TWM565792U - Electronic torque adapter measuring device - Google Patents

Abstract

An electronic torsion adapter measuring device comprises: a control area and a display area on a peripheral surface of the housing, and a torque straining shaft is inserted through the two ends of the housing, and one end of the torsion strain shaft is recessed inward to form a tilting groove, The other end of the torque straining shaft protrudes from the casing; the main control base is disposed in the casing and electrically connected to the control area and the display area, the main control base plate has a built-in receiving unit and a setting unit, and a torque strain gauge is additionally provided. The surface of the torsion strainer shaft is disposed in the casing; and the angle sensing component is installed in the casing and senses the horizontal angle of the torsion strain axis and the casing, and the accumulator is electrically connected to the main control base plate. The accumulator sums the angle value measured by the angle sensing member when each wrench pivots until it matches the preset value set by the setting unit.

Description

Electronic torque adapter measuring device

The invention relates to an electronic torque adapter measuring device, which refers to the technology applied in the field of hand tools. The main technology is to provide an angle accumulation of the wrench during operation, thereby providing fast and accurate driving.

Torque wrenches are also called torque wrenches. The main reason is that the torque is the product of force and distance. When tightening screws, bolts, nuts and other parts with threaded fastening, it is necessary to control the amount of torque applied to ensure that the thread is tight and not damaged. Excessive torque destroys the thread, so use a torque wrench to operate. First set a required upper limit of the torque value. When the applied torque reaches the set value, the wrench will make a “Kata” sound or the wrench joint bends a little angle, which means that it has been tightened and no further force is applied. Torque wrenches can be divided into: preset type torque wrench, digital display torque wrench, MINI type torque wrench, fixed value torque wrench, dial torque wrench. However, today's applications for digital display torque wrenches are common. Most of the digital display torque wrenches are used in precision industries, such as aerospace, automotive, etc., because of the certain settings for screws, bolts and nuts in these fields. The norm is mainly for the sake of security, so the lock must be more cautious.

However, when the lock operation is performed, most of the screws, bolts, and nuts are locked and then continue to be rotated according to the specifications, and the torque is displayed according to the digital position. The setting of the hand is rotated, so that the screws, nuts, bolts, etc. can be screwed to the optimal tightness without breaking, but the general digital display torque wrench is generated by the force distance. Torque, so the wrench has a certain length, which is easy to use for a place with a large construction space. However, if the space is not large enough to display the torque wrench to swing, it will cause difficulty in the operation of the user. When the parts are locked, the digital display torque wrench must be pivoted more than 90 degrees, but the effect of the application space must be performed by the user in multiple pivoting manners, but today's digital display torque wrenches Angle measurement can not be performed multiple times. Simply speaking, when the screw is locked and must be rotated 130 degrees at the end, the space is limited, and the user can only use 45 degrees each time. The person must repeat the pivoting, but the digital display can only display the angle of the current pivoting, as long as the value is zero after one round trip, thus causing Who can not precisely know whether pivoted to swing 130 degrees, causing excessive twisting and let the screw breaking, so the general digital display torque wrench for a user or there is a defect.

In view of the above-mentioned lack of description, the creator invested a lot of time to study relevant knowledge, and compared various advantages and disadvantages, research and development of related products, and many experiments and tests, and finally launched an electronic torque. The adapter measuring device improves the above-mentioned missing to meet the needs of the public.

