CN105277087A - Rotatable multi-angle positioning detection tool - Google Patents
Rotatable multi-angle positioning detection tool Download PDFInfo
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- CN105277087A CN105277087A CN201510692865.3A CN201510692865A CN105277087A CN 105277087 A CN105277087 A CN 105277087A CN 201510692865 A CN201510692865 A CN 201510692865A CN 105277087 A CN105277087 A CN 105277087A
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- wheel hub
- wall
- rotatable multi
- angle detection
- swivel becket
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Abstract
The invention discloses a rotatable multi-angle positioning detection tool. The rotatable multi-angle positioning detection tool comprises a support table (1) which is fixed on a base (10) and a rotation member which is arranged on the support table. The support table is provided with a rotation roller which is around the own axial direction. The outer wall of the rotation roller abuts against and presses the outer wall of the rotation member, so that the rotation member can synchronously rotate with the rotation roller. A detection plate (2) which is used for detecting a product is arranged on the rotation member. A number of detection gages and fixtures are arranged on the detection plate. The rotatable multi-angle positioning detection tool can help a detection person to conveniently and effortlessly turn over a heavy and bulky product to carry out multi-angle positioning verifying, which saves time and effort and improves the production efficiency.
Description
Technical field
The present invention relates to commercial production checkout equipment technical field, particularly, relate to a kind of rotatable multi-angle detection and localization instrument.
Background technology
In industrial processes, in order to ensure the qualification rate of product, needing that size, radian are carried out to finished product or semi-manufacture, whether meeting the technical indicators such as assembling demand and test.Little, lightweight and the simple finished product of structure or semi-manufacture for some volumes, adopt single testing staff's manual overturning also to coordinate cubing to detect by naked eyes more.But when the product needed that, weight comparatively large to some volumes are comparatively sunk carries out comprehensive detection time, overturn difficulty manually due to single, in producing at present, the method step by step that adopts carries out partial check to product more.This method delays normal generation time, delays the production cycle, and wastes time and energy in the process carrying and overturn Heavy Product, does not slightly note easily causing unnecessary industrial accident.
Therefore, be badly in need of providing a kind of single testing staff just can overturn the rotatable multi-angle detection and localization instrument of product that is comparatively heavy, large volume operation of testing convenient and strength-savingly.
Summary of the invention
The object of this invention is to provide a kind of rotatable multi-angle detection and localization instrument, this rotatable multi-angle detection and localization instrument can be assisted single testing staff to overturn product that is comparatively heavy, large volume convenient and strength-savingly and be carried out the checked operation of multi-angle location, time saving and energy saving, improve production efficiency.
To achieve these goals, the invention provides a kind of rotatable multi-angle detection and localization instrument, this rotatable multi-angle detection and localization instrument comprises the brace table be fixed on base and the runner assembly be located on brace table; Brace table is provided with the live-rollers around self axial direction, and the outer wall of live-rollers and the inconsistent extruding of the outer wall of runner assembly are to make runner assembly can with live-rollers synchronous axial system; Runner assembly is provided with the check-out console for testing product, and check-out console is provided with multiple cubing for detecting and fixture; Wherein, runner assembly comprises two swivel beckets be oppositely arranged, and the plane of rotation of two swivel beckets is parallel; The inner side of two swivel beckets has set up a fixed bar respectively, and the two ends of fixed bar are fixed on the sidewall of swivel becket respectively; Fixed bar to match fixing to make two swivel beckets be arranged on the two ends of check-out console respectively and the extended surface of check-out console is vertical with the plane of rotation of swivel becket with the internal thread hole on the end face of check-out console two ends by bolt; One of them swivel becket is circumferentially interval with multiple locating notch, positioning component comprise location dead bolt, spring, nose pile, dwang, the first rotation axis, traction rope, around bar, swing handle and the second rotation axis; One end of location dead bolt is stretched in locating notch, and the other end passes one end Joint of nose pile and dwang; Spring housing is located on the dead bolt of location and one end of close locating notch and is fixed on the outer wall of location dead bolt, and the other end is resisted against on the outer wall of nose pile; One end of first rotation axis is hinged on the middle part of dwang, and the other end is fixed on base to make dwang location dead bolt can be pulled out and extrusion spring from locating notch when the first rotation axis rotates; The other end of dwang is connected with one end of traction rope, and the other end of traction rope is walked around and is connected with one end of swing handle around bar, and the stage casing that the second rotation axis is arranged on swing handle can be rotated around the second rotation axis to make swing handle.
