CN108634944A - Intellight voltage-stabilizing device - Google Patents

Abstract

The invention discloses an intelligent voltage stabilizing device, which comprises: a blood pressure monitoring unit, a blood pressure medicine storage tank, a blood pressure medicine storage tank, an intravenous infusion unit and a controller. The blood pressure monitoring unit is used for monitoring the real-time arterial blood pressure value of a patient; The infusion unit is respectively connected with the antihypertensive medicine storage tank and the pressor medicine storage tank, and is used for intravenously injecting the antihypertensive medicine or the blood pressure medicine to the patient; the controller is used to control the intravenous The infusion unit injects antihypertensive agents intravenously to the patient or controls the intravenous infusion unit to inject blood pressure agents intravenously to the patient when the real-time arterial blood pressure value is lower than the second preset blood pressure value; wherein, the first preset blood pressure value is greater than the second preset blood pressure value value. Therefore, the patient's blood pressure can be rapidly stabilized within a predetermined range, and the problem of manual collection of the patient's blood pressure and injection of antihypertensive drugs or booster drugs into the patient according to the blood pressure value in the prior art is solved.

Description

Intelligent Voltage Stabilizer

technical field

The invention relates to the field of medical equipment, in particular to an intelligent voltage stabilizing device.

Background technique

In clinical medicine, some critically ill patients (such as hypertensive encephalopathy, hypertensive crisis, aortic dissection and shock, etc.) and some major operations need to quickly stabilize the patient's blood pressure within a certain range. The blood pressure of the patient is measured by the blood pressure detector at predetermined intervals, and according to the measured blood pressure value, the patient is manually injected with antihypertensive drugs or booster drugs to achieve the purpose of stabilizing the patient's blood pressure.

However, the existing methods of stabilizing blood pressure are relatively cumbersome, and sometimes doctors or nurses are required to stick to the patient's bedside to regulate and control, and it is impossible to accurately control the blood pressure in real time according to the change of the patient's blood pressure.

Contents of the invention

The main purpose of the present invention is to provide an intelligent voltage stabilizing device to at least solve the cumbersome problem in the prior art of manually collecting blood pressure of a patient and injecting antihypertensive or boosting medicine into the patient according to the blood pressure value.

In order to achieve the above object, according to the present invention, an intelligent voltage stabilizing device is provided, including: a blood pressure monitoring unit for monitoring the patient's real-time arterial blood pressure value; an antihypertensive medicine storage tank for storing antihypertensive medicine; a blood pressure medicine The storage tank is used to store the booster medicine; the intravenous infusion unit is connected with the blood pressure medicine storage tank and the blood pressure medicine storage tank respectively, and is used for intravenously injecting the blood pressure medicine or the blood pressure medicine to the patient; the controller is connected with the blood pressure monitoring unit Both are connected with the intravenous infusion unit, and the controller is used to receive the real-time arterial blood pressure value, and control the intravenous infusion unit to intravenously inject antihypertensive drugs to the patient when the real-time arterial blood pressure value is higher than the first preset blood pressure value or when the real-time arterial blood pressure value is lower than the first preset blood pressure value. When the second preset blood pressure value is used, the intravenous infusion unit is controlled to intravenously inject pressor medicine to the patient; wherein, the first preset blood pressure value is greater than the second preset blood pressure value.

Further, the blood pressure monitoring unit includes: a processor; a pressure guiding tube, one end of the pressure guiding tube is connected to the processor; a pressure sensing probe is arranged at the other end of the pressure guiding tube, and the pressure sensing probe is used to insert the patient's artery to feel the blood pressure , and generate a corresponding pressure signal and send it to the processor through the pressure guiding tube; wherein, the processor is used to calculate the real-time arterial blood pressure value of the patient according to the pressure signal.

Further, the intravenous infusion unit includes: an infusion pump, the liquid inlet of the infusion pump communicates with the antihypertensive medicine storage tank and the pressor medicine storage tank respectively; a drainage tube, one end of the drainage tube communicates with the liquid outlet of the infusion pump; The needle is set at the other end of the drainage tube, and the intravenous infusion needle is used to puncture the patient's vein; wherein, the controller is connected with the infusion pump to control the infusion pump to pump the antihypertensive or booster medicine through the drainage tube to the intravenous infusion needle and give the patient intravenously through the IV needle.

Further, the intelligent voltage stabilizing device further includes: a display screen, which is arranged on the casing of the intelligent voltage stabilizing device; wherein, the display screen is connected to the controller, and the display screen is used to display the real-time arterial blood pressure value, the first preset blood pressure value, the second 2. Preset blood pressure value and real-time drug injection flow rate of the intravenous infusion unit.

