CN208994312U - A kind of packed and transported body of abnormity mica part - Google Patents

Abstract

The utility model discloses a kind of packed and transported bodies of special-shaped mica part, belong to packing case field, its key points of the technical solution are that: including cabinet, the cabinet upper end cover is equipped with the closed cover board of cabinet upper opening, and the cabinet wall is fixedly connected with buffer board.The utility model it is structurally reasonable, it is easy to use, slow down the shock and vibration that mica part is subject to during transportation using buffer board, so that reducing mica part occurs damaged probability, reduce the loss in mica part transportational process.

Description

A kind of packed and transported body of abnormity mica part

Technical field

The utility model belongs to packing case, more specifically, it relates to a kind of packed and transported body of abnormity mica part.

Background technique

Mica part is a kind of insulating materials, is widely used in electric field, and mica needs to be processed into spy in use Fixed shape.A kind of existing special-shaped mica part, ontology 7 is in rectangular plate-like, and 7 two equal bending formings in side of ontology have side plate 71, the overbending direction bending forming of the upper end towards side plate 71 has top plate 72, and 72 upper end of top plate is connected through there is link slot 721 Slot 721 runs through top plate 72 far from the end face of ontology 7, and 72 upper end of top plate extends integrally formed with the extension board 73 for being in Jiong word shape Plate 73 is connect with the edge of link slot 721, and the side of ontology 7 towards 72 overbending direction of side plate is opened up there are two placing groove 74, is put It sets slot 74 respectively to run through the bottom surface of ontology 7 and two sides, ontology 7 is fixedly connected with multiple cylinders by the side of proximal panel 72 The abutting block 75 of shape.

Since the hardness of mica part is lower, if such abnormity mica part is placed directly in fortune in packing case during transportation It is defeated, then it will lead to it and be damaged, so that mica part be made not to be available.

Therefore it needs to propose the new technical solution of one kind to solve the above problems.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of packaging fortune of special-shaped mica part Defeated body makes special-shaped mica part not to be damaged during transportation.

To achieve the above object, the utility model provides following technical solution: a kind of packed and transported of abnormity mica part Body, including cabinet, the cabinet upper end cover are equipped with the closed cover board of cabinet upper opening, and the cabinet wall is fixedly connected with slow Punching.

By using above-mentioned technical proposal, slow down what the vibration that mica part is subject to during transportation generated using buffer board Impact force reduces mica part transportational process to reduce the generation for the case where mica part is damaged during transportation In loss.

The utility model is further arranged to: the buffer board includes the first buffering being fixedly connected with cabinets cavity bottom surface Block and several second buffer stoppers and several third buffer stoppers being fixedly connected with cabinets cavity side wall, second buffer stopper and Three buffer stoppers are mutually abutted against apart from one another by setting, first buffer stopper, the second buffer stopper and third buffer stopper, and described first is slow It rushes block upper surface and is fixedly connected with several buffer bars, the buffer bar both ends are abutted with third buffer stopper respectively, the buffer bar Upper end can be abutted with the placing groove top surface of mica part, and the thickness of the buffer bar is greater than the height of the placing groove of mica part.

By using above-mentioned technical proposal, it is defined using position of the buffer bar to mica part, sends out mica part will not Raw movement, to reduce the generation that mica part generates the case where collision leads to damage because mobile；Made simultaneously using buffer bar The lower end surface of mica part is not directly contacted with the first buffer stopper, so that the lower end surface of mica part will not be under pressure, makes mica part Lower end surface will not bend, and reduce the loss in mica part transportational process.

The utility model is further arranged to: the buffer board further includes the 4th buffer stopper, and the 4th buffer stopper is in water It puts down setting and its lower end surface can be abutted with the extension board of mica part, four side walls of the 4th buffer stopper are buffered with second respectively Block and third buffer stopper abut, and the upper end of the 4th buffer stopper is abutted with cover board.

By using above-mentioned technical proposal, the position of mica part is limited using the 4th buffer stopper, when cabinet is vibrated Make to relatively move between master slice and cabinet, so that mica part be made not generate damage because of vibration, increases mica Stability when part transports；Slow down the impact that mica part applies cover board due to vibration using the 4th buffer stopper simultaneously, further Reduce the probability that mica part is damaged.

The utility model is further arranged to: the buffer board is foamed plastics.

By using above-mentioned technical proposal, using foamed plastics to the absorbability of impact and vibrational energy, thus greatly The vibration and impact that mica part is subject to are reduced, the loss in mica part transportational process is further reduced；Foamed plastics simultaneously Lighter weight, to reduce the cost of transport.

The utility model is further arranged to: the third buffer stopper that mica part abuts block face is fixedly connected with several Air column, the air column can be abutted with mica part.

