CN203259234U - Weighing device for containers - Google Patents
Weighing device for containers Download PDFInfo
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- CN203259234U CN203259234U CN 201320199645 CN201320199645U CN203259234U CN 203259234 U CN203259234 U CN 203259234U CN 201320199645 CN201320199645 CN 201320199645 CN 201320199645 U CN201320199645 U CN 201320199645U CN 203259234 U CN203259234 U CN 203259234U
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- scale body
- weighing
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Abstract
The utility model relates to a weighing device for containers, comprising a weighing platform, a turning platform and an instrument. The weighing platform comprises a scale body, a bottom frame, at least four digital weighing sensors and a limiting device. The at least four digital weighing sensors are installed on the scale body and are connected with the bottom frame or the at least four digital weighing sensors are installed on the bottom frame and are in contact with the scale body, and the weighing sensors are connected with the instrument through a cable. The limiting device comprises at least two anti-rotation mechanisms, at least two anti-tilting mechanisms and at least two horizontal limiting mechanisms, wherein the at least two anti-rotation mechanisms are arranged between the bottom frame and the scale body, the at least two anti-tilting mechanisms are obliquely arranged between the scale body and the bottom frame, and the at least two horizontal limiting mechanisms are vertically installed between the bottom frame and the scale body. The turning platform comprises a fixing platform, a tilting framework and a telescopic execution piece, wherein the fixing platform and the tilting framework are hinged, and the fixing platform is installed on the scale body. The weighing device for containers has the characteristics of being capable of controlling the weight of a container in the right place at the right time and improving the shipment efficiency of the container and convenient to transport.
Description
Technical field
The utility model relates to a kind of weighing-appliance for container, belongs to the heavy technical field of container meter.
Background technology
Container is being played the part of more and more important role in modern logistics industry.Container applies to every profession and trade and also just seems more specialized.Especially in grain such as paddy rice, beans and feedstuff industry and colliery industry etc.Its integrated production is had higher requirement to the vanning of container and the operation of weighing, and must finish in the vanning process and weigh, prevent the container overload, improve simultaneously the economic benefit of container, and after vanning finishes, finish unbalance loading and detect, provide technical guarantee for transporting safely.
Existing concentrated case weighing technology can be summarized as two kinds of structures substantially.A kind of will weighing behind the container hoisting, a kind of is to adopt four jiaos of suspension methods that container is weighed, as adopt hang hook steelyard that container is weighed, hang hook steelyard is mounted on the lifting appliance on the one hand, need to transform to lifting appliance long construction period, scrap build needs infusion of financial resources, the use limitation is large, impact lifting efficient, and lifting is weighed and can't be obtained container unbalance-loading information on the other hand.Another structure is container to be placed on the ground weigh.As adopt truck scale or special-purpose container Weighing module that it is measured, because need weighing-appliance is fixed on the earth's surface or is embedded in basic internal, weighing-appliance is inconvenient to carry, and to transforming on the basis, equally also need certain construction period and fund input, cost is high.
Summary of the invention
The purpose of this utility model provides the weight that a kind of energy in good time, suitablely is controlled container, improves pallet loading efficient, the weighing-appliance that is used for container of convenient carrying.
The utility model is that the technical scheme that achieves the above object is: a kind of weighing-appliance for container, it is characterized in that: comprise weighing platform, overturn platform and instrument, described weighing platform comprises scale body, underframe, at least four digital weighing sensors and stop means, at least four digital weighing sensor fixation side are installed on the scale body, the side of floating and underframe join, or at least four digital weighing sensor fixation side are installed on the underframe, the side of floating contacts with the scale body, and LOAD CELLS is by cable and Instrument connection; Described stop means comprise be arranged on have between underframe and the scale body be used to prevent scale body and underframe in relative rotation at least two rotation-preventing mechanisms, be used for preventing at least two anti-overturn mechanisms that the scale body is tumbled and being used at least two the Horizontal limiting mechanisms spacing to scale body horizontal direction, described rotation-preventing mechanism is arranged between scale body and the underframe, and perpendicular the putting of described anti-overturn mechanism is installed between underframe and the scale body; Described overturn platform comprises flexible executive item and the stationary platform and the framework that verts that are hinged, the two ends of flexible executive item be hinged on respectively stationary platform and the framework that verts on, and the hinged rear portion that is centered close to overturn platform and the hinged center of stationary platform of flexible executive item and stationary platform, the framework that verts is provided with the latch mechanism to fastening container, and stationary platform is installed on the scale body.
