CN208366709U - A kind of tensile strength detector of superfine glass fibre partition board - Google Patents

Abstract

The utility model discloses a kind of tensile strength detectors of superfine glass fibre partition board of tensile strength detector technical field, including pedestal, motor is installed on the left of the pedestal, it is equipped on the left of the front surface of the pedestal and moves to left button, stop button, move to right button, rising button and declines button, the button that moves to left is in the left side of stop button, the stop button is in the left side for moving to right button, the button that moves to right is in the left side of rising button, superfine glass fibre partition board is locked on collet by the utility model by PLC controller and pressure sensor cooperation, the strength that will not hesitate while clamping is excessive and damages superfine glass fibre partition board, the accuracy of measurement is ensured, and the collet of the utility model is installed by screw thread, it is easy for installation, folder can be replaced according to the not same model of superfine glass fibre partition board Head is suitable for various types of superfine glass fibre partition boards, has saved expenditure cost.

Description

A kind of tensile strength detector of superfine glass fibre partition board

Technical field

The utility model relates to tensile strength detector technical field, specially a kind of anti-tensile of superfine glass fibre partition board Intensity detector.

Background technique

Tensile strength tester uses Electromechanical Design, suitable for the detection of physical properties such as stretching, is enterprise, examines Detection, the testing equipment of the unit ideals such as mechanism, scientific research institution and universities and colleges are tested, it is outstanding in the industry of superfine glass fibre partition board To be important, but existing tensile strength tester detection superfine glass fibre partition board when be mostly manually to ultra-fine fibre glass every Plate is clamped, and artificial clamp has uncertain or clamping not firm enough, and superfine glass fibre partition board falls in experimentation It falls or is exactly excessively to clamp, damage superfine glass fibre partition board, cause test data not accurate enough, due to superfine glass fibre It is diversified for tieing up the model of partition, therefore needs to purchase different tensile strength testers so as to the ultra-fine glass to different model Glass hard board partition is tested, and cost payout is improved.

Utility model content

The purpose of this utility model is to provide a kind of tensile strength detectors of superfine glass fibre partition board, on solving It is mostly manually to ultra-fine glass when stating the existing tensile strength tester detection superfine glass fibre partition board proposed in background technique Glass hard board partition is clamped, and artificial clamp has uncertain or clamping not firm enough, and superfine glass is fine in experimentation Dimension partition falls or is exactly excessively to clamp, and damages superfine glass fibre partition board, causes test data not accurate enough, due to super The model of thin glass fiber partition is diversified, therefore needs to purchase different tensile strength testers so as to different model Superfine glass fibre partition board the problem of being tested, improving cost payout.

To achieve the above object, the utility model provides the following technical solutions: a kind of anti-tensile of superfine glass fibre partition board Intensity detector, including pedestal are equipped with motor on the left of the pedestal, be equipped on the left of the front surface of the pedestal move to left by Button, stop button move to right button, rising button and declines button, and the button that moves to left is in the left side of stop button, the stopping Button is in the left side for moving to right button, and the button that moves to right is in the left side of rising button, and the rising button is on a left side for declines button Side, the front surface middle-end of the pedestal are equipped with control cabinet and battery, and the control cabinet is in the left side of battery, the control Display screen is installed at the top of the front surface of case, the top right side of the pedestal is welded with fixing seat, the front surface of the fixing seat Tension sensor is installed, the top left side of the pedestal is connected with movable block, and the mutually view face of the fixing seat and movable block is equal It is plugged with collet, the right side output shaft of the motor is connected with lead screw, and the outer wall of the lead screw is socketed with nut, the nut Top and the bottom of movable block connect, and two collets include fixed block, and the outside middle-end of two fixed blocks connects It is connected to screw thread pivot pin, the inner top side of two fixed blocks is respectively connected with mounting blocks, under the inside of two fixed blocks End is respectively connected with lower mounting blocks, and the bottom middle-end of two upper mounting blocks is plugged with hydraulic telescopic rod, and two described hydraulic The bottom of telescopic rod is respectively connected with movable holddown, fixed briquetting is respectively connected at the top of two lower mounting blocks, described in two The top of fixed briquetting is inlaid with pressure sensor, and tension sensor detector is plugged on the left of the fixing seat, described Tension sensor detector is connect by conducting wire with tension sensor, and the left side middle-end of the tension sensor detector offers First threaded hole, the right side opening of the movable block are equipped with the second threaded hole, on the left of the inner cavity of the control cabinet from top to bottom successively It is connected with PLC controller, receiving module and memory module, is connected with display module, the left side on the right side of the inner cavity of the control cabinet Shift button, stop button move to right button, rising button, declines button and control cabinet and pass through conducting wire and connect with battery, described It moves to left button, stop button and moves to right button and be connected to motor by conducting wire, the rising button and declines button pass through Conducting wire is connect with hydraulic telescopic rod, and the hydraulic telescopic rod and pressure sensor pass through conducting wire and connect with PLC controller, described Tension sensor is connect by conducting wire with receiving module, and the output end of the receiving module passes through conducting wire and memory module and display The input terminal of module connects, and the display module is connect by conducting wire with display screen.

