Detection apparatus for packing steadiness

Technical Field

The utility model relates to a detection device, in particular for detecting to a device for packaging the stability.

Background Art

Usually the packing box can be lifted by the plane of the paper with a plurality of the cutting, folding, and sticking. Before use, the need for. its stability. At present, mainly through human arm lifted up and down manner of testing, the artificial binary because the speed and height can not be accurately control, method for high precision.

Content of the utility model

The purpose of the utility model is to provide a device for the detection of the package stability, it is able to accurately measure the parameter quantization, improve the accuracy of the detection method.

The utility model provides the packing steadiness detection device, which comprises a supporting base, two lifting rod, a pole, a driving mechanism, and a control mechanism. The driving mechanism is fixed on the supporting base. The lifting arm is connected to the driving mechanism, can be the same under the driving of the driving mechanism along a direction of movement with respect to the support base. The lifting rod is connected to the carrier, it has a hook. Control mechanism signal is connected to the driving mechanism.

The detection device of the package stability another illustrative embodiment, the driving mechanism comprises two air cylinder and an air pump. The two cylinders are respectively connected with the lifting rod. Air pump to drive the cylinder.

Apparatus for detecting the stability of a further illustrative embodiment, the support seat is provided with two lifting strengthening Department, the lifting rod are respectively covered the same.

The detection device of the packaging of the stability of an illustrative embodiment, detection device also includes two joint, two lifting rod respectively through each joint is connected with the bearing rod.

The detection device of the packaging of the stability of an illustrative embodiment, detection device also includes one is fixed on the supporting seat cushion, which corresponds to setting of the carrier.

The detection device of the packaging of the stability of an illustrative embodiment, control mechanism comprises a power supply switch, a starting stops the key, a speed-regulating knob, a number of times the key, and a display unit.

The detection device of the packaging of the stability of an illustrative embodiment, detection device further comprises a detecting device located in the most outboard external protective shell, a door body is arranged on the same.

The utility model relates to the packaging of the detection device in stability, it is able to accurately measure the parameter quantization, improve the accuracy of the detection method, save manpower.

The below in a clear and easy to understand manner, combining the Figure illustrates a preferred embodiment, the packaging of the above-mentioned characteristic of the detection device, technical characteristics, advantages and its realization way be further explained.

Description of drawings

The following Figures only to the utility model as the illustrative description and explanation, this does not limit the scope of the utility model.

Figure 1 is the structure diagram of the detection device of the package stability of an illustrative embodiment.

Figure 2 is the partial cutaway view of the detection device shown in Figure 1.

Grade description

10 supporting seat

11 lifting the reinforcing part

20 lifting rod

30 carrier

31 hook

40 drive mechanism

41 cylinder

43 air pump

50 control mechanism

60 cushion

70 joint

90 packing box.

Mode of execution

In order to the technical characteristics of the utility model, purpose and effect is more clear understanding, by contrast with the embodiment of the utility model, the same label in the picture the same structure or similar structure that the same function, however, of the component.

In this text, "illustrative" expressed "as examples, examples or description", the should not be described herein in any of the illustrated "illustrative", embodiment construed as a more preferred or more to the technical scheme.

In order to make the Figure simple, the charts show diagrammatically only in the relevant part of the utility model, as they are not representative of the actual structure of the product. Furthermore, in order to make the drawings is simple and easy to understand, in some map with the same structure or function in the component, only diagrammatically draws shows one of them, or only one of the mark.

In this text, "connected" may be used to refer to both directly connected, also may be used to refer to an indirect connection through a 3rd party.

Figure 1 is the structure diagram, Figure 2 is the partial cutaway view of the detection device of the package stability of one illustrative embodiment of the detection device shown in Figure 1. As shown, packing steadiness detection device comprises a supporting base 10, two lifting rod 20, one of the carrier 30, a drive mechanism 40, and a control mechanism 50. The driving mechanism 40 is fixedly arranged on the support base 10. The lifting rod 20 is connected to the drive mechanism 40, a drive mechanism 40 along the under the driving of a lifting direction (see fig. the two-way arrow) relative to the support seat 10 reciprocating motion. Two lifting rod 20 are respectively connected to the pole 30 of the two end, it has a plurality of is used to flag packing box 90 of the hook 31, the carrier 30 can be in the lifting rod 20 under the drive of the reciprocating movement along the lifting direction. In the illustrative embodiment, a hook 31 according to a time the number of the request of the pieces is provided, to be at least one. The control mechanism 50 is connected to the driving mechanism of the signal 40, in order to control the drive mechanism 40 of the driving frequency, the driving speed and the driving times.

When in use, the packing box 90 is suspended on the pole 30 of the hook 31 is, and to the control mechanism 50 in input driving frequency needed in the experiment, the number of driving speed and to drive; then starting the drive mechanism 40, the lifting rod 20 and the pole 30 in the drive mechanism 40 under the driving of reciprocating movement along the lifting direction, of the packing box 90 also reciprocating movement along the lifting direction (Figure 2 a dotted line in the display of different movement position), until the completion of the pilot. Packaging of the detecting device can accurately measure the parameter quantization, improve the accuracy of the detection method, save manpower.

In this illustrative embodiment, detection device comprises two lifting rod 20, which are respectively connected to the pole 30 of the two end. In other illustrative embodiments, the stability can be increased according to the needs of the lifting rod 20 the number of, for example, in the carrier 30 is additionally set at the middle of the lifting arm 20.

In this illustrative embodiment, the driving mechanism 40 includes two cylinder 41 and a pump 43. Two cylinder 41 are respectively connected with the lifting rod 20, in order to drive the lifting rod 20 along the lifting direction. Air pump 43 to drive the air cylinder 41. In other illustrative embodiments, if it is additionally provided with the lifting rod 20, should be a corresponding increase in the cylinder 41 the number of.

In the illustrative embodiment, support base 10 is provided with two lifting outwardly bowed reinforcing portion 11, which are respectively each comprises a lifting arm 20. To protect the lifting rod 20 the safety in the course of the movement.

In this illustrative embodiment, the detection device also includes two joint 70, two lifting rod 20 respectively through each joint 70 and the pole 30 to connect. In other illustrative embodiments, the lifting rod 20 and the carrier 30 may be directly connected.

In the illustrative embodiment, the detection device also comprises a is arranged on the supporting seat 10 of the pad 60, the carrier which corresponds to 30 is arranged. In order to reduce the packing box 90 to fall off in the process of detection of the impact.

In the illustrative embodiment, the control mechanism 50 includes a power supply switch, a starting stops the key, a speed-regulating knob, a number of times the key, and a display unit. opens stops the key is used for starting or stopping the driving mechanism 40 drive, speed-regulating knob for input drive speed, the number of driving times for input key, display is used for displaying experimental parameter (in other words, the driving frequency, the driving speed and/or the drive frequency).

In other illustrative embodiments, the detection device also comprises a detecting device located in the most outboard external protective shell, a door body is arranged on the same. In order to protect the laboratory personnel.

It should be understood, although the specification is in accordance with the various embodiments described, but not every embodiment includes an independent technical scheme, this narrative description is only for the sake of clarity, the technicians of this field should be the specification as a whole, in the technical scheme of the embodiment can also be suitably combined, form the technicians of this field will be understood other embodiments.

Listed above a series of detailed description of the utility model is directed to only the feasibility of specific description of the embodiment, they are not used to limit the scope of protection of the utility model, where not deviated from the utility model techne spirit of or change the equivalent embodiments, such as feature combined, divided, or repeated, should be included in the scope of protection of the utility model.