CN209272420U - The aluminium ingot being readily transported - Google Patents

Abstract

The utility model provides a kind of aluminium ingot being readily transported, including aluminium ingot ontology, upper and lower fixed part and left and right fixed part；Aluminium ingot ontology is in cuboid, and aluminium ingot includes opposite left side and right side and opposite top and bottom；Upper and lower fixed part includes upper fixed block and lower fixing groove, and upper fixed block is located at top surface, lower fixing groove be located at bottom surface, upper fixed block and lower fixed groove location with respect to and be parallel to each other；Left and right fixed part includes left fixed block and right fixing groove, and left fixed block is located at left side, and right fixing groove is located at right side, and left fixed block and right fixed groove location are opposite and be parallel to each other.The utility model structure is simple, be convenient in demoulding and can directly up and down stacking.Aluminium ingot up and down is each attached to together, and the aluminium ingot in edge can fix steel cable between left fixed block and in right fixing groove in binding, is reinforced to steel cable, is prevented it from being rubbed or being fallen off.

Description

The aluminium ingot being readily transported

Technical field

The utility model relates to non-ferrous metal field more particularly to a kind of aluminium ingots being readily transported.

Background technique

By casting technique, final production goes out the aluminium ingot or alloy pig of fixed shape for molten aluminum or aluminum alloy melt, then carries out Mechanical stacking, hand press-packing and scraper.The specification that aluminium ingot stacking is packaged is 5 pieces every layer, 7 pieces, 9 pieces, and every layer is inversion and front Aluminium ingot agrees with to form an independent stratum, and layer is staggeredly stacked with layer cross.Strap passes through the groove clamping of aluminium ingot, and cross is handed over Pitch into the binding of # type.Packed aluminium ingot by fork truck carry out it is offline, weigh, load and unload.Virgin aluminium ingot uses steel band packing manner, and one Steel band has the phenomenon that by sliding trackle when the transport of aspect fork truck scraper, handling aluminium ingot；Second aspect, aluminium ingot, which is packaged, needs 4 straps It is packaged, and relatively high (21.45 yuan/ton of steel band packing cost, 6.95 yuan/ton of plastic-steel belt packing cost of cost；Third party Face steel band, which is packaged, needs 2 people collaboration that could complete；Internal aluminium ingot can be sent out in vibration in the packed aluminium ingot stacking of fourth aspect Raw sliding offset, overall stability be not strong.

Utility model content

Purpose of the utility model is to solve disadvantage existing in the prior art, and what is proposed a kind of is readily transported Aluminium ingot.

To achieve the above object, the utility model adopts the technical scheme that

A kind of aluminium ingot being readily transported, including aluminium ingot ontology, upper and lower fixed part and left and right fixed part；

The aluminium ingot ontology is in cuboid, and the aluminium ingot ontology includes opposite left side and right side and opposite top Face and bottom surface；

The fixed part up and down includes upper fixed block and lower fixing groove, and the upper fixing block is located at the top surface, under described Fixing groove is located at the bottom surface, and the upper fixing block and the lower fixed groove location are opposite and be parallel to each other, fixed Block and the lower fixing groove are parallel with the left side；

The left and right fixed part includes left fixed block and right fixing groove, and the left fixed block is located at the left side, described Right fixing groove is located at the right side, and the left fixed block and the right fixed groove location are opposite and be parallel to each other, the left side Fixed block and the right fixing groove are parallel with the top surface.

Preferably, the quantity of the upper fixing block, the lower fixing groove, the left fixed block and the right fixing groove is equal Not less than 1.

Preferably, the upper fixing block is identical with the quantity of the lower fixing groove and shape and position correspond；Institute State that left fixed block is identical with the quantity of the right fixing groove and shaped position corresponds.

Preferably, the upper fixing block and the left fixation it is block-shaped be triangular prism shape, and the side of triangular prism and institute Aluminium ingot ontology is stated to be connected.

Preferably, the edges and corners of the upper fixing block and the left fixed block are round and smooth arc angle transition.

Preferably, the quantity of the upper fixing block is 2, and 2 the upper fixing blocks are located at the top surface Both ends.

Preferably, the quantity of the left fixed block is 2, and 2 left fixed blocks are located at the left side Both ends.

Preferably, the upper fixing block and the lower fixing groove are parallel to each other or are mutually perpendicular to.

Preferably, when the upper fixing block and the lower fixing groove are mutually perpendicular to, the length of the upper fixing block is less than The width of the aluminium ingot ontology, i.e., the length between the described left side and the right side.

Preferably, the corner angle of the aluminium ingot are smooth arcuation transition corner angle.