The utility model is installed in overturn platform on the weighing platform, latch mechanism on overturn platform is fixed container, and container can be turned to predefined position from horizontal level by flexible executive item, thereby container lifting certain angle is opened the door of container, make container be located in the vanning state, in the vanning process, realize weighing, energy is in good time, the control Container Weight on suitable ground, prevent that container overload or container packing are not enough, effectively improve the shipment efficient of container, save productive temp.Weighing-appliance of the present utility model not only can be weighed at container packing, and after container turns to horizontal level with overturn platform, can also weigh, can calculate the centroid position at surface level of container, the unbalance loading data of container may be provided, metering in the time of can satisfying container packing can be satisfied again before the vanning or the metering after the vanning, and the accuracy of metering performance provides technique guarantee for the installation and transportation of container.The utility model is equipped with stop means between scale body and underframe; this stop means comprises anti-overturn mechanism, rotation-preventing mechanism and Horizontal limiting mechanism; therefore to multi-faceted protection is provided between scale body and the underframe, guaranteed container vanning weigh and the static weighing process in functional reliability and stability.Weighing-appliance of the present utility model does not need to transform existing equipment, does not need basis transformation, uses limitation little to the place, can carry in good time.
Description of drawings
Below in conjunction with accompanying drawing embodiment of the present utility model is described in further detail.
Fig. 1 is the structural representation that the utility model is used for the weighing-appliance of container.
Fig. 2 is the structural representation of weighing-appliance after with the container lifting that the utility model is used for container.
Fig. 3 is the structural representation of the utility model weighing platform.
Fig. 4 is the plan structure diagram of Fig. 3.
Fig. 5 is the side-looking structural representation of Fig. 3.
Fig. 6 is the I place structure for amplifying synoptic diagram of Fig. 3.
The II place structure for amplifying synoptic diagram of Fig. 4 among Fig. 7.
Fig. 8 is the III place structure for amplifying synoptic diagram of Fig. 4.
Wherein: 1-overturn platform, the 1-1-framework that verts, 1-2-stationary platform, the 1-3-executive item that stretches, 1-4-the first bearing pin, 1-5-the second bearing pin, the 1-6-latch mechanism, 2-container, 3-instrument, the 4-cable, 5-weighing platform, 5-1-the first hinged seat, the 5-2-pull bar, 5-3-the second hinged seat, 5-4-underframe, 5-5-scale body, 5-6-LOAD CELLS, 5-7-sensor connecting piece, 5-8-the first connector, 5-9-the second connector, 5-10-transverse horizontal regulating part, the 5-11-locating part, 5-12-vertical equity regulating part, 5-13-suspension rod, 5-14-locking member, the 5-15-regulating part, 5-16-regulates leg.
