CN220430905U - Cross-country vehicle transfer case sun gear storage protective case structure - Google Patents

Abstract

The utility model provides a transfer case sun gear storage protective case structure of an off-road vehicle, which relates to the field of sun gear storage and aims at solving the problems that when the existing transfer case sun gear storage protective case structure of the off-road vehicle is used, after the transfer case sun gear of the off-road vehicle is placed, impact is generated, the protective case structure is worn greatly and the service life is influenced; comprising the following steps: six internal components are arranged in total, the bottom parts are made of flexible rubber materials, the insides of the two ends of the stress part are of inclined structures, the top end of the stress part is provided with an arc-shaped groove, and the stress part is made of elastic plastic materials; the force-bearing block can drive the bottom piece to be installed and used together, the bottom rod is embedded into the arc-shaped groove of the bottom piece, the transfer case sun gear is placed and then is contacted with the top end of the force-bearing piece, the impact force is primarily buffered by means of elasticity of the force-bearing piece, the bottom piece is compressed, and the bottom piece is enabled to buffer collision force by means of elasticity, so that collision of the transfer case sun gear is effectively prevented.

Description

Cross-country vehicle transfer case sun gear storage protective case structure

Technical Field

The utility model belongs to the technical field of solar wheel storage, and particularly relates to a transfer case solar wheel storage protective case structure of an off-road vehicle.

Background

After the processing of the transfer case sun wheel of the off-road vehicle is finished, the transfer case sun wheel of the off-road vehicle is usually required to be stored by using a protective case structure, so that the transfer case sun wheel of the off-road vehicle is prevented from being knocked.

The existing transfer case sun gear storage protective case structure of the off-road vehicle is loose after a plurality of protective case structures are spliced and stacked when in use, the risk of dumping exists, potential safety hazards exist, and after the transfer case sun gear of the off-road vehicle is placed, impact can be generated, and large abrasion of the protective case structure can be caused, so that the service life is influenced.

Disclosure of Invention

In order to solve the technical problems, the utility model provides a transfer case sun gear storage protective case structure of an off-road vehicle, which aims to solve the problems that when the existing transfer case sun gear storage protective case structure of the off-road vehicle is used, after a plurality of protective case structures are spliced and stacked, the transfer case sun gear storage protective case structure is loose, the falling risk exists, and the potential safety hazard exists.

The utility model relates to a transfer case sun gear storage protective case structure of an off-road vehicle, which comprises the following components: a storage case structure; the storage box structures are of a vertically spliced structure, every two storage box structures are symmetrically arranged, two positioning assemblies are spliced outside each storage box structure, each positioning assembly is of a T-shaped structure, and the bottom ends of the positioning assemblies are of wedge-shaped structures; the inner assembly, the inner assembly is equipped with six altogether, six inner assembly splices the inside at two case structures of depositing, six inner assembly's bottom is fixed with two rows of evenly arranged sill bars, the top concatenation of every sill bar has two bottoms, the bottom is flexible rubber material, the bottom of every bottom is equipped with an arc wall, the top of every two bottoms is fixed with a atress spare, the both ends inside of atress spare is the slope column structure, the top of atress spare is equipped with the arc wall, the atress spare is elastic plastic material, the both ends of every atress spare are equipped with two T grooves respectively.

Optionally, two ends above each storage box structure are respectively provided with a splicing groove, and the inner side of the bottom of each splicing groove is provided with a connecting groove; each storage box structure is characterized in that a bottom block is fixed on two sides of the bottom of each storage box structure respectively, after the storage box structure is spliced up and down, the bottom block above is inserted into the splicing groove below, two fixing grooves are formed in two sides of each storage box structure respectively, a fixing rod is inserted into each fixing groove, and each two fixing rods are fixed on the inner side of a positioning assembly.

