CN209690202U - A kind of detection device of glass - Google Patents

Abstract

The utility model discloses a kind of detection devices of glass, belong to glass detection technique field, including workbench, conveying assembly, press component and detection components, the workbench is equipped with the rectangle square groove through workbench, symmetrically arranged support plate there are two being set on the workbench, two support plates are located at the left and right sides of workbench and two support plates are fixedly connected with workbench, the conveying assembly is located on workbench and conveying assembly is connected with workbench, the press component is located on workbench and press component is connected with workbench, the detection components are located on workbench and detection components are connected with workbench.The utility model can be pushed down on the table glass by press component, glass to be detected on workbench can be moved to front by conveying assembly, by detection components can to conveying assembly conveying come glass detect, improve the detection efficiency and detection accuracy to glass.

Description

A kind of detection device of glass

Technical field

The utility model relates to glass detection technique fields, more particularly, to a kind of detection device of glass.

Background technique

Glass, glass are amorphous inorganic non-metallic materials, usually with a variety of inorganic minerals (such as quartz sand, borax, boron Acid, barite, barium carbonate, lime stone, feldspar, soda ash etc.) it is primary raw material, it additionally incorporates made of a small amount of auxiliary material.It Main component be silica and other oxides.The chemical composition of simple glass be Na2SiO3, CaSiO3, SiO2 or Na2OCaO6SiO2 etc., main component are silicate double salt, are a kind of non-crystalline solids of random structure.It is widely applied In building, it is used to belong to mixture every wind light transmission.Separately there are the oxide for being mixed into certain metals or salt and show face Coloured glass of color, and the tempered glass as made from the method for physics or chemistry etc..Sometimes (such as some transparent plastics Polymethyl methacrylate) it is also referred to as organic glass.Currently, glass is frequently necessary to use in daily life, therefore to glass Demand it is very big, but glass is during production, it is also necessary to characteristics such as the thickness of glass, flatness, translucency Detected, with this come judge production glass close it is unqualified, can normal use, it is existing to glass detection mode, greatly It is mostly to be detected by staff's artificial judgment or by staff's hand-held detection machine device to glass, not only low efficiency Under, time-consuming and laborious and testing staff generated after working long hours feeling of fatigue cause detect quality decline to occur it is not up to standard Inspection is crossed with inferior product, it is very inconvenient.

Utility model content

The purpose of this utility model is to provide a kind of detection devices of glass, to solve in the prior art to the inspection of glass It surveys and needs by being accomplished manually so as to cause the technical problem that detection efficiency is low and detection accuracy is not high.

The utility model provides a kind of detection device of glass, including workbench, conveying assembly, press component and detection group Part, the workbench are equipped with the rectangle square groove through workbench, are set on the workbench there are two symmetrically arranged support plate, Two support plates are located at the left and right sides of workbench and two support plates are fixedly connected with workbench, the conveying Component is located on workbench and conveying assembly is connected with workbench, the press component be located on workbench and press component with Workbench is connected, and the detection components are located on workbench and detection components are connected with workbench.

Further, the conveying assembly includes feeder motor, driving belt, connection belt, five rotation axis and five rollings Dynamic wheel, the feeder motor is located at the lower section of workbench and feeder motor is in be horizontally disposed with, between five rotation axis are equidistant Every in the rectangle square groove of setting on the table, one end of each rotation axis both passes through workbench and extends to outside workbench, Five rotation axis are rotatablely connected with workbench and five rotation axis are horizontally disposed, and five rolling wheels are respectively sleeved at In five rotation axis, the connection belt is set in five rotation axis on this one end of workbench, the driving belt set It is located on the output shaft of a rotation axis and feeder motor.

