TW201609506A - Kitchen waste processor - Google Patents

Abstract

A kitchen waste processor of this invention includes an adapting member, a body set, a motor and an accessory set. Inside the body set, a dehydration treatment is performed on grinded residues by a driving plate driven by the motor and a filter screen. The collected water is discharged by a drain portion of the shell through water pipes, and the residues are thrown by the driving plate onto an inner wall of the filter screen to accumulate. The dehydrated residues are removed by scratching by a guiding plate portion of a guiding pipe before being pushed along the guiding plate portion to an export portion close to the filter screen. The residues are guided by the export portion to a waste discharging portion of the shell for separation and collection to complete the separation of residues and water. As a result, blocked pipes caused by deposited solid residues resulting from the separation of solid and liquid of slurry residues processed by a conventional kitchen waste processor no longer exist.

Description

Kitchen waste processor

The utility model relates to a separation device used in a kitchen waste, in particular to a kitchen waste treatment machine which dehydrates the kitchen waste residue after the grinding treatment, so that the moisture and the residue can be respectively discharged.

The kitchen waste processing machine is a kitchen-specific grinding device. Referring to FIG. 8 , a kitchen waste processor 60 is installed under the water tank T of the flow table. When the kitchen waste processor 60 is operated, the water continues to be used by the water tap. F flows out, therefore, the kitchen waste processor 60 grinds the leftovers and water after eating, and then discharges it into a sewer, thereby eliminating the waste of collecting or gathering the fly larva due to the collection of kitchen waste or compost. Trouble; please refer to FIG. 9 , one end of the adapter 61 of the kitchen waste processor 60 is connected to the water tank T, and the kitchen waste enters the kitchen waste processor 60 through the adapter 61 , and the kitchen waste is matched by the grinding ring 62 and The grinding disc 63 is matched for grinding, and the grinding ring 62 is fixed inside the kitchen processing machine 60, and the grinding disc 63 is driven to rotate by the driving shaft 661 of the motor 66, and the polished kitchen residue becomes a slurry residue and passes through the grinding disc 63. The plurality of through holes 631 flow to the accommodating portion 64, and the slurry residue is then discharged from the discharge portion 65 to the water pipe leading to the sewer.

However, the operation mode of the prior art kitchen waste treatment machine causes the water pipe clogging phenomenon; since the kitchen waste is ground into a granular residue, and in order to promote the flow of the residue, it is necessary to add water during the grinding process to make the residue appear as a slurry. In order to facilitate the flow, however, as shown in Fig. 10, in order to prevent the smell of the sewer and the mosquitoes from entering the kitchen along the water pipe P, the water pipes P are all designed as U-shaped curved pipes to keep the water in the curved portion of the water pipe P. In order to isolate the smell of the sewer and the mosquitoes, however, as the slurry residue prolongs the standing time, the slurry residue will precipitate, so that the solid residue G and the liquid water W are separated, and the residue G precipitates in the water pipe P. At the bend, the residue G gradually accumulates with the operation of the kitchen waste processor, and the residue G is filled with the inside of the water pipe P, and even if the water continues to impinge on the bent portion in the water pipe P, the residue G accumulated in the water pipe P cannot be made. The reduction is caused, and the fouling of the water pipe P is caused.

The purpose of the present invention is to improve the lack of water pipe fouling caused by the deposition of the slurry residue after the grinding of the kitchen waste processor in the prior art, and the water in the residue after the grinding is separated by the implementation of the prior art technique, and the residue is separately collected. Without causing fouling of the drain pipe of the kitchen counter.

In order to achieve the above-mentioned creative purposes, the technical means adopted by the present invention is to design a kitchen waste processing machine having an adapter, a body set and a motor; the motor is disposed at one end of the body set, and the motor is driven The shaft body has a body set; the body set has a casing, a fixing ring, a grinding group, a duct, a screen and a dial; the shell has an open end at one end, and the outer wall surface of the shell is adjacent to the opening a hollow slag portion is formed at the end, and a wall portion of the outer edge of the outer casing protrudes to form a hollow drain portion, and the adapter is connected to the fixing ring, and the fixing ring is connected to the open end of the casing. The grinding assembly is disposed inside the fixing ring and is connected by a transmission shaft of the motor; the conduit has a guiding portion, and a spiral protrusion of the guiding portion is formed on a wall surface of the outer edge of the conduit, the guiding plate The length of the extension portion is greater than the length of the conduit; the conduit is connected to the fixing ring, the conduit is correspondingly located inside the casing, and one end of the guide plate portion is adjacent to the slag discharge portion of the casing; the filter mesh has a lead-out portion and a a cage; the filter is installed in The inside of the casing is sleeved with a conduit, and a gap between the inner wall surface of the cage portion and the guide plate portion of the conduit has a gap corresponding to the slag discharge portion of the casing and the guide plate portion of the conduit; The outer edge ring wall surface of the dial protrudes radially to form a plurality of third blades; the dial is connected by the drive shaft of the motor and abuts against the cage portion of the filter.