Further, the intelligent voltage stabilizing device further includes: a control keyboard, which is arranged on the casing and connected to the controller, and the control keyboard is used to input the first preset blood pressure value, the second preset blood pressure value and the preset drug injection flow rate to the controller Wherein, the controller is also used to control the real-time medicament injection flow rate of the intravenous infusion unit to be equal to the preset medicament injection flow rate according to the preset medicament injection flow rate.

Further, the intelligent voltage stabilizing device further includes: a flow rate adjustment button connected to the controller, and the flow rate adjustment button is used to adjust the real-time medicament injection flow rate of the intravenous infusion unit to increase or decrease through the controller.

The intelligent voltage stabilizing device applying the technical solution of the present invention includes: a blood pressure monitoring unit, a storage tank for antihypertensive medicine, a storage tank for boosting medicine, an intravenous infusion unit and a controller. The blood pressure monitoring unit is used to monitor the real-time arterial blood pressure value of the patient; The pressurized drug storage tank is used to store the antihypertensive drug; the booster drug storage tank is used to store the booster drug; the intravenous infusion unit is connected with the antihypertensive drug storage tank and the booster drug storage tank respectively, and is used for intravenously injecting the antihypertensive drug to the patient or booster medicine; the controller is connected with the blood pressure monitoring unit and the intravenous infusion unit, and the controller is used to receive the real-time arterial blood pressure value, and control the intravenous infusion unit to inject intravenously to the patient when the real-time arterial blood pressure value is higher than the first preset blood pressure value Antihypertensive medicine or control the intravenous infusion unit to intravenously inject pressor medicine to the patient when the real-time arterial blood pressure value is lower than the second preset blood pressure value; wherein, the first preset blood pressure value is greater than the second preset blood pressure value. Therefore, the patient's blood pressure can be quickly stabilized within a predetermined range, and the problem of manual collection of the patient's blood pressure and injection of antihypertensive or booster drugs into the patient according to the blood pressure value in the prior art is solved.

Description of drawings

The accompanying drawings described here are used to provide a further understanding of the present invention and constitute a part of the application. The schematic embodiments of the present invention and their descriptions are used to explain the present invention and do not constitute improper limitations to the present invention. In the attached picture:

Fig. 1 is a schematic diagram of the internal structure of an optional intelligent voltage stabilizing device according to an embodiment of the present invention; and

Fig. 2 is a schematic diagram of an external structure of an optional intelligent voltage stabilizing device according to an embodiment of the present invention.

Wherein, the above-mentioned accompanying drawings include the following reference signs:

10. Blood pressure monitoring unit; 11. Processor; 12. Pressure guiding tube; 13. Pressure sensing probe; 20. Antihypertensive drug storage tank; 30. Booster drug storage tank; 40. Intravenous infusion unit; 41. Infusion pump; 42. Drainage tube; 43. Intravenous infusion needle; 50. Controller; 60. Display screen; 70. Shell; 80. Control keyboard; 90. Flow rate adjustment button.

Detailed ways

In order to enable those skilled in the art to better understand the solutions of the present invention, the following will clearly and completely describe the technical solutions in the embodiments of the present invention in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only It is an embodiment of a part of the present invention, but not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts shall fall within the protection scope of the present invention.

The intelligent voltage stabilizing device according to the embodiment of the present invention, as shown in FIG. It is used to monitor the real-time arterial blood pressure value of the patient; the antihypertensive drug storage tank 20 is used to store the antihypertensive drug; the booster drug storage tank 30 is used to store the booster drug; The pressure medicine storage tank 30 is connected, and is used for intravenous injection of antihypertensive medicine or blood pressure medicine to the patient; the controller 50 is connected with the blood pressure monitoring unit 10 and the intravenous infusion unit 40, and the controller 50 is used to receive the real-time arterial blood pressure value, and When the real-time arterial blood pressure value is higher than the first preset blood pressure value, control the intravenous infusion unit 40 to intravenously inject antihypertensive drugs to the patient; pressure medication; wherein, the first preset blood pressure value is greater than the second preset blood pressure value.