Further, the press component includes two symmetrically arranged pressing pieces and rotating member, each pressing piece packet Pressing lever, supporting plate, shank, driving motor, pressing axis and pressing plate are included, the pressing lever is located on workbench and pressing lever State setting in a vertical shape, the pressing lever are equipped with square hole, and the supporting plate is set on pressing lever and wears at the top of pressing lever Supporting plate is crossed, the supporting plate is equipped with through-hole, and the shank is located on supporting plate and one end of shank passes through pressing lever On square hole, the shank be equipped with through slot, the driving motor be located on supporting plate and driving motor in be horizontally disposed with, institute It states in the through slot that pressing axis is located on shank and pressing axis is in horizontally disposed, one end of the pressing axis and the master of driving motor Axis is fixedly connected, and the pressing plate is set in pressing axis and pressing plate and pressing axis are rotatablely connected.

Further, each rotating member includes connecting shaft, support base and rotating electric machine, and the connecting shaft is located at supporting plate Upper and connecting shaft is plugged in the through-hole on supporting plate, and for the connecting shaft in being horizontally disposed with, the support base is located at supporting plate The lower section and both ends of connecting shaft extend respectively on support base, the rotating electric machine is located at the side of support base and rotating electric machine is in Horizontally disposed, the main shaft of the rotating electric machine is fixedly connected with connecting shaft.

Further, the detection components include two symmetrically arranged detection pieces and moving member, each detection piece packet It includes placement plate, sliding panel, place block, fixed link, support rod, detection plate, displacement sensor and two fixed blocks, the placement plate On workbench and placement plate is L-shaped, and the sliding panel is located in placement plate and sliding panel is slidably matched with placement plate, described Block is placed to be located on sliding panel and places block and is slidably matched with sliding panel, the fixed link on placement block and fixed link with put It sets block to be fixedly connected, the fixed link is vertically arranged, and two fixed blocks are respectively positioned on sliding panel and two fixed block difference Positioned at the left and right sides for placing block, two fixed blocks are fixedly connected with sliding panel, and the support rod is located at a fixation On block and support rod is fixedly connected with this fixed block, and the support rod is vertically arranged, and the detection plate is set on support rod And detection plate is horizontally disposed, the output end of institute's displacement sensors is arranged straight down and displacement sensor and detection plate are fixed and connected It connects.

Further, each moving member includes detection motor, support bar, connecting plate, connecting rod, terminal pad, interlocking lever And rotating disk, the output end of side and detection motor that the detection motor is located at placement plate are arranged vertically upwards, the support The bottom of bar is fixedly connected with the output end of detection motor, and the connecting plate is set in the top of support bar and supporting plate level is set It sets, the connecting rod is plugged on supporting plate and connecting rod is rotatably assorted with supporting plate, and the terminal pad is set in connecting rod And terminal pad is horizontally disposed, the rotating disk is set in fixed link and rotating disk is horizontally disposed, one end of the interlocking lever with Terminal pad is fixedly connected, and the other end of the interlocking lever is fixedly connected with rotating disk.

Further, it is set on the workbench there are two symmetrically arranged limit plate, two limit plates are located at two The side of a placement plate and two limit plates are fixedly connected with workbench, two limit plates are vertically arranged and each institute The length for stating limit plate is greater than the length of placement plate.

Further, it is equipped with pressing plate on each pressing lever, is coated with rubber layer in each pressing plate.

Compared with prior art, the utility model has the beneficial effects that:

First, the utility model can be pushed down on the table glass by press component, it can by conveying assembly By glass to be detected on workbench be moved to front, by detection components can to conveying assembly conveying come glass examine It surveys, improves the detection efficiency and detection accuracy to glass, to solve in the prior art to need by artificial the detection of glass It completes so as to cause the technical problem that detection efficiency is low and detection accuracy is not high.

