CN205192601U - Electronic platform scale support - Google Patents
Electronic platform scale support Download PDFInfo
- Publication number
- CN205192601U CN205192601U CN201521033357.6U CN201521033357U CN205192601U CN 205192601 U CN205192601 U CN 205192601U CN 201521033357 U CN201521033357 U CN 201521033357U CN 205192601 U CN205192601 U CN 205192601U
- Authority
- CN
- China
- Prior art keywords
- lower plate
- installation base
- upper plate
- plate
- platform scale
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Measurement Of Force In General (AREA)
Abstract
The utility model relates to an electronic platform scale field, especially an electronic platform scale support. Adopt casting shaping existence easily produced by the technology restriction to current electronic platform scale support and hide the defect, lead to the yield not high, the big scheduling problem of manufacturing cost, the utility model provides an electronic platform scale support, it includes upper bracket, lower carriage and bearing sensor, the upper and lower two sides of bearing sensor respectively with upper bracket, lower carriage fixed connection, upper bracket and lower carriage are upper plate and hypoplastron that dull and stereotyped punching press formed respectively, upper plate and hypoplastron surface punching press form installation base convex in opposite directions, the horizontal bearing surface of bearing sensor is connected to the top surface of installation base for laminating, the installation base forms a plurality of the inners to extension all around and alternately links to each other in the strengthening rib of installation base, installation base and strengthening rib stamping forming as an organic whole forms the recess that the shape matches at dull and stereotyped another side. The utility model discloses having simplified manufacturing process, having improved production efficiency, the support depth of parallelism is good, and is with low costs.
Description
Technical field
The utility model relates to electronic platform scale field, particularly a kind of electronic platform scale support.
Background technology
Electronic platform scale support is the significant components of electronic platform scale, the bearing sensor that described electronic platform scale support comprises upper bracket and lower carriage and is fixedly connected between the two.Traditional upper bracket and lower carriage are all the framed structure of pipe fitting welding, the manufacturing process of this framework is complicated, the depth of parallelism is poor, production efficiency is low, there is the platform balance support of modified node method afterwards, described support is the framed structure of casting, although the manufacturing process of simplifying, improve the depth of parallelism of support, but production efficiency is lower follow-up deburring of also will polishing still, and casting easily produces bubble by process technology limit and other conceal defects, cause yield rate not high, manufacturing cost is large.
Summary of the invention
The technical assignment of the technical problems to be solved in the utility model and proposition is to provide a kind of electronic platform scale support and electronic platform scale, and the manufacturing process of described support more simplifies, production efficiency is high, and the support depth of parallelism is good, low cost of manufacture.
The utility model adopts following technical scheme: a kind of electronic platform scale support, comprise upper bracket, lower carriage and bearing sensor, the upper and lower surface of described bearing sensor respectively and upper bracket, lower carriage is fixedly connected with, it is characterized in that described upper bracket and lower carriage are respectively the upper plate and lower plate that flat board is stamped to form, described upper plate and lower board surface punching press form the installation base protruded in opposite directions, the end face of described installation base is the horizontal supporting face being fitted and connected bearing sensor, installation base extends to form to surrounding the reinforcement that some the inners intersection is connected in installation base, described installation base and reinforcement are integrated impact briquetting and form the groove of matching form at dull and stereotyped another side.The upper and lower support of the utility model platform balance support is all molded by plate stamping, and the installation base protruded in opposite directions is formed in planar surface punching press, utilize the end face of installation base as installing the horizontal supporting face being fitted and connected bearing sensor, impact briquetting production efficiency is high, yield rate is high, easily controls the flatness in horizontal supporting face on installation base during punching press; One-body molded installation base and coupled reinforcement during sheet forming, the effect of reinforcement improves stamping forming upper and lower support intensity, makes to utilize the upper and lower support of thin plate processing and fabricating to become possibility, reduce manufacturing cost further.
As improving further and supplementing technique scheme, the utility model adopts following technical measures: the outer end of described reinforcement is all connected in one around the ring muscle of installation base, described ring muscle is impact briquetting and forms the groove of matching form at dull and stereotyped another side, and described ring muscle and reinforcement surround some separate slots around installation base.Stamping forming ring muscle is around installation base being connected with reinforcement outer end, and ring muscle and reinforcement surround separate slot and distribute around installation base, and effect is the stress that shaping strength after increase sheet forming discharges dull and stereotyped punching press generation simultaneously.