The kitchen waste processing machine, wherein an inner wall surface of one end of the fixing ring is radially protruded to form a second seat portion, the second seat portion has a through hole at the center thereof, and the end faces of the other end of the fixing ring are formed at a plurality of intervals. An axial hole, the fixing ring is formed with a concave portion adjacent to the outer wall surface of the second seat portion, and the side surface of the concave portion forms a plurality of spaced radial holes; the adapter has a covering portion, an extending portion, and a first portion a mounting portion and a second mounting portion; the cover portion forms an opening at opposite ends thereof, and the covering portion is axially protruded at an outer edge of the covering portion to form the extending portion, and the inside of the extending portion communicates with the inside of the covering portion, the covering The second mounting portion is formed by radially extending from the outer edge of the opening at the other end, and the second mounting portion has a plurality of spaced apart perforations; the axial hole of the end surface of the fixing ring corresponds to the second mounting of the adapter a through hole for connecting the adapter and the fixing ring; a recess of the fixing ring is disposed at an open end of the housing, and a radial hole of the fixing ring recess corresponds to a perforation at the open end of the housing to connect the a housing and the retaining ring.

The kitchen waste treatment machine, wherein the conduit further has a joint portion, a guide portion and a tube portion; the joint portion is a ring piece body, and the joint portion forms a plurality of spaced apart perforations, and the joint portion has a side surface The inner ring protrudes to form the hollow conical guiding portion, and the guiding portion protrudes away from the joint portion to form the hollow tube portion, the guiding portion communicates with the inside of the tube portion, and the guiding portion is spirally convex. Stretching is formed on an outer wall surface of the pipe portion, the guide plate portion is extended from the one end of the pipe portion toward the other end, and the length of the guide plate portion is greater than the length of the pipe portion; the second of the fixing ring Forming a plurality of spaced axial holes toward the other end of the fixing ring; the through hole of the joint corresponds to the hole of the second seat of the fixing ring to connect the pipe and the fixing ring, and the pipe portion corresponds Located inside the housing, the end of the guide portion adjacent to the guiding portion is adjacent to the slag portion of the housing.

The kitchen waste processor further has a first bearing and a first sealing member; the housing protrudes axially away from the center of the open end to form a hollow first bearing portion, the first bearing portion is away from The inner edge wall surface of the housing end is radially protruded to form a first seat portion, and the first seat portion has a through hole at the center; the first bearing and the first seal member are sequentially mounted on the first part of the housing The bearing portion is disposed around the outer wall surface of the drive shaft of the motor, and the drive shaft of the motor passes through the through hole of the first seat portion; the grinding group has a grinding disc and a grinding ring; the grinding disc has a plurality of passes a disc body, the grinding ring is a ring body, and a ring groove is formed on an outer edge wall surface of the grinding ring; the other side of the joint portion of the pipe protrudes axially adjacent to the outer ring to form a ring wall; the outer edge of the grinding ring The wall of the grinding ring abuts against the inner wall surface of the fixing ring, and the ring wall of the pipe joint abuts between the outer ring groove of the grinding ring and the inner wall surface of the fixing ring, and one end of the grinding ring is mounted on the fixing a second seat of the ring, the grinding disc is threaded and connected by the drive shaft of the motor To be polished is mounted on the center of the ring.

The kitchen waste processor further has a second sealing member and a third bearing; the body group further has a first supporting frame, the first supporting frame has a plurality of symmetrically arranged fan-shaped perforations, the first The central portion of the support frame is axially protruded to form a hollow second bearing portion, and the second bearing portion radially protrudes away from the inner edge wall surface of the first support frame end to form a third seat portion, and the third seat portion is formed at the center a first support frame is disposed on an inner wall surface of the lower portion of the polishing set, and the second seal member and the third bearing are sequentially disposed on the third seat portion and are connected to the drive shaft of the motor The outer wall of the motor, the drive shaft of the motor passes through the through hole of the third seat portion, and the duct is located below the first support frame.