Embodiment
See shown in Fig. 1～6 that the weighing-appliance that the utility model is used for container comprises weighing platform 5, overturn platform 1 and instrument 3.Weighing platform 5 of the present utility model is seen shown in Fig. 1～8, comprise scale body 5-5, underframe 5-4, at least four digital weighing sensor 5-6 and stop means, the fixation side of at least four digital weighing sensor 5-6 is installed on the scale body 5-5, the side of floating and underframe 5-4 join, or the fixation side of at least four digital weighing sensor 5-6 is installed on the underframe 5-4, the side of floating and scale body 5-5 join, underframe 5-4 of the present utility model is framed structure, this underframe 5-4 by crossbeam and the longeron in the outside and be fixed on crossbeam and longeron between web beam and strengthen longeron and consist of framed structure, see shown in Fig. 3～5 that scale body 5-5 of the present utility model also can adopt framed structure.One side of the utility model underframe 5-4 bottom is equipped with at least two and regulates leg 5-16, can regulate the alignment error that basic injustice is brought by regulating leg 5-16.See shown in Fig. 3,5 and 6, on the utility model underframe 5-4 or the scale body 5-5 sensor connecting piece 5-7 is installed, unsteady side and the sensor connecting piece 5-7 of LOAD CELLS 5-6 join, LOAD CELLS 5-6 is connected with instrument 3 by cable 4, this LOAD CELLS 5-6 can adopt digital sensor, the weight signal of container 2 is changed into electric signal and reach in the instrument 3 by LOAD CELLS 5-6, instrument 3 is done corresponding computing, obtains weight and the unbalance loading data of container 2.
See shown in Fig. 3～8, stop means of the present utility model comprise be arranged on have between underframe 5-4 and the scale body 5-5 be used to prevent scale body 5-5 and underframe 5-4 in relative rotation at least two rotation-preventing mechanisms, be used for preventing at least two anti-overturn mechanisms that scale body 5-5 tumbles and being used at least two the Horizontal limiting mechanisms spacing to scale body 5-5 horizontal direction, can make weighing-appliance of the present utility model have good functional reliability and job stability by stop means, weighing precision reaches important the asking of III level trade meter.
See shown in Fig. 1～4 and 7, rotation-preventing mechanism of the present utility model is the lateral symmetry setting or is vertically along underframe 5-4 longitudinal centre line along the cross central line of underframe 5-4 and is symmetrical arranged, this rotation-preventing mechanism also can arrange diagonally along the cross central line of underframe 5-4 and the intersection point of longitudinal centre line, as shown in Figure 3, can be provided with four.
See shown in Fig. 1～4 and 7, rotation-preventing mechanism of the present utility model is arranged between scale body 5-5 and the underframe 5-4, this rotation-preventing mechanism comprises the first connector 5-8, the second connector 5-9, pull bar 5-2 and be separately fixed at the first hinged seat 5-1 on the scale body 5-5 and the second hinged seat 5-3 on the underframe 5-4, the first connector 5-8 and the second connector 5-9 are hinged on respectively on upper and the second hinged seat 5-3 of the first hinged seat 5-1, the end of pull bar 5-2 is fixed on the first connector 5-8 or is fixed on the second connector 5-9, the other end of pull bar 5-2 is screwed in the second connector 5-9 or is screwed in the first connector 5-8 and upward and with set nut locks, or the two ends of pull bar 5-2 are screwed in respectively the first connector 5-8 and the second connector 5-9 upward and by set nut locks, owing to adopt the pull bar 5-2 of adjustable length, can make things convenient for the length of adjusting yoke 5-2, control scale body 5-5 and underframe 5-4 can keep quick condition, can prevent from again relatively rotating between scale body 5-5 and the underframe 5-4.
Rotation-preventing mechanism of the present utility model comprises the first connector 5-8 with threaded hole, with the second connector 5-9 of screw rod and be separately fixed at the first hinged seat 5-1 on the scale body 5-5 and the second hinged seat 5-3 on the underframe 5-4, the first connector 5-8 and the second connector 5-9 are hinged on respectively on the first hinged seat 5-1 and the second hinged seat 5-3, or first connector 5-8 and the second connector 5-9 be hinged on respectively on the second hinged seat 5-3 and the first hinged seat 5-1, screw rod on the second connector 5-9 is screwed in the threaded hole on the first connector 5-8 and by set nut and locks, can reach equally the length of the convenient second connector 5-9 of adjusting, control scale body 5-5 and underframe 5-4 can keep quick condition, can prevent from again relatively rotating between scale body 5-5 and the underframe 5-4.