Reinforcement quantity in described upper plate and lower plate is four, and ring muscle and reinforcement surround four separate slots around installation base.Article four, reinforcement and ring muscle surround four separate slots around installation base, and effect is also the shaping strength of increase upper plate and lower plate and discharges stress, and reinforcement processes diel trouble too much, and the shaping strength very little after sheet forming is inadequate.
Four reinforcements on described upper plate and four reinforcements in lower plate all symmetrical between two along plate length direction, and and plate on ring muscle surround two separate slots along plate length direction and two separate slots along plate width direction symmetry.Article four, reinforcement is symmetrical between two along plate length direction, and ring muscle surrounds four separate slots, and the separate slot of four indents effectively can strengthen the support to installation base around installation base, improves the anti-pressure ability of installation base, increases the intensity of upper plate and lower plate.
The face that is fitted and connected of described bearing sensor and upper plate, lower plate lays respectively at the two ends of bearing sensor, described upper plate and lower plate are equipped with the aiding support face with the laminating of the bearing sensor other end, described aiding support face is a boss end face and flushes with horizontal supporting face is contour, and described boss is impact briquetting and forms the groove of matching form at dull and stereotyped another side.Because the two ends of bearing sensor are fitted and connected with upper plate, lower plate respectively, the suspension connection of bearing sensor and every block plate all being become only have one end fixing is installed, this connected mode can make bearing sensor more easily produce deformation, increase the sensitivity of measuring, ensure that measurement result is more accurate.
The pedestal two ends of described bearing sensor are respectively equipped with threaded connection hole, the horizontal supporting face of upper plate and lower plate has the through hole matched with threaded connection hole, coupling bolt on upper plate to be spirally connected bearing sensor from top to bottom through through hole, coupling bolt in lower plate to be spirally connected bearing sensor from bottom to top through through hole, and the depth of groove that the screw cap end of described coupling bolt and installation base are formed at dull and stereotyped another side matches.The relatively upper and lower plate of pedestal due to bearing sensor itself has more heavy thickness, is convenient to form darker threaded hole, and the thread end of bolt can assemble with being more threaded; It is fixing that the connected mode that bolt is fixed can make bearing sensor two ends fit with upper and lower plate more closely, ensures that bearing sensor Measurement accuracy is weighed; The depth of groove that the screw cap end of coupling bolt and installation base are formed at dull and stereotyped another side matches, and coupling bolt is installed rear nut end and sunk in respective slot, avoids protruding producing the follow-up assembling of uneven impact.
The erecting bed that the extended level in described lower plate one end is protruded, described erecting bed and lower plate are integrated impact briquetting, and erecting bed outwards shrinks from lower plate one end and narrows, and the outer end of erecting bed has mounting hole.Erecting bed is for being fixedly connected with the support bar of electronic platform scale display screen, more existing platform balance support needs to weld separately in lower carriage one end connecting rod, and could to fill support bar more convenient, eliminate welding step reduce operation, erecting bed and lower plate integrated punching shaping, low cost of manufacture; Mounting hole is for filling assembly connection support bar and the electric wire wearing bearing sensor; The erecting bed intensity of outer narrow inner width is high, more firmly.
Described erecting bed is low wide and up narrow trapezoidal, and trapezoidal top margin is the outer end of erecting bed, and base is the inner of erecting bed.Erecting bed is trapezoidal, and the top margin doing outer end is narrow, and do inner base wide, the erecting bed of this shape has enough intensity, and larger mounting plane can be provided to offer mounting hole.
Described upper plate is provided with stamping forming upper plate annular groove around ring muscle, and described upper plate annular groove forms the upper plate bulge loop of form fit at dull and stereotyped another side, and the outer rim of upper plate bulge loop is the outer rim of upper plate; Described lower plate is provided with stamping forming lower plate annular groove around ring muscle, described lower plate annular groove forms the lower plate convex tendon of form fit at dull and stereotyped another side, stamping forming outer shroud muscle is provided with around lower plate annular groove, described outer shroud muscle forms the outer groove of form fit at dull and stereotyped another side, the outer rim of outer shroud muscle is the outer rim of lower plate, described upper plate and lower plate outer rim are bent to form a circle all downwards and close flanging, and described flanging is for being stamped to form.Upper plate and lower plate arrange upper plate annular groove and lower plate annular groove respectively around ring muscle, and its effect is all that the concaveconvex shape connected by rising and falling improves sheet forming shaping strength; The outer rim of upper plate and lower plate forms the flanging of bending downwards by punching press, effect is the intensity improving plate corresponding position.