Optionally, two splicing rods are respectively fixed at two ends of the six inner assemblies, the splicing rods are inserted into the connecting grooves, connecting rods which are uniformly arranged are connected in the six inner assemblies, the connecting rods are of an E-shaped structure, and a circular ring is fixed at each node position of the connecting rods; an inner rod is respectively fixed inside two sides of each connecting rod, the two ends of the upper part of the inner rod are inclined, three supporting rods are fixed at the bottom of each inner rod, reinforcing rods which are uniformly arranged are fixed between every two inner components, and the reinforcing rods are fixedly connected with the bottom rods through inclined rods; two splicing blocks are hung and fixed on the outer portion of each reinforcing rod, a cross rod is fixed between every two splicing blocks, a T-shaped block is fixed on the inner side of each splicing block, and the T-shaped blocks are inserted into the T-shaped grooves of the stressed pieces.

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

1. through setting up locating component, make this device when using, after a plurality of case structures of depositing splice, can effectually save storage space, increase the memory space, simultaneously after a plurality of case structures of depositing splice from top to bottom, the inside location connection of splice groove can be inserted to the location of bottom block, and then the preliminary control a plurality of case structures of depositing splice, case structure drive locating component installs together simultaneously, make locating component's bottom can control the case structure of depositing of below and fix a position the splice, can press from both sides the case structure of depositing of tight below simultaneously, and then improve the compactness of location splice, avoid appearing becoming flexible after depositing the case structure splice, after encountering the collision, lead to this device to empty;

2. through setting up atress piece and setting up the bottom part, make this device when using, can control the splice earlier and hang with the stiffener and get to be connected, then control the spliced use of atress piece, make the T shape piece can insert the inside in T shape groove, make the atress piece can fix a position the installation, make the atress piece can drive the bottom part and install the use together, make the bottom part can imbed the arc inslot portion of bottom part, make transfer case sun gear place after, can contact with the top of atress piece, and then with the preliminary buffering impact force of elasticity of atress piece, can compress the bottom part simultaneously, make the bottom part can with the help of elasticity buffering collision force, and then effectually prevent that the transfer case sun gear from appearing colliding with.

Drawings

Fig. 1 is a schematic perspective view of the present utility model.

Fig. 2 is an exploded perspective view of the present utility model.

Fig. 3 is an exploded perspective view of the storage case of the present utility model.

Fig. 4 is a partially sectioned exploded bottom view schematic of the internal components of the present utility model.

Fig. 5 is a schematic view of the assembled three-dimensional structure of the present utility model.

In the figure, the correspondence between the component names and the drawing numbers is:

1. a storage case structure; 101. a splice groove; 102. a connecting groove; 103. a bottom block; 104. a fixing groove; 105. a fixed rod; 106. a positioning assembly;

2. an internal component; 201. splicing the connecting rods; 202. a connecting rod; 203. an inner rod; 204. a reinforcing rod; 205. a bottom bar; 206. splicing blocks; 207. a force-bearing member; 208. a base member.

Detailed Description

Embodiments of the present utility model are described in further detail below with reference to the accompanying drawings and examples.

Embodiment one:

as shown in fig. 1 to 5:

the utility model provides a transfer case sun gear storage protective case structure of an off-road vehicle, which comprises the following components: a storage box structure 1; the storage box structures 1 are spliced up and down, can be spliced together for use, and are symmetrically arranged every two storage box structures 1, so that six internal components 2 can be fixed for use by the two storage box structures 1, two positioning components 106 are spliced outside each storage box structure 1, the positioning components 106 are of T-shaped structures, the bottom ends of the positioning components 106 are of wedge-shaped structures, the guide splicing of the storage box structures 1 below can be controlled, a plurality of storage box structures 1 are spliced together for use, the compactness can be guaranteed, loose phenomenon after the storage box structures 1 are spliced is avoided, and the safety is improved; the inside subassembly 2, inside subassembly 2 is equipped with six altogether, six inside subassemblies 2 splice in the inside of two case structures 1, the bottom of six inside subassemblies 2 is fixed with two rows of bottom rods 205 of evenly arranged, the top concatenation of every bottom rod 205 has two bottom pieces 208, make bottom rod 205 can support bottom piece 208 use, bottom piece 208 is flexible rubber material, can be with the help of elasticity auxiliary buffering collision strength, the bottom of every bottom piece 208 is equipped with an arc wall for imbedding bottom rod 205, the top of every two bottom pieces 208 is fixed with a atress piece 207, the both ends inside of atress piece 207 is the slope form structure, be used for contacting the atress with the diagonal member, the top of atress piece 207 is equipped with the arc wall, make the bottom of transfer case sun wheel can imbed, and then fix the transfer case sun wheel, atress piece 207 is the elastic plastic material, can place impact strength with the help of elasticity buffering, the both ends of every atress piece 207 are equipped with two T-shaped grooves respectively, be used for imbedding T-shaped piece 207 can splice with splice piece 206 convenient use.

Referring to fig. 4, two ends above each storage box structure 1 are respectively provided with a splicing groove 101, so that after a plurality of storage box structures 1 are spliced, a bottom block 103 can be embedded into the splicing grooves 101 for positioning and splicing, and a connecting groove 102 is arranged at the inner side of the bottom of each splicing groove 101 for inserting a connecting rod 202 for use; the bottom two sides of each storage box structure 1 are respectively fixed with a bottom block 103, can be positioned and spliced for use, after the storage box structure 1 is spliced up and down, the bottom block 103 above is inserted into the splicing groove 101 below, two sides of each storage box structure 1 are respectively provided with two fixing grooves 104 for limiting the fixing rods 105, and then the positioning components 106 are driven to be installed together for use, one fixing rod 105 is inserted into the inside of each fixing groove 104, and each two fixing rods 105 are fixed on the inner side of one positioning component 106 for driving the positioning components 106 to be fixedly used.

Referring to fig. 5, two splicing rods 201 are respectively fixed at two ends of each of the six inner assemblies 2, the splicing rods 201 are inserted into the connecting grooves 102, so that after the inner assemblies 2 or the storage box structure 1 are damaged, the inner parts of the six inner assemblies 2 can be freely spliced and replaced, the connecting rods 202 are uniformly arranged and connected, the connecting rods 202 are of an E-shaped structure and can be stressed in the inner parts of the inner assemblies 2, and a circular ring is fixed at each node position of the connecting rods 202; an inner rod 203 is respectively fixed inside two sides of each connecting rod 202, two ends above the inner rod 203 are inclined, the transfer case sun wheel is controlled to be positioned and placed, the storage stability is improved, three supporting rods are fixed at the bottom of each inner rod 203, the strength of the inner rods 203 can be improved, reinforcing rods 204 which are uniformly arranged are fixed between every two inner components 2, and the reinforcing rods 204 are fixedly connected with bottom rods 205 through inclined rods, so that the integral strength can be improved; two splicing blocks 206 are hung and fixed on the outer portion of each reinforcing rod 204, a cross rod is fixed between every two splicing blocks 206, connection strength can be improved, a T-shaped block is fixed on the inner side of each splicing block 206, and the T-shaped blocks are inserted into the T-shaped grooves of the stress piece 207 and can be spliced and used freely.

Embodiment two: when the impact force of the transfer case sun gear placement is not needed to be buffered, the splicing block 206 and the stress piece 207 can be controlled to be lifted and taken down, so that the cost and the loss are effectively reduced.