Rotation-preventing mechanism of the present utility model also can adopt the non-adjustable structure of length, this rotation-preventing mechanism comprises pull bar 5-2 and is separately fixed at the first hinged seat 5-1 on the scale body 5-5 and the second hinged seat 5-3 on the underframe 5-4, the two ends of pull bar 5-2 respectively with the first hinged seat 5-1 be connected hinged seat 5-3 and be connected.
See shown in Fig. 5,6, perpendicular the putting of anti-overturn mechanism of the present utility model is installed between underframe 5-4 and the scale body 5-5, this anti-overturn mechanism can be installed in the Si Jiaochu of scale body 5-5 and underframe 5-4, or anti-overturn mechanism is installed in the both lateral sides of scale body 5-5 and underframe 5-4, effectively prevent because in the loading process of container 2, owing to the skew of goods barycenter is toppled scale body 5-5 integral body by anti-overturn mechanism.See shown in Fig. 3～6, anti-overturn mechanism of the present utility model comprises suspension rod 5-13 and locking member 5-14, suspension rod 5-13 passes scale body 5-5 and connects with locking member 5-14, or suspension rod 5-13 passes underframe 5-4 locking member 5-14 connection, and locking member 5-14 and underframe 5-4 or locking member 5-14 and scale body 5-5 have safe spacing, and this safe spacing can be controlled between 0.5～5mm, and this suspension rod 5-13 can adopt bolt, bolt is passed scale body 5-5 or underframe 5-4 and uses nut lock
See Fig. 4, shown in 8, Horizontal limiting of the present utility model mechanism comprises locating part 5-11 and vertical equity regulating part 5-12 and transverse horizontal regulating part 5-10, locating part 5-11 is fixed on scale body 5-5, vertical equity regulating part 5-12 is installed on the transverse slat of underframe 5-4, transverse horizontal regulating part 5-10 is installed on the stringer board of underframe 5-4, locating part 5-11 of the present utility model also can be fixed on the underframe 5-4, vertical equity regulating part 5-12 is installed on the transverse slat of scale body 5-5, transverse horizontal regulating part 5-10 is installed on the stringer board of scale body 5-5, and the safe spacing that has 0.1～5mm between the longitudinal surface of vertical equity regulating part 5-12 and transverse horizontal regulating part 5-10 and locating part 5-11 and the athwartship plane, with the amount of moving in the horizontal direction between control scale body 5-5 and the underframe 5-4, guarantee measuring accuracy.
See Fig. 3; shown in 6; the utility model also is equipped with on scale body 5-5 or underframe 5-4 for the regulating part 5-15 to LOAD CELLS 5-6 overload protection; regulating part 5-15 is installed in scale body 5-5 bottom and relative with the unsteady side of LOAD CELLS 5-6; or regulating part 5-15 to be installed in underframe 5-4 upper and relative with the unsteady side of LOAD CELLS 5-6; preferably regulating part 5-15 and sensor connecting piece 5-7 are oppositely arranged; and the safe spacing that has 0.1～5mm between regulating part 5-15 and the LOAD CELLS 5-6; regulating part 5-15 of the present utility model can adopt screw bolt and nut; bolt is installed on underframe 5-4 or the scale body 5-5; by nut locking, conveniently regulate this safe spacing again.