The main purpose of this creation is to provide the user to accumulate the angle of each pivoting each time the wrench is pivoted to achieve the preset angle. The more important feature is that it can be affected by the working environment. To achieve the best lock tightness, the improvement of the general digital display torque wrench is easy to be affected by the working environment when the pivoting lock is locked, and it is impossible to pivot the large angle range as scheduled, and must be carried out in stages. However, it has caused the problem that the preset angle value cannot be reached, resulting in the screw, the bolt, the nut being locked tightly, and the over-locking of the lock being broken. In order to achieve the above objects and effects, an electronic torque adapter measuring device is provided for connecting a wrench and a sleeve, comprising: a housing having a control area and a display area on the outer peripheral surface thereof; The torsion straining shaft runs through the two ends of the casing, and one end of the torsion straining shaft is recessed inwardly to form a swaying groove, and the other end of the torsion straining shaft is exposed to the casing; The main control base puller is electrically connected to the control area and the display area, and the main control base has a receiving unit and a setting unit, and the control area starts the main control base to operate the setting unit. And setting, another torque strain gauge is disposed in the casing and attached to the surface of the torsion strainer shaft to detect the torque value and transmitted to the receiving unit; and the main control base plate corresponding to the display area is provided with a screen; and an angle a sensing component is mounted in the housing and senses a horizontal angle of the torsion strain axis and the housing. The angle sensing component measures the angle value and transmits it to the receiving unit for display on the screen, and another Accumulator electrically connected to the main control base The accumulator sums the angle value measured by the angle sensing member when each wrench pivots until the angle preset value set by the setting unit is matched, and the display area displays the torque value and the accumulator is added each time. The sum of the total angle values; wherein the setting of the accumulator can provide the total range of angles generated by the wrench each time the pivoting is performed, thereby allowing the space to be smoothly operated in a narrow construction site. The torque and angle of the screw lock are guaranteed to be preset without being affected by the space.

According to the above description, a further technique of the present invention is that the accumulator accumulates the angles measured by the angle sensing members in a phase accumulation manner.

According to the above description, a further technique of the present invention is that the angle sensing member is a gyro integrated circuit.

According to the above description, a further technique of the present invention is that The control area further includes a start control button, and the pressing of the start control button is to open the operation of the main control base switch; in addition, the main control base is in the operation process, and the quick control of the start control button can perform the main control base pull The reset is measured, and the start control button is pressed for three seconds to control the closing of the master base switch.

According to the above description, a further technique of the present invention is that the control area further includes an upper control key and a lower control key, and the upper control key and the lower control key system can adjust the numerical value of the set angle of the setting unit.

According to the above description, a further technique of the present invention is that the control area further includes a unit selection key, and the pressing of the unit selection key can change the international unit set in the setting unit of the main control base, and the main The international units built into the control base include the metric units Nm and Kgf.cm, the English units lbf.in and lbf.ft.

According to the above description, a further technique of the present invention is that the control area further includes a setting button, and the pressing of the setting button can further correct the preset value of the setting unit of the original main control board, and the control is performed by the control unit. Pressing of the key and the lower control button selects the change setting of the number.

According to the above description, a further technique of the present invention is that the control area further includes a mode selection button, and the setting unit of the main control base has a tracking mode, a peak mode and an angle mode, and the mode is built in the mode. The pressing of the selection key can be selected in the tracking mode, the peak mode and the angle mode, and the tracking mode is for the wrench to apply force to perform the current torque display on the screen, when the user stops driving and releases the hand That is, the value set by the setting unit is restored; and the peak mode is that the measurable wrench can display the current torque value on the screen every time the pendulum is pivoted, and the screen displays the last measured torque value and stops displaying and blinks. On the screen, after the screen flashes, it will return to the value set by the setting unit, or press the start button to reset to zero; and the angle mode can be selected in the setting unit. Preset, when the wrench is pivoted, the current angle will be displayed on the screen, and when the wrench is stopped, the torque value and the angle value will be displayed on the screen and flashed at the same time, and the screen will be restored after the screen is flashed. The value, or press the start button to reset to zero.

According to the above description, a further technique of the present invention is that the steering zone is further provided with a steering button, and the pressing of the steering button, that is, the display of the rotating screen matches the viewing direction.

According to the above description, a further technology of the present invention is that a buzzer and at least one warning light are electrically connected to the main control base plate, and the at least one warning light is driven by the wrench. When the torque value does not exceed 80% of the preset value, the at least one warning light illuminates the first type of light, and when the torque value exceeds 80% of the preset value, the at least one warning light illuminates The second type of light and the buzzer sounds flat. When the torque value is close to 95% of the preset value, the at least one warning light is in the second light color and the buzzer is rushed when the torque is strong. When the value reaches 100% of the preset value, the at least one warning light lights up the third light color and the buzzer sounds for long sound without interruption, and stops the force of the wrench to stop the buzzer. tweet.