Second, being provided with conveying assembly and press component in the utility model, driving belt is driven by feeder motor, is passed Dynamic belt drives rotation axis rotation connected to it, and rotation axis rotation drives a rolling wheel connected to it and connection belt to turn Dynamic, connection belt rotation drives the rotation of remaining rotation axis, and the rotation of these rotation axis drives coupled rolling wheel rotation, It is able to drive glass forward movement to be detected on workbench, convenient for the subsequent detection operation to glass, passes through driving motor band Dynamic pressing axis rotation, pressing axis rotation drive pressing plate rotation, and shank is against along the axis rotation of pressing axis and holds by pressing plate On supporting plate, because shank is plugged on pressing lever, pressing plate may make pressing lever to the glass on workbench the pressure of shank Glass generates vertical pressure, and then is pressed by pressing lever glass, can prevent glass from shaking or deviating, convenient for subsequent To glass examinations operation to be detected on workbench, connecting shaft rotation is driven by rotating electric machine, connecting shaft rotation drives Supporting plate is rotated along the axis of connecting shaft, adjusts the position of pressing lever convenient for staff to adapt to different size of glass.

Third, being provided with detection components in the utility model, the rotation of support bar, support bar are driven by detection motor rotation Rotation drives connecting plate rotation connected to it, and connecting plate rotation drives connecting rod rotation connected to it, and connecting rod rotates band Coupled terminal pad rotation is moved, terminal pad rotation drives coupled interlocking lever mobile, and interlocking lever is mobile to be driven Coupled rotating disk rotation, is rotated by rotating disk and pushes fixed link mobile, and the mobile block of placing of fixed link is mobile, is placed Block can touch two fixed blocks when moving on sliding panel, then sliding panel is driven to slide in placement plate, make displacement sensing Device can be automatically mobile in the top of workbench, is detected, is improved to glass to glass to be detected by multi-faceted The precision of glass detection, to avoid the outflow of defect ware.

Fourth, being provided with pressing plate in the utility model, when pressing lever presses glass, pressing plate is capable of providing preferably Adsorption capacity, the rubber layer coated in pressing plate can effectively prevent pressing plate directly to contact with glass, reduce pressing plate and glass Friction, avoid because detection glass cause glass surface scratch occur, ensured glass detection operation safe operation.

Detailed description of the invention

It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art Specific embodiment or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art Under the premise of labour, it is also possible to obtain other drawings based on these drawings.

Fig. 1 is the schematic perspective view of the utility model first angle；

Fig. 2 is the schematic perspective view of the utility model second angle；

Fig. 3 is the enlarged drawing in this Fig. 2 at A；

Fig. 4 is the enlarged drawing in this Fig. 2 at B；

Fig. 5 is the schematic perspective view of the utility model third angle.

Appended drawing reference:

Workbench 1, support plate 1a, limit plate 1b, conveying assembly 2, feeder motor 2a, driving belt 2b connect belt 2c, Rotation axis 2d rolls wheel 2e, press component 3, pressing piece 3a, pressing lever 3a1, supporting plate 3a2, shank 3a3, driving motor 3a4, pressing axis 3a5, pressing plate 3a6, rotating member 3b, connecting shaft 3b1, support base 3b2, rotating electric machine 3b3, pressing plate 3a7, inspection Component 4, detection piece 4a, placement plate 4a1 are surveyed, sliding panel 4a2 places block 4a3, fixed link 4a4, support rod 4a5, detection plate 4a6, Displacement sensor 4a7, fixed block 4a8, moving member 4b detect motor 4b1, support bar 4b2, connecting plate 4b3, connecting rod 4b4, even Meet disk 4b5, interlocking lever 4b6, rotating disk 4b7.

Specific embodiment

The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described Embodiment is the utility model a part of the embodiment, instead of all the embodiments.

The component of the utility model embodiment for usually describing and showing in attached drawing here can be with a variety of different Configuration is to arrange and design.It therefore, is not below purport to the detailed description of the embodiments of the present invention provided in the accompanying drawings In the range of limitation claimed invention, but it is merely representative of the selected embodiment of the utility model.

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.