The kitchen waste processor further has a second bearing; the body set further has a second support frame, wherein the second support frame is composed of two identical semi-circular members, and the second support frame has a side shaft Forming a hollow third bearing portion, the third bearing portion radially protruding away from the inner edge ring wall surface of the second support frame end to form a fourth seat portion, the inner edge portion of the fourth seat portion is formed a slotted portion, the outer peripheral ring wall surface of the third bearing portion is radially protruded to form a plurality of first blades disposed at intervals; the second support frame is coupled to the lead-out portion of the filter screen, and the second bearing is mounted on the first bearing a four-seat portion is disposed around the outer wall of the duct, and a slot of the second semi-circular member of the second support frame is sleeved at a wall portion of the duct adjacent to the outer peripheral wall of the guide portion, and the drive shaft of the motor passes through the a hollow portion of the tube portion; the lead portion of the filter screen has a first ring piece, a second ring piece and a plurality of second blades; the first ring piece and the second ring piece are hollow circular pieces, the first The ring piece forms a plurality of spaced-apart holes, and the second blade is a curved curved body, the first ring One side is connected to one end of the second blade, and the other end of the second blade is connected to one side of the second ring piece, and the second blade is spaced between the first ring piece and the second ring piece To form a channel, the other side of the second ring piece is connected to the cage portion; the cage portion of the filter screen has a plurality of sheets and a plate body; one end of the plurality of sheets is connected to the second ring piece away from the first The sides of the two blades are circumferentially spaced apart to form a barrel having a slit, and the other end of the plurality of sheets is connected to the plate body, and a through hole is formed in the center of the plate body; the second support frame forms a plurality of perforations at intervals adjacent to the edge The through hole of the second support frame corresponds to the hole of the first ring piece to connect the second support frame and the filter net, and the drive shaft of the motor is pierced and connected to the hole of the plate body of the cage portion.

The kitchen waste treatment machine further has a second bearing; the catheter is assembled in three parts, and the guiding portion of the guiding portion of the catheter protrudes away from the end of the joint portion to form a neck portion, the tube portion is away from the guide The inner edge wall surface of the longest end of the plate portion forms an internal thread joint portion; the duct has an outer wall surface of the joint ring to form an external thread, and the neck portion of the guide portion is sleeved and fixed to the inner edge wall surface of the joint ring; The second support frame has a second support frame, and a side of the second support frame is axially protruded to form a hollow third bearing portion. The third bearing portion protrudes radially away from the inner edge ring wall surface of the second support frame end to form a a fourth seat portion, a center of the fourth seat portion is formed with a through hole, and the outer edge ring wall surface of the third bearing portion is radially protruded to form a plurality of first blades disposed at intervals; the second support frame is connected to the filter net for exporting The second bearing is disposed on the fourth seat portion and surrounds the outer wall surface of the duct, and the guiding portion and the engaging ring pass through the through hole of the fourth seat portion of the third supporting portion of the second supporting frame. The outer edge wall surface of the joint ring is screwed to the tube portion of the duct a drive shaft of the motor is disposed in a hollow portion of the tube portion; the lead portion of the filter screen has a first ring piece, a second ring piece and a plurality of second blades; the first ring piece and the second ring piece a hollow circular body, the first ring forming a plurality of spaced apart holes, the second blade being a curved curved body, one side of the first ring being connected to one end of the second blade The other end of the second blade is connected to one side of the second ring piece, and the second blade is spaced between the first ring piece and the second ring piece to form a channel, and the second ring piece is another One side of the filter is connected to the cage portion; the cage portion of the filter screen has a plurality of sheets and a plate body; the plurality of sheets are connected at one end to the side of the second ring piece away from the side of the second blade and are spaced apart to form a barrel having a slit, the other end of the plurality of sheets is connected to the plate body, and a through hole is formed in the center of the plate body; the second support frame is formed with a plurality of spaced perforations adjacent to the edge; the perforation of the second support frame corresponds to a ring of holes for connecting the second support frame and the filter mesh, the motor Drive shaft passes through and is connected to the cage around the aperture portion of the plate.

The kitchen waste processing machine further includes a cover body; the ring wall surface of the cover body is formed through the two through holes, and a top surface is formed in the cover body, the cover body covers the adapter member and the body group, and the turn The extending portion of the connecting member penetrates the through hole at the top of the cover body, and the slag discharging portion and the draining portion of the housing respectively penetrate the two perforations of the ring wall surface of the cover body; the gap between the cover body and the body group is filled with Pauli Dragon.

The advantage of this creation is that, through the body group, the dial and the filter driven by the motor dehydrate the residue processed by the grinding group, and the collected moisture is discharged from the drainage portion of the casing, and the residue is The dial is placed on the inner wall surface of the filter to accumulate, and then the dehydrated residue is scraped by the guide portion of the duct and pushed along the guide portion to the lead portion adjacent to the filter, and the residue is guided to the housing by the lead portion. The slag discharge portion completes the separation of the residue and the moisture to improve the slurry residue after the grinding of the kitchen waste processor in the prior art, and the separation of the solid state and the liquid state causes the residue to deposit and the water pipe is blocked.

The technical means adopted by the present invention for achieving the intended purpose of creation are further explained below in conjunction with the drawings and the preferred embodiment of the present invention.

Referring to FIG. 1 and FIG. 2 , the kitchen waste processor of the present invention has an adapter 10 , a body set 20 , a motor 30 , an accessory set 40 , and a cover 50 .