Platform balance support described in the utility model changes the framed structure of existing casting, adopt plate stamping molded on upper and lower support, and the installation base protruded in opposite directions is formed in planar surface punching press, utilize the end face of installation base as installing the horizontal supporting face being fitted and connected bearing sensor, impact briquetting production efficiency is high, yield rate is high, easily controls the flatness in horizontal supporting face on installation base during punching press; One-body molded installation base and coupled reinforcement during sheet forming, the effect of reinforcement improves stamping forming upper and lower support intensity, and discharge the stress of impact briquetting generation, make to utilize the upper and lower support of thin plate processing and fabricating to become possibility, further reduction manufacturing cost, the intensity after impact briquetting is also higher than the framed structure of casting.
Accompanying drawing explanation
Fig. 1: assembling schematic diagram of the present utility model.
Fig. 2: upper plate installs bearing sensor schematic diagram (upper plate bottom surface upwards).
Fig. 3: lower plate installs bearing sensor schematic diagram (lower plate bottom surface is downward).
Schematic diagram (lower plate bottom surface upwards) after lower plate turn-over shown in Fig. 4: Fig. 3.
In figure: 1. bearing sensor, 2. upper plate, 3. lower plate, 4. installation base, 5. horizontal supporting face, 6. reinforcement, 7. ring muscle, 8. separate slot, 9. aiding support face, 10. boss, 11. coupling bolts, 12. erecting beds, 13. mounting holes, 14. upper plate annular grooves, 15. upper plate bulge loops, 16. lower plate annular grooves, 17. outer shroud muscle, 18. flangings.
Embodiment
Illustrate below in conjunction with accompanying drawing and with embodiment, the utility model to be described further.
As shown in figures 1-4, a kind of electronic platform scale support, comprise upper bracket, lower carriage and bearing sensor 1, the upper and lower surface of described bearing sensor 1 respectively and upper bracket, lower carriage is fixedly connected with, wherein said upper bracket and lower carriage are respectively the upper plate 2 and lower plate 3 that flat board is stamped to form, described upper plate 2 and the surperficial punching press of lower plate 3 form the installation base 4 protruded in opposite directions, the end face of described installation base 4 is the horizontal supporting face 5 being fitted and connected bearing sensor, installation base 4 extends to form four inner reinforcements 6 being connected in installation base that intersect to surrounding, described installation base 4 and reinforcement 6 are integrated impact briquetting and form the groove of matching form at dull and stereotyped another side.
Further, the outer end of described reinforcement 6 is all connected in one around the ring muscle 7 of installation base 4, described ring muscle 7 is impact briquetting and forms the groove of matching form at dull and stereotyped another side, and described ring muscle 7 and four reinforcements 6 surround some four separate slots 8 around installation base 4; Four reinforcements 6 on described upper plate 2 and four reinforcements 6 in lower plate 3 all symmetrical between two along plate length direction, and and plate on ring muscle 7 surround two separate slots 8 along plate length direction and two separate slots 8 along plate width direction symmetry; Described upper plate 2 is provided with stamping forming upper plate annular groove 14 around ring muscle 7, and described upper plate annular groove 14 forms the upper plate bulge loop 15 of form fit at dull and stereotyped another side, and the outer rim of upper plate bulge loop 15 is the outer rim of upper plate 2; Described lower plate 3 is provided with stamping forming lower plate annular groove 16 around ring muscle 7, described lower plate annular groove 16 forms the lower plate convex tendon of form fit at dull and stereotyped another side, stamping forming outer shroud muscle 17 is provided with around lower plate annular groove 16, described outer shroud muscle 17 forms the outer groove of form fit at dull and stereotyped another side, the outer rim of outer shroud muscle 17 is the outer rim of lower plate 3, described upper plate 2 and lower plate 3 outer rim are bent to form a circle all downwards and close flanging 18, and described flanging 18 is for being stamped to form.