See Fig. 1, shown in 2, overturn platform 1 of the present utility model comprises flexible executive item 1-3 and the stationary platform 1-2 that is hinged and the framework 1-1 that verts, the two ends of flexible executive item 1-3 be hinged on respectively stationary platform 1-2 and the framework 1-1 that verts on, the top of flexible executive item 1-3 is connected with the framework 1-1 that verts by the first bearing pin 1-4, flexible executive item 1-3 can be driven vert framework 1-1 upset or keep flat, the framework 1-1 that verts is connected with stationary platform 1-2 by the second bearing pin 1-5, the hinged rear portion that is centered close to overturn platform 1 and the hinged center of stationary platform 1-2 of flexible executive item 1-3 and stationary platform 1-2, the framework 1-1 that verts is provided with the latch mechanism 1-6 fastening to container 2, stationary platform 1-2 is installed on the scale body 5-5, but securing member is connected to stationary platform 1-2 on the scale body 5-5.Latch mechanism 1-6 of the present utility model can be arranged on the Si Jiaochu of the framework 1-1 that verts, this latch mechanism 1-6 comprises the oil cylinder that is connected on the framework 1-1 that verts and shakes wall, oil cylinder is connected with connecting rod, and the connecting rod two ends are connected with rocking arm, the oil cylinder drivening rod rotates the rocking arm at two ends and is pressed in container 2 or breaks away from container 2, realization is to locking or the release of container 2, and overturn platform 1 of the present utility model can adopt the commercially available prod.
As shown in Figure 1, when the container 2 to also not having vanning or having cased, directly be put on the overturn platform 1, do not need to move overturn platform 1, obtain weight signal by the LOAD CELLS 5-6 on the weighing platform 5, and pass to instrument 3 by cable 4, must be to weight and the unbalance loading data thereof of container 2 by instrument 3.
See shown in Fig. 1,2, container for the needs vanning, first container 2 is put on the overturn platform 1, after by the latch mechanism 1-6 on the framework 1-1 that verts container 2 being clamped, after making the framework 1-1 that verts turn to the β angle along the second bearing pin 1-5 center by flexible executive item 1-3, make it arrive the precalculated position, open the door of container 2, case.In the vanning process, obtain weight signal by the LOAD CELLS 5-6 on the weighing platform 5, instrument 3 receives weight signal and directly shows weighing data; After container reaches expection weight, container 2 door locks are dead, make the framework 1-1 that verts go to horizontal level by flexible executive item 1-3, carry out static weighing this moment again, obtains the centroid position at surface level of container 2, for the transportation of postorder provides technical guarantee.
When needs are transported to other place with weighing-appliance of the present utility model, can be with the whole carrying of weighing-appliance.Do not need after the carrying again to demarcate, only need to regulate leg 5-16 with reconciling, each fulcrum of underframe 5-4 is landed simultaneously, weighing-appliance can normally use.
Claims (11)
1. weighing-appliance that is used for container, it is characterized in that: comprise weighing platform (5), overturn platform (1) and instrument (3), described weighing platform (5) comprises scale body (5-5), underframe (5-4), at least four digital weighing sensors (5-6) and stop means, at least four digital weighing sensors (5-6) fixation side is installed on the scale body (5-5), the side of floating and underframe (5-4) join, or at least four digital weighing sensors (5-6) fixation side is installed on the underframe (5-4), the side of floating contacts with scale body (5-5), and LOAD CELLS (5-6) is connected with instrument (3) by cable (4); Described stop means comprise be arranged on have between underframe (5-4) and the scale body (5-5) be used to prevent scale body (5-5) and underframe (5-4) in relative rotation at least two rotation-preventing mechanisms, be used for preventing at least two anti-overturn mechanisms that scale body (5-5) is tumbled and being used at least two the Horizontal limiting mechanisms spacing to scale body (5-5) horizontal direction, described rotation-preventing mechanism is arranged between scale body (5-5) and the underframe (5-4), and perpendicular the putting of described anti-overturn mechanism is installed between underframe (5-4) and the scale body (5-5); Described overturn platform (1) comprises flexible executive item (1-3) and the stationary platform (1-2) that is hinged and the framework that verts (1-1), the two ends of flexible executive item (1-3) are hinged on respectively on stationary platform (1-2) and the framework that verts (1-1), and the hinged rear portion that is centered close to overturn platform (1) and the hinged center of stationary platform (1-2) of flexible executive item (1-3) and stationary platform (1-2), the framework (1-1) that verts is provided with the latch mechanism (1-6) to fastening container, and stationary platform (1-2) is installed on the scale body (5-5).