According to the above description, a further technique of the present invention is that when the wrench is pivoted and the angle does not exceed 80% of the set angle value, the at least one warning light illuminates the first type of light, and the wrench When the pivoting is performed and the angle exceeds 80% of the set angle value, the at least one warning light lights up the second light color and the buzzer sounds flat, and when the pivoting angle is close to the set angle value At 95% of the time, the at least one warning light is in the second color and the buzzer is rushed. Finally, when the pivoting angle reaches 100% of the set angle value, the at least one warning light is illuminated. Three kinds of lights and the buzzer's tweet is long and uninterrupted, and the wrench is stopped. The force can stop the buzzer.

According to the above description, a further technique of the present invention is that a power supply member is further disposed in the casing, and the screen displays the electric power of the power supply member.

Combining the above technical features described in the present invention, the advantage is that the user can perform the pivoting operation according to the angle value set by the angle when the pivoting wrench is used to lock the screw, the bolt and the nut. The user can use the accumulator to sum up the angle values generated by each pivoting function after each reciprocating pivoting operation, until the accumulated sum matches the set angle preset value, and the wrench team can be completed. The locking of the screws, bolts and nuts, and importantly, the user can perform the screw locking operation in any space without being limited by the space. With the repeated pivoting wrench, the accumulator is used for the angle accumulation. In this way, the locking effect can be achieved. Therefore, this creation can be said to be a kind of practical and progressive creation, which is worthy of promotion by the industry and publicized to the public.

(10)‧‧‧ wrench

(20)‧‧‧Sleeve

(1) ‧‧‧Shell

(11)‧‧‧Control area

(12)‧‧‧Display area

(13)‧‧‧Start control button

(14) ‧‧‧Upper control

(15) ‧‧‧ Control button

(16)‧‧‧Unit selection button

(17)‧‧‧Setting keys

(18)‧‧‧ mode selection button

(19)‧‧‧ steering keys

(2) ‧‧‧Torque strain axis

(21)‧‧‧掣动槽

(22)‧‧‧Drive blocks

(3) ‧ ‧ main control base

(31)‧‧‧ Receiving unit

(32)‧‧‧Setting unit

(321)‧‧‧ Tracking mode

(322)‧‧‧ peak mode

(323)‧‧‧ Angle mode

(324)‧‧‧Power saving mode

(33) ‧‧‧screen

(4) ‧ ‧ torque strain gauge

(5) ‧‧‧ Angle sensing parts

(6) ‧‧‧ accumulator

(7)‧‧‧Power supply parts

(8)‧‧‧ buzzer

(9) ‧ ‧ warning lights

The first picture is a three-dimensional schematic diagram of the creation.

The second picture is a three-dimensional diagram of another perspective of the creation.

The third picture is a schematic diagram of the state of use of the creation.

The fourth picture is a schematic diagram of the decomposition of the use state of the creation.

The fifth picture is a schematic diagram of the creation block.

The sixth picture is a schematic diagram of the operation of creating a work in a small space.

The seventh figure is a schematic diagram showing the display of the angle value generated by the first pivoting of the creation screen.

The eighth figure is a schematic diagram of the second repeated pivoting plane operation of the creative wrench.

The ninth figure shows the display intention of the angle value accumulated after the second display of the creation screen.