It is in the description of the present invention, it should be noted that term " center ", "upper", "lower", "left", "right", " perpendicular Directly ", the orientation or positional relationship of the instructions such as "horizontal", "inner", "outside" is to be based on the orientation or positional relationship shown in the drawings, and is only For ease of description the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have it is specific Orientation, be constructed and operated in a specific orientation, therefore should not be understood as limiting the present invention.In addition, term " the One ", " second ", " third " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is pacified Dress ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary, It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition The concrete meaning of language in the present invention.

Below with reference to shown in Fig. 1 to Fig. 5, the utility model embodiment provides a kind of detection device of glass, including work Make platform 1, conveying assembly 2, press component 3 and detection components 4, the workbench 1 is equipped with the rectangle square groove through workbench 1, Symmetrically arranged support plate 1a there are two setting on the workbench 1, two support plate 1a are located at the left and right of workbench 1 Two sides and two support plate 1a are fixedly connected with workbench 1, the conveying assembly 2 be located on workbench 1 and conveying assembly 2 with Workbench 1 is connected, and the press component 3 is located on workbench 1 and press component 3 is connected with workbench 1, the detection group Part 4 is located on workbench 1 and detection components 4 are connected with workbench 1, can be by glass on workbench 1 by press component 3 It pushes down, glass to be detected on workbench 1 can be moved to by conveying assembly 2 by front, it can be to defeated by detection components 4 The glass that the conveying of sending component 2 comes is detected, and the detection efficiency and detection accuracy to glass are improved.

Specifically, the conveying assembly 2 includes feeder motor 2a, driving belt 2b, connection belt 2c, five rotation axis 2d It is located at the lower section of workbench 1 with five rolling wheels 2e, the feeder motor 2a and feeder motor 2a is in be horizontally disposed with, described in five Rotation axis 2d is equidistantly arranged at intervals in the rectangle square groove on workbench 1, and one end of each rotation axis 2d both passes through work Make platform 1 to extend to outside workbench 1, five rotation axis 2d are rotatablely connected with workbench 1 and five rotation axis 2d levels are set It sets, five rolling wheel 2e are respectively sleeved on five rotation axis 2d, and the connection belt 2c is set in five rotation axis 2d On this one end of workbench 1, the driving belt 2b is set on the output shaft of rotation axis 2d and feeder motor 2a, Driving belt 2b, driving belt 2b is driven to drive rotation axis 2d rotation connected to it by feeder motor 2a, rotation axis 2d turns Dynamic to drive a rolling wheel 2e connected to it and connection belt 2c rotation, connection belt 2c rotation drives remaining rotation axis 2d Rotation, these rotation axis 2d rotation drive coupled rolling wheel 2e rotation, are able to drive glass to be detected on workbench 1 Glass moves forward, convenient for the subsequent detection operation to glass.

Specifically, the press component 3 includes two symmetrically arranged pressing piece 3a and rotating member 3b, each pressing Part 3a includes pressing lever 3a1, supporting plate 3a2, shank 3a3, driving motor 3a4, pressing axis 3a5 and pressing plate 3a6, described to press Compression bar 3a1 is located on workbench 1 and pressing lever 3a1 state setting in a vertical shape, and the pressing lever 3a1 is equipped with square hole, described to hold Supporting plate 3a2 is set on pressing lever 3a1 and the top of pressing lever 3a1 passes through supporting plate 3a2, and the supporting plate 3a2 is equipped with logical Hole, the shank 3a3 is located at square hole of on the supporting plate 3a2 and one end of shank 3a3 on pressing lever 3a1, described to insert Extension bar 3a3 is equipped with through slot, and the driving motor 3a4 is located on supporting plate 3a2 and driving motor 3a4 is in be horizontally disposed with, described Pressing axis 3a5 is located at the through slot on shank 3a3 Nei and pressing axis 3a5 is in horizontally disposed, one end of the pressing axis 3a5 and drive The main shaft of dynamic motor 3a4 is fixedly connected, and the pressing plate 3a6 is set on pressing axis 3a5 and pressing plate 3a6 and pressing axis 3a5 Rotation connection drives pressing axis 3a5 rotation by driving motor 3a4, and pressing axis 3a5 rotation drives pressing plate 3a6 rotation, pressing Plate 3a6 is rotated along the axis of pressing axis 3a5 and shank 3a3 is against on supporting plate 3a2, because shank 3a3 is plugged on pressing lever On 3a1, pressing plate 3a6 may make pressing lever 3a1 to generate vertical pressure to the glass on workbench 1 pressure of shank 3a3 Power, and then glass is pressed by pressing lever 3a1, it can prevent glass from shaking or deviating, convenient for subsequent on workbench 1 Glass examinations operation to be detected.