The adapter 10 has a cover portion 11, an extension portion 12, a first mounting portion 13 and a second mounting portion 14. The cover portion 11 is a hollow hemisphere, and the cover portion 11 is formed at opposite ends. An opening, the opening of one end of the cover portion 11 is larger than the opening of the other end, and the outer edge of the opening of the smaller end of the cover portion 11 is axially protruded to form the extending portion 12, and the inside of the extending portion 12 communicates with the inside of the covering portion 11 The first mounting portion 13 is formed in a radial direction of the extending portion 12 away from the outer edge of the cover portion 11. The second mounting portion is formed radially outwardly at the outer edge of the opening of the larger end of the covering portion 11. The second mounting portion 14 has a plurality of spaced apart perforations. In the specific embodiment of the present invention, the first mounting portion 13 of the adapter 10 can be connected to a conventional general flow table through a quick connector. The tube below the sink T.

The body set 20 has a casing 21, a fixing ring 22, a grinding group 23, a first supporting frame 24, a duct 25, a second supporting frame 26, a screen 27 and a dial 28.

The housing 21 is a hollow body, and one end of the housing 21 is an open end. The outer wall surface of the housing 21 protrudes from the open end to form a row of slag portions 211. The slag discharge portion 211 is a hollow tube. A plurality of spaced-apart perforations are formed at the outer wall surface of the outer edge of the housing, and the outer wall of the outer end of the housing 21 protrudes to form a drain portion 212. The drain portion 212 is a drain portion 212. The hollow tube is connected to the inner portion of the housing 21, and the central portion of the other end of the housing 21 is axially protruded to form a hollow first bearing portion 213. The first bearing portion 213 is away from the inner wall surface of the end of the housing 21. The radial protrusion forms a first seat portion 2131, and the first seat portion 2131 has a through hole in the center.

The fixing ring 22 is an annular body. The inner wall surface of one end of the fixing ring 22 is radially protruded to form a second seat portion 221. The second seat portion 221 has a through hole at the center, and the end surface of the other end of the fixing ring 22 is Forming a plurality of spaced-apart axial holes, the second seat portion 221 forming a plurality of spaced axial holes toward the end faces of the other ends of the fixing ring 22, the fixing ring 22 being adjacent to the outer edge wall of the second seat portion 221 A recess is formed, the sides of the recess forming a plurality of spaced radial holes.

The axial hole of the end surface of the fixing ring 22 is corresponding to the through hole of the second mounting portion 14 of the adapter member 10, and the through hole of the second mounting portion 14 is inserted through the plurality of connecting members to be fixed to the hole of the fixing ring 22. The adapter 10 and the fixing ring 22 are connected; the recess of the fixing ring 22 is mounted on the open end of the housing 21, and the radial hole of the recess of the fixing ring 22 corresponds to the opening at the open end of the housing 21. The through hole at the open end of the housing 21 is inserted through the plurality of connecting members and fixed to the hole of the recess of the fixing ring 22 to connect the housing 21 and the fixing ring 22.

The grinding group 23 has a grinding disc 231 and a grinding ring 232. The grinding disc 231 is a disc body having a plurality of through holes. The grinding ring 232 is a ring body, and the grinding ring 232 forms a counterbore at a plurality of intervals. a ring groove is formed on the outer edge wall surface of the grinding ring 232 adjacent to the end surface of the counterbore; the outer edge wall surface of the grinding ring 232 abuts against the inner wall surface of the fixing ring 22, and the grinding ring 232 has a plurality of counterbore end faces. Mounted in the second seat portion 221 of the fixing ring 22, the grinding disc 231 is installed at the center of the corresponding grinding ring 232; due to the structure of the grinding disc 231 and the grinding ring 232 and the mutual operation of the grinding ring 232 The action is based on the prior art, so its detailed features are not described again.

Referring to FIG. 3, the first support frame 24 is a frame body. The first support frame 24 has a plurality of symmetrically disposed fan-shaped perforations, and the first support frame 24 is axially protruded to form a hollow second. a third portion 2411 is formed in a radial direction of the inner surface of the first support frame 24, and a third seat portion 2411 is formed in the center of the third portion 2411. In an embodiment, the first support frame 24 has four-shaped perforations; the first support frame 24 is disposed below the corresponding grinding disc 231, and the side edge of the first support frame 24 abuts against the grinding ring 232 Inner wall.

Referring to FIG. 4A, the first embodiment of the catheter 25 has a joint portion 251, a guide portion 252, a tube portion 253, and a guide portion 254.

The joint portion 251 is a ring-shaped piece, and the joint portion 251 forms a plurality of spaced-apart perforations. The joint portion 251 protrudes axially adjacent to the outer ring to form a ring wall 2511. The inner portion of the joint portion 251 is away from the inner ring. The direction of the ring wall 2511 is convex to form a hollow conical guiding portion 252. The guiding portion 252 protrudes away from the joint portion 251 to form a hollow tube portion 253. The guiding portion 252 communicates with the inside of the tube portion 253. A radial protrusion of the spiral portion of the plate portion 254 is formed on the outer edge wall surface of the tube portion 253. The guide plate portion 254 extends from the one end of the tube portion 253 adjacent to the end portion of the guiding portion 252 toward the other end, and the length of the guide plate portion 254 extends. The hole of the joint portion 251 is opposite to the hole of the second seat portion 221 of the fixing ring 22, and the through hole of the joint portion 251 is inserted through the plurality of connecting members and fixed to the second seat portion 221 a hole for connecting the conduit 25 and the fixing ring 22, one end of the connecting member is received in the counterbore of the grinding ring 232, the ring wall 2511 abuts against the outer ring groove of the grinding ring 232 and the fixing ring The guiding portion 252 is correspondingly located between the inner wall of the second support frame 24 Below, the tube portion 253 is located inside the housing 21, and the end of the guide portion 254 adjacent to the guiding portion 252 is adjacent to the slag portion 211 of the housing 21.