In order to clarify the purpose and effect of the above-mentioned creations, the features and effects of the present invention will be described in detail with reference to the drawings. Referring to the first to ninth drawings, an electronic torque adapter measuring device is provided for connecting the wrench (10) and the sleeve (20). The wrench (10) is a ratchet wrench as a main embodiment. The description comprises: a casing (1) having a fan-shaped column shape, an outer peripheral surface provided with a manipulation area (11) disposed on the curved surface of the casing (1), and a display area (12) disposed on the casing (1) 1) a bottom surface, another torque strain axis (2) is inserted through the two ends of the casing (1), the torsion strain axis (2) is cylindrical, and one end of the torsion strain axis (2) is oriented The recessed portion is formed with a swaying groove (21) which is provided with a driving block (22) of the wrench (10), and the other end of the torque straining shaft (2) is Exposed to the housing (1) and combined with the sleeve (20); a main control base (3) is installed in the housing (1), the main control base (3) and the control area (11) And the display area (12) is electrically connected, the main control base (3) has a receiving unit (31) and a setting unit (32), and the control area (11) starts the main control base (3) pair setting The unit (32) is operated and set, and another torque strain gauge (4) is disposed in the housing (1) and attached to the twist The surface of the force strain axis (2) detects the torque value and transmits it to the receiving unit (31); and the main control base plate (3) corresponding to the display area (12) is provided with a screen (33), the screen (33) The display system reveals the display area (12); and an angle sensing member (5) is installed in the housing (1) and senses the horizontal angle of the torsion strain axis (2) and the housing (1) The angle sensing member (5) is measured at an angle value and transmitted to the receiving unit (31) for display on the screen (33), and an accumulator (6) is electrically connected to the main control base plate (3). The accumulator (6) sums the angle value measured by the angle sensing member (5) when the wrench (10) pivots until the angle preset value set by the setting unit (32) is matched, and The display area (12) displays the sum of the torque value and the angle value of each accumulator (6) after each addition; The accumulator (6) can provide the total range of angles generated by the wrench (10) each time the pivoting is performed, thereby enabling smooth operation in a space-constrained construction site without being affected by space. And ensuring that the torque and angle of the screw lock reach a preset value (the foregoing is the main technical feature of the main embodiment of the present invention, and corresponding to the content of the first item of the patent application scope of the present application, the purpose and implementation form of the present creation are known in detail, and The technical features described in the remaining scope of the patent application are for the detailed description or additional technical features of the first item of the patent application scope, and are not intended to limit the scope of the first item of the patent application scope. One does not necessarily include the technical features described in the scope of the remaining dependent patents).

According to the main techniques described above for this creation, please refer to the sixth to ninth figures, if the user locks the screws, bolts and nuts in a relatively small space, because of the limited pivoting Space, the user does not create a smooth operation, and each round trip will cause the angle value to be reset to zero, which makes it impossible for the user to clearly understand whether the pivot value has been pivoted to the set angle value, resulting in screws, The breakage of bolts and nuts collapses, so this creation can be applied to many wrenches (10) and socketed, and then can be operated after the sleeve (20) is added, and because of the inside of the casing (1) An accumulator (6) is provided, so that the user does not care too much about the width of the space during the operation, and only needs to repeatedly pivot the wrench (10) several times, and the angle value generated after each pivoting Through the accumulator (6), the initial value is 120 degrees. Normally, the user must use the wrench (10) to perform the screwing from the initial position in a clockwise manner. Must be 120 degrees Finished, but when the space is relatively narrow, the wrench (10) can't pivot to 120 degrees, so for this problem, the creation can be pivoted multiple times and multiplied by the accumulator (6). After the angles are summed up, the total is 120 degrees, so the creation is not required for the user. Worried about the size of the construction space, it is also easy to drive the wrench (10) to work, and also check whether the torque value meets the standard. The sixth and eighth figures show the repeated drive twice, the first time after 45 degrees drive. Return to the original position, the second time is 60 degrees drive and then return to the original position (solid line indicates the original position, dotted line indicates the position after driving).

According to the accumulation of the angles generated by the accumulator (6) for multiple times of pivoting, the operation of the creation accumulator (6) adopts the phase accumulation method to sum all the angles, and on the screen ( 33) The total value of the angle after each pivoting is displayed, for example, as shown in the seventh and ninth figures, and the angle change of the pivoting of each wrench (10) is sensed mainly through the angle sensing member (5). The sensing of the angle sensing component (5) is a gyro integrated circuit. In this way, the user can precisely lock the screws, nuts and bolts to the optimal tightness through the angle sensing member (5) when the wrench (10) is pivoted without damaging the structure.

In addition, the creation of the control area (11) is provided with a button for providing control to the user. First, the control area (11) includes a start control button (13), and the start control button (13) is provided on the surface. The code "C" provides identification, and the function of the start control button (13) is mainly to provide the user to control the opening and closing of the main control base (3), and during the operation of the main control base (3), When the user wants to clear the current measurement data, it only needs to press a quick press to reset and zero the measurement of the main control base (3), and after the use is closed, just press and hold the start control key. (13) It can be closed in about 3 seconds; in addition, the control area (11) further includes a control button (14) and a lower control button (15), the upper control button (14) and the lower control button ( The function of 15) is mainly to provide the user with the setting of the setting unit (32) or the selection of the value when selecting. In addition, the control area (11) further comprises a unit selection button (16), which is provided on the surface. U/S" is the code name. The function of the unit selection button (16) is to provide the user with the unit of different measurement. Select key (16) According to the main control unit (3) setting unit (32) built in several international units, including metric units Nm and Kgf.cm, imperial units lbf.in and lbf.ft, users only need to For the object corresponding to the screw lock, select a different unit size for use, please refer to the first figure and the second figure.