By using above-mentioned technical proposal, keeps the connection between mica part even closer using air column, make between mica part There is no biggish gaps, to make that shock will not be generated between mica part because of vibration, and then occur that mica part will not Damage, reduces the loss in mica part transportational process.

The utility model is further arranged to: the four corners of first buffer stopper are respectively sleeved on protective case, the guarantor Sheath is abutted with cabinets cavity side wall.

It by using above-mentioned technical proposal, connect four angles of the first buffer stopper will not directly with cabinet using protective case Touching, so that the four corners of the first buffer stopper be made not generate damage because of contacting with cabinet, the first buffer stopper will not be because of four Angle is damaged and generates movement, keeps the buffer function of the first buffer stopper more stable.

The utility model is further arranged to: the protective case is rigid plastics.

By using above-mentioned technical proposal, since the melting amount of rigid plastics is higher, will not occur when the temperature rises soft Change, thus it is more preferable to the holding effect of the four corners of the first buffer stopper, and then keep the buffer function of the first buffer stopper more stable.

The utility model is further arranged to: the baffle that cabinet is divided equally into two chambers, institute are connected in the cabinet It states baffle to be fixedly connected across third buffer stopper and the first buffer stopper with cabinet, the baffle two sides are connected separately with the second buffering Block, the baffle lower end pass through the first buffer stopper and are fixedly connected with cabinet, and the right angle of the first buffer stopper gap is equal It is socketed with protective case.

By using above-mentioned technical proposal, mica part is further limited using baffle in the intracorporal position of case, further The loss reduced in mica part transportational process；The intensity for increasing cabinet using baffle simultaneously, prevents cabinet from transporting It is damaged in journey.

In conclusion the utility model has the following beneficial effects:

1, the utility model slows down the impact force between mica part and cabinet using the buffer board of foamed plastics material, from And reduce the probability that mica part is damaged；

2, it issue mica part lower end will not with the first buffer stopper by setting buffer bar to contact, to make mica part lower end It will not be under pressure, mica part lower end is made not bend, reduce the loss in mica part transportational process；

3, reduce the gap between mica part using air column, so that it is mutual when being vibrated to reduce mica part The intensity of collision reduces the probability that mica part is damaged.

Detailed description of the invention

Fig. 1 is the perspective view of embodiment one；

Fig. 2 is the schematic diagram that embodiment one is used for demonstration package structure；

Fig. 3 is the structural schematic diagram of mica part；

Fig. 4 is the portion the A enlarged drawing of Fig. 2；

Fig. 5 is the perspective view of embodiment two.

Detailed description of the invention: 1, cabinet；11, cover board；2, buffer board；21, the first buffer stopper；22, the second buffer stopper；23, third Buffer stopper；24, the 4th buffer stopper；3, buffer bar；4, air column；5, protective case；6, baffle；7, ontology；71, side plate；72, top plate； 721, link slot；73, extension board；74, placing groove；75, block is abutted.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Wherein identical components are presented with like reference characters.It should be noted that word used in the following description Language "front", "rear", "left", "right", "up" and "down" refer to the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" refers respectively to the direction towards or away from geometric center of specific component.

Embodiment one: a kind of packed and transported body of abnormity mica part, as shown in Figure 1, including the cabinet 1 in rectangle, cabinet 1 Upper end cover is equipped with the cover board 11 of 1 closure of openings of cabinet, and cover board 11 is fixedly connected by strap with cabinet 1.Such as Fig. 2 and Fig. 3 It is shown, be provided with buffer board 2 in cabinet 1, buffer board 2 include first buffer stopper 21 fixed with 1 inner chamber bottom surface gluing of cabinet, with 1 intracavity sidewall gluing of cabinet fixed two piece of second buffer stopper 22 and two pieces of third buffer stoppers 23.Second buffer stopper 22 and third Buffer stopper 23 is apart from one another by setting, and the first buffer stopper 21, the second buffer stopper 22 and third buffer stopper 23 mutually abut against.Mica part It is divided into two column to be placed in cabinet 1, the abutting block 75 of mica part is not connected with having the end face for abutting block 75 to support with adjacent mica part It connects, lower end is connect with the first abutting block 75, third buffer stopper 23 of the side plate 71 towards side.The side plate of two column mica parts is mutual It abuts against, and the side plate of its other side is abutted with the second buffer stopper 22 respectively.Transport when by buffer board 2 slow down mica part by The impact force that the vibration arrived generates thereby reduces mica part transportational process to reduce mica part there is a situation where breakage In loss.

