75results about How to "Good shredding effect" patented technology

The invention discloses a household garbage shredding device and belongs to the field of household garbage treatment. The device comprises a feeding mechanism, a shredding mechanism and a dischargingmechanism. The feeding mechanism comprises a liquid collecting cavity, a solid-liquid separating cavity and a feeding channel which are designed longitudinally from bottom to top in a stacked mode. The shredding mechanism comprises a primary shredding cavity communicating with the feeding channel and a secondary shredding cavity communicating with the primary shredding cavity. The discharging mechanism comprises a first discharging channel connected with an outlet of the primary shredding cavity and an inlet of the secondary shredding cavity, and a second discharging channel arranged at an outlet of the secondary shredding cavity. According to the household garbage shredding device, garbage materials can be classified before being shredded, garbage materials such as metal which does not need to be shredded are separated out, abrasion of products such as metal to tools can be reduced, and the working efficiency of the device is improved; and the garbage materials can be subjected to primary shredding, then continuous incremental shredding acting force is provided, and the shredding effect on the garbage materials is obviously good.

The invention discloses a shredding machine. The shredding machine comprises a rack, a hollow cavity, a feeding inlet, a roller shaft, a cutter, a driving mechanism and a pushing mechanism, wherein the hollow cavity is formed in the rack; the feeding inlet is formed in the hollow cavity; the roller shaft is rotationally arranged in the hollow cavity around a self central axis direction; the cutteris arranged at the circumferential part of the outer side of the roller shaft; the driving mechanism is used for driving the roller shaft to rotate; the pushing mechanism is arranged in the hollow cavity along a direction which is close to or far away from the roller shaft in a sliding way, and is used for pushing materials to the roller shaft. According to the shredding machine disclosed by theinvention, the cutter is arranged on the roller shaft, the materials can be pushed to the roller shaft through the pushing mechanism, the materials can be effectively shredded by matching a pushing force generated by the pushing mechanism on the materials and a rotary cutting force of the cutter on the roller shaft, the shredding efficiency is higher, and a shredding effect is better.

The invention discloses a film shredder. The film shredder comprises a rack supporting a rotor. A knife claw is arranged on the outer wall of the rotor. The rotor is sleeved with rollers at intervals. A knife claw is arranged on the inner wall of each roller. A shredding channel is formed between the rotor and the rollers, and a film can be cut oppositely, shredded and conveyed backwards in the shredding channel. The shredding channel is composed of several sub shredding channels. In the conveying direction of the film, the distance between the rotor and the rollers in the later sub shredding channel is smaller than that between the rotor and the rollers in the former adjacent sub shredding channel, and the number of the knife claws in the later sub shredding channel is larger than that of the knife claws in the former adjacent sub shredding channel. A feed port of the shredding channel is communicated with a feed bin, the feed bin is communicated with a material temporary storage box, and a screw conveyer is arranged in the feed bin. A discharge port of the shredding channel is communicated with a discharge bin, a film sorting and recovering mechanism is arranged on the portion, below a discharge port of the discharge bin, of the rack, and an impurity turnover conveyer is arranged in the rack. The film shredder has the advantages of being good in film shredding and sorting effect and high in shredding and sorting efficiency.

The invention discloses a shredding mechanism for a peanut seedling kneading machine. The shredding mechanism comprises an outer cover, a blade roller and an arc-shaped screen arranged below the blade roller. The blade roller comprises a blade roller rotating shaft, three support turnplates and a plurality of connecting plates, the support turnplates are arranged on the blade roller rotating shaft at equal intervals, and the connecting plates are arranged among radial edges of the support turnplates evenly. A plurality of blade bearings are arranged evenly on the connecting plates. A cutting blade is connected to each blade bearing. The shredding mechanism has the advantages that the shredding mechanism is simple and reasonable in structural design, pre-pressed peanut seedlings are cut by the cutting blades on the blade roller, blade bodies with sawtoothed edges are arranged on the cutting blades, and the directions of the sawtoothed edges of the cutting blades on every two adjacent connecting plates are opposite, so that shredding effect of the peanut seedlings is better due to staggered cutting, and working efficiency is improved.

The invention discloses a dual plastic shredding machine. The dual plastic shredding machine comprises a base on which supporting legs are arranged, wherein a shredding box body B is connected to the upper ends of the supporting legs; a shredding box body A is connected to the upper end of the shredding box body B; a feeding bucket is arranged at the upper end of the shredding box body A, and a feeding port is arranged above the feeding bucket; a shredding roller A is arranged in the shredding box body A; shredding blades A are arranged on the shredding roller A; the shredding roller A is connected with a motor A through a rotating shaft; a discharging port of the shredding box body A is arranged at the lower end of the shredding box body A; the shredding box body B is connected to the lower end of the discharging port of the shredding box body A; a shredding roller B is arranged in the shredding box body B. The dual plastic shredding machine is compact in structure design, stable to run, and good in shredding effect.

The invention provides a radish and large-head salted vegetable shredding machine. A rotary shaft in the middle of a material cylinder in a frame is provided with a plurality of rotary plates; a transverse opening at the external side is fixed with a flat blade and a plurality of vertical blades; an adjusting baffle, the opening width of which can be adjusted, is arranged on the upward side; a transmission device at the internal side can be connected with a motor or a gasoline engine and a diesel engine. The invention can cut radish or large-head salted vegetable into slices for one time, with more than 1000kg per hour; furthermore, the thickness of the pieces can be adjusted according to requirements at any moment, and the invention has the obvious effects of fast speed and good cutting quality.

