine " setting of continuous infusion amount (ContinuesDosage) etc.), and do not need the setting through complexity, can abandon together in company with medicinal liquid consumptive material after medicinal liquid 1211 uses, therefore patient can not be made to use same pumping to cause infection, and facilitate medical personnel to operate.
Refer to shown in 3A, 3B figure, it is third party's frame schematic diagram and the flux detecting unit section partial structurtes schematic diagram of medicinal liquid transmitting, monitoring device of the present utility model.In figure, the embodiment of Fig. 2 and the 1st figure is roughly the same, thus identical assembly and effect this not with repeat.In figure unlike, in Fig. 2, information transmission modular 123 also has a flow detecting unit 125, and control unit 112 also stores two or more data on flows 1128.The data on flows 1128 that above-mentioned flux detecting unit 125 produces medicinal liquid flow signal 1252 a to control unit 112 contrasts.When a medicinal liquid flow signal 1252 correspondence data on flows 1128 wherein conforms to, medicinal liquid flow is normal.When a medicinal liquid flow signal 1252 correspondence data on flows 1128 is wherein different, medicinal liquid flow is abnormal, makes control unit 112 produce an alarm signal 1127, in order to warn leakage in infusion pipeline 121, obstruction, or containing situations such as air.
This flux detecting unit 125 can have preheater 1251, two or more temperature sensor 1253,1254, flow through by medicinal liquid 1211 temperature difference that the first temperature sensor 1253 to the second temperature sensor 1254 wherein produces, measure the flow of infusion pipeline 121 herb liquid 1211 according to this.In other words, the temperature flowed into the first temperature sensor 1253 is for benchmark, when flow velocity is slow, now medicinal liquid 1211 flows through preheater 1251 its extending heating time slow, and medicinal liquid 1211 flows into the second temperature sensor 1254 again and can sense and learn that temperature significantly improves.Otherwise when flow velocity is fast, now to flow through preheater 1251 of short duration for its heat time heating time quick for medicinal liquid 1211, and medicinal liquid flows into the second temperature sensor 1254 again and can sense and learn that temperature improves slightly.(path that medicinal liquid 1211 flows between the second temperature sensor 1254 and preheater 1251 is short, and therefore loose temperature of overflowing is minimum ignores).Therefore, then have a narrow range of temperature when medicinal liquid 1211 flow is large, hour then the temperature difference is large for medicinal liquid 1211 flow.
Therefore, when medicinal liquid 1211 is in flowing stage, during infusion pipeline 121 leakage, medicinal liquid 1211 reason flow regime then in pipeline transfers flow regime more at a high speed to, therefore the temperature of two temperature sensing actuator temperatures transfers the low state of the temperature difference to by with default temperature difference state, and now control unit 112 produces alarm signal 1127 to warn medical personnel or sufferer.When medicinal liquid 1211 is in quiescent phase, preheater 1251 is closed, and prevents preheater 1251 continuous heating medicinal liquid 1211.
When medicinal liquid 1211 is in flowing stage, medicinal liquid 1211 reason flow regime when infusion pipeline 121 blocks then in pipeline transfers resting state to, therefore the temperature of two temperature sensing actuator temperatures gradually will transfer to without temperature difference state to have temperature difference state, or directly transfer to without temperature difference state, now control unit 112 produces alarm signal 1127 to warn medical personnel or sufferer: when medicinal liquid 1211 is in flowing stage, when infusion pipeline 121 is containing air, because air gets preheater 1251 no liquid medium is as heat dissipation vehicle, therefore the temperature sensing actuator temperature in pipeline will sharply rise sharply, now control unit 112 produces alarm signal 1127 to warn medical personnel or sufferer.
In addition, portable control body 11 also has one the 3rd telecommunication junction point 1113, and dismountable medicinal liquid driving body 12 also has one the 4th telecommunication junction point 1203.Wherein, the 3rd telecommunication junction point 1113 (being illustrated as a PIN hole) is communicated with accommodation space 111, and the 3rd telecommunication junction point 1113 is positioned at accommodation space and between two opposed facing two guide grooves 1111 (as shown in Figure 1 C).
4th telecommunication junction point 1203 (icon is a PIN) is positioned at opening 1201 and between two opposed facing two guide rails 120.Above-mentioned guide rail 120 can snap in guide groove 1111 makes contact conducting and the telecommunication of the 3rd telecommunication junction point 1113 and the 4th telecommunication junction point 1203 connect simultaneously, causes flux detecting unit 125 to produce a medicinal liquid flow signal 1252 (temperature that medicinal liquid flow signal 1252 conversion sensor is responded to) to the data on flows 1128 (temperature code that data on flows 1128 presets) of control unit 112 and contrasts.(as shown in Figure 1 C).
Refer to shown in Fig. 4, it is the 4th block diagram of medicinal liquid transmitting, monitoring device of the present utility model.In figure, the embodiment of Fig. 4 and the 3rd figure is roughly the same, thus identical assembly and effect this not with repeat.In figure unlike, in 3rd figure, portable control body 11 also has a slot 114, whether slot 114 can increase and plugs into a blood oxygen concentration measurement module 117 (SpO2) by unrestricted choice, under stupor or situation that cannot be autonomous, fatal side effect or complication is there is to prevent patient, especially when medicinal liquid transmitting device 1 is applied in the surgical operation of anaesthetic (PCA), sufferer Chang Bingfa hypoxemia and because hypoxemia easily bring out and increase the weight of the factor of other disease.