Preferably, brace table is rectangular support platform and the corner of brace table is provided with four erection columns, and the top of erection column is all provided with wheel hub, and wheel hub can rotate and the axis being parallel of the axis of wheel hub and swivel becket around self axial direction; The outer wall of the wheel hub that the outer wall of a swivel becket is adjacent with two respectively conflict simultaneously and extrude to make swivel becket can with wheel hub synchronous axial system.
Preferably, the periphery wall of swivel becket and wheel hub is equipped with can intermeshing tooth.
Preferably, the width of wheel hub is greater than the width of swivel becket.
Preferably, the distance between the inner face of two coaxial wheel hubs is less than the distance between the inner face of two swivel beckets; And the distance between the outer face of two coaxial wheel hubs is greater than the distance between the outer face of two swivel beckets.
Preferably, the side away from erection column on the outer wall of wheel hub is provided with Sealing shield ring, on the outer wall that Sealing shield ring is circumferentially arranged on wheel hub and the diameter of Sealing shield ring is greater than the diameter of wheel hub.
Preferably, the tip portion of brace table has been recessed to form cell body downwards, and cell body is positioned at the below of check-out console.
Preferably, base is also provided with multiple handle.
According to technique scheme, the present invention is provided with on brace table can the live-rollers of rotation, and by the outer wall of runner assembly and the inconsistent extruding of the outer wall of live-rollers, utilizes friction force therebetween to make runner assembly can with live-rollers synchronous axial system.Runner assembly installs check-out console, and on check-out console, establishes multiple cubing and fixture.First use fixture to be fixed by product that is comparatively heavy, large volume, recycling cubing detects this product.While detection, rotate above-mentioned runner assembly just can drive check-out console together to rotate, and goes to the face multiple to be detected of product towards the position of testing staff's sight line quickly and easily.Meanwhile, when testing staff rotate swing handle pull one end of traction rope time, by traction rope is exceptionally straight and be passed to by tractive force on the dwang that is connected with the traction rope other end around bar, such chain reaction triggers dwang and rotates around the first rotation axis.One end due to dwang is connected on the dead bolt of location, and so just location dead bolt can be pulled out from locating notch, now swivel becket loses resistance, and check-out console can be driven together to rotate.And compress because location dead bolt retreats the spring compresses that will originally be resisted against on nose pile, when tester unclamps swing handle, tractive force on traction rope disappears, thus cause original pulling force on the dead bolt of location to disappear simultaneously, and the pressure on spring also disappears immediately, location dead bolt ejects and is resisted against on swivel becket by the elastic force of such spring-return again.When the next locating notch on swivel becket turns to the position of location dead bolt, location dead bolt just to spring in locating notch thus to be retightened by swivel becket.Product orientation that comparatively sink, large volume so just can be allowed to detect for detection person in several angle needing emphasis to detect, avoiding and waste time and energy carrying and rotate product that is comparatively heavy, large volume, substantially reducing detection time, improve production efficiency.
Other features and advantages of the present invention are described in detail in embodiment part subsequently.
Accompanying drawing explanation
Accompanying drawing is used to provide a further understanding of the present invention, and forms a part for instructions, is used from explanation the present invention, but is not construed as limiting the invention with embodiment one below.In the accompanying drawings:
Fig. 1 is the structural representation according to the rotatable multi-angle detection and localization instrument in a kind of embodiment provided by the invention.
Description of reference numerals
1-brace table 2-check-out console
3-swivel becket 4-bolt
5-fixed bar 6-erection column
7-wheel hub 8-Sealing shield ring
9-cell body 10-base
11-handle 12-locating notch
13-locates dead bolt 14-spring
15-nose pile 16-dwang
17-first rotation axis 18-traction rope
19-is around bar 20-swing handle
21-second rotation axis
Embodiment
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.Should be understood that, embodiment described herein, only for instruction and explanation of the present invention, is not limited to the present invention.
In the present invention, when not doing contrary explanation, the nouns of locality be included in term such as " top, inner side, outer walls " only represents the orientation of this term under normal service condition, or being commonly called as those skilled in the art's understanding, and should not be considered as the restriction to this term.