Preferably, the display screen is LED liquid crystal display.

Preferably, the size of first threaded hole and the second threaded hole is identical.

Preferably, the axial line of first threaded hole and the second threaded hole is on same straight line.

Compared with prior art, the utility model has the beneficial effects that the utility model is passed by PLC controller and pressure Superfine glass fibre partition board is locked on collet by sensor cooperation, and the strength that will not hesitate while clamping is excessive and damages ultra-fine Glass fibre separator has ensured the accuracy of measurement, and the collet of the utility model is installed by screw thread, easy for installation, can Collet is replaced according to the not same model of superfine glass fibre partition board, is suitable for various types of superfine glass fibre partition boards, Expenditure cost is saved.

Detailed description of the invention

FIG. 1 is a schematic structural view of the utility model；

Fig. 2 is the utility model pedestal cross-sectional view；

Fig. 3 is the utility model collet cross-sectional view；

Fig. 4 is the utility model fixing seat cross-sectional view；

Fig. 5 is the utility model fixing seat left view；

Fig. 6 is the utility model movable block right view；

Fig. 7 is the utility model control cabinet cross-sectional view.

In figure: 1 pedestal, 2 motors, 3 move to left button, 4 stop buttons, 5 move to right button, 6 rising buttons, 7 declines buttons, 8 Control cabinet, 9 batteries, 10 display screens, 11 fixing seats, 12 tension sensors, 13 movable blocks, 14 collets, 141 fixed blocks, 142 spiral shells Line pivot pin, mounting blocks, 144 lower mounting blocks, 145 hydraulic telescopic rods, 146 movable holddowns, 147 fixed briquettings, 148 pressure on 143 Sensor, 15 lead screws, 16 nuts, 17 tension sensor detectors, 18 first threaded holes, 19 second threaded holes, 20 PLC control Device, 21 receiving modules, 22 memory modules, 23 display modules.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-7 is please referred to, the utility model provides a kind of technical solution: a kind of tensile strength of superfine glass fibre partition board Detector, including pedestal 1, the left side of pedestal 1 are equipped with motor 2, are equipped on the left of the front surface of pedestal 1 and move to left button 3, stop Button 4 moves to right button 5, rising button 6 and declines button 7, moves to left button 3 in the left side of stop button 4, stop button 4 is on the right side The left side of shift button 5 moves to right button 5 in the left side of rising button 6, and rising button 6 is before the left side of declines button 7, pedestal 1 Surface middle-end is equipped with control cabinet 8 and battery 9, the installation at the top of the left side of battery 9, the front surface of control cabinet 8 of control cabinet 8 There is display screen 10, the top right side of pedestal 1 is welded with fixing seat 11, and the front surface of fixing seat 11 is equipped with tension sensor 12, The top left side of pedestal 1 is connected with movable block 13, and fixing seat 11 and movable block 13 are mutually plugged with collet 14, motor 2 depending on face Right side output shaft be connected with lead screw 15, the outer wall of lead screw 15 is socketed with nut 16, the top of nut 16 and the bottom of movable block 13 Portion's connection, two collets 14 include fixed block 141, and the outside middle-end of two fixed blocks 141 is respectively connected with screw thread pivot pin 142, The inner top side of two fixed blocks 141 is respectively connected with mounting blocks 143, and the inside lower end of two fixed blocks 141 is respectively connected with down Mounting blocks 144, the bottom middle-ends of two upper mounting blocks 143 are plugged with hydraulic telescopic rod 145, two hydraulic telescopic rods 145 Bottom is respectively connected with movable holddown 146, and the top of two lower mounting blocks 144 is respectively connected with fixed briquetting 147, two fixed briquettings 147 top is inlaid with pressure sensor 148, and the left side of fixing seat 11 is plugged with tension sensor detector 17, and pulling force passes Sensor detector 17 is connect by conducting wire with tension sensor 12, and the left side middle-end of tension sensor detector 17 offers first Threaded hole 18, the right side opening of movable block 13 are equipped with the second threaded hole 19, are connected in turn from top to bottom on the left of the inner cavity of control cabinet 8 The inner cavity right side of PLC controller 20, receiving module 21 and memory module 22, control cabinet 8 is connected with display module 23, moves to left button 3, stop button 4, move to right button 5, rising button 6, declines button 7 and control cabinet 8 and connect with battery 9 by conducting wire, a left side It shift button 3, stop button 4 and moves to right button 5 and is connect with motor 2 by conducting wire, rising button 6 and declines button 7 pass through Conducting wire is connect with hydraulic telescopic rod 145, and hydraulic telescopic rod 145 and pressure sensor 148 are connected by conducting wire and PLC controller 20 It connects, tension sensor 12 is connect by conducting wire with receiving module 21, and the output end of receiving module 21 passes through conducting wire and memory module 22 connect with the input terminal of display module 23, and display module 23 is connect by conducting wire with display screen 10.

