CN201743689U

CN201743689U - Veterinary use remote control automatic hemostix

Info

Publication number: CN201743689U
Application number: CN2010205106885U
Authority: CN
Inventors: 邓立新
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-08-31
Filing date: 2010-08-31
Publication date: 2011-02-16
Anticipated expiration: 2020-08-31

Abstract

The utility model discloses a veterinary use remote control automatic hemostix comprising a wireless emission unit and a wireless reception execution unit. The wireless emission unit comprises a microprocessor, a wireless emission module, which and the microprocessor are in the communication connection, a power supply module, an operation button module, which are electrically connected with the input port of the microprocessor. The wireless reception execution unit comprises a microprocessor, a power supply module, which is electrically connected with the input port of the input port of the microprocessor, a wireless reception module, which and the microprocessor are in the communication connection, and a relay driving circuit, the input end of which is electrically connected with the output end of the microprocessor. The output end of the driving circuit is electrically connected with the working relay circuit, and the relay can be used to drive the open and close of the clamp body on the medical use vacuum hemostix. The utility model can be used to take the animal blood remotely and in real time, to solve the problem of stress response of animals by the blood taking, and to realize the remote control of the blood sample collection of animals.

Description

Veterinary remote automatic blood collector

Technical field

The present invention relates to hemostix, especially relate to veterinary remote automatic blood collector.

Background technology

At present, to the blood sampling operation of domestic animal such as cattle, horse, camel etc. many by the blood sampling personnel earlier with behind domestic animal Baoding, hold hemospast and directly in the domestic animal body, draw blood.This blood-sampling method can make that the stress of animal is bigger, causes the variation of some index of blood sample of extraction; And be in free movement state, run state, feed state, vehicle-mounted travel position, wild animal non-narcotization fast when need gathering animal, or the blood sample under the different situations such as blood sample change procedure behind the animal medicine feed, above-mentioned blood sampling mode can not satisfy real-time blood sampling.Bring difficulty therefore for the collection of accurately grasping animal blood sample under various varying environments, state.

Summary of the invention

The object of the invention is to provide a kind of Remote veterinary remote automatic blood collector of blood sampling in real time of realizing, be in inconvenient blood sampling state (being in free movement state, run state, feed state, vehicle-mounted travel position, wild animal non-narcotization etc. fast) animal as animal, or be in the state of should not taking a blood sample (as arrest, Baoding, acupuncture stress, after the administration intensive blood sampling and be in certain pathological change etc.) time reaches accurate grasp animal blood sample and changes.

For achieving the above object, the present invention can take following technical proposals:

Veterinary remote automatic blood collector of the present invention comprises wireless transmitting unit and wireless receiving performance element;

Described wireless transmitting unit comprises: microprocessor is electrically connected on power module, the operation push-button module of described microprocessor input interface, and realizes the wireless transmitter module that communicates to connect with microprocessor;

Described wireless receiving driver element comprises: microprocessor, be electrically connected on the power module of described microprocessor input interface, with realize the wireless receiving module communicate to connect with microprocessor, and the relay drive circuit that is electrically connected with output end of microprocessor of input; Described electrical apparatus driving circuit outfan is electrically connected with the working relay circuit; The relay of described working relay circuit is used to drive the folding that is clamped in medical vacuum test tube upper clamp.

For ease of judging duty of the present invention intuitively, be electrically connected with the status indicator lamp circuit respectively in the output end of microprocessor of described wireless transmitting unit, wireless receiving driver element.

The invention has the advantages that and realize that remote live takes a blood sample to domestic animal, the stress problem when therefore not only having solved animal blood sampling; Realized that simultaneously Remote is in real time to the blood specimen collection of domestic animal.For scientific experiments provides blood sample data accurately and reliably, reduced the workload and the security risk of experimental implementation person's samples of animal blood.

Description of drawings

Fig. 1 is a structural representation of the present invention.

Fig. 2 is a wireless transmitting unit schematic block circuit diagram of the present invention.

Fig. 2-the 1st, the power module circuitry schematic diagram of Fig. 2.

Fig. 2-the 2nd, the microcontroller circuit schematic diagram of Fig. 2.

Fig. 2-the 3rd, the wireless transmitter module circuit theory diagrams of Fig. 2.

Fig. 2-the 4th, the button operation modular circuit schematic diagram of Fig. 2.

Fig. 2-the 5th, the status indicator lamp circuit theory diagrams of Fig. 2.

Fig. 3 is a wireless receiving driver element schematic block circuit diagram of the present invention.

Fig. 3-the 1st, the power module circuitry schematic diagram of Fig. 3.