The control area (11) further includes a setting button (17). The outer surface of the setting button (17) is represented by a code "M". The main function of the setting button (17) is to provide a user-friendly setting unit. (32) The factory setting is changed, and with the use of the upper control button (14) and the lower control button (15), the user can adjust any preset value according to his own needs; and the control area (11) Further comprising a mode selection button (18), the outer surface of the mode selection button (18) is provided with a symbol "T/P/A", and the master substrate (3) corresponds to a mode selection button (18) The use of the built-in has a tracking mode (321), a peak mode (182) and an angle mode (323), the mode selection button (18) pressing can provide the user to select the mode used, first the tracking mode The function of (321) is that after the user sets a value with the setting unit (32) (for example, 50N-m), then the control wrench (10) gradually applies force to pivot, and starts the screen (33). The displayed value is 0000. When the force is applied, the displayed value is displayed next time with the user's pivoting. Torque value, and the value will decrease as the force decreases. When the user stops pivoting and loosens the holding wrench (10), the value displayed on the screen (33) will jump back to 50N-m, which is mainly It is to provide the user to watch the pivoting value of each time exceeds the set value, to ensure that the screws, nuts, bolts and other parts will not be damaged during the pivoting process, and the torque strain axis of the creation (2); Mode (182), the main function of the peak mode (182) is that when the user selects the peak mode (182), a value (for example, 50N-m) can be set first, when the user controls the wrench (10) and gradually applies The force is pivoted so that the value displayed on the screen (33) will gradually increase from 0000, and the screen will be displayed after the user finishes the operation. (33) will display the final torque value, and the screen (33) will flash for about 10 seconds, providing the user with the ability to confirm whether the final torque value has reached the standard. After 10 seconds, the value on the screen (33) will automatically return. The value of the original setting is provided for the user to re-use, or the user can press the start control button (13) to reset, or the screen (33) flashes directly after the wrench is applied again, at this time the screen (33) The value above will start to increase the torque value from 0000. Finally, the angle mode (323) is used. The user can set the angle preset value (for example, set to 120°) before use. When the wrench (10) is pivoted, the angle value generated by the current pivoting will be displayed on the screen (33). When the user returns to the original position, the data will be zeroed and displayed in the corner of the screen (33). The previously measured angle value, and after the user performs the second pivoting and restoring the home position, the angle of the corner of the screen (33) is quadratic accumulation until the pivoting to the set After 120°, you can stop the operation, and if you use To know the angle of the pivoting of the moment, it is only necessary to pivot the wrench (10) to the position and stop the recovery. At this time, the screen (33) will display the angle of the current pivoting and the torque value, and then the screen (33) will flash. After 10 seconds, the value will return to the original setting to terminate the measurement, or press the start button (13) to reset the set angle value, as shown in the fifth to ninth figures.

In addition, in order to facilitate reading by the user in the manner of displaying the screen (33) after pivoting, the control area (11) is further provided with a steering button (19) having an outer peripheral surface of the steering button (19). As a representative, after the user finds that the display direction of the screen (33) cannot be clearly interpreted after the operation, the display of the screen (33) can be turned 180° by pressing the steering button (19), which is convenient for the user to watch. The second figure is further provided with a power supply member (7) for providing operation of the main control base (3) and the accumulator (6), and the electric power is matched on the screen (33). The power of the supply (7) is displayed for its power supply. When it has full power, it displays four grids. When it is less than 2.8V, it displays three grids. When it is less than 2.6V, it displays two grids. At 2.4V, a power is displayed. When it is lower than 2.3V, the main control board (3) will stop working completely, and the screen (33) will flash for 5 seconds and then shut down; in addition, other control methods of this creation are together. Press and hold the start button (13) and the upper control button (14) to reset the internal setting to the original factory setting, and press and hold the start button (13) and the lower button (15) together. The screen (33) can be turned on or off; in addition, if the user does not continue to use this creation for measurement, more than 2 minutes later It will enter the power mode (324) built in the setting unit (32), so as to save power consumption of the power supply, and only need to press the start button (13) to continue operation, please refer to the fifth. The figure shows.