Wherein, display screen 10 is LED liquid crystal display, and the first threaded hole 18 is identical with the size of the second threaded hole 19, the The axial line of one threaded hole 18 and the second threaded hole 19 is on same straight line.

Working principle: the model XM-I13 of PLC controller 20, the model ASK-RXB2 of receiving module 21, memory module 22 Model C Y62148EV30-SRAM, the model SG12232SYD-01ALYE of display module 23 set by PLC controller 20 Compression force reference value, click, which moves to left button 3 and moves to right button 5, starts motor 2, and the output shaft rotation of motor 2 drives lead screw 15 to rotate, Lead screw 15 drives nut 16 to move left and right on lead screw 15, and nut 16 drives movable block 13 mobile, be sequentially adjusted in movable block 13 with The distance between fixing seat 11 clicks stop button 4 after movable block 13 is adjusted to suitable position, and stop button 4 disconnects electricity The power supply of machine 2, the power-off of motor 2 stop working, superfine glass fibre partition board are placed on fixed briquetting 147, click decline and press Button 7 starts hydraulic telescopic rod 145, and hydraulic telescopic rod 145, which is powered to starting, drives movable holddown 146 to sink, and movable holddown 146 is pressed On superfine glass fibre partition board, pressure sensor 148 detects the pressure that movable holddown 146 pushes, when pressure sensor 148 is examined When the pressure measured reaches setting value, signal is passed to PLC controller 20 by pressure sensor 148, and PLC controller 20 controls liquid The pressure power-off of telescopic rod 145 stops working, and can effectively ensure that while clamping superfine glass fibre partition board, will not will be ultra-fine Glass fibre separator pressure break, after having ensured that the accuracy of test, superfine glass fibre partition board clamp, click moves to left button 3, moves to left Button 3 powers on starting motor 2, and movable block 13 is driven to be moved to the left, and stretches superfine glass fibre partition board, tension sensor 12 It detects the pulling force of superfine glass fibre partition board and signal is passed into receiving module 21, signal is passed to storage by receiving module 21 Module 22 and display module 23, memory module 22 save data, and convenient for thumbing for later period, display module 23 passes to signal Display screen 10, display screen 10 show data, convenient for the observation of tester, can accurately read ultra-fine fibre glass every The value of thrust of plate detects superfine glass fibre partition board tensile strength with this, and collet 14 passes through screw thread pivot pin 142 and the first threaded hole 18 and second being threadedly engaged for threaded hole 19 be separately mounted in fixing seat 11 and movable block 13, it is easy for installation, can be according to super Thin glass fiber baffle dimensions and select suitable collet 14 and be mounted in fixing seat 11 and movable block 13, be suitable for Multiple Type Superfine glass fibre partition board, reduce economic expenditure.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (4)