Fig. 3-the 2nd, the microcontroller circuit schematic diagram of Fig. 3.

Fig. 3-the 3rd, the wireless receiving module circuit theory diagrams of Fig. 3.

Fig. 3-the 4th, the relay drive circuit schematic diagram of Fig. 3.

Fig. 3-the 5th, the status indicator lamp circuit theory diagrams of Fig. 3.

Fig. 3-the 6th, the working relay circuit theory diagrams of Fig. 3.

The specific embodiment

As shown in Figure 1, 2, 3, veterinary remote automatic blood collector of the present invention, it comprises wireless transmitting unit 1 and wireless receiving performance element 2; Output end of microprocessor at described wireless transmitting unit 1, wireless receiving driver element 2 is electrically connected with the status indicator lamp circuit respectively.

Described wireless transmitting unit 1 comprises: microprocessor is electrically connected on power module, the operation push-button module of described microprocessor input interface, and realizes the wireless transmitter module that communicates to connect with microprocessor.Shown in Fig. 2-1, the power module input voltage is direct current 5V-9 V, is microprocessor power supply, and provide stable 3.3v voltage to Voltage stabilizing module LM1117, capacitor C 1-C4 is filter capacitor, and resistance R 1 is the display lamp current-limiting resistance, and LED is a power supply indicator.Shown in Fig. 2-2, the high-performance that microprocessor employing atmel corp produces, low-power consumption 8Position AVR single-chip microcomputer-ATmega8 processor, because its advanced instruction set and single clock cycle time for each instruction, the data throughput of ATmega8 has automatic house dog to reset at any time under abnormal conditions up to 1 MIPS/MHz..This part is responsible for handling push button signalling, display lamp moves and transmit key information to wireless transmitter module, makes wireless transmitter module send accurate information.Shown in figure Fig. 2-3, nRF905 is the monolithic radio frequency emitter chip that Norway Nordic company releases, and works in 433/868/915MHz3 ISM channel (can freely use).NRF905 can finish automatically and handle prefix and CRT(CRC) work, transfer of data is reliable and stable, strong anti-interference performance, interior hardware is finished Manchester's code/decoding automatically, use SPI interface and micro-controller communications, dispose very conveniently, its power consumption is very low, electric current has only 11mA during with the output emission of-10dBm, and electric current is 12.5mA when receiving mode.Built-in idle pulley and shutdown mode are easy to realize energy-conservation.The work of nRF905 monolithic wireless transmitter is by a fully-integrated frequency modulator, the receptor of a band demodulator, and a power amplifier, a crystal oscillator and an actuator are formed.The nRF905 chip can be selected the approach of the antenna of various ways as wireless transmission.For low-loss, undersized wireless module, the loop aerial with T type matching network is a fine antenna solution.Native system adopts this kind antenna solution, use be the difference loop aerial.To have a cost low for loop aerial on the PCB plate, and shown in Fig. 2-4,2-5, in the button operation modular circuit, S1-S3 is a button, and resistance KR1-KR3 is a pull-up resistor, and KR10-KR12 is a pull down resistor, and KC1-KC3 is the button filter capacitor.When pressing, button is transferred to the corresponding signal of telecommunication of microprocessor.Display lamp LED1, LED1 are by microprocessor control indication corresponding state.