Specifically, each rotating member 3b includes connecting shaft 3b1, support base 3b2 and rotating electric machine 3b3, the connection Axis 3b1 is located on supporting plate 3a2 and connecting shaft 3b1 is plugged in the through-hole on supporting plate 3a2, and the connecting shaft 3b1 is in level Setting, the support base 3b2 are located at the lower section of supporting plate 3a2 and the both ends of connecting shaft 3b1 and extend respectively on support base 3b2, The rotating electric machine 3b3 is located at the side of support base 3b2 and rotating electric machine 3b3 is in horizontally disposed, the master of the rotating electric machine 3b3 Axis is fixedly connected with connecting shaft 3b1, drives connecting shaft 3b1 rotation by rotating electric machine 3b3, connecting shaft 3b1 rotation drives support Plate 3a2 is rotated along the axis of connecting shaft 3b1, adjusts the position of pressing lever 3a1 convenient for staff to adapt to different size of glass Glass.

Specifically, the detection components 4 include two symmetrically arranged detection piece 4a and moving member 4b, each detection Part 4a includes placement plate 4a1, sliding panel 4a2, places block 4a3, fixed link 4a4, support rod 4a5, detection plate 4a6, displacement sensing Device 4a7 and two fixed block 4a8, the placement plate 4a1 is located on workbench 1 and placement plate 4a1 is L-shaped, the sliding panel 4a2 On placement plate 4a1 and sliding panel 4a2 and placement plate 4a1 is slidably matched, the placement block 4a3 be located on sliding panel 4a2 and It places block 4a3 and sliding panel 4a2 to be slidably matched, the fixed link 4a4, which is located at, places block 4a3 upper and fixed link 4a4 and placement block 4a3 is fixedly connected, and the fixed link 4a4 is vertically arranged, and two fixed block 4a8 are respectively positioned on sliding panel 4a2 and two solid Determine block 4a8 and be located at the left and right sides for placing block 4a3, two fixed block 4a8 are fixedly connected with sliding panel 4a2, institute Support rod 4a5 is stated on a fixed block 4a8 and support rod 4a5 is fixedly connected with this fixed block 4a8, the support rod 4a5 is vertically arranged, and the detection plate 4a6 is set on support rod 4a5 and detection plate 4a6 is horizontally disposed, institute's displacement sensors The output end of 4a7 is arranged straight down and displacement sensor 4a7 is fixedly connected with detection plate 4a6, passes through displacement sensor 4a7 energy Enough detect thickness, flatness and the translucency of glass on workbench 1, more efficient quick.