2. the weighing-appliance for container according to claim 1, it is characterized in that: described rotation-preventing mechanism is the lateral symmetry setting or is vertically along underframe (5-4) longitudinal centre line along the cross central line of underframe (5-4) and is symmetrical arranged, and this rotation-preventing mechanism also can arrange diagonally along the cross central line of underframe (5-4) and the intersection point of longitudinal centre line.
3. the weighing-appliance for container according to claim 1 and 2, it is characterized in that: described rotation-preventing mechanism comprises the first connector (5-8), the second connector (5-9), pull bar (5-2) and be separately fixed at the first hinged seat (5-1) on the scale body (5-5) and the second hinged seat (5-3) on the underframe (5-4), the first connector (5-8) and the second connector (5-9) are hinged on respectively on upper and the second hinged seat (5-3) of the first hinged seat (5-1), one end of pull bar (5-2) is fixed on the first connector (5-8) or the second connector (5-9), it is upper and with set nut locking that the other end of pull bar (5-2) is screwed in the second connector (5-9) or the first connector (5-8), or the two ends of pull bar (5-2) are screwed in respectively the first connector (5-8) and the second connector (5-9) and lock by set nut.
4. the weighing-appliance for container according to claim 1 and 2, it is characterized in that: described rotation-preventing mechanism comprises the first connector (5-8) with threaded hole, with second connector (5-9) of screw rod and be separately fixed at the first hinged seat (5-1) on the scale body (5-5) and the second hinged seat (5-3) on the underframe (5-4), the first connector (5-8) and the second connector (5-9) are hinged on respectively on the first hinged seat (5-1) and the second hinged seat (5-3), or first connector (5-8) and the second connector (5-9) be hinged on respectively on the second hinged seat (5-3) and the first hinged seat (5-1), and the screw rod on the second connector (5-9) is screwed in the threaded hole on the first connector (5-8) and by set nut and locks.
5. the weighing-appliance for container according to claim 1 and 2, it is characterized in that: described rotation-preventing mechanism comprises pull bar (5-2) and is separately fixed at the first hinged seat (5-1) on the scale body (5-5) and the second hinged seat (5-3) on the underframe (5-4), the two ends of described pull bar (5-2) respectively with the first hinged seat (5-1) be connected hinged seat (5-3) and be connected.
6. the weighing-appliance for container according to claim 1, it is characterized in that: described anti-overturn mechanism is installed in the Si Jiaochu of scale body (5-5) and underframe (5-4), or anti-overturn mechanism is installed in the both lateral sides of scale body (5-5) and underframe (5-4).
7. according to claim 1 or 6 described weighing-appliances for container, it is characterized in that: described anti-overturn mechanism comprises suspension rod (5-13) and locking member (5-14), suspension rod (5-13) passes scale body (5-5) and connects with locking member (5-14), or suspension rod (5-13) passes underframe (5-4) and connects with locking member, and locking member (5-14) has safe spacing with underframe (5-4) or locking member (5-14) with scale body (5-5).
8. the weighing-appliance for container according to claim 1, it is characterized in that: described Horizontal limiting mechanism comprises locating part (5-11) and vertical equity regulating part (5-12) and transverse horizontal regulating part (5-10), described locating part (5-11) is fixed on scale body (5-5), vertical equity regulating part (5-12) is installed on the transverse slat of underframe (5-4), transverse horizontal regulating part (5-10) is installed on the stringer board of underframe (5-4), and has the safe spacing of 0.1～5mm between the longitudinal surface of vertical equity regulating part (5-12) and transverse horizontal regulating part (5-10) and locating part (5-11) and the athwartship plane.