See Fig. 1, the invention provides a kind of rotatable multi-angle detection and localization instrument, this rotatable multi-angle detection and localization instrument comprises the brace table 1 be fixed on base 10 and the runner assembly be located on brace table 1; Brace table 1 is provided with the live-rollers around self axial direction, and the outer wall of live-rollers and the inconsistent extruding of the outer wall of runner assembly are to make runner assembly can with live-rollers synchronous axial system; Runner assembly is provided with the check-out console 2 for testing product, and check-out console 2 is provided with multiple cubing for detecting and fixture; Wherein, to comprise the plane of rotation of two swivel beckets be oppositely arranged, 3, two swivel beckets 3 parallel for runner assembly; The inner side of two swivel beckets 3 has set up a fixed bar 5 respectively, and the two ends of fixed bar 5 are fixed on the sidewall of swivel becket 3 respectively; Fixed bar 5 to match fixing to make two swivel beckets 3 be arranged on the two ends of check-out console 2 respectively and the extended surface of check-out console 2 is vertical with the plane of rotation of swivel becket 3 with the internal thread hole on the end face of check-out console 2 two ends by bolt 4; One of them swivel becket 3 is circumferentially interval with multiple locating notch 12, positioning component comprise location dead bolt 13, spring 14, nose pile 15, dwang 16, first rotation axis 17, traction rope 18, around bar 19, swing handle 20 and the second rotation axis 21; One end of location dead bolt 13 is stretched in locating notch 12, and the other end is through one end Joint of nose pile 15 with dwang 16; Spring 14 is set on the dead bolt 13 of location and one end of close locating notch 12 and is fixed on the outer wall of location dead bolt 13, and the other end is resisted against on the outer wall of nose pile 15; One end of first rotation axis 17 is hinged on the middle part of dwang 16, and the other end is fixed on base 10 to make dwang 16 location dead bolt 13 can be pulled out and extrusion spring 14 from locating notch 12 when the first rotation axis 17 rotates; The other end of dwang 16 is connected with one end of traction rope 18, the other end of traction rope 18 is walked around and is connected around bar 19 one end with swing handle 20, and the stage casing that the second rotation axis 21 is arranged on swing handle 20 can be rotated around the second rotation axis 21 to make swing handle 20.
By technique scheme, brace table 1 is provided with can the live-rollers of rotation, and by the outer wall of runner assembly and the inconsistent extruding of the outer wall of live-rollers, utilizes friction force therebetween to make runner assembly can with live-rollers synchronous axial system.Runner assembly is installed check-out console 2, and establish multiple cubing and fixture on check-out console 2.First use fixture to be fixed by product that is comparatively heavy, large volume, recycling cubing detects this product.While detection, rotate above-mentioned runner assembly just can drive check-out console 2 together to rotate, and goes to the face multiple to be detected of product towards the position of testing staff's sight line quickly and easily.When testing staff rotate swing handle 20 pull one end of traction rope 18 time, by around bar 19 by exceptionally straight for traction rope 18 and tractive force is passed on the dwang 16 that is connected with traction rope 18 other end, such chain reaction triggers dwang 16 and rotates around the first rotation axis 17.One end due to dwang 16 is connected on the dead bolt 13 of location, and so just location dead bolt 13 can be pulled out from locating notch 12, now swivel becket 3 loses resistance, and check-out console 2 can be driven together to rotate.And because location dead bolt 13 retreats, the spring 14 be originally resisted against on nose pile 15 is extruded compression, when tester unclamps swing handle 20, tractive force on traction rope 18 disappears, thus cause original pulling force on the dead bolt 13 of location to disappear simultaneously, and the pressure on spring 14 also disappears immediately, location dead bolt 13 ejects and is resisted against on swivel becket 3 by elastic force that such spring 14 is replied again.When the next locating notch 12 on swivel becket 3 turns to the position of location dead bolt 13, location dead bolt 13 just to spring in locating notch 12 thus to be retightened by swivel becket 3.