Specifically, each moving member 4b include detection motor 4b1, support bar 4b2, connecting plate 4b3, connecting rod 4b4, Terminal pad 4b5, interlocking lever 4b6 and rotating disk 4b7, the detection motor 4b1 are located at the side of placement plate 4a1 and detection motor The output end of 4b1 is arranged vertically upwards, and the bottom of the support bar 4b2 is fixedly connected with the output end of detection motor 4b1, described Connecting plate 4b3 is set in the top of support bar 4b2 and supporting plate 3a2 is horizontally disposed, and the connecting rod 4b4 is plugged on supporting plate 3a2 is upper and connecting rod 4b4 and supporting plate 3a2 is rotatably assorted, and the terminal pad 4b5 is set on connecting rod 4b4 and terminal pad 4b5 Horizontally disposed, the rotating disk 4b7 is set on fixed link 4a4 and rotating disk 4b7 is horizontally disposed, and the one of the interlocking lever 4b6 End is fixedly connected with terminal pad 4b5, and the other end of the interlocking lever 4b6 is fixedly connected with rotating disk 4b7, by detecting motor 4b1 rotation drives support bar 4b2 rotation, and support bar 4b2 rotation drives connecting plate 4b3 rotation connected to it, and connecting plate 4b3 turns Dynamic to drive connecting rod 4b4 rotation connected to it, connecting rod 4b4 rotation drives coupled terminal pad 4b5 rotation, connection Disk 4b5 rotation drives coupled interlocking lever 4b6 mobile, and interlocking lever 4b6 is mobile to drive coupled rotating disk 4b7 Rotation is rotated by rotating disk 4b7 and pushes fixed link 4a4 mobile, and the mobile block 4a3 that places of fixed link 4a4 is mobile, places block 4a3 Two fixed block 4a8 can be touched when moving on sliding panel 4a2, then sliding panel 4a2 is driven to slide on placement plate 4a1, Enable displacement sensor 4a7 automatically in the movement of the top of workbench 1, multi-faceted detection glass is improved and examined to glass The precision of survey.

Specifically, symmetrically arranged limit plate 1b there are two setting on the workbench 1, two limit plate 1b distinguish positions In two placement plate 4a1 side and two limit plate 1b be fixedly connected with workbench 1, two limit plate 1b are vertical It is arranged and length of the length of each limit plate 1b greater than placement plate 4a1, two limit plate 1b can be limited further Glass processed is detached from workbench 1, improve the present apparatus using safe.

Specifically, it is equipped with pressing plate 3a7 on each pressing lever 3a1, is coated on each pressing plate 3a7 Rubber layer, when pressing lever 3a1 presses glass, pressing plate 3a7 is capable of providing better adsorption capacity, coats on pressing plate 3a7 Rubber layer can effectively prevent pressing plate 3a7 directly to contact with glass, reduce the friction of pressing plate 3a7 and glass, ensured glass The safe operation of glass detection operation.

Working principle of the utility model is: when the utility model is used, glass is placed on workbench 1, by defeated Power transmission machine 2a drives driving belt 2b, driving belt 2b to drive rotation axis 2d rotation connected to it, and rotation axis 2d rotation drives A rolling wheel 2e connected to it and connection belt 2c rotation, connection belt 2c rotation drive remaining rotation axis 2d rotation, These rotation axis 2d rotation drives coupled rolling wheel 2e rotation, be able to drive on workbench 1 glass to be detected to Preceding movement drives pressing axis 3a5 rotation by driving motor 3a4, and pressing axis 3a5 rotation drives pressing plate 3a6 rotation, pressing plate 3a6 is rotated along the axis of pressing axis 3a5 and shank 3a3 is against on supporting plate 3a2, because shank 3a3 is plugged on pressing lever 3a1 On, pressing plate 3a6 may make pressing lever 3a1 to generate vertical pressure to the glass on workbench 1 pressure of shank 3a3, And then glass is pressed by pressing lever 3a1, it can prevent glass from shaking or deviating, pass through rotating electric machine 3b3 and drive company Spindle 3b1 rotation, connecting shaft 3b1 rotation drive supporting plate 3a2 to rotate along the axis of connecting shaft 3b1, can be according to staff Demand adjustment pressing lever 3a1 position to adapt to different size of glass, pass through detection motor 4b1 rotation drive support bar 4b2 rotation, support bar 4b2 rotation drive connecting plate 4b3 rotation connected to it, and connecting plate 4b3 rotation drives connected to it Connecting rod 4b4 rotation, connecting rod 4b4 rotation drive coupled terminal pad 4b5 rotation, terminal pad 4b5 rotation drive with Its interlocking lever 4b6 being connected is mobile, and interlocking lever 4b6 is mobile to drive coupled rotating disk 4b7 rotation, passes through rotating disk 4b7 rotation pushes fixed link 4a4 mobile, and the mobile block 4a3 that places of fixed link 4a4 is mobile, places block 4a3 and moves up in sliding panel 4a2 Two fixed block 4a8 can be touched when dynamic, then sliding panel 4a2 are driven to slide on placement plate 4a1, are made displacement sensor 4a7 Can be automatically in the movement of the top of workbench 1, multi-faceted detection glass improves the precision detected to glass.