The intelligent voltage stabilizing device applying the technical solution of the present invention includes a blood pressure monitoring unit 10, a blood pressure medicine storage tank 20, a pressor medicine storage tank 30, an intravenous infusion unit 40 and a controller 50, and the blood pressure monitoring unit 10 is used to monitor the patient's real-time Arterial blood pressure value; the antihypertensive drug storage tank 20 is used to store the antihypertensive drug; the booster drug storage tank 30 is used to store the booster drug; the intravenous infusion unit 40 is connected with the antihypertensive drug storage tank 20 and the booster drug storage tank 30 respectively , for intravenous injection of antihypertensive or booster medicaments to patients; controller 50 is connected with blood pressure monitoring unit 10 and intravenous infusion unit 40, and controller 50 is used to receive real-time arterial blood pressure value, and when the real-time arterial blood pressure value is higher than Control the intravenous infusion unit 40 to intravenously inject antihypertensive drugs to the patient at the first preset blood pressure value or control the intravenous infusion unit 40 to intravenously inject booster drugs to the patient when the real-time arterial blood pressure value is lower than the second preset blood pressure value; A preset blood pressure value is greater than a second preset blood pressure value. Therefore, the patient's blood pressure can be quickly stabilized within a predetermined range, and the problem of manual collection of the patient's blood pressure and injection of antihypertensive or booster drugs into the patient according to the blood pressure value in the prior art is solved.

During specific implementation, the blood pressure monitoring unit 10 includes a processor 11, a pressure guiding tube 12 and a pressure sensing probe 13; one end of the pressure guiding tube 12 is connected to the processor 11; the pressure sensing probe 13 is arranged on the other end of the pressure guiding tube 12, and the pressure The sensing probe 13 is used to insert the patient's artery to sense the blood pressure, and generate a corresponding pressure signal to be sent to the processor 11 through the pressure guiding tube 12; wherein, the processor 11 is used to calculate the real-time arterial blood pressure value of the patient according to the pressure signal. The blood pressure range between the first preset blood pressure value and the second preset blood pressure value is an appropriate pressure range for the patient, and the controller 50 controls the antihypertensive drug or booster drug to infuse the patient's vein according to the change of the patient's real-time blood pressure value, So as to achieve the purpose of quickly stabilizing the patient's blood pressure. When the patient's blood pressure is stabilized between the first preset blood pressure value and the second preset blood pressure value, the controller 50 controls the intravenous infusion unit 40 to continue the infusion of the current drug at a constant infusion rate, so as to keep the patient's blood pressure continuously stable.

The intravenous infusion unit 40 comprises: an infusion pump 41, a drainage tube 42 and an intravenous infusion needle 43, and the liquid inlet of the infusion pump 41 is communicated with the depressor medicine storage tank 20 and the booster medicine storage tank 30 respectively; one end of the drainage tube 42 is connected with the infusion fluid The liquid outlet of the pump 41 is connected; the intravenous infusion needle 43 is arranged on the other end of the drainage tube 42, and the intravenous infusion needle 43 is used to puncture into the patient's vein; wherein, the controller 50 is connected with the infusion pump 41 to control the infusion pump 41 to The antihypertensive medicine or pressor medicine is pumped to the intravenous infusion needle 43 through the drainage tube 42 , and intravenously injected into the patient through the intravenous infusion needle 43 .

In order to be able to check the patient's blood pressure changes in real time, further, as shown in Figure 2, the intelligent voltage stabilizing device also includes a display screen 60, and the display screen 60 is arranged on the shell 70 of the intelligent voltage stabilizing device; wherein, the display screen 60 and the controller 50, and the display screen 60 is used to display the real-time arterial blood pressure value of the patient, the set first preset blood pressure value, the second preset blood pressure value, and the real-time drug injection flow rate during the infusion process of the intravenous infusion unit 40 .

In order to facilitate the input of the set first preset blood pressure value, the second preset blood pressure value and the preset drug injection flow rate of the intravenous infusion unit 40, further, the intelligent voltage stabilizing device further includes a control keyboard 80, which is arranged on The casing 70 is connected to the controller 50, and the control keyboard 80 is used to input the first preset blood pressure value, the second preset blood pressure value and the preset drug injection flow rate to the controller 50; The preset medicament injection flow rate controls the real-time medicament injection flow rate of the intravenous infusion unit 40 to be equal to the preset medicament injection flow rate. That is, the medical staff can control the real-time drug injection flow rate of the intravenous infusion unit 40 by inputting a preset drug injection flow rate according to the actual state of the patient.

Further, the intelligent voltage stabilizing device also includes a flow rate adjustment button 90, which is also arranged on the housing 70 and is connected to the controller 50. The flow rate adjustment button 90 includes an increase button and a decrease button. Press the increase button or decrease The small button can adjust the real-time medicament injection flow rate of the intravenous infusion unit 40 to increase or decrease through the controller 50 . The real-time drug injection flow rate of the intravenous infusion unit 40 is achieved by the controller 50 controlling the rotation speed of the infusion pump 41 .