As shown in Figures 2 and 3, since the lower end of mica part during transportation is abutted with the first buffer stopper 21 always, this When mica part lower end subject the pressure of mica part entirety, easily cause mica part lower end to generate bending.Therefore the first buffer stopper 21 Upper end has been adhered four buffer bars 3, and 3 both ends of buffer bar are abutted with two pieces of third buffer stoppers 23 respectively.The upper end of buffer bar 3 can be with The top surface of the placing groove 74 of mica part abuts, and the thickness of buffer bar 3 is greater than the height of mica part placing groove 74, the width of buffer bar 3 Degree is equal to the width of mica part placing groove 74.When 74 top surface of placing groove of mica part is abutted with buffer bar 3, mica part ontology 7 Lower end surface and the upper surface of the first buffer stopper 21 be not directly contacted with, thus make mica part ontology 7 lower end will not because of by The pressure of mica part and bend, and then make mica part during transportation and will not be damaged, reduce the transport of mica part The loss of process.

As shown in Figures 2 and 3, it is moved up and down since mica part can generate when by biggish vibration, mica part can be straight It connects to collide with cover board 11 and be damaged so as to cause mica part.Therefore buffer board 2 further includes the 4th buffer stopper 24, the 4th buffer stopper 24 abut in horizontally disposed and its lower end surface with the upper surface of mica part extension board 73, side wall and meanwhile with the second buffer stopper 22 and Third buffer stopper 23 abuts, and the upper end is abutted with 11 lower end surface of cover board.Mica part is produced will not by the way that the 4th buffer stopper 24 is arranged It is raw to vibrate up and down, while it also being can absorb the impact to mica part, it further reduced the impact force that mica part is subject to, reduce cloud The loss of parent part during transportation.

Since foamed plastics has good absorbability to impact and vibrational energy, buffer board 2 is foamed plastics material Matter.The shock and vibration that mica part is subject to are greatly reduced by buffer board 2, are further decreased in order to which mica part was transporting Loss in journey.The lighter weight of foamed plastics simultaneously, to reduce the cost of transport.

As shown in Fig. 2, can have gap between mica part due to after mica part is placed in cabinet 1, work as cabinet Collision can be generated between 1 mica part when being vibrated, so that mica part be made to be damaged.Therefore mica part abuts 75 direction of block Third buffer stopper 23 is adhered there are two air column 4, and air column 4 can end face abutting of the mica part far from abutting block 75.By the way that air column 4 is arranged The gap reduced between adjacent mica part thereby reduces to reduce the impact force generated between mica part by collision The probability that mica part is damaged reduces the loss in mica part transportational process.

As shown in figure 4, mica part during transportation can be to first since mica part is integrally pressed on the first buffer stopper 21 Buffer stopper 21 applies the power that moves along the horizontal plane, and the four corners of the first buffer stopper 21 will receive the obstruction the of the application of cabinet 1 at this time The power of one buffer stopper 21 movement occurs breakage so as to cause the four corners of the first buffer stopper 21, and then influences the limit to mica part System.Therefore 21 four corners of the first buffer stopper are socketed with the protective case 5 in rectangle, and 5 side wall of protective case is abutted with 1 inner wall of cabinet, Protective case 5 is rigid plastics.It abut the first buffer stopper 21 will not directly with 1 inner wall of cabinet by protective case 5, to make first Buffer stopper 21 will not be damaged, and remain to play the role of the buffering to mica part, further reduce mica part and transporting Loss in journey.The melting amount of rigid plastics is sent to higher simultaneously, will not be softened in temperature height, thus slow to first The protecting effect for rushing the four corners of block 21 is more preferable, and then keeps the effectiveness in vibration suppression of the first buffer stopper 21 more stable.

Working principle:

Mica part is sequentially placed into cabinet 1 towards consistent in vanning, makes the mounting groove top surface of mica part respectively with two The upper end of root buffer bar 3 abuts, and is connected with using air column 4 with mica part after a column mica part to be placed to completion and abuts block 75 End face abut, to limit the position of mica part.The mica part of another column is placed according to operation before later, by Four buffer stoppers 24 are placed in the mica part upper end of two column, buffer the side of the 4th buffer stopper 24 with the second buffer stopper 22 and third Block 23 abuts, and cover board 11 is placed in 1 upper surface of cabinet later, using item is packaged that cover board 11 and cabinet 1 is fixed.