Finally, according to the foregoing, in order to achieve more accurate measurement and force application during the manipulation process, the housing (1) is further provided with a buzzer (8) and at least one warning light (9). Sexual connection master control board (3), when the user selects the tracking mode (321) and the peak mode (182), the torque value of the at least one warning light (9) when the wrench (10) is driven to rotate When at least 80% of the preset value is not exceeded, the at least one warning light (9) lights up the first type of light, and when the torque value exceeds 80% of the preset value, the at least one warning light (9) The second light color is illuminated and the buzzer (8) is slicked. When the torque value is close to 95% of the preset value, the at least one warning light (9) is in the second light color and The buzzer (8) is rushed. When the torque value reaches 100% of the preset value, the at least one warning light (9) lights up the third color and the buzzer (8) screams as The long sound is uninterrupted, and the force of the wrench (10) is stopped to stop the buzzer (8); while the user selects the angle mode (323), the wrench (10) is pivoted and the angle is not More than set When the angle value is 80%, the at least one warning light (9) lights up the first type of light, and the wrench (10) is pivoted and the angle exceeds 80% of the set angle value, the at least one warning The lamp (9) lights up the second lamp color and the buzzer (8) sings gently, and when the pivot angle approaches 95% of the set angle value, the at least one warning light (9) is at The second type of light and the buzzer (8) is rushed, and finally the pivot angle is up. When the set angle value is 100%, the at least one warning light (9) lights up the third light color and the buzzer (8) sings for the long sound without stopping, and stops the wrench (10). The force can stop the buzzer (8), and the setting of this mode can provide the user with more care during the operation, which makes the pivoting more precise, please refer to the fifth figure.

In summary, the present invention mainly provides the user to perform the pivoting operation without the space limitation, and the pivoting of the accumulator (6) allows the user to repeatedly pivot the pendulum to achieve The preset angle value, in turn, achieves the best locking tightness for screws, bolts and nuts without damaging the structure, and cannot be pivoted at a large angle in a space limited by conventional torque wrenches. And the small angle of the pivot can not accurately provide the user to know whether there is a pivotal value that reaches the preset value, which can not reach the standard tightness, and may also cause the lack of collapse of screws, bolts and nuts. This creation definitely has a certain degree of progress and practicality, and it is more in line with the needs of the public. The above description is only a preferred embodiment for explaining the present creation, and is not intended to impose any form limitation on the creation, so that any modification related to the creation in the same creative spirit is made. Or the changer, other types that can be implemented according to the same effect, should still be included in the scope of protection of this creative intention.

In summary, the "Electronic Torque Adapter Measuring Device" of this creation is indeed in line with the development of the industry in terms of practicality and cost-effectiveness, and the disclosed structural creation is also an unprecedented innovative structure. Therefore, its "novelty" should be undoubtedly considered, and this creation can be more effective than the conventional structure. Therefore, it is also "progressive". It fully complies with the requirements of the application requirements for the creation of patents in the Chinese Patent Law. File a patent application and ask the bureau to review it early and give it affirmation.

Claims (12)