Compared with prior art, the utility model has the following beneficial effects:

Aluminium ingot is cuboid, compared to cross section be trapezoidal aluminium ingot, gap is smaller in stacking or so, tie up more Securely.Adjacent aluminium ingot is mutually locked together by the mutual fixing between left fixed block and right fixing groove in stacking or so, on Under adjacent aluminium ingot mutually locked together by the mutual fixing between upper fixed block and lower fixed block, can in this way in stacking not Need to overturn aluminium ingot, directly up stacking, it is easy to operate and lock between each other solid.The utility model structure is simple, demoulding Overturning aluminium ingot is not required to when convenient and stacking, can directly stacking up and down, it is easy to operate.Aluminium ingot in edge can in binding Fixing steel cable between left fixed block and in right fixing groove, steel cable is reinforced, prevents it from being rubbed or being fallen off.

Detailed description of the invention

Fig. 1 is the front view of aluminium ingot；

Fig. 2 is the left view of aluminium ingot；

Fig. 3 is the aluminium ingot combination diagram of stacked in parallel；

Fig. 4 is the aluminium ingot combination diagram that cross stacks.

Specific embodiment

To make to have further understanding to the purpose of this utility model, construction, feature and its function, hereby cooperate embodiment Detailed description are as follows.

Incorporated by reference to referring to figs. 1 to Fig. 4, the utility model provides a kind of aluminium ingot being readily transported, including aluminium ingot ontology, on Lower fixed part and left and right fixed part.As depicted in figs. 1 and 2, the upper and lower fixed part aluminium ingot neighbouring to fixation, left and right are solid Determine portion's aluminium ingot adjacent to fixed left and right, aluminium ingot so up and down mutually locks, aluminium ingot stacking it is stronger.

Aluminium ingot ontology is in cuboid, and aluminium ingot ontology includes opposite left side 11 and right side 12 and opposite top surface 13 With bottom surface 14.

Upper and lower fixed part includes upper fixed block 21 and lower fixing groove 22, and upper fixed block 21 is located at top surface 13, lower fixed slot position 22 in bottom surface 14, and upper fixed block 21 and lower 22 position of fixing groove are opposite and be parallel to each other, upper fixed block 21 and lower fixing groove 22 It is parallel with left side 11.In stacking, lower fixing groove 22 and lower section aluminium that adjacent two blocks of aluminium ingots up and down pass through top aluminium ingot The upper fixed block 21 of ingot is mutually clamped, and can achieve being fixed to each other for upper and lower aluminium ingot.

Left and right fixed part includes left fixed block 31 and right fixing groove 32, and left fixed block 31 is located at left side 11, right fixing groove 32 are located at right side 12, and left fixed block 31 and 32 position of right fixing groove are opposite and are parallel to each other, left fixed block 31 and right fixation Slot 32 is parallel with top surface 13.In stacking, adjacent left and right aluminium ingot passes through the right fixing groove 32 and right side aluminium ingot of left side aluminium ingot Left fixed block 31 be mutually clamped, can achieve being fixed to each other for left and right aluminium ingot.The utility model structure is simple, is convenient in demoulding simultaneously And be not required to when stacking overturning aluminium ingot, can directly up and down stacking, it is easy to operate.

Preferably, the quantity of upper fixed block 21, lower fixing groove 22, left fixed block 31 and right fixing groove 32 is not less than 1 It is a.If corresponding upper fixed block 21 and lower fixing groove 22 and corresponding left fixed block 31 and right fixing groove 32 only have 1, Then it is respectively positioned on the center on surface where aluminium ingot, barycentre steadiness when stacking is more solid.

Preferably, upper fixed block 21 is identical with the quantity of lower fixing groove 22 and shape and position correspond；Left fixation Block 31 is identical with the quantity of right fixing groove 32 and shaped position corresponds.

Preferably, upper fixed block 21 and 31 shape of left fixed block are triangular prism shape, and the side of triangular prism and aluminium ingot sheet Body is connected, and such fixed block section is triangular in shape, and a bottom edge connects with aluminium ingot ontology, and wedge angle is opposite for aluminium ingot ontology, In stacking above insertion in the lower fixing groove 22 of aluminium ingot or the right fixing groove 32 of left side aluminium ingot, the seamed edge of fixed block in advance from The bottom edge of fixing groove enters, more fast, be not in because misalignment and can not intercalation the phenomenon that.

Preferably, the edges and corners of upper fixed block 21 and left fixed block 31 are round and smooth arc angle transition, in order to avoid outermost aluminium Ingot so that problem occurs in transportational process, will not send out the abrasion of the steel cable of binding because of phase mutual friction in transit between each other Raw abrasion.

Preferably, the quantity of upper fixed block 21 is 2, and 2 upper fixed blocks 21 are located at the both ends of top surface 13, this Sample fixation is stronger, and recess and lower fixing groove 22 are reserved in two raised upper fixed blocks 21, and steel cable is facilitated to bundle And knotting.