Finally, it should be noted that the above various embodiments is only to illustrate the technical solution of the utility model, rather than it is limited System；Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should Understand: it is still possible to modify the technical solutions described in the foregoing embodiments, or to some or all of Technical characteristic is equivalently replaced；And these are modified or replaceed, it does not separate the essence of the corresponding technical solution, and this is practical new The range of each embodiment technical solution of type.

Claims (8)

1. a kind of detection device of glass, which is characterized in that including workbench (1), conveying assembly (2), press component (3) and inspection Survey component (4), the workbench (1) is equipped with the rectangle square groove through workbench (1), set on the workbench (1) there are two Symmetrically arranged support plate (1a), two support plates (1a) are located at the left and right sides of workbench (1) and two supports Plate (1a) is fixedly connected with workbench (1), the conveying assembly (2) be located on workbench (1) and conveying assembly (2) and work Platform (1) is connected, and the press component (3) is located on workbench (1) and press component (3) is connected with workbench (1), described Detection components (4) are located on workbench (1) and detection components (4) are connected with workbench (1).

2. a kind of detection device of glass according to claim 1, which is characterized in that the conveying assembly (2) includes defeated Power transmission machine (2a), driving belt (2b), connection belt (2c), five rotation axis (2d) and five rolling wheels (2e), the conveying Motor (2a) is located at the lower section of workbench (1) and feeder motor (2a) is in being horizontally disposed with, and five rotation axis (2d) are equidistant It is arranged at intervals in the rectangle square groove on workbench (1), one end of each rotation axis (2d) both passes through workbench (1) extension Outside to workbench (1), five rotation axis (2d) are rotatablely connected with workbench (1) and five rotation axis (2d) levels are set It sets, five rolling wheels (2e) are respectively sleeved on five rotation axis (2d), and the connection belt (2c) is set in five and turns Moving axis (2d) passes through on this one end of workbench (1), and the driving belt (2b) is set in a rotation axis (2d) and conveying electricity On the output shaft of machine (2a).

3. a kind of detection device of glass according to claim 2, which is characterized in that the press component (3) includes two A symmetrically arranged pressing piece (3a) and rotating member (3b), each pressing piece (3a) includes pressing lever (3a1), supporting plate (3a2), shank (3a3), driving motor (3a4), pressing axis (3a5) and pressing plate (3a6), the pressing lever (3a1) are located at On workbench (1) and pressing lever (3a1) state setting in a vertical shape, the pressing lever (3a1) are equipped with square hole, the supporting plate (3a2) is set on pressing lever (3a1) and the top of pressing lever (3a1) passes through supporting plate (3a2), on the supporting plate (3a2) Equipped with through-hole, the shank (3a3) is located on supporting plate (3a2) and one end of shank (3a3) passes through on pressing lever (3a1) Square hole, the shank (3a3) be equipped with through slot, the driving motor (3a4) is located on supporting plate (3a2) and driving motor (3a4) in being horizontally disposed with, in the through slot that the pressing axis (3a5) is located on shank (3a3) and pressing axis (3a5) is set in level Set, one end of the pressing axis (3a5) is fixedly connected with the main shaft of driving motor (3a4), the pressing plate (3a6) be set in by On last item (3a5) and pressing plate (3a6) and pressing axis (3a5) are rotatablely connected.