The face that is fitted and connected of described bearing sensor 1 and upper plate 2, lower plate 3 lays respectively at the two ends of bearing sensor 1, described upper plate 2 and lower plate 3 are equipped with the aiding support face 9 with the laminating of bearing sensor 1 other end, described aiding support face 9 is boss 10 end face and flushes with horizontal supporting face 5 is contour, and described boss 10 is impact briquetting and forms the groove of matching form at dull and stereotyped another side; The pedestal two ends of described bearing sensor 1 are respectively equipped with threaded connection hole, the horizontal supporting face 5 of upper plate 2 and lower plate 3 has the through hole matched with threaded connection hole, coupling bolt on upper plate 2 11 to be spirally connected bearing sensor 1 from top to bottom through through hole, coupling bolt in lower plate 3 11 to be spirally connected bearing sensor 1 from bottom to top through through hole, and the depth of groove that the screw cap end of described coupling bolt 11 and installation base 4 are formed at dull and stereotyped another side matches.
Described lower plate 3 one end is the erecting bed 12 that protrudes of extended level also, described erecting bed 12 and lower plate 3 are integrated impact briquetting, erecting bed 12 outwards shrinks from lower plate one end and narrows and be trapezoidal, the outer end of erecting bed 12 has mounting hole 13, described trapezoidal low wide and up narrow, trapezoidal top margin is the outer end of erecting bed, and base is the inner of erecting bed.
Claims (9)
1. an electronic platform scale support, comprise upper bracket, lower carriage and bearing sensor (1), the upper and lower surface of described bearing sensor (1) respectively and upper bracket, lower carriage is fixedly connected with, it is characterized in that the upper plate (2) that described upper bracket and lower carriage are respectively flat board and are stamped to form and lower plate (3), described upper plate (2) and the surperficial punching press of lower plate (3) form the installation base (4) protruded in opposite directions, the end face of described installation base (4) is for being fitted and connected the horizontal supporting face (5) of bearing sensor (1), installation base (4) extends to form to surrounding the reinforcement (6) that some the inners intersection is connected in installation base, described installation base (4) and reinforcement (6) are integrated impact briquetting and form the groove of matching form at dull and stereotyped another side.
2. a kind of electronic platform scale support according to claim 1, it is characterized in that the outer end of described reinforcement (6) is all connected in one around the ring muscle (7) of installation base (4), described ring muscle (7) is for impact briquetting and form the groove of matching form at dull and stereotyped another side, and described ring muscle (7) and reinforcement (6) surround some separate slots around installation base (4) (8).
3. a kind of electronic platform scale support according to claim 2, it is characterized in that reinforcement (6) quantity in described upper plate (2) and lower plate (3) is four, ring muscle (7) and reinforcement (6) surround four separate slots around installation base (4).
4. a kind of electronic platform scale support according to claim 3, it is characterized in that four reinforcements (6) on described upper plate (2) and four reinforcements (6) in lower plate (3) all symmetrical between two along plate length direction, and and plate on ring muscle (7) surround two separate slots (8) along plate length direction and two separate slots (8) along plate width direction symmetry.
5. a kind of electronic platform scale support according to claim 1, it is characterized in that described bearing sensor (1) and upper plate (2), the face that is fitted and connected of lower plate (3) lays respectively at the two ends of bearing sensor (1), described upper plate (2) and lower plate (3) are equipped with the aiding support face (9) with the laminating of bearing sensor (1) other end, described aiding support face (9) is a boss (10) end face and flushes with horizontal supporting face (5) are contour, and described boss (10) is for impact briquetting and form the groove of matching form at dull and stereotyped another side.
6. a kind of electronic platform scale support according to claim 1, it is characterized in that the pedestal two ends of described bearing sensor (1) are respectively equipped with threaded connection hole, the horizontal supporting face (5) of upper plate (2) and lower plate (3) has the through hole matched with threaded connection hole, coupling bolt (11) on upper plate (2) to be spirally connected bearing sensor (1) from top to bottom through through hole, coupling bolt (11) in lower plate (3) to be spirally connected bearing sensor (1) from bottom to top through through hole, the depth of groove that the screw cap end of described coupling bolt (11) and installation base (4) are formed at dull and stereotyped another side matches.
