Utility model content
For the problems referred to above, the utility model proposes a kind of rotary test device for measurement while-drilling instrument, its structure
Simply, measure convenient, reduce the spoilage of product.
This utility model provides a kind of rotary test device for measurement while-drilling instrument, and described device includes sleeve, electricity
Road plate and power module, circuit board and power module are respectively positioned in the sleeve, and one end of the sleeve is connected with adaptor, set
The other end of cylinder is connected with reception device, and the other end of the adaptor is connected with Devices to test,
The sleeve has accommodating chamber, and the side of the sleeve offers the perforate connected with the accommodating chamber, described to open
Cover plate is covered with hole, support in the accommodating chamber, is provided with, at least one holding tank, the receiving on the support, is provided with
Groove is relative with the perforate, is provided with baffle plate between adjacent holding tank;
Gyro module, MCU module, CAN communication module, FSK modulation demodulation module and nothing are integrated with the circuit board
Line communication module, the MCU module passes through CAN communication module and FSK modulation demodulation module gathers the measurement of the Devices to test
Parameter, the gyro module gather the spin data of Devices to test, and the measurement parameter and spin data of collection pass through channel radio
News module transfer is to host computer;
The power module includes multiple alkaline batteries, and multiple alkaline batteries are contained in the holding tank.
Further, multiple alkaline batteries are No. 5 alkaline batteries, and multiple batteries are to be connected in series, multiple alkaline batteries
Supply voltage is 10-18V.
Further, the alkaline battery is 8 sections, the 8 section alkaline battery series connection, and the voltage of each alkaline battery is
1.5V, the voltage that the 8 section alkaline battery is provided is 12V, and the capacity of the 8 section alkaline battery is 1500mAh.
Further, power supply indicator and on and off switch are additionally provided with the sleeve, the on and off switch is used to control
The keying of power module.
Further, wireless receiving module, microprocessor and USB are provided with the host computer and turn serial port module, it is described
Communicated to connect by asynchronous serial communication mouth between wireless receiving module and microprocessor, the wireless receiving module is used to receive
The signal that the wireless communication module sends, the microprocessor and USB turn to pass through asynchronous serial communication mouth between serial port module
Communication connection.
Further, the host computer is monitoring computer, and the monitoring computer is carried out for the data to receiving
Synchronous monitoring, data analysiss and data storage.
Further, external diameter of the external diameter of the adaptor less than the sleeve.
Further, the adaptor is bolted to connection with the sleeve, and the adaptor is led to Devices to test
Cross bolt connection.
Further, be additionally provided with gyro module interface on the adaptor, the gyro module interface for
The gyro module is connected.
Rotary test device for measurement while-drilling instrument of the present utility model, which passes through adaptor makes Devices to test and short
Section connection provides fixation, and electric wires are connected using flexible cord, and wireless test pipe nipple and Devices to test rotate together, and data pass through nothing
Line is transferred to computer, and Devices to test and turntable also only need to provide hardware connection, and simple structure, measurement are convenient, reduce
The spoilage of product.
Specific embodiment
Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is carried out
Clearly and completely describe, it is clear that described embodiment is only this utility model a part of embodiment, rather than whole
Embodiment.Based on the embodiment in this utility model, those of ordinary skill in the art are not making the premise of creative work
Lower obtained every other embodiment, belongs to the scope of this utility model protection.
Fig. 1 to Fig. 3 is referred to, Fig. 1 is the structural representation of this utility model wireless drilling measurement pipe nipple;Fig. 2 is Fig. 1
A-A cross-sectional schematics;Fig. 3 is this utility model wireless drilling measurement pipe nipple structural representation.As shown in Figure 1 to Figure 3, originally
Pipe nipple described in utility model includes that sleeve 1, circuit board 11 and power module, circuit board 11 and power module are respectively positioned on the sleeve
In 1, one end of the sleeve 1 is connected with adaptor 2, and the other end of sleeve 1 is connected with reception device 3, the adaptor 2 it is another
One end is connected with Devices to test 4.
The sleeve 1 has accommodating chamber 10, and the side of the sleeve 1 offers the perforate connected with the accommodating chamber 10,
Cover plate 5 is covered with the perforate.The cover plate 5 is connected on sleeve 1, so as to cover to perforate by bolt 13,
Support 6 is provided with the accommodating chamber 10, at least one holding tank 7, the holding tank on the support 6, is provided with
7 is relative with the perforate, is provided with baffle plate 12 between adjacent holding tank 7.
Gyro module, MCU module, CAN communication module, FSK modulation demodulation module and nothing are integrated with the circuit board
Line communication module, the MCU module passes through CAN communication module and FSK modulation demodulation module gathers the measurement of the Devices to test
Parameter, the gyro module gather the spin data of Devices to test, and the measurement parameter and spin data of collection pass through channel radio
News module transfer is to host computer.
In one embodiment, the wireless communication module 11 is Zigbee communication modules or wifi communication modules.
In a further embodiment, the data transfer between Devices to test and wireless telecommunications pipe nipple is logical by CAN or FS33
News mode.
The power module includes multiple batteries and the charge management circuit for monitoring battery status, and multiple batteries are accommodated
In the holding tank 7, the supply voltage of the battery is 10-18V.Battery from holding tank can be taken out or be put by perforate
Put in holding tank.Multiple batteries are No. 5 alkaline batteries, and multiple batteries are to be connected in series.In a preferred embodiment, it is
Ensure that alkaline battery provides sufficient power supply, can be using 8 alkaline batteries series connection, the voltage of each alkaline battery is 1.5V,
The voltage that 8 alkaline batteries are provided is 12V, and the capacity of 8 alkaline batteries is 1500mAh.In another embodiment, it is multiple
Battery is No. 5 chargeable lithium cells, and multiple chargeable lithium cells are for series connection and are connected in parallel.In a preferred embodiment, 5
Number chargeable lithium cell is 8, and 8 chargeable lithium cells are divided into two groups, and this two groups are connected in parallel, and per group includes 4 series connection
Chargeable lithium cell, the voltage of each chargeable lithium cell is 3.7V, and the total capacity of 8 chargeable lithium cells is
1600mAh。
In one embodiment, charging inlet is further opened with the sleeve 1.The charging inlet is connect for power supply adaptor
Mouth or USB interface, multiple chargeable lithium cells are connected with external power source by charging inlet.
Fig. 4 is referred to, Fig. 4 is this utility model circuit structure block diagram.As shown in figure 4, the charge management circuit includes
First power transfer module, second source modular converter, the first cell voltage current detection module, the inspection of the second cell voltage electric current
Survey module and under-voltage over-voltage over-current protection module, first power transfer module and second source modular converter respectively with power supply
Module connects, and the power module is used to power for the circuit board by the first power transfer module, and the power module leads to
Second source modular converter is crossed for powering for the Devices to test;The first cell voltage current detection module is used to monitor
The voltage and current state of power module, the second cell voltage current detection module are used to monitor the second source conversion
The voltage and current state of module, the under-voltage over-voltage over-current protection module are used to monitor the electricity between battery and Devices to test
Road.
Power supply indicator 8 and on and off switch 9 are additionally provided with the sleeve 1, the on and off switch is used to control power supply mould
The keying of block.The power supply indicator 8 is LED.
The charge management circuit also includes the first controlling switch and the second controlling switch, and the MCU module is used to monitor
And judge the state of charge of battery, when the electricity of battery is less than setting electricity, the MCU module control first control is opened
Close and close, the power supply indicator lights up as redness or flicker;When the electricity of battery reaches setting electricity, the MCU module
The first controlling switch cut-out, the second controlling switch closure are controlled, the power supply indicator lights up as green.
Fig. 5 is referred to, Fig. 5 is that this utility model wireless communication module transmits block diagram with host computer.As shown in figure 5, described
Wireless receiving module, microprocessor and USB are provided with host computer and turn serial port module, the wireless receiving module and microprocessor
Between communicated to connect by asynchronous serial communication mouth, the wireless receiving module is used to receive what the wireless communication module sent
Signal, the microprocessor and USB turn to communicate to connect by asynchronous serial communication mouth between serial port module.The wireless receiving mould
Block is Zigbee receiver modules or wif i receiver modules.