Referring to FIG. 4B, the second embodiment of the catheter can be divided into three parts. The guiding portion 252A of the catheter 25A protrudes away from the end of the joint portion 251A to form a neck portion 2521A. The portion 253A extends away from the innermost wall surface of the longest end of the guide plate portion 254A to form an internal threaded joint portion 2531A; the duct 25A has an engaging ring 250A which is a hollow ring body and which has an external thread on the outer wall surface. The neck portion 2521A of the guiding portion 252A is sleeved and fixed to the inner wall surface of the engaging ring 250A. The remaining technical features of the duct 25A are like the duct 25, and details are not described herein.

Referring to FIGS. 5A and 4B, the first embodiment of the second support frame 26 is a hollow disk body. The second support frame 26 is formed with a plurality of spaced apart perforations adjacent to the edge. The second support frame A side of the second side of the ring 26 is formed by a fourth portion 2611 which is radially protruded from the inner wall of the second end of the second support frame 26 to form a fourth seat portion 2611. A through hole is formed in the center of the four-portion portion 2611, and the outer edge ring wall surface of the third bearing portion 261 is radially protruded to form a plurality of first blades 262 disposed at intervals. In the specific embodiment of the present invention, four first blades 262 are used; The portion 252A and the joint ring 250A pierce the through hole of the fourth seat portion 2611 of the third support portion 261 of the second support frame 26, and the outer edge wall surface of the joint ring 250A is screwed to the joint portion 2531A of the tube portion 253A.

Referring to FIGS. 4A and 5B, the second support frame can be divided into two pieces in the second embodiment of the present invention. The second support frame 26A is composed of two identical semicircular members 260A. The inner edge portion of the fourth seat portion 2611A of the bearing portion 261A is formed with a slot 2610A. The remaining technical features of the second bracket 26A are like the second bracket 26, which will not be described herein; the slot of the two semi-circular members 260A The tube portion 253 of the 2610A sleeved on the duct 25 is adjacent to the outer wall surface of the guide portion 252.

As shown in FIG. 4A and FIG. 5B, the user can select the first embodiment of the catheter 25 to be assembled with the second embodiment of the second support frame 26A, or Referring to Figures 5A and 4B, the first embodiment of the second embodiment of the catheter 25A is selected for assembly with the first embodiment of the second support frame 26.

Referring to FIG. 6 , the screen 27 has a lead-out portion 271 and a cage portion 272 . The lead-out portion 271 has a first ring piece 2711 , a second ring piece 2712 and a plurality of second blades 2713 . The cage portion 272 has a plurality of sheets 2721 and a plate 2722.

The first ring piece 2711 and the second ring piece 2712 are hollow circular pieces, the first ring piece 2711 forms a plurality of spaced holes, and the second blade 2713 is a curved curved piece. One end of one of the ring pieces 2711 is connected to one end of the second blade 2713, and the other end of the second blade 2713 is connected to one side of the second ring piece 2712. The second blade 2713 is spaced apart from the first ring. Between the sheet 2711 and the second ring piece 2712 to form a channel, the other side of the second ring piece 2712 is connected to the surrounding portion 272; one end of the plurality of pieces 2721 is connected to the second ring piece 2712 away from the second blade The sides of the 2713 are circumferentially spaced apart to form a barrel having a slit. The other end of the plurality of sheets 2721 is connected to the plate 2722, and a through hole is formed in the center of the plate 2722.

The screen 27 is disposed inside the casing 21, and the screen 27 is sleeved with the conduit 25. The through hole of the second bracket 26 corresponds to the hole of the first ring piece 2711, and the second piece is pierced through the connecting piece. The through hole of the support frame 26 is fixed to the hole of the first ring piece 2711 to connect the second support frame 26 and the filter net 27. The inner wall surface of the cage portion 272 has a gap with the guide plate portion 254. The channel of the lead-out portion 271 corresponding to the guide plate portion 254 of the duct 25 is adjacent to the second support frame 26 and the slag portion 211 of the casing 21.

Referring to FIG. 2, the dial 28 is a hollow cylinder, and a plurality of third blades 281 are radially protruded from the outer ring wall surface of the dial 28; the dial 28 is disposed on the duct 25 away from the At the end of the guiding portion 252, one end of the dial 28 abuts against the plate 2722 of the cage portion 272 of the screen 27. In the specific embodiment of the present invention, the dial 28 has three blades.