Described wireless receiving driver element 2 comprises: microprocessor, be electrically connected on the power module of described microprocessor input interface, with realize the wireless receiving module communicate to connect with microprocessor, and the relay drive circuit that is electrically connected with output end of microprocessor of input; Described electrical apparatus driving circuit outfan is electrically connected with the working relay circuit; The relay of described working relay circuit is used to drive the folding that is clamped in medical vacuum test tube 3 upper clamp 4.Shown in Fig. 3-1, described power module circuitry input voltage is that direct current 15V-9 V is little processing power supply, and for Voltage stabilizing module LM317 provides stable 5v voltage, WC1-WC4 is filter capacitor, WR1, WR2 are divider resistance, and LED is a power supply indicator.Shown in Fig. 3-2, the microprocessor duty is handled the wireless signal that receives, and sends the relay action command.The high-performance that microprocessor employing atmel corp produces, low-power consumption 8Position AVR single-chip microcomputer---ATmega8 processor, because its advanced instruction set and single clock cycle time for each instruction, the data throughput of ATmega8 has automatic house dog to reset at any time under abnormal conditions up to 1 MIPS/MHz..Shown in Fig. 3-3, the monolithic radio frequency emitter chip nRF905 that the wireless receiving module circuit adopts Norway Nordic company to release, work in 433/868/915MHz3 ISM channel (can freely use), automatically finish and handle prefix and CRT(CRC) work, transfer of data is reliable and stable, strong anti-interference performance, interior hardware is finished Manchester's code/decoding automatically, use SPI interface and micro-controller communications, dispose very convenient, its power consumption is very low, and electric current has only 11mA during with the output emission of-10dBm, and electric current is 12.5mA when receiving mode.Built-in idle pulley and shutdown mode are easy to realize energy-conservation.Monolithic radio frequency emitter chip nRF905 works by a fully-integrated frequency modulator, the receptor of a band demodulator, and a power amplifier, a crystal oscillator and an actuator are formed.Shown in Fig. 3-4,3-5, relay drive circuit adopts chip ULN2003, directly drives relay coil, and it is convenient and practical to need not additional circuit.Will drive the corresponding actuating of relay when chip receives the instruction that microprocessor sends, duty is by the LED among Fig. 3-5 1, LED2 indication.Shown in Fig. 3-6, the working relay circuit is made of relay J DQ1-JDQ3, is used to drive the folding of execution unit clamp 4.J1-J3 is the peripheral components binding post, and LED1-LED3 is the relay relay indicating light, and R1-R3 is the display lamp current-limiting resistance, and three 1N4148 are relay coil protection diode.

The present invention uses operating process as follows:

1, Baoding cattle only: cattle is led into Bao Dinglan from the rear on hurdle, Baoding, lain in halter rope on the front pillar and fasten buttocks rope, shoulder rope and abdomen rope; In the process of Baoding, static line should be beaten slip-knot, so that untie, prevents contingency; Take care, operator prevent to play, push up, bite.

2, partly sterilised, imbed venous duct: venous duct inserting needle mouth is selected to determine the inserting needle position in cervical region 1/2 place, (40cm around jugular vein inserting needle position ²) cropping, the acupuncture treatment of sterilization back, blood was seen in pumpback after puncture needle was gone into vein, by the pin mouth guiding wire is imported vein, guiding wire stays 35cm, extracts puncture needle, cut skin 0.4cm at the inserting needle place with broken dermatotome, No. 1 dilator is extracted dilator No. 1 along the guiding wire intravasation, and No. 2 dilators are once more along the guiding wire intravasation, take out No. 2 dilator, central venous catheter is along the guiding wire intravasation, and guiding wire is extracted out from central venous catheter, blocks catheter switch, the good vein conduit of sutured, prolong pipe in the connection, earlier with 20ml normal saline pumpback inner air tube afterpulse formula irrigating catheter, reuse 10ml heparin diluent closes ducts.

3, knapsack is installed: only put on the back for cattle and regulate each thread gluing and make knapsack only be close to cattle, regulate the good whole knapsack of broadband fixed of chest, make not move left and right forwards, backwards of knapsack to knapsack.

4, wireless receiving driver element 2 and battery are placed in the right side bag of knapsack, medical vacuum test tube 3 and clamping clamp 4, incubation chamber thereon are placed in the bag of left side, blood taking needle in the connection, energized gets final product.When needs are taken a blood sample, press the remote controller respective switch, the blood sampling beginning, the display lamp on the wireless receiving driver element 2 is bright; At first gather a pipe racks the discarded liquid of tube-sealing solution is arranged, begin to gather whole blood after 15 seconds and deposit in incubation chamber; Blood sampling finished when display lamp extinguished.Pull up disposable blood taking needle, take off medical vacuum test tube 3, end of operation.So operation can be by time plan blood sampling continuously, but and the bull animal carry out simultaneously.

Claims

1. veterinary remote automatic blood collector, it is characterized in that: it comprises wireless transmitting unit (1) and wireless receiving performance element (2);

Described wireless transmitting unit (1) comprising: microprocessor is electrically connected on power module, the operation push-button module of described microprocessor input interface, and realizes the wireless transmitter module that communicates to connect with microprocessor;

Described wireless receiving driver element (2) comprising: microprocessor, be electrically connected on the power module of described microprocessor input interface, with realize the wireless receiving module communicate to connect with microprocessor, and the relay drive circuit that is electrically connected with output end of microprocessor of input; Described electrical apparatus driving circuit outfan is electrically connected with the working relay circuit; The relay of described working relay circuit is used for driving the folding that is clamped in medical vacuum test tube (3) upper clamp (4).

2. veterinary remote automatic blood collector according to claim 1 is characterized in that: the output end of microprocessor at described wireless transmitting unit (1), wireless receiving driver element (2) is electrically connected with the status indicator lamp circuit respectively.