In practical application, in order to avoid infection, both the antihypertensive drug storage tank 20 and the booster drug storage tank 30 can be connected to the infusion bag, specifically, the infusion bag containing the antihypertensive drug can be put into the antihypertensive drug storage tank 20 as a whole. Inside, the interface of the infusion bag is connected with the drug solution inlet of the antihypertensive drug storage tank 20, thereby ensuring the supply of antihypertensive drugs; similarly, the infusion bag containing the booster drug is put into the booster drug storage tank 30 as a whole, The interface of the infusion bag is connected with the liquid medicine inlet of the booster medicine storage tank 30, thereby ensuring the supply of the booster medicine. By adopting the infusion bag to supply the medicinal liquid, it can effectively prevent the medicinal liquid from being directly put into the antihypertensive medicine storage tank 20 or the pressurizing medicine storage tank 30 to be repeatedly used to cause infection.

The above are only preferred embodiments of the present invention, and it should be pointed out that for those of ordinary skill in the art, some improvements and modifications can also be made without departing from the principle of the present invention, and these improvements and modifications should also be considered Be the protection scope of the present invention.

Claims (6)

1. a kind of Intellight voltage-stabilizing device, which is characterized in that including：

Blood pressure monitoring unit (10), the real-time arterial pressure value for monitoring patient；

Depressor holding vessel (20), for storing hypotensor；

Pressor agent holding vessel (30), for storing boosting medicament；

Venous transfusion unit (40) is connect with the depressor holding vessel (20) and the pressor agent holding vessel (30) respectively, is used In to patient be injected intravenously hypotensor or boosting medicament；

Controller (50) is all connected with, the controller with the blood pressure monitoring unit (10) and the venous transfusion unit (40) (50) it is used to receive the real-time arterial pressure value, and is controlled when the real-time arterial pressure value is higher than the first default pressure value The venous transfusion unit (40) is injected intravenously hypotensor to patient or is less than second in advance in the real-time arterial pressure value If control the venous transfusion unit (40) when pressure value is injected intravenously boosting medicament to patient；

Wherein, the described first default pressure value is more than the described second default pressure value.

2. Intellight voltage-stabilizing device according to claim 1, which is characterized in that the blood pressure monitoring unit (10) includes：

Processor (11)；

One end of connecting pipe (12), the connecting pipe (12) is connect with the processor (11)；

Pressure sensitive is popped one's head in (13), the other end in the connecting pipe (12) is arranged, the pressure sensitive probe (13) is for inserting Enter patient's artery to experience blood pressure pressure, and generates corresponding pressure signal and the processing is delivered to by the connecting pipe (12) Device (11)；

Wherein, the processor (11) is used to calculate the real-time arterial pressure value of patient according to the pressure signal.

3. Intellight voltage-stabilizing device according to claim 1, which is characterized in that the venous transfusion unit (40) includes：

The inlet of infusion pump (41), the infusion pump (41) is stored up with the depressor holding vessel (20) and the pressor agent respectively Deposit tank (30) connection；

One end of drainage tube (42), the drainage tube (42) is connected to the liquid outlet of the infusion pump (41)；

The other end in the drainage tube (42) is arranged in intravenous infusion needle (43), and the intravenous infusion needle (43) is for puncturing into The vein of patient；

Wherein, the controller (50) connect with the infusion pump (41), with control the infusion pump (41) by hypotensor or Boosting medicament is pumped to the intravenous infusion needle (43) by the drainage tube (42), and by the intravenous infusion needle (43) to Patient is injected intravenously.

4. Intellight voltage-stabilizing device according to claim 1, which is characterized in that the Intellight voltage-stabilizing device further includes：

Display screen (60) is arranged on the shell (70) of the Intellight voltage-stabilizing device；

Wherein, the display screen (60) connect with the controller (50), and the display screen (60) is described dynamic in real time for showing Arteries and veins pressure value, the first default pressure value, the second default pressure value and the venous transfusion unit (40) it is real-time Medicament injects flow velocity.

5. Intellight voltage-stabilizing device according to claim 4, which is characterized in that the Intellight voltage-stabilizing device further includes：

Control keyboard (80) is arranged on the shell (70) and is connect with the controller (50), and control keyboard (80) is used for The first default pressure value, the second default pressure value and default medicament injected current are inputted to the controller (50) Speed；

Wherein, the controller (50) is additionally operable to according to venous transfusion unit (40) described in the default medicament injection flow control Real-time medicament injection flow velocity with the default medicament to inject flow velocity equal.

6. Intellight voltage-stabilizing device according to claim 4, which is characterized in that the Intellight voltage-stabilizing device further includes：

Flow velocity regulation button (90) is connect with the controller (50), and the flow velocity regulation button (90) is for passing through the control The real-time medicament injection flow velocity that device (50) processed adjusts the venous transfusion unit (40) rises or falls.