Embodiment two: a kind of packed and transported body of abnormity mica part, as shown in figure 5, existing with the difference of embodiment one In being provided with the baffle 6 that cabinet 1 is divided equally into two chambers in cabinet 1, baffle 6 passes through two pieces of third buffer stoppers 23 and cabinet 1 Inner wall gluing is fixed, and baffle 6 passes through the first buffer stopper 21 and fixes with 1 inner cavity lower end gluing of cabinet, and gluing has 6 two sides of baffle respectively Second buffer stopper 22.Baffle 6 passes through the first buffer stopper 21 and it is fixed with 1 bottom surface gluing of cabinet, 21 gap of the first buffer stopper Right angle be socketed with protective case 5.In same plane, the 4th buffer stopper 24 is divided into for 6 upper end of baffle and the upper end surface of cabinet 1 Two pieces and its side wall are abutted in indoor second buffer stopper 22 of a chamber and third buffer stopper 23 simultaneously.By the way that baffle is arranged The whole intensity for increasing cabinet, prevents cabinet to be damaged during transportation.It is further limited by the way that baffle 6 is arranged The position of mica part makes to collide between two column mica parts, and further reduced mica part, there is a situation where breakage, drops Loss in low mica part transportational process.

Working principle:

Mica part is sequentially placed into the chamber for the side that 1 Internal baffle 6 of cabinet is separated out, is made towards unanimously in vanning The mounting groove top surface of mica part is abutted with the upper end of indoor two buffer bars 3 of the chamber respectively, has been placed by a column mica part At the end face abutting for abutting block 75 is connected with mica part using air column 4 later, to limit the position of mica part.Later according to Mica part is placed in another chamber by operation before, puts the 4th buffer stopper 24 for being divided into two pieces after completing to place Two column mica part upper ends are placed in, the side of the 4th buffer stopper 24 is made and are located at indoor second buffer stopper 22 of the same chamber and third Buffer stopper 23 abuts, and cover board 11 is placed in 1 upper surface of cabinet later, using item is packaged that cover board 11 and cabinet 1 is fixed.

Specific embodiment is only the explanation to the utility model, is not limitations of the present invention, this field Technical staff can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but only It will be in the scope of the claims of the utility model all by the protection of Patent Law.

Claims (8)

1. a kind of packed and transported body of abnormity mica part, including cabinet (1), cabinet (1) upper end cover is equipped with will be on cabinet (1) The cover board (11) of closure of openings, it is characterised in that: cabinet (1) inner wall is fixedly connected with buffer board (2).

2. a kind of packed and transported body of special-shaped mica part according to claim 1, it is characterised in that: the buffer board (2) Including the first buffer stopper (21) being fixedly connected with cabinet (1) inner chamber bottom surface and with cabinet (1) if what intracavity sidewall was fixedly connected Dry second buffer stopper (22) and several third buffer stoppers (23), second buffer stopper (22) and third buffer stopper (23) are with each other Every setting, first buffer stopper (21), the second buffer stopper (22) and third buffer stopper (23) are mutually abutted against, first buffering Block (21) upper surface is fixedly connected with several buffer bars (3), and buffer bar (3) both ends are supported with third buffer stopper (23) respectively It connects, buffer bar (3) upper end can be abutted with placing groove (74) top surface of mica part, and the thickness of the buffer bar (3) is greater than cloud The height of the placing groove (74) of parent part.

3. a kind of packed and transported body of special-shaped mica part according to claim 1, it is characterised in that: the buffer board (2) It further include the 4th buffer stopper (24), the 4th buffer stopper (24) can be with the extension board of mica part in horizontally disposed and its lower end surface (73) it abuts, four side walls of the 4th buffer stopper (24) are supported with the second buffer stopper (22) and third buffer stopper (23) respectively It connects, the upper end of the 4th buffer stopper (24) is abutted with cover board (11).

4. a kind of packed and transported body of special-shaped mica part according to claim 1, it is characterised in that: the buffer board (2) For foamed plastics.

5. a kind of packed and transported body of special-shaped mica part according to claim 2, it is characterised in that: mica part abuts block (75) the third buffer stopper (23) of face is fixedly connected with several air columns (4), and the air column (4) can abut with mica part.

6. a kind of packed and transported body of special-shaped mica part according to claim 2, it is characterised in that: first buffer stopper (21) four corners are respectively sleeved on protective case (5), and the protective case (5) abuts with cabinet (1) intracavity sidewall.

7. a kind of packed and transported body of special-shaped mica part according to claim 6, it is characterised in that: the protective case (5) For rigid plastics.

8. a kind of packed and transported body of special-shaped mica part according to claim 1, it is characterised in that: in the cabinet (1) It is connected with the baffle (6) that cabinet (1) is divided equally into two chambers, the baffle (6) passes through third buffer stopper (23) and first and delays It rushes block (21) to be fixedly connected with cabinet (1), baffle (6) two sides are connected separately with the second buffer stopper (22), the baffle (6) Lower end passes through the first buffer stopper (21) and is fixedly connected with cabinet (1), and the right angle of the first buffer stopper (21) gap is equal It is socketed with protective case (5).