The invention provides pulping equipment for papermaking. The pulping equipment comprises a paper shredding device, a primary pulp mixing device, a pulping device and a pulp return pool, wherein the paper shredding device comprises a first device shell; a paper inlet is arranged on the upper end surface of the first device shell; a rotating shaft is arranged in the first device shell; a pluralityof paper shredding knives are fixedly arranged on the rotating shaft; a shredded paper outlet is arranged at the bottom part of the first device shell; the primary pulp mixing device comprises a second device shell; a water inlet is arranged on the second device shell; a stirring shaft is arranged in the second device shell and comprises a stirring section and an extrusion section; stirring bladesare fixedly arranged at the stirring section; and spiral blades are arranged at the extrusion section. According to the invention, by utilization of the paper shredding device, waste paper is cut into shredded paper; the shredded paper and water are mixed through the primary pulp mixing device and stirred through the stirring blades to form a mixed pulp; the mixed pulp is conveyed to a barrel-shaped shell under the rotating thrust action of the stirring blades inclining towards the extrusion section; the shredded paper is further continuously torn in the barrel-shaped shell and then discharged to the pulp forming device; and the pulp is further filtered through a filter screen in the pulping device to obtain a finished pulp.

The invention discloses a shredding device for a kitchen. The shredding device comprises a box body, a first row tool, a second row tool, limiting rotating shafts and a stop anvil. Massive vegetables are placed in the box body and slightly positioned by the stop anvil, the first row tool is rotated, and first blades penetrate through grid slots to cut the massive vegetables into slices; the first row too is kept still, the second row tool is rotated, and second blades penetrate through grid slots and transverse grooves to cut the slices into shredded shapes. The shredding device is convenient, quick and simple in structure and has the significant shredding effect, and everyone can be a chef by the aid of the shredding device.

The invention provides a square shredding device used for a kitchen. The square shredding device comprises a base, a row knife, a square box and a top cover. Positioning hole pillars and positioning groove pillars are matched for positioning so that the square box can be rapidly positioned at a to-be-cut position. Linear grooves are formed in the spaced three faces of the square box. Block-shaped vegetables placed in the square box are cut through the perpendicular vertical movement of the row knife, after a single face is cut, the square box is overturned, the cutting action is repeated, and the block-shaped vegetables are cut into triangular shreds. The square shredding device is convenient and fast to use and simple in structure, a cutting edge is not exposed outside, the safety of users is ensured, and meanwhile a shredding effect is obvious.

The invention relates to the technical field of mattress processing, in particular to a device for edge-cutting a coconut fiber board. A forming groove is formed in the upper end of a containing platform. A platform is slidably connected into the forming groove. Multiple first springs are arranged at the lower end of the platform and are fixedly connected with the bottom of the forming groove. A first groove is formed in each of the four side walls of the forming groove. The length of the first grooves is the same as that of the side wall of the forming groove. A fiber-cutting tool is horizontally arranged in each first groove. A second spring with one end fixedly connected with the fiber-cutting tool is arranged on the tool back of each fiber-cutting tool. The other ends of the second springs are fixedly connected with the bottoms of the first grooves. Four vertical edge-cutting tools are arranged above the forming groove. The length of the edge-cutting tools is smaller than that of the side wall of the forming groove. The four edge-cutting tools form a cuboid-shaped tool cylinder. A hydraulic machine is fixedly connected to the tool cylinder. A horizontal positioning plate is slidably connected to the sides, outside the tool cylinder, of the edge-cutting tools. By the adoption of the device, the problem that coconut fibers cannot be cut off easily, and the quality of the coconut fiber board is influenced can be solved.

The invention discloses a shredder blade which comprises a round thin blade body, wherein the middle of the thin blade body is provided with a mounting hole; the upper part of the outer circle is provided with a set of tool bits; each tool bit comprises a tool nose and a cutting edge formed by two inclined surfaces; the wall of the mounting hole is of an annular toothed structure; the upper surface of the tool bit is a section of circular arc which is concentric with the mounting hole; and the lower surface of the tool bit is pitched in the blade body to form the tool nose. The shedder blade has the advantages of reasonable structural design, favorable shredded paper effect, firm fixation with rotating shaft, and low processing cost.

The invention discloses a thin film feeding and shredding device which comprises a machine frame. A main shaft is movably supported by the machine frame and provided with a rotor. Cutter claws are arranged on the outer wall of the rotor, the outside of the rotor is sleeved with rollers at intervals, the inner walls of the rollers are also provided with cutter claws, and a shredding channel is formed between the rotor and the rollers and can cut and shred thin films in pairs and convey the shredded thin films backwards. The shredding channel is composed of a plurality of shredding sub-channels. In the thin film conveying direction, the distance between the rotor and the corresponding roller in the next shredding sub-channel is smaller than the distance between the rotor and the corresponding roller in the previous adjacent shredding sub-channel, and the number of the cutter claws in the next shredding sub-channel is larger than the number of the cutter claws in the previous adjacent shredding sub-channel. A front end feed inlet of the shredding channel is communicated with a feed bin, the feed bin is provided with a feed inlet, the front end of the feed bin is provided with a front end discharge opening, the front end discharging opening of the feed bin is communicated with a material temporary storage box, and a spiral conveyer is further disposed in the feed bin. The thin film feeding and shredding device has the advantages of being good in thin film shredding effect and high in shredding efficiency.