CN-224231462-U - Bottle sample stacking testing device

CN224231462UCN 224231462 UCN224231462 UCN 224231462UCN-224231462-U

Abstract

The bottle sample stacking test device comprises a support seat and a sliding load assembly, wherein the sliding load assembly slides on the support seat along the vertical direction, the sliding load assembly can apply load to a bottle sample on the support seat and can sense real-time pressure born by the bottle sample, when the bottle sample stacking test is carried out, the bottle sample is placed on the support seat, the sliding load assembly slides along the vertical direction to apply load to the bottle sample, the sliding load assembly is limited by the sliding of the vertical direction, the safety problem that a load block is not high in stability and can easily drop to accidentally injure a tester can be avoided, in addition, the sliding load assembly can also sense real-time pressure born by the bottle sample, so that the condition that the tester carries out load adjustment before the test and obtains the load change of the bottle sample in the test process is met, and bottle sample test data can be timely and accurately obtained.

Inventors

DONG SHUSHENG
JIANG XIAOPING
YANG PENG
DENG JUNXIAN
LU JIA

Assignees

广东星联精密机械有限公司

Dates

Publication Date: 20260512
Application Date: 20250517

Claims (10)

1. The bottle sample stacking testing device is characterized by comprising a supporting seat and a sliding load assembly which slides on the supporting seat along the vertical direction, wherein the sliding load assembly can apply load to a bottle sample on the supporting seat and can sense real-time pressure born by the bottle sample.
2. The bottle sample stacking test device according to claim 1, wherein the support seat is vertically connected with a sliding guide pillar, the sliding load assembly comprises a sliding plate, a load block and a pressure sensor, the sliding plate is in sliding fit with the sliding guide pillar, a supporting and limiting structure is arranged on the sliding plate, the load block is arranged in the supporting and limiting structure, the bottom surface of the sliding plate acts on a bottle sample, and the pressure sensing part of the pressure sensor is positioned on the bottom surface of the sliding plate.
3. The vial stacking testing device according to claim 2, wherein the sliding guide post is provided with mark graduations.
4. The vial stack testing device of claim 2, wherein the support and limit structure comprises a plurality of bearing blocks, each bearing block having a bearing block recess, a receiving space being defined between the plurality of bearing block recesses, the load blocks being disposed in the receiving space.
5. The vial stack testing device according to claim 4, wherein the slide plate is provided with a protruding connecting wall, and the slide plate is provided with a first slide plate mounting through hole communicating with an inside of the connecting wall, a main body portion of the pressure sensor is mounted inside the connecting wall, and a pressure sensing portion of the pressure sensor is exposed to a bottom surface of the slide plate through the first slide plate mounting through hole.
6. The vial-based stacking testing device according to claim 5, wherein the body portion of the pressure sensor has a sensor land attached thereto, the sensor land being secured to the connecting enclosure wall.
7. The vial-like stack testing device according to claim 6, wherein the top surface of the connecting wall or the sensor connecting disc is flush with the bottom surface of the bearing block recess.
8. The vial-based stacking testing device according to claim 2, wherein the slide load assembly further comprises a level sensor disposed on the slide plate.
9. The vial stack testing device according to claim 8, further comprising a controller and an alarm, wherein the pressure sensor and the level sensor are each electrically connected to the controller, and wherein the controller is electrically connected to the alarm.
10. The vial stack testing device according to claim 2, further comprising a pressure display electrically connected to the pressure sensor.

Description

Bottle sample stacking testing device Technical Field The utility model belongs to the technical field of test equipment, and particularly relates to a bottle sample stacking test device. Background The stacking test is used as a main item for testing the load performance of the bottle sample, and load data of the bottle sample during critical deformation can be accurately obtained by carrying out the test. The data have non-negligible value, on one hand, manufacturers can take the data as key basis to pertinently improve the bottle sample design, so that the load capacity of the bottle samples is effectively enhanced, the strict requirements can be met in the actual stacking process, and on the other hand, the most suitable actual stacking mode can be comprehensively considered and determined according to the data, so that the quality problems such as deformation and the like of the bottle samples in the stacking process are fundamentally guaranteed. In the prior art, vial stacking test devices include a support for placing a vial and a load block for applying a load to the vial. The bottle sample stacking test method comprises the steps of placing a bottle sample on a supporting seat, simulating a stacking scene by placing a load block at the top of the bottle sample, knowing the deformation condition of the bottle sample by a visual observation mode of a tester, and recording, so that the load performance of the bottle sample is obtained. The existing bottle sample stacking test device mainly has the following defects: 1. The device lacks the structure of stable load piece, leads to the load piece to drop or collapse easily, can accidentally injure the tester, has great potential safety hazard. 2. The device lacks load monitoring function, can't learn the real-time load that the bottle appearance received, is inconvenient for carrying out the adjustment to the load of bottle appearance. Disclosure of utility model In order to overcome at least part of the defects in the prior art, the utility model provides a bottle-like stacking test device. The technical scheme provided by the utility model is as follows: The bottle sample stacking testing device comprises a supporting seat and a sliding load assembly which slides on the supporting seat along the vertical direction, wherein the sliding load assembly can apply load to the bottle samples on the supporting seat and can sense real-time pressure born by the bottle samples. As a further technical scheme, the vertical sliding guide pillar that is connected with on the supporting seat, the slip load subassembly includes sliding plate, load piece and pressure sensor, the sliding plate with sliding guide pillar sliding fit, be provided with on the sliding plate and support limit structure, the load piece set up in the support limit structure, the bottom surface of sliding plate acts on the bottle appearance, pressure sensor's pressure sensing part is located the bottom surface of sliding plate. As a further technical scheme, the sliding guide post is provided with mark scales. As a further technical scheme, the supporting and limiting structure comprises a plurality of bearing blocks, each bearing block is provided with a bearing block concave position, a containing space is formed among the bearing block concave positions, and the load blocks are arranged in the containing space. As a further technical scheme, be equipped with bellied connection surrounding wall on the sliding plate, just the sliding plate be equipped with the inside first sliding plate installation through-hole that is linked together of connection surrounding wall, pressure sensor's main part install in connect the inside of surrounding wall, pressure sensor's pressure sensing part warp first sliding plate installation through-hole expose in the bottom surface of sliding plate. As a further technical scheme, a sensor connecting disc is connected to the main body part of the pressure sensor, and the sensor connecting disc is fixed on the connecting surrounding wall. As a further technical scheme, the top surface of the connecting surrounding wall or the sensor connecting disc is flush with the bottom surface of the bearing block concave position. As a further technical solution, the sliding load assembly further comprises a level sensor, and the level sensor is arranged on the sliding plate. As a further technical scheme, the bottle-like stacking testing device further comprises a controller and an alarm, wherein the pressure sensor and the level sensor are respectively and electrically connected with the controller, and the controller is electrically connected with the alarm. As a further technical solution, the bottle-like stack testing device further comprises a pressure display, and the pressure display is electrically connected with the pressure sensor. The bottle sample stacking test device has the advantages that when the bottle sample stacking test is carried out, the bottle sample is