The power module includes chargeable lithium cell, battery protecting circuit and charge management circuit, the chargeable lithium
Battery is contained in the accommodating chamber, and the chargeable lithium cell is connected with external power source by charging inlet.
The power module also includes battery protecting circuit and charge management circuit.The battery protecting circuit includes overcharging
Automatically controlled tubulation and overdischarge control pipe, the MCU module be used for monitor cell voltage and be controlled, when battery charging voltage it is big
When setting voltage, the MCU module controls the overcharge control pipe cut-out;When cell discharge voltage is less than setting voltage
When, the MCU module controls the overdischarge control pipe cut-out;When the electric current in load in circuit is more than setting electric current, institute
State overdischarge control pipe cut-out described in protection chip controls.
The overcharge control pipe and overdischarge control pipe are MOSFET (metal-oxide half field effect transistor, Metal-
Oxide-Semiconductor Field-Effect Transistor, abbreviation MOSFET), the overcharge control pipe and mistake
Control of discharge pipe is connected in series.
The charge management circuit also includes the first controlling switch and the second controlling switch, and the MCU module is used to monitor
And judge the state of charge of battery, when the electricity of battery is less than setting electricity, the MCU module control first control is opened
Close and close, the power supply indicator lights up as redness or flicker;When the electricity of battery reaches setting electricity, the MCU module
The first controlling switch cut-out, the second controlling switch closure are controlled, the power supply indicator lights up as green.
First controlling switch and the second controlling switch are MOSFET.
In one embodiment, the host computer is monitoring computer, and the monitoring computer is for the number to receiving
According to synchronizing monitoring, data analysiss and data storage.
In one embodiment, external diameter of the external diameter of the adaptor 2 less than the sleeve 1.Devices to test 4 is connected to and turns
On joint 2, due to the external diameter of adaptor 2 it is less, not only rotary steering of the offer of device under test 4 and sleeve 1, Er Qiebao
Having demonstrate,proved Devices to test 4 being capable of synchronous rotary with sleeve 1.2 small volume of adaptor of the present utility model, so as to not affect in down-hole
Operation.
The adaptor 2 is bolted to connection with the sleeve 1, and the adaptor 2 passes through bolt with Devices to test 4
Connection.
Be additionally provided with gyro module interface on the adaptor 2, the gyro module interface for the gyro
Instrument module is connected.
First power transfer module of the present utility model, powering to circuit board (needs 5V and 3.3V voltages, to each in circuit
Functional module is powered), second source modular converter is powered to Devices to test, and Devices to test needs the voltage of 30V.
This utility model is designed with the detection of Devices to test supply voltage, prevents the error in data caused because of electricity shortage;Give
In Devices to test power supply circuits, under-voltage, over-pressed, current foldback circuit is designed with, it is ensured that do not damage while power supply to Devices to test
Bad Devices to test.
Cell voltage, current detecting, moment detection battery status, it is ensured that carry out once are designed with this utility model circuit
Complete test, centre are not interrupted.When monitoring brownout, display lamp flicker reminds user to change battery.
Data communication is carried out by FS33 between this utility model Devices to test and wireless test pipe nipple, and is designed with FSK
Modulation-demodulation circuit.
Rotary test device for measurement while-drilling instrument of the present utility model, which passes through adaptor makes Devices to test and short
Section connection provides fixation, and electric wires are connected using flexible cord, and wireless test pipe nipple and Devices to test rotate together, and data pass through nothing
Line is transferred to computer, and Devices to test and turntable also only need to provide hardware connection, and simple structure, measurement are convenient, reduce
The spoilage of product.
Above disclosed is only several preferred embodiments of the present utility model, can not limit this reality with this certainly
With new interest field, therefore the equivalent variations made according to this utility model claim, still belong to this utility model and covered
Scope.