An electronic torque adapter measuring device for connecting a wrench and a sleeve, comprising: a casing, an outer peripheral surface of which is provided with a control area and a display area, and a torque straining shaft is disposed through the two of the housing The end of the torque straining shaft is recessed inwardly to form a swaying groove, and the other end of the torque straining shaft is exposed to the casing; a main control base is disposed in the casing, the main control base The triggering system is electrically connected to the control area and the display area. The main control base has a receiving unit and a setting unit. The control area activates the main control base to operate and set the setting unit, and another torque strain gauge is provided. The utility model is disposed in the casing and is attached to the surface of the torsion strainer shaft to detect the torque value and is transmitted to the receiving unit; the main control base plate corresponding to the display area is provided with a screen; and an angle sensing component is installed in the casing And sensing the horizontal angle of the torque strain axis and the housing, the angle sensing component is measured and output to the receiving unit and displayed on the screen, and an accumulator is electrically connected to the main control base. The accumulator adds up to each wrench pivot The angle value measured by the angle sensing component until the angle preset value set by the setting unit is matched, and the display zone displays the sum of the torque value and the angle value after each increment of the accumulator; wherein, the accumulator is passed through The setting can provide the total range of angles generated by the wrench each time the pivoting, so that the operation can be smoothly carried out in a relatively small construction site, and the torque and angle of the screw lock can be ensured without being affected by the space. The preset value is reached. The electronic torque adapter measuring device according to claim 1, wherein the accumulator accumulates the angles measured by the angle sensing members in a phase accumulation manner. The electronic torque adapter measuring device according to claim 2, wherein the angle sensing member is a gyro integrated circuit. The electronic torque adapter measuring device according to any one of claims 1 to 3, wherein the control region further comprises a start control button, and the pressing of the start control button is opened. The operation of the master control base is activated; in addition, the main control base is in the process of operation, the quick press of the start control key can perform the reset of the main control base measurement, and the start control key can be pressed for three seconds. Controls the closing of the master base. The electronic torque adapter measuring device according to claim 4, wherein the control area further comprises an upper control button and a lower control button, wherein the upper control button and the lower control button can be adjusted and set in the setting unit. The value of the upper angle. The electronic torque adapter measuring device according to claim 5, wherein the control area further comprises a unit selection button, and the pressing of the unit selection button can change the setting in the setting unit of the main control board The international unit, the international unit built by the main control unit, includes the metric units Nm and Kgf.cm, the English units lbf.in and lbf.ft. The electronic torque adapter measuring device according to claim 6, wherein the control area further comprises a setting button, and the pressing of the setting button can further correct the setting of the setting unit of the original main control board The value is selected by the pressing of the upper control button and the lower control button. The electronic torque adapter measuring device according to claim 7, wherein the control region further includes a mode selection button, and the setting unit of the main control base has a tracking mode and a peak mode. In the one-angle mode, the pressing of the mode selection button can be selected in the tracking mode, the peak mode, and the angle mode, and the tracking mode is applied to the wrench for each driving time, and the current torque value is displayed on the screen when used. After stopping the drive and releasing the hand, the value set by the setting unit is restored; and the peak mode is that the measurable wrench can display the current torque value on the screen every time the pendulum is pivoted, and the screen displays the last measured value. Torque value and stop displaying and flashing the screen. After the screen flashes, it will return to the value set by the setting unit, or press the start button to reset to zero; and the angle mode can be selected in the setting unit. The preset is that when the wrench is pivoted, the current angle is displayed on the screen, and when the wrench is stopped, the torque value and the angle value are displayed on the screen. Flashes, and the screen flashes back Restore the value set by the setting unit, or press the start button to reset to zero. The electronic torque adapter measuring device according to claim 8, wherein the steering zone is further provided with a steering button, and the pressing of the steering button, that is, the display of the rotating screen matches the viewing direction. The electronic torque adapter measuring device according to claim 9, wherein the housing is further provided with a buzzer and at least one warning light is electrically connected to the main control base, and the at least one warning light is When the wrench is driven to rotate, if the torque value does not exceed 80% of the preset value, the at least one warning light lights up the first type of light, and when the torque value exceeds 80% of the preset value, At least one warning light lights up the second light color and the buzzer sounds flat. When the torque value is close to 95% of the preset value, the at least one warning light is in the second light color and the buzzer The tweet is rushed. When the torque value reaches 100% of the preset value, the at least one warning light illuminates the third color and the buzzer sounds for long interruption, and the force of the wrench is stopped. You can stop the buzzer from sounding. The electronic torque adapter measuring device according to claim 10, wherein the at least one warning light is illuminated when the wrench is pivoted and the angle does not exceed 80% of the set angle value. When the wrench is pivoted and the angle exceeds 80% of the set angle value, the at least one warning light lights up the second light color and the buzzer sounds gentle, and the pivot angle When the proximity of the set angle value is 95%, the at least one warning light lights up the second light color and the buzzer sounds sharply, and finally, when the pivoting angle reaches 100% of the set angle value, The at least one warning light lights up the third light color and the buzzer sounds for long sound, and stops the force of the wrench to stop the buzzer sounding. The electronic torque adapter measuring device according to claim 11, wherein the housing is further provided with a power supply, and the screen displays the power of the power supply.