9. multi-functional weighing-appliance for container according to claim 1; it is characterized in that: also be equipped with on described scale body (5-5) or the underframe (5-4) for the regulating part (5-15) to LOAD CELLS (5-6) overload protection; regulating part (5-15) is installed in scale body (5-5) bottom and relative with the unsteady side of LOAD CELLS (5-6); or regulating part (5-15) to be installed in underframe (5-4) upper and relative with the unsteady side of LOAD CELLS (5-6), and have the safe spacing of 0.1～5mm between regulating part (5-15) and the LOAD CELLS (5-6).
10. the weighing-appliance for container according to claim 1 is characterized in that: described underframe (5-4) is framed structure, and a side of underframe (5-4) bottom is equipped with at least two and regulates legs (5-16).
11. the weighing-appliance for container according to claim 1, it is characterized in that: on described underframe (5-4) or the scale body (5-5) sensor connecting piece (5-7) is installed, the unsteady side of LOAD CELLS (5-6) contacts with sensor connecting piece (5-7).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320199645 CN203259234U (en) | 2013-04-18 | 2013-04-18 | Weighing device for containers |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320199645 CN203259234U (en) | 2013-04-18 | 2013-04-18 | Weighing device for containers |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203259234U true CN203259234U (en) | 2013-10-30 |
Family
ID=49471788
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320199645 Withdrawn - After Issue CN203259234U (en) | 2013-04-18 | 2013-04-18 | Weighing device for containers |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203259234U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103234614A (en) * | 2013-04-18 | 2013-08-07 | 梅特勒-托利多(常州)测量技术有限公司 | Weighing device for container |
| CN103900643A (en) * | 2014-04-25 | 2014-07-02 | 郑州机械研究所 | Online full-redundancy mass and mass center measurement device based on upper weighing sensor and lower weighing sensor arranged in vertical mirror image mode |
| CN106144897A (en) * | 2015-03-20 | 2016-11-23 | 张家港凯斯机械有限公司 | A kind of container tipping suspender based on wireless reminding |
| PL425073A1 (en) * | 2018-03-28 | 2019-10-07 | Megaterm Plus Spółka Z Ograniczoną Odpowiedzialnością | Weighing platform with the framework lattice structure |
| CN117553887A (en) * | 2024-01-09 | 2024-02-13 | 常州常欣起重物联科技有限公司 | Device and method for detecting overload and unbalanced load of container |
-
2013
- 2013-04-18 CN CN 201320199645 patent/CN203259234U/en not_active Withdrawn - After Issue
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103234614A (en) * | 2013-04-18 | 2013-08-07 | 梅特勒-托利多(常州)测量技术有限公司 | Weighing device for container |
| CN103234614B (en) * | 2013-04-18 | 2015-09-09 | 梅特勒-托利多(常州)测量技术有限公司 | For the weighing-appliance of container |
| CN103900643A (en) * | 2014-04-25 | 2014-07-02 | 郑州机械研究所 | Online full-redundancy mass and mass center measurement device based on upper weighing sensor and lower weighing sensor arranged in vertical mirror image mode |
| CN106144897A (en) * | 2015-03-20 | 2016-11-23 | 张家港凯斯机械有限公司 | A kind of container tipping suspender based on wireless reminding |
| PL425073A1 (en) * | 2018-03-28 | 2019-10-07 | Megaterm Plus Spółka Z Ograniczoną Odpowiedzialnością | Weighing platform with the framework lattice structure |
| CN117553887A (en) * | 2024-01-09 | 2024-02-13 | 常州常欣起重物联科技有限公司 | Device and method for detecting overload and unbalanced load of container |
| CN117553887B (en) * | 2024-01-09 | 2024-03-26 | 常州常欣起重物联科技有限公司 | Device and method for detecting overload and unbalanced load of container |
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