7. a kind of electronic platform scale support according to claim 6, it is characterized in that the erecting bed (12) that the extended level in described lower plate (3) one end is protruded, described erecting bed (12) and lower plate (3) are integrated impact briquetting, erecting bed (12) outwards shrinks from lower plate one end and narrows, and the outer end of erecting bed (12) has mounting hole (13).
8. a kind of electronic platform scale support according to claim 7, it is characterized in that described erecting bed (12) is in low wide and up narrow trapezoidal, trapezoidal top margin is the outer end of erecting bed, and base is the inner of erecting bed.
9. a kind of electronic platform scale support according to claim 2, it is characterized in that described upper plate (2) is provided with stamping forming upper plate annular groove (14) around ring muscle (7), described upper plate annular groove (14) forms the upper plate bulge loop (15) of form fit at dull and stereotyped another side, and the outer rim of upper plate bulge loop (15) is the outer rim of upper plate (2); Described lower plate (3) is provided with stamping forming lower plate annular groove (16) around ring muscle (7), described lower plate annular groove (16) forms the lower plate convex tendon of form fit at dull and stereotyped another side, stamping forming outer shroud muscle (17) is provided with around lower plate annular groove (16), described outer shroud muscle (17) forms the outer groove of form fit at dull and stereotyped another side, the outer rim of outer shroud muscle (17) is the outer rim of lower plate (3), described upper plate (2) and lower plate (3) outer rim are bent to form a circle all downwards and close flanging (18), and described flanging (18) is for being stamped to form.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521033357.6U CN205192601U (en) | 2015-12-11 | 2015-12-11 | Electronic platform scale support |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521033357.6U CN205192601U (en) | 2015-12-11 | 2015-12-11 | Electronic platform scale support |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205192601U true CN205192601U (en) | 2016-04-27 |
Family
ID=55785580
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521033357.6U Active CN205192601U (en) | 2015-12-11 | 2015-12-11 | Electronic platform scale support |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205192601U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114333147A (en) * | 2021-11-26 | 2022-04-12 | 西安航天发动机有限公司 | Sectional heat-preservation combined energy-saving sales counter |
-
2015
- 2015-12-11 CN CN201521033357.6U patent/CN205192601U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114333147A (en) * | 2021-11-26 | 2022-04-12 | 西安航天发动机有限公司 | Sectional heat-preservation combined energy-saving sales counter |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN201268383Y (en) | Loose bed jig for ship | |
| CN202846762U (en) | Integrated molding mould of large-sized wind power blade web | |
| CN205192601U (en) | Electronic platform scale support | |
| CN203917599U (en) | A kind of symmetry tubes interlude bending and forming mould | |
| CN102155067B (en) | Round cross-shaped column base and manufacturing method thereof | |
| CN201285765Y (en) | Half-finished product structure for novel integrated circuit semiconductor device mass production | |
| CN103241342A (en) | Post type moulding bed for segmented hull manufacturing | |
| CN209344414U (en) | A kind of socket box mounting structure in a row | |
| CN205437687U (en) | Automobile operation pole assembly fixture | |
| CN205289625U (en) | Forge hub die | |
| CN210098704U (en) | Mould structure for improving flatness of moving iron | |
| CN215665433U (en) | Frame boundary beam structure of chain conveyor | |
| CN202893993U (en) | Flanging die for central passage fixing frame of automobile | |
| CN102372047B (en) | Installation plate of motorcycle seat cushion lock | |
| CN202927385U (en) | Base structure for diesel generator | |
| CN203529800U (en) | Tower crane and tower cap molding tool | |
| CN212012410U (en) | Large-scale motor stator plastic seat | |
| CN202664879U (en) | Back frame structure of seat | |
| CN210344464U (en) | Simple positioning structure for rotor and stator of electronic expansion valve | |
| CN208970719U (en) | A kind of resonant rod erecting bed | |
| CN203497027U (en) | Car floor assembly | |
| CN202945331U (en) | Main electrode frame | |
| CN201705583U (en) | Cabin shell supporting frame | |
| CN202447597U (en) | Upper die of casting die for automobile hub | |
| CN202140542U (en) | Supporting device for splicing cantilever type bearing seat |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |