CN207897697U

CN207897697U - A kind of wind gives glassware

Info

Publication number: CN207897697U
Application number: CN201820104864.1U
Authority: CN
Inventors: 邓文亮
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-01-19
Filing date: 2018-01-19
Publication date: 2018-09-25
Anticipated expiration: 2028-01-19

Abstract

The utility model is related to granule materials to give equipment technical field, glassware is given more particularly to a kind of wind, including main body, round cavity and blanking port are provided in the main body, blanking port is located at the upper end of round cavity, shaft is provided on inner cavity, it is circumferentially distributed in shaft to have at least 2 groups of elastic components, elastic component is crimped with internal chamber wall, inner cavity is divided into the lattice of several opposing seals, the rear and front end of the main body is arranged with blast pipe and discharge pipe, the blast pipe is arranged with discharge pipe relative level, elastic component makes extended line linkage section of the lattice by blast pipe and discharge pipe with shaft rotation, the utility model is rotated using the lattice for being filled with feed, by the extended line linkage section of blast pipe and discharge pipe, feed is set to be sent out from discharge pipe with air-flow, realize feed.

Description

A kind of wind gives glassware

Technical field

The utility model is related to granule materials to give equipment technical field, and in particular to a kind of wind gives glassware.

Background technology

Develop modern aquaculture industry, is the important way for ensuring food safety and meeting people to high-quality protein food demand Diameter, currently, aquaculture feeding mode generally comprises Manual material feeding and machinery feeds intake, but the labor intensity of Manual material feeding it is big, Spreading is uneven, inventory is uncontrollable and accommodative ability of environment is poor；Machinery feeds intake and mainly send feeding system using wind, and existing Wind send in feeding system, mostly use feed greatly and fall into the mode of air delivery pipe and feed intake, due to there is certain pressure in air hose By force, feed is not easy to fall completely, causes to feed intake not exclusively, the uncontrollable problem of inventory.

Utility model content

The utility model in order to solve the above problem used by technical solution be to provide a kind of wind and give glassware, this practicality is newly The specific technical solution of type is：

A kind of wind gives glassware, including main body, inner cavity and blanking port is provided in the main body, blanking port is located at inner cavity Upper end, is provided with shaft on inner cavity, circumferentially distributed in shaft to have at least 2 groups of elastic components, elastic component crimped with internal chamber wall will in Chamber is divided into the lattice of several opposing seals, and the rear and front end of the main body is arranged with blast pipe and discharge pipe, the blast pipe It is arranged with discharge pipe relative level, elastic component makes lattice pass through the extended line between blast pipe and discharge pipe successively with shaft rotation Linkage section.

As being further improved for said program, the elastic component has 2 to be divided into the first elastic component and the second elastic component, institute It states the first elastic component to crimp with internal chamber wall, second elastic component is shorter in length than the first elastic component.

As being further improved for said program, the elastic component is equipped with Fixed Division and pressure contact portion, the Fixed Division and pressure Socket part is arranged in obtuse angle.

As being further improved for said program, the secondth elastic component is arranged in the rear end of the first elastic component.

As being further improved for said program, the shaft is equipped with threaded hole, and the elastic component passes through helicitic texture It is fixed in shaft.

As being further improved for said program, the elastic component has 8 groups of circumferential directions along shaft uniformly distributed.

As being further improved for said program, the blanking port is equipped with push-pull plate, and the push-pull plate is for controlling The keying of blanking port processed.

As being further improved for said program, the blanking port is equipped with guide groove, and the push-pull plate setting is being led Into slot, push-pull plate can be moved back and forth along guide groove.

Further include dynamic part as being further improved for said program, the output end of the force piece is equipped with spring, institute The end for stating spring is connect with push-pull plate.

As being further improved for said program, bending part is provided on the blast pipe and/or discharge pipe.

The utility model has the beneficial effects that：

1. the utility model uses lattice to rotate through the extended line linkage section between blast pipe and discharge pipe to realize essence Quasi- feed；

2. the utility model realizes the sealing between lattice, simple in structure, manufacturing cost using elastic component crimping internal chamber wall It is low；

3. wind can be realized on air delivery pipe and give material for the utility model setting, applicability is wide, is suitble to remote feed；

4. the utility model is arranged to the lattice of opposing seal, make air-flow that can not be flowed out from blanking port due to pressure difference, feed It is smoothly fallen into lattice from blanking port, feeding volume is uniform；

5. the utility model realizes the sealing of lattice using elastic component crimping internal chamber wall, reduce between blast pipe and discharge pipe Air pressure pressure drop, ensure feed be fed at a distance.

Description of the drawings

The utility model is described in further detail with reference to the accompanying drawings and examples.

Fig. 1 is the cross-sectional view of the utility model；

Fig. 2 is the enlarged drawing at A in Fig. 1；

Fig. 3 is the structure top view of the utility model；

Fig. 4 is the structural schematic diagram of the utility model push-pull plate；

Fig. 5 is the structural schematic diagram of the utility model shaft.

Specific implementation mode

Presently in connection with attached drawing and preferred embodiment, the utility model is described in more detail.

Please with reference to Fig. 1 to Fig. 3, a kind of wind gives glassware, including main body 1, and main body 1 is provided with inner cavity, main body 1 it is upper End is connect equipped with blanking port 2 with inner cavity, and inner cavity is rounded, and shaft 5 is fixed on inner cavity, and one end of shaft 5 is fixedly mounted with by bearing In the side of main body 1, the other end stretches out inner cavity and is connect with motor, and circumferentially distributed in shaft 5 to have 8 groups of elastic components, elastic component can To be to be packed in shaft 5 using threaded connection using the head end with springs made of elastically-deformable material, elastic component On, the end of elastic component, which is crimped on internal chamber wall, generates elastic deformation, and inner cavity is divided into the lattice of 8 opposing seals, elastic component End may be used quenching etc. techniques increase its wearability, the rear and front end of main body 1 is arranged with blast pipe 61 and discharge pipe 62, Blast pipe 61 and the setting of 62 relative level of discharge pipe, elastic component are rotated with shaft 5, and lattice is made to pass through blast pipe 61 and outlet air successively Extended line linkage section between pipe 62, air-flow enter from blast pipe 61 in main body 1, pass through lattice along horizontal axis, will be in lattice Feed from discharge pipe 62 send out.

As being further improved for said program, as shown in Figure 1, Figure 2 with shown in Fig. 5, elastic component is equipped with Fixed Division and crimping Portion, Fixed Division are arranged in obtuse angle with pressure contact portion, and the outer wall of shaft 5 circumferentially has 8 groups of threaded holes 51, every group of threaded hole 51 to be equipped with 5 threaded holes 51 arranged side by side, 5 perforation that the Fixed Division of elastic component is equipped with side by side are corresponding, and every group of elastic component is all divided into First elastic component 3 and the second elastic component 4, the end of the first elastic component 3 is crimped with internal chamber wall generates elastic deformation, the second elastic component 4 length is less than the length of the first elastic component 3, the fitting opposite with the Fixed Division of the second elastic component 4 of the Fixed Division of the first elastic component 3 And the mode for being all made of threaded connection is packed in the side wall of shaft 5, the pressure contact portion of the second elastic component 4 is located at the first elastic component 3 The rear end of pressure contact portion.The pressure expanded outwardly generated to the two side walls of lattice when air-flow passes through lattice, first on the left of lattice Elastic component 3 is pressurized moves and abuts the second elastic component 4 along elimination elastic deformation direction, and the second elastic component 4 increases by the first elastic component 3 Bearing capacity, make air-flow that can not be flowed out from crimp place of first elastic component 3 with internal chamber wall, the first elastic component 3 on the right side of lattice Be pressurized and moved along supercharging elastic deformation direction, the bearing capacity of the first elastic component 3 gradually increases, and air-flow can not flow out, reduce into Air pressure pressure drop between air hose 61 and discharge pipe 62, it is ensured that feed can be with air-flow to long-distance sand transport.

As being further improved for said program, as shown in Figure 1, elastic component has, 8 groups of circumferential directions along shaft 5 are uniformly distributed, will be interior Chamber is divided into 8 uniform lattices, so that wind is given glassware feeding uniform.

As being further improved for said program, as shown in Figure 3 and Figure 4, it is provided with push-pull plate 8 on blanking port 2, pushes and pulls Baffle 8 is equipped with through-hole 83, and the head end of push-pull plate 8 is connected with the first force piece 81, the first force piece 81 can be motor or Push-and-pull cylinder, is additionally provided with spring 82 between the first force piece 81 and push-pull plate 8, spring 82 can be compression spring, on blanking port 2 It is provided with guide groove 7, for guide groove 7 in the form of dovetail groove, the both sides of push-pull plate 8 are equipped with sliding corresponding with guide groove 7 Slot, the first force piece 81 drive push-pull plate 8 to move back and forth the keying of control blanking port 2 in 7 upper edge horizontal axis of guide groove, have Body is：When first force piece 81 drives push-pull plate 8 corresponding with blanking port 2 to through-hole 83, the unlatching of blanking port 2, feed is from falling Material mouth 2 is fallen into lattice, otherwise blanking port 2 is closed, and is got stuck if being generated in closing process, and the first force piece 81 pulls spring 82 multiple Position, feed are stuck between push-pull plate 8 and blanking port 2, do not generate particle.

As being further improved for said program, as shown in figure 3, blast pipe 61 and/or discharge pipe 62 are equipped with bending part, The present embodiment is that the output end of shaft 5 is arranged in the upper end of blast pipe 61, and blast pipe 61 is equipped with bending part, and blast pipe 61 is conceded Assembly space makes shaft 5 be connected with force piece, and so that wind is given, glassware is compact-sized, and discharge pipe 62 is set as straight barrel type, makes feed When being sent out from inner cavity with air-flow, the collision of feed and tube wall is reduced, reduces particle.

More than, only the preferred embodiment of the utility model, the utility model are not limited to the above embodiment, As long as it reaches the technique effect of the utility model with identical means, it should all belong to the scope of protection of the utility model.

Claims

1. a kind of wind gives glassware, including main body (1), which is characterized in that be provided with inner cavity and blanking port on the main body (1) (2), blanking port (2) is located at the upper end of inner cavity, is provided with shaft (5) on inner cavity, circumferentially distributed in shaft (5) to have at least 2 groups Elastic component, elastic component crimp the lattice that inner cavity is divided into several opposing seals, the rear and front end of the main body (1) with internal chamber wall Be arranged with blast pipe (61) and discharge pipe (62), the blast pipe (61) is arranged with discharge pipe (62) relative level, elastic component with Shaft (5) rotation makes lattice pass through the extended line linkage section between blast pipe (61) and discharge pipe (62) successively.

2. a kind of wind according to claim 1 gives glassware, which is characterized in that the elastic component has 2 to be divided into the first bullet Property part (3) and the second elastic component (4), first elastic component (3) crimp with internal chamber wall, the length of second elastic component (4) Shorter than the first elastic component (3).

3. a kind of wind according to claim 2 gives glassware, which is characterized in that the elastic component is equipped with Fixed Division and crimping Portion, the Fixed Division are arranged in obtuse angle with pressure contact portion.

4. a kind of wind according to claim 2 or 3 gives glassware, which is characterized in that the second elastic component (4) setting exists The rear end of first elastic component (3).

5. a kind of wind according to claim 1 gives glassware, which is characterized in that the shaft (5) is equipped with threaded hole (51), the elastic component is fixed in by helicitic texture in shaft (5).

6. a kind of wind according to any one of claims 1 to 3 gives glassware, which is characterized in that the elastic component has 8 groups of edges The circumferential direction of shaft (5) is uniformly distributed.

7. a kind of wind according to claim 1 gives glassware, which is characterized in that the blanking port (2) is equipped with push-and-pull and keeps off Plate (8), the push-pull plate (8) are used to control the keying of blanking port (2).

8. a kind of wind according to claim 7 gives glassware, which is characterized in that the blanking port (2) is equipped with guide groove (7), in guide groove (7), push-pull plate (8) can be moved back and forth along guide groove (7) for push-pull plate (8) setting.

9. a kind of wind according to claim 7 or 8 gives glassware, which is characterized in that further include dynamic part, the power The output end of part is equipped with spring (82), and the end of the spring (82) is connect with push-pull plate (8).

10. a kind of wind according to any one of claims 1 to 3 gives glassware, which is characterized in that the blast pipe (61) And/or it is provided with bending part on discharge pipe (62).