Referring to FIG. 2, the motor 30 has a drive shaft 31. In the specific embodiment of the present invention, the drive shaft 31 is divided into a first shaft segment 311, a second shaft segment 312, and a third shaft segment. 313, a fourth shaft section 314 and a fifth shaft section 315; the motor 30 is disposed on one end of the housing 21 of the body group 20 away from the fixing ring 22, and the first shaft section 311 is disposed through the housing 21 a hole of the first seat portion 2131 of the first bearing portion 213, the second shaft portion 312 is bored and connected to the hole of the plate body 2722 of the cage portion 272 of the screen 27 and the hollow interior of the dial 28, The third shaft section 313 is disposed in a hollow portion of the tube portion 253 of the duct 25, and the fourth shaft portion 314 extends through the hole of the third seat portion 2411 of the second bearing portion 241 of the first support frame 24, the fifth The shaft section 315 passes through the central hole of the grinding disc 231 of the grinding group 23 and is coupled to the grinding disc 231. In the specific embodiment of the present invention, the second shaft section 312 of the transmission shaft 31 is connected to the dial by welding. 28, the fifth shaft segment 315 is screwed with the nut to connect the grinding disc 231.

As shown in FIG. 2, the accessory set 40 has a first bearing 41, a first sealing member 42, a second bearing 43, a third bearing 44 and a second sealing member 45; the first bearing 41 and The first sealing member 42 is sequentially disposed on the first seat portion 2131 of the first bearing portion 213 of the housing 21, and the first bearing 41 and the first sealing member 42 are disposed around the transmission shaft 31 of the motor 30. The second bearing 43 is mounted on the outer wall surface of the first shaft portion 311. The second bearing 43 is mounted on the fourth seat portion 2611 of the third bearing portion 261 of the second support frame 26. The second bearing 43 is provided with a guiding portion of the conduit 25. The second sealing member 45 and the third bearing 44 are sequentially disposed on the third seat portion 2411 of the second receiving portion 241 of the first supporting frame 24, and the second sealing member 45 and the third bearing 44 are sequentially disposed on the outer wall portion of the second bearing portion 241 of the first supporting frame 24, The second seal member 45 and the third bearing 44 surround the outer wall surface of the fourth shaft segment 314 of the drive shaft 31 of the motor 30.

As shown in FIG. 2 , the cover 50 is a hollow body. The ring wall surface of the cover 50 is formed through two through holes. The top of the cover 50 is formed with a through hole. The cover 50 covers the adapter 10 and the cover 50 . The body portion 20, the extending portion 12 of the adapter member 10 is pierced through the top of the cover body 50, and the slag discharge portion 211 and the drain portion 212 of the casing 21 are respectively pierced by two holes of the ring wall surface of the cover body 50.

In the present creation, the kitchen waste is ground into water by the grinding group 23, and the water-containing residue passes through the through hole of the grinding disc 231, the fan-shaped perforation of the first support frame 24, and the conduit 25 until the dial 28 Wherein, the rotating dial 28 smashes the watery residue to the inner wall surface of the cage portion 272 of the screen 27, and at the same time, the moisture in the residue is released due to the centrifugal force of the rotation of the screen 27, and the separated moisture Collected in the bottom of the casing 21, the waste portion of the casing is discharged from the drain portion 212, and the dehydrated residue is deposited on the inner wall surface of the cage portion 272 of the screen 27, when the accumulated thickness of the residue exceeds When the cage portion 272 is in a gap with the guide plate portion 254 of the duct 25, the guide portion 254 scrapes the residue of the inner wall surface of the cage portion 272, and the residue after dehydration has entangled fibers with each other. Therefore, as shown in FIG. 7, inside the casing 21, as the drive shaft 31 drives the screen 27 to rotate relative to the tube portion 253 of the duct 25, it is scraped by the guide portion 254. The more the residue G is, the screw G is pushed up along the guide plate portion 254 Moving to the guide portion 254 adjacent to the lead-out portion 271 of the filter screen 27, when the filter screen 27 rotates, the second blade 2713 generates a centrifugal force to guide the residue G to the slag discharge of the casing 21. Portion 211, thereby removing debris.

In the specific embodiment of the present invention, the surface of the guide plate portion 254 of the duct 25 is coated with Teflon so that the residue G is not easily adhered to the surface of the guide plate portion 254, and is accompanied by the second support frame 26. When the filter screen 27 rotates, the first blade 262 forms a gas flow toward the bottom of the filter screen 27, so that the residue G that has not reached the quantitative amount and can be pushed to the slag discharge portion 211 is first retracted to the bottom of the filter screen 27 until When the residue G is accumulated in a sufficient amount, the generated pushing force is larger than the blowing force of the first blade 262 to form the airflow, and the sliding on the guide plate portion 254 is overcome, so that the residue G is discharged from the slag discharging portion 211.