Refer to shown in Fig. 5, it is the 5th block diagram of medicinal liquid transmitting, monitoring device of the present utility model.In figure, the embodiment of Fig. 5 and Fig. 4 is roughly the same, thus identical assembly and effect this not with repeat.In figure unlike, in Fig. 4, have in portable control body 11 one with/without line transmission unit 115 and control unit 112 store one transfusion course record information 1129.By with/without line transmission unit 115 (such as USB, RS232, Wi-Fi, bluetooth, RFID, 3G, 4G, WiMAX interface with/without line transmission means) transmit this transfusion course record information 1129 to outside, to do analysis or the reading of further information, above-mentioned transfusion course record information 1129 can export total amount record including but not limited to each medicinal liquid, the medicinal liquid output gap time notes down and the record of time per unit medicinal liquid output valve, and the content record of physiology monitor measurement etc.
Above-described embodiment is only for clearly illustrating that this utility model creates example, and not this utility model is created to the restriction of detailed description of the invention.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.All within spirit of the present utility model and principle any apparent change of extending out or variation be still among the protection domain of this claim.
Claims (10)
1. a medicinal liquid transmitting device, is characterized in that, comprises:
One portable control body, has an accommodation space: and
One dismountable medicinal liquid driving body, install in the accommodation space of described portable control body, described dismountable medicinal liquid driving body has:
One infusion pipeline, has a medicinal liquid; And
One pumping, is arranged at contiguous described infusion pipeline place;
Make described dismountable medicinal liquid driving body be assembled into described portable control body, described portable control body provides an electric power to described dismountable medicinal liquid driving body, with the power providing described medicinal liquid to transmit.
2. medicinal liquid transmitting device according to claim 1, is characterized in that, is arranged at the described pumping at contiguous described infusion pipeline place, is positioned at described infusion pipeline side.
3. a medicinal liquid transmitting, monitoring device, is characterized in that, comprises:
One portable control body, has an accommodation space and a control unit, and described control unit has a control signal, a pumping model detecting unit and has the medicinal liquid transmission mode of two or more pattern:
One dismountable medicinal liquid driving body, installs in the described accommodation space on described portable control body, and provides an electric power to described dismountable medicinal liquid driving body by described portable control body, and described dismountable medicinal liquid driving body has:
One medicinal liquid;
One pumping, controls described pumping by described control signal, to control the medicinal liquid flow under each described medicinal liquid transmission mode; And
One information transmission modular, there is a pumping type identifier unit, there is provided a type identifier code of described pumping to described pumping model detecting unit, with correspondence wherein one described in medicinal liquid transmission mode, wherein said medicinal liquid transmission mode at least have a pharmaceutical practice pattern, a blood transfusion procedure pattern and a drop operator scheme one of them.
4. medicinal liquid transmitting, monitoring device according to claim 3, is characterized in that, described portable control body also has a slot, and described slot is inserted with a blood oxygen concentration measurement module.
5. medicinal liquid transmitting, monitoring device according to claim 3, is characterized in that, described information transmission modular also has a flow detecting unit, its a medicinal liquid flow Signal transmissions extremely described control unit that will record.
6. medicinal liquid transmitting, monitoring device according to claim 5, it is characterized in that, described control unit also stores two or more data on flows, when the corresponding data on flows wherein of described medicinal liquid flow signal, described medicinal liquid flow is abnormal, makes described control unit produce an alarm signal.
7. medicinal liquid transmitting, monitoring device according to claim 3, it is characterized in that, described portable control body also has two guide grooves, one first electrical contact, described two guide grooves are oppositely arranged, described two guide grooves adjacent to described accommodation space and described two guide grooves be communicated with described accommodation space separately, described first electrical contact is positioned at described accommodation space and between two described two guide grooves that mutually opposition is arranged.
8. medicinal liquid transmitting, monitoring device according to claim 7, it is characterized in that, described dismountable medicinal liquid driving body also has two guide rails, an opening and one second electric connection point, described two guide rails oppose setting mutually, described opening is between described two guide rails, described second electrical contact is positioned at described opening and between two described two guide rails that mutually opposition is arranged, snap in equidirectional described guide groove by described guide rail, equidirectional described first electric connection point and described second electric connection point are contacted conducting and being electrically connected.
9. medicinal liquid transmitting, monitoring device according to claim 3, is characterized in that, described control unit also stores a transfusion course record information.
10. medicinal liquid transmitting, monitoring device according to claim 9, it is characterized in that, described portable control body also has one with/without line transmission unit, transmits described transfusion course record information to outside, to make further information analysis by described with/without line transmission unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420323828.6U CN204050510U (en) | 2014-06-18 | 2014-06-18 | Medicinal liquid transmitting device and medicinal liquid transmitting, monitoring device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420323828.6U CN204050510U (en) | 2014-06-18 | 2014-06-18 | Medicinal liquid transmitting device and medicinal liquid transmitting, monitoring device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204050510U true CN204050510U (en) | 2014-12-31 |
Family
ID=52192110
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420323828.6U Expired - Fee Related CN204050510U (en) | 2014-06-18 | 2014-06-18 | Medicinal liquid transmitting device and medicinal liquid transmitting, monitoring device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204050510U (en) |
-
2014
- 2014-06-18 CN CN201420323828.6U patent/CN204050510U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141231 Termination date: 20150618 |
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| EXPY | Termination of patent right or utility model |