In order to further reduce the production materials of this rotatable multi-angle detection and localization instrument, alleviate himself weight, reduce its pressure to operating table surface, preferred brace table 1 is rectangular support platform and the corner of brace table 1 is provided with four erection columns 6, the top of erection column 6 is all provided with wheel hub 7, and wheel hub 7 can rotate and the axis being parallel of the axis of wheel hub 7 and swivel becket 3 around self axial direction; The outer wall of the wheel hub 7 that the outer wall of a swivel becket 3 is adjacent with two respectively conflict simultaneously and extrude to make swivel becket 3 can with wheel hub 7 synchronous axial system.Like this, two adjacent wheel hubs 7 provide an anchorage force to erection swivel becket 3 above it, the two ends of runner assembly all can be erected on wheel hub 7 and under the booster action of wheel hub 7 synchronous axial system together, and the check-out console 2 be fixed between two swivel beckets 3 just can drive the product that is comparatively heavy, large volume of side fixed thereon together to rotate, be convenient to testing staff and detect.
At above-mentioned swivel becket 3 with the process of wheel hub 7 synchronous axial system, in order to avoid the two contact site because unbalance stress makes friction force vary in size, thus cause the phenomenon occurring skidding, preferably, the periphery wall of swivel becket 3 and wheel hub 7 is equipped with can intermeshing tooth.
In addition, in order to prevent the width of wheel hub 7 too small, inadequate to the holding power of swivel becket 3 in rotation process, cause the rotation direction of swivel becket 3 to deflect, preferably, the width of wheel hub 7 is greater than the width of swivel becket 3.
When the runner assembly that check-out console 2 and two swivel beckets 3 are formed rolls on wheel hub 7, if the normal rotation of the too small meeting of distance to runner assembly between the inner face of two coaxial wheel hubs 7 brings very large resistance, product that comparatively sink, large volume is overturn and has some setbacks; And distance between the inner face of two coaxial wheel hubs 7 is excessive can make runner assembly that position skew occurs in the axial direction while rotating around self axial direction even to come off from wheel hub 7, finally cause whole rotatable multi-angle detection and localization tool construction to fall apart, lose original convenient function; In order to avoid the generation of above-mentioned situation, the distance between the inner face of preferred two coaxial wheel hubs 7 is less than the distance between the inner face of two swivel beckets 3; And the distance between the outer face of two coaxial wheel hubs 7 is greater than the distance between the outer face of two swivel beckets 3.
Meanwhile, in order to further prevent swivel becket 3 from coming off from wheel hub 7, the side away from erection column 6 on the outer wall of preferred wheel hub 7 is provided with Sealing shield ring 8, on the outer wall that Sealing shield ring 8 is circumferentially arranged on wheel hub 7 and the diameter of Sealing shield ring 8 is greater than the diameter of wheel hub 7.
More cubing and fixture can be used when testing staff detects the product that is comparatively heavy, large volume on check-out console 2, conveniently store these cubings and fixture, prevent simultaneously the two when runner assembly overturn from comparatively sink, the product of large volume tumbles after falling down everywhere, inconvenience is taken again, preferably, the tip portion of brace table 1 has been recessed to form cell body 9 downwards, and cell body 9 is positioned at the below of check-out console 2.Like this, various cubing to be used or fixture are placed in cell body 9, pick and place in testing process freely, virtually also improve the work efficiency of detection operation.
In addition, carry this rotatable multi-angle detection and localization instrument for the ease of entirety, preferably, base 10 is also provided with multiple handle 11.
Below the preferred embodiment of the present invention is described in detail by reference to the accompanying drawings; but; the present invention is not limited to the detail in above-mentioned embodiment; within the scope of technical conceive of the present invention; can carry out multiple simple variant to technical scheme of the present invention, these simple variant all belong to protection scope of the present invention.
It should be noted that in addition, each concrete technical characteristic described in above-mentioned embodiment, in reconcilable situation, can be combined by any suitable mode, in order to avoid unnecessary repetition, the present invention illustrates no longer separately to various possible array mode.
In addition, also can carry out combination in any between various different embodiment of the present invention, as long as it is without prejudice to thought of the present invention, it should be considered as content disclosed in this invention equally.