When in use, the utility model is characterized in that: when this device is used, can control inner assembly 2 earlier and deposit case structure 1 and splice and use, make splice bar 201 insert the inside of spread groove 102, then control splice 206 and stiffener 204 and get fixedly, then control atress spare 207 embedding installation, make T shape piece can insert the inside in T shape groove, make the bottom of bottom piece 208 and the top contact of sill bar 205, when need deposit the transfer case sun gear, can control transfer case sun gear and directly place between connecting rod 202, make the bottom of transfer case sun gear and atress spare 207 contact, with the help of the elasticity preliminary buffer impact force of atress spare 207, compress bottom piece 208 simultaneously, make bottom piece 208 can be with the help of elasticity buffer impact force, and then effectually prevent that transfer case sun gear from appearing colliding with, after the inside of inner assembly 2 is whole to deposit the transfer case sun gear, can control a plurality of and deposit case structure 1 stacks together and use, make bottom piece 103 insert the inside location concatenation of splice groove 101, make the bottom of locating component 106 can fix a position splice the case structure below 1, can improve the compactness after the improvement, can avoid the fact that the structure is met, the safety device is met, and the safety is improved, and the safety is avoided and the safety is met after the structure is met.

Claims (6)

1. The utility model provides a protective housing structure is deposited to cross country vehicle transfer case sun gear which characterized in that includes: a storage box structure (1); the storage box structures (1) are of a vertically spliced structure, every two storage box structures (1) are symmetrically arranged, two positioning assemblies (106) are spliced outside each storage box structure (1), each positioning assembly (106) is of a T-shaped structure, and the bottom ends of the positioning assemblies (106) are of wedge-shaped structures; the inside subassembly (2), inside subassembly (2) are equipped with six altogether, six inside subassemblies (2) splice in the inside of two case structures (1), the bottom of six inside subassemblies (2) is fixed with two rows of sill bars (205) of evenly arranged, the top concatenation of every sill bar (205) has two collet pieces (208), collet pieces (208) are flexible rubber material, the bottom of every collet piece (208) is equipped with an arc wall, the top of every two collet pieces (208) is fixed with a atress spare (207), the inside slope form structure that is in both ends of atress spare (207), the top of atress spare (207) is equipped with the arc wall, atress spare (207) are elastic plastic material, the both ends of every atress spare (207) are equipped with two T grooves respectively.

2. The off-road vehicle transfer case sun gear storage protective case structure according to claim 1, wherein two ends above each storage case structure (1) are respectively provided with a splicing groove (101), and the inner side of the bottom of each splicing groove (101) is provided with a connecting groove (102).

3. The off-road vehicle transfer case sun gear storage protective case structure according to claim 2, wherein a bottom block (103) is respectively fixed on two sides of the bottom of each storage case structure (1), after the storage case structures (1) are spliced up and down, the upper bottom block (103) is inserted into the splicing groove (101) below, two fixing grooves (104) are respectively arranged on two sides of each storage case structure (1), a fixing rod (105) is inserted into each fixing groove (104), and each two fixing rods (105) are fixed on the inner side of one positioning assembly (106).

4. The off-road vehicle transfer case sun gear storage protective case structure according to claim 1, wherein two splicing rods (201) are respectively fixed at two ends of each of the six inner components (2), the splicing rods (201) are inserted into the connecting grooves (102), connecting rods (202) which are uniformly arranged are connected in the six inner components (2), the connecting rods (202) are of an E-shaped structure, and a circular ring is fixed at each node position of each connecting rod (202).

5. The off-road vehicle transfer case sun gear storage protective case structure according to claim 4, wherein an inner rod (203) is respectively fixed inside two sides of each connecting rod (202), two ends of the inner rod (203) are inclined, three supporting rods are fixed at the bottom of each inner rod (203), reinforcing rods (204) which are uniformly arranged are fixed between every two inner components (2), and the reinforcing rods (204) are fixedly connected with a bottom rod (205) through inclined rods.

6. The off-road vehicle transfer case sun gear storage protective case structure according to claim 5, wherein two splicing blocks (206) are hung and fixed on the outer side of each reinforcing rod (204), a cross rod is fixed between each two splicing blocks (206), a T-shaped block is fixed on the inner side of each splicing block (206), and the T-shaped blocks are inserted into T-shaped grooves of the stress piece (207).