The first bearing 41 is disposed around the outer edge wall surface of the first shaft segment 311 of the drive shaft 31 of the motor 30, and is provided to support one end of the drive shaft 31 of the motor 30, and the first seal member 42 is prevented from being collected. The water in the bottom of the casing 21 seeps into the motor 30; the second bearing 43 is mounted on the second support frame 26 to surround the outer wall surface of the duct 25, and the filter is provided when the screen 27 rotates. The third bearing 44 is mounted on the first support frame 24 to surround the outer wall surface of the fourth shaft segment 314 of the drive shaft 31 of the motor 30, and the motor 30 is provided. The end of the transmission shaft 31 is supported to prevent the transmission shaft 31 from swaying during operation due to the length being too long, and the second sealing member 45 prevents the undehydrated residue from flowing into the third bearing 44 and the fourth of the transmission shaft 31. Between the shaft segments 314; the second shaft portion 312 of the transmission shaft 31 is connected to the hole of the plate body 2722 of the screen 27 to provide support at the cage portion 272 of the screen 27, and simultaneously drive the filter screen 27 Rotate.

During the operation of the kitchen waste processor of the present invention, the movement of the guide plate portion 254 to scrape the inner wall surface of the cage portion 272 is not only to remove the slag, but also to clean the filter screen 27. In addition, the creation is only one part. When the motor 30 is driven, the action of collecting the residue, dehydrating the residue, and removing the residue is continuously performed. In the specific embodiment of the present invention, a collecting bag is disposed outside the slag discharging portion 211 of the casing 21 to collect the dehydrated material. The residue is filled with the styrofoam as a silencer in the gap between the cover 50 and the body group 20.

The above description is only a preferred embodiment of the present invention, and does not impose any form limitation on the present invention. Although the present invention has been disclosed above in the preferred embodiment, it is not intended to limit the present creation, and has any technical field. A person skilled in the art can make some modifications or modifications to equivalent embodiments by using the above-disclosed technical contents without departing from the technical scope of the present invention. The technical essence of the creation Any simple modification, equivalent change and modification of the above embodiments are still within the scope of the technical solution of the present invention.

10‧‧‧Adapters
11‧‧‧ Coverage
12‧‧‧Extension
13‧‧‧First Installation Department
14‧‧‧Second Installation Department
20‧‧‧Ontology
21‧‧‧ housing
211‧‧‧ slag discharge department
212‧‧‧Drainage Department
213‧‧‧First load bearing department
2131‧‧‧ first seat
22‧‧‧Fixed ring
221‧‧‧Second Division
23‧‧‧ grinding group
231‧‧‧ grinding disc
232‧‧‧ grinding ring
24‧‧‧First support frame
241‧‧‧Second load bearing department
2411‧‧ Third Part
25, 25A‧‧‧ catheter
251, 251A‧‧ ‧ joint
2511‧‧‧Circle
252, 252A‧‧ Guidance Department
2521A‧‧‧ neck
253, 253A‧‧ Department of Management
2531A‧‧‧Interface
254, 254A‧‧‧ Guides
250A‧‧‧ joint ring
26, 26A‧‧‧second support frame
261, 261A‧‧‧ third load bearing department
2611, 2611A‧‧‧ fourth seat
262‧‧‧First blade
260A‧‧‧ semi-circular pieces
2610A‧‧‧ slotting
27‧‧‧ Filter
271‧‧‧Exporting Department
2711‧‧‧First ring
2712‧‧‧second ring
2713‧‧‧second blade
272‧‧‧Culture
2721‧‧‧Piece
2722‧‧‧ board
28‧‧ ‧ dial
281‧‧‧ third blade
30‧‧‧Motor
31‧‧‧ drive shaft
311‧‧‧First shaft segment
312‧‧‧second shaft segment
313‧‧‧The third shaft segment
314‧‧‧fourth shaft segment
315‧‧‧ fifth shaft segment
40‧‧‧Accessory group
41‧‧‧First bearing
42‧‧‧First seal
43‧‧‧second bearing
44‧‧‧ Third bearing
45‧‧‧Second seal
50‧‧‧ Cover
60‧‧·food waste processor
61‧‧‧Adapters
62‧‧‧ grinding ring
63‧‧‧ grinding disc
631‧‧‧through hole
64‧‧‧Capacity Department
65‧‧‧Exporting Department
66‧‧‧Motor
661‧‧‧Drive shaft
G‧‧‧ residue
P‧‧‧ water pipes
T‧‧‧Sink
W‧‧‧Water

Figure 1 is a perspective view of the creation of a kitchen waste processor. 2 is a partial cross-sectional view of the creation of a kitchen waste processor. FIG. 3 is a perspective view of the first support frame of the creation kitchen waste processor. 4A is a perspective view of a first embodiment of a catheter for creating a kitchen waste processor. 4B is an exploded view of a second embodiment of a catheter for creating a kitchen waste processor. FIG. 5A is a perspective view of the first embodiment of the second support frame of the creation kitchen waste processor. FIG. 5B is an exploded view of the second embodiment of the second support frame of the creation kitchen waste processor. Figure 6 is a perspective view of the filter screen of the kitchen waste processing machine. Figure 7 is a top view of the creation of the kitchen waste processor to eliminate the residue. 8 is a perspective view of a prior art kitchen waste processor installed in a flow table. Figure 9 is a partial cross-sectional view of a prior art kitchen waste processor. FIG. 10 is a schematic view showing a water pipe fouling caused by a kitchen waste processor of the prior art.