4. a kind of detection device of glass according to claim 3, which is characterized in that each rotating member (3b) includes Connecting shaft (3b1), support base (3b2) and rotating electric machine (3b3), the connecting shaft (3b1) are located on supporting plate (3a2) and connect Axis (3b1) is plugged in the through-hole on supporting plate (3a2), and the connecting shaft (3b1) is in horizontally disposed, the support base (3b2) Positioned at the lower section of supporting plate (3a2) and the both ends of connecting shaft (3b1) extend respectively on support base (3b2), the rotating electric machine (3b3) is located at the side of support base (3b2) and rotating electric machine (3b3) in horizontally disposed, the main shaft of the rotating electric machine (3b3) with Connecting shaft (3b1) is fixedly connected.

5. a kind of detection device of glass according to claim 3, which is characterized in that the detection components (4) include two A symmetrically arranged detection piece (4a) and moving member (4b), each detection piece (4a) includes placement plate (4a1), sliding panel (4a2), placement block (4a3), fixed link (4a4), support rod (4a5), detection plate (4a6), displacement sensor (4a7) and two are solid Determine block (4a8), the placement plate (4a1) is located on workbench (1) and placement plate (4a1) is L-shaped, sliding panel (4a2) position In on placement plate (4a1) and sliding panel (4a2) is slidably matched with placement plate (4a1), the placement block (4a3) is located at sliding panel On (4a2) and place block (4a3) be slidably matched with sliding panel (4a2), the fixed link (4a4) be located at placement block (4a3) on and Fixed link (4a4) is fixedly connected with block (4a3) is placed, and the fixed link (4a4) is vertically arranged, two fixed blocks (4a8) It is respectively positioned on sliding panel (4a2) and two fixed blocks (4a8) is located at the left and right sides for placing block (4a3), two described solid Determine block (4a8) to be fixedly connected with sliding panel (4a2), the support rod (4a5) is located on a fixed block (4a8) and support rod (4a5) is fixedly connected with this fixed block (4a8), and the support rod (4a5) is vertically arranged, and the detection plate (4a6) is set in On support rod (4a5) and detection plate (4a6) is horizontally disposed, the output end of institute's displacement sensors (4a7) be arranged straight down and Displacement sensor (4a7) is fixedly connected with detection plate (4a6).

6. a kind of detection device of glass according to claim 5, which is characterized in that each moving member (4b) includes Detect motor (4b1), support bar (4b2), connecting plate (4b3), connecting rod (4b4), terminal pad (4b5), interlocking lever (4b6) and rotation Turntable (4b7), it is described detection motor (4b1) be located at placement plate (4a1) side and detection motor (4b1) output end vertically to The bottom of upper setting, the support bar (4b2) is fixedly connected with the output end of detection motor (4b1), connecting plate (4b3) set It is located at the top of support bar (4b2) and supporting plate (3a2) is horizontally disposed, the connecting rod (4b4) is plugged on supporting plate (3a2) And connecting rod (4b4) is rotatably assorted with supporting plate (3a2), the terminal pad (4b5) is set on connecting rod (4b4) and terminal pad (4b5) is horizontally disposed, and the rotating disk (4b7) is set on fixed link (4a4) and rotating disk (4b7) is horizontally disposed, the company One end of lever (4b6) is fixedly connected with terminal pad (4b5), and the other end and rotating disk (4b7) of the interlocking lever (4b6) are fixed Connection.

7. a kind of detection device of glass according to claim 5, which is characterized in that the workbench (1) is equipped with two A symmetrically arranged limit plate (1b), two limit plates (1b) are located at the side of two placement plates (4a1) and two Limit plate (1b) is fixedly connected with workbench (1), and two limit plates (1b) are vertically arranged and each limit plate The length of (1b) is greater than the length of placement plate (4a1).

8. a kind of detection device of glass according to claim 3, which is characterized in that on each pressing lever (3a1) It is equipped with pressing plate (3a7), is coated with rubber layer on each pressing plate (3a7).