Claims (8)
1. a rotatable multi-angle detection and localization instrument, it is characterized in that, described rotatable multi-angle detection and localization instrument comprises the brace table (1) be fixed on base (10) and the runner assembly be located on described brace table (1); Described brace table (1) is provided with the live-rollers around self axial direction, and the outer wall of described live-rollers and the inconsistent extruding of outer wall of described runner assembly are to make described runner assembly can with described live-rollers synchronous axial system; Described runner assembly is provided with the check-out console (2) for testing product, and described check-out console (2) is provided with multiple cubing for detecting and fixture; Wherein, described runner assembly comprises two swivel beckets be oppositely arranged (3), and the plane of rotation of described two swivel beckets (3) is parallel; The inner side of two described swivel beckets (3) has set up a fixed bar (5) respectively, and the two ends of described fixed bar (5) are fixed on the sidewall of described swivel becket (3) respectively; Described fixed bar (5) to match fixing to make two described swivel beckets (3) be arranged on the two ends of described check-out console (2) respectively and the extended surface of described check-out console (2) is vertical with the plane of rotation of described swivel becket (3) with the internal thread hole on the end face of described check-out console (2) two ends by bolt (4); Swivel becket described in one of them (3) is circumferentially interval with multiple locating notch (12), described positioning component comprise location dead bolt (13), spring (14), nose pile (15), dwang (16), the first rotation axis (17), traction rope (18), around bar (19), swing handle (20) and the second rotation axis (21); One end of described location dead bolt (13) is stretched in described locating notch (12), and the other end is through one end Joint of described nose pile (15) with described dwang (16); Described spring (14) is set in and is fixed on the outer wall of described location dead bolt (13) on described location dead bolt (13) and near one end of described locating notch (12), and the other end is resisted against on the outer wall of described nose pile (15); One end of described first rotation axis (17) is hinged on the middle part of described dwang (16), and the other end is fixed on described base (10) to make described dwang (16) described location dead bolt (13) can be pulled out from described locating notch (12) and extrude described spring (14) when described first rotation axis (17) is rotated; The other end of described dwang (16) is connected with one end of described traction rope (18), the other end of described traction rope (18) is walked around and to be describedly connected around bar (19) one end with described swing handle (20), and the stage casing that described second rotation axis (21) is arranged on described swing handle (20) is to make described swing handle (20) can around described second rotation axis (21) rotation.
2. rotatable multi-angle detection and localization instrument according to claim 1, it is characterized in that, described brace table (1) is for rectangular support platform and the corner of described brace table (1) is provided with four erection columns (6), the top of described erection column (6) is all provided with wheel hub (7), and described wheel hub (7) can rotate and the axis being parallel of the axis of described wheel hub (7) and described swivel becket (3) around self axial direction; The outer wall of the described wheel hub (7) that the outer wall of a described swivel becket (3) is adjacent with two respectively conflict simultaneously and extrude to make described swivel becket (3) can with described wheel hub (7) synchronous axial system.
3. rotatable multi-angle detection and localization instrument according to claim 2, it is characterized in that, the periphery wall of described swivel becket (3) and described wheel hub (7) is equipped with can intermeshing tooth.
4. rotatable multi-angle detection and localization instrument according to claim 3, is characterized in that, the width of described wheel hub (7) is greater than the width of described swivel becket (3).
5. rotatable multi-angle detection and localization instrument according to claim 4, is characterized in that, the distance between the inner face of two coaxial described wheel hubs (7) is less than the distance between the inner face of two described swivel beckets (3); And the distance between the outer face of two coaxial described wheel hubs (7) is greater than the distance between the outer face of two described swivel beckets (3).
6. rotatable multi-angle detection and localization instrument according to claim 5, it is characterized in that, the outer wall of described wheel hub (7) is provided with Sealing shield ring (8) away from the side of described erection column (6), on the outer wall that described Sealing shield ring (8) is circumferentially arranged on described wheel hub (7) and the diameter of described Sealing shield ring (8) is greater than the diameter of described wheel hub (7).
7. rotatable multi-angle detection and localization instrument according to claim 6, it is characterized in that, the tip portion of described brace table (1) has been recessed to form cell body (9) downwards, and described cell body (9) is positioned at the below of described check-out console (2).
8. rotatable multi-angle detection and localization instrument according to claim 7, is characterized in that, described base (10) is also provided with multiple handle (11).
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510692865.3A CN105277087B (en) | 2015-10-22 | 2015-10-22 | Rotatable multi-angle detection and localization instrument |
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| CN201510692865.3A CN105277087B (en) | 2015-10-22 | 2015-10-22 | Rotatable multi-angle detection and localization instrument |
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| CN105277087A true CN105277087A (en) | 2016-01-27 |
| CN105277087B CN105277087B (en) | 2018-03-13 |
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Cited By (1)
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| CN107036824A (en) * | 2017-01-25 | 2017-08-11 | 安徽江淮汽车集团股份有限公司 | Manual telescopic positioner |
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| CN105277087B (en) | 2018-03-13 |
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