1. a kind of tensile strength detector of superfine glass fibre partition board, including pedestal (1), it is characterised in that: the pedestal (1) Left side be equipped with motor (2), be equipped on the left of the front surface of the pedestal (1) and move to left button (3), stop button (4), move to right Button (5), rising button (6) and declines button (7), the button (3) that moves to left is in the left side of stop button (4), the stopping Button (4) is in the left side for moving to right button (5), and the button (5) that moves to right is in the left side of rising button (6), the rising button (6) Front surface middle-end in the left side of declines button (7), the pedestal (1) is equipped with control cabinet (8) and battery (9), the control Case (8) processed is equipped with display screen (10), the pedestal at the top of the left side of battery (9), the front surface of the control cabinet (8) (1) top right side is welded with fixing seat (11), and the front surface of the fixing seat (11) is equipped with tension sensor (12), described The top left side of pedestal (1) is connected with movable block (13), and the fixing seat (11) and movable block (13) are mutually plugged with depending on face The right side output shaft of collet (14), the motor (2) is connected with lead screw (15), and the outer wall of the lead screw (15) is socketed with nut (16), the top of the nut (16) is connect with the bottom of movable block (13), and two collets (14) include fixed block (141), the outside middle-end of two fixed blocks (141) is respectively connected with screw thread pivot pin (142), two fixed blocks (141) Inner top side be respectively connected with mounting blocks (143), the inside lower end of two fixed blocks (141) is respectively connected with lower mounting blocks (144), the bottom middle-end of two upper mounting blocks (143) is plugged with hydraulic telescopic rod (145), two hydraulically extensibles The bottom of bar (145) is respectively connected with movable holddown (146), is respectively connected with fixed pressure at the top of two lower mounting blocks (144) The top of block (147), two fixed briquettings (147) is inlaid with pressure sensor (148), a left side for the fixing seat (11) Side is plugged with tension sensor detector (17), and the tension sensor detector (17) passes through conducting wire and tension sensor (12) Connection, the left side middle-end of the tension sensor detector (17) offer the first threaded hole (18), the movable block (13) Right side opening is equipped with the second threaded hole (19), is connected with PLC controller in turn from top to bottom on the left of the inner cavity of the control cabinet (8) (20), the inner cavity right side of receiving module (21) and memory module (22), the control cabinet (8) is connected with display module (23), institute It states and moves to left that button (3), stop button (4), to move to right button (5), rising button (6), declines button (7) and control cabinet (8) logical Conducting wire is crossed to connect with battery (9), it is described to move to left button (3), stop button (4) and move to right button (5) by conducting wire and electricity Machine (2) connection, the rising button (6) and declines button (7) are connect by conducting wire with hydraulic telescopic rod (145), the liquid Pressure telescopic rod (145) and pressure sensor (148) are connect by conducting wire with PLC controller (20), the tension sensor (12) it is connect by conducting wire with receiving module (21), the output end of the receiving module (21) passes through conducting wire and memory module (22) It is connected with the input terminal of display module (23), the display module (23) is connect by conducting wire with display screen (10).

2. a kind of tensile strength detector of superfine glass fibre partition board according to claim 1, it is characterised in that: described Display screen (10) is LED liquid crystal display.

3. a kind of tensile strength detector of superfine glass fibre partition board according to claim 1, it is characterised in that: described First threaded hole (18) is identical with the size of the second threaded hole (19).

4. a kind of tensile strength detector of superfine glass fibre partition board according to claim 1, it is characterised in that: described The axial line of first threaded hole (18) and the second threaded hole (19) is on same straight line.