Preferably, the quantity of left fixed block 31 is 2, and 2 left fixed blocks 31 are located at left side 11 Both ends, fix stronger in this way, and recess and right fixing groove 32 are reserved in two raised left fixed blocks 31, convenient Steel cable binding and knotting.

As shown in Figure 3 and Figure 4, in one embodiment, upper fixed block 21 and lower fixing groove 22 are parallel to each other or mutually hang down Directly, i.e., neighbouring aluminium ingot can be parallel to each other and stack stacking, can also be mutually perpendicular to stack stacking in cross.Preferably, When upper fixed block 21 and lower fixing groove 22 are mutually perpendicular to, the length of upper fixed block 21 is less than the width of aluminium ingot ontology, i.e. left side Length between face 11 and right side 12, when the length of upper fixed block 21 is more than the width of aluminium ingot, lower fixing groove 22 be will be unable to It is completely fixed fixed block 21, fixed effect will reduce.

Preferably, the corner angle of aluminium ingot are smooth arcuation transition corner angle, prevent from wearing.

From the above mentioned, the utility model aluminium ingot is cuboid, is trapezoidal aluminium ingot compared to cross section, in stacking or so Gap is smaller, ties up relatively firm.Adjacent aluminium ingot passes through the phase between left fixed block and right fixing groove in stacking or so It mutually fixes and mutually locks together, neighbouring aluminium ingot is locked mutually by the mutual fixing between upper fixed block and lower fixed block It closes, can not need overturning aluminium ingot in stacking in this way, stacking directly up is easy to operate and lock between each other solid.This Utility model structure is simple, is convenient in demoulding and when stacking is not required to overturning aluminium ingot, can directly stacking up and down, it is easy to operate.Place Aluminium ingot in edge can fix steel cable between left fixed block and in right fixing groove when bundling, and reinforce to steel cable, Prevent it from being rubbed or being fallen off.

The utility model is described by above-mentioned related embodiment, however above-described embodiment is only to implement the utility model Example.It must be noted that the embodiment disclosed is not limiting as the scope of the utility model.On the contrary, not departing from this It is changed and retouched made by the spirit and scope of utility model, belongs to the scope of patent protection of the utility model.

Claims (10)

1. a kind of aluminium ingot being readily transported, it is characterised in that: including aluminium ingot ontology, upper and lower fixed part and left and right fixed part；

The aluminium ingot ontology is in cuboid, the aluminium ingot ontology include opposite left side and right side and opposite top surface and Bottom surface；

The fixed part up and down includes upper fixed block and lower fixing groove, and the upper fixing block is located at the top surface, the lower fixation For slot position in the bottom surface, the upper fixing block and the lower fixed groove location are opposite and be parallel to each other, the upper fixing block and The lower fixing groove is parallel with the left side；

The left and right fixed part includes left fixed block and right fixing groove, and the left fixed block is located at the left side, described right solid Determine slot position in the right side, the left fixed block and the right fixed groove location are opposite and be parallel to each other, the left fixation Block and the right fixing groove are parallel with the top surface.

2. the aluminium ingot being readily transported as described in claim 1, it is characterised in that: the upper fixing block, the lower fixing groove, institute The quantity for stating left fixed block and the right fixing groove is not less than 1.

3. the aluminium ingot being readily transported as described in claim 1, it is characterised in that: the upper fixing block and the lower fixing groove Quantity is identical and shape and position correspond；The left fixed block is identical with the quantity of the right fixing groove and shaped position It corresponds.

4. the aluminium ingot being readily transported as described in claim 1, it is characterised in that: the upper fixing block and the left fixed block shape Shape is triangular prism shape, and the side of triangular prism is connected with the aluminium ingot ontology.

5. the aluminium ingot being readily transported as claimed in claim 4, it is characterised in that: the upper fixing block and the left fixed block Edges and corners are round and smooth arc angle transition.

6. the aluminium ingot being readily transported as described in claim 1, it is characterised in that: the quantity of the upper fixing block is 2, and 2 the upper fixing blocks are located at the both ends of the top surface.

7. the aluminium ingot being readily transported as described in claim 1, it is characterised in that: the quantity of the left fixed block is 2, and 2 left fixed blocks are located at the both ends of the left side.

8. the aluminium ingot being readily transported as described in claim 1, it is characterised in that: the upper fixing block and the lower fixing groove phase It is mutually parallel or be mutually perpendicular to.

9. the aluminium ingot being readily transported as claimed in claim 8, it is characterised in that: when the upper fixing block and the lower fixing groove When being mutually perpendicular to, the length of the upper fixing block is less than the width of the aluminium ingot ontology, i.e., the described left side and the right side Between length.

10. the aluminium ingot being readily transported as described in claim 1, it is characterised in that: the corner angle of the aluminium ingot are smooth arcuation Transition corner angle.