10‧‧‧Adapters

13‧‧‧First Installation Department

20‧‧‧Ontology

21‧‧‧ housing

211‧‧‧ slag discharge department

212‧‧‧Drainage Department

213‧‧‧First load bearing department

2131‧‧‧ first seat

22‧‧‧Fixed ring

221‧‧‧Second Division

23‧‧‧ grinding group

231‧‧‧ grinding disc

232‧‧‧ grinding ring

24‧‧‧First support frame

25‧‧‧ catheter

254‧‧ ‧ Guide Department

26‧‧‧second support frame

27‧‧‧ Filter

28‧‧ ‧ dial

281‧‧‧ third blade

30‧‧‧Motor

31‧‧‧ drive shaft

311‧‧‧First shaft segment

312‧‧‧second shaft segment

313‧‧‧The third shaft segment

314‧‧‧fourth shaft segment

315‧‧‧ fifth shaft segment

40‧‧‧Accessory group

41‧‧‧First bearing

42‧‧‧First seal

43‧‧‧second bearing

44‧‧‧ Third bearing

45‧‧‧Second seal

50‧‧‧ Cover

T‧‧‧Sink

Claims (10)

A kitchen waste processor having an adapter, a body set and a motor; the motor is disposed at one end of the body set, the drive shaft of the motor is disposed through the body set; the body set has a housing, a a fixing ring, a grinding group, a duct, a screen and a dial; the housing has an open end at one end, and the outer wall surface of the shell protrudes adjacent to the open end to form a hollow slag portion, the shell An outer wall of one end protrudes to form a hollow drainage portion; the adapter is connected to the fixing ring, the fixing ring is connected to the open end of the casing, and the grinding assembly is disposed inside the fixing ring and is driven by the motor shaft The conduit has a guide portion, the radial extension of the guide portion is formed on the outer wall surface of the conduit, and the length of the guide portion extends is greater than the length of the conduit; the conduit is connected to the retaining ring Correspondingly, the conduit is located inside the casing, and one end of the guide plate portion is adjacent to the slag discharge portion of the casing; the filter screen has a lead-out portion and a cage portion; the filter screen is installed inside the casing and The catheter is sleeved, and the inner wall surface of the cage portion is Between the guide plate portions of the duct, the lead portion corresponds to one end of the slag portion of the casing and the guide plate portion of the duct; the outer peripheral ring wall surface of the dial protrudes radially to form a plurality of third blades; The disc is threaded by the drive shaft of the motor and abuts against the cage portion of the screen. The kitchen waste processing machine of claim 1, wherein the inner wall surface of one end of the fixing ring is radially protruded to form a second seat portion, the second seat portion has a through hole at the center thereof, and the end surface of the other end of the fixing ring is formed. a plurality of spaced-apart axial holes, the fixing ring forming a concave portion adjacent to the outer wall surface of the second seat portion, the side surface of the concave portion forming a plurality of spaced radial holes; the adapter has a covering portion and an extending portion a first mounting portion and a second mounting portion; the covering portion forms an opening at opposite ends thereof, and the covering portion is axially protruded at an outer edge of the covering portion to form the extending portion, and the inside of the extending portion and the inside of the covering portion In the same manner, the second outer mounting portion is radially protruded from the outer edge of the opening of the cover portion, and the second mounting portion has a plurality of spaced apart perforations; the axial hole of the fixing ring end face corresponds to the adapter The second mounting portion is perforated to connect the adapter to the fixing ring; the recess of the fixing ring is mounted on the open end of the housing, and the radial hole of the fixing ring recess corresponds to the open end of the housing A perforation is provided to connect the housing to the retaining ring. The kitchen waste processing machine of claim 2, wherein the conduit further has a joint portion, a guide portion and a tube portion; the joint portion is a circular ring body, and the joint portion forms a plurality of spaced apart perforations, Forming the hollow conical guide portion at a side inner ring of the joint portion, the guide portion protruding away from the joint portion to form the hollow tube portion, the guide portion is in communication with the inside of the tube portion, and the guide plate portion is spiraled a radial protrusion formed on an outer edge wall surface of the tube portion, the guide plate portion extending from one end of the tube portion adjacent to the guide portion toward the other end, the guide plate portion extending for a length greater than a length of the tube portion; a plurality of spaced axial holes are formed at a surface of the second seat of the ring toward the other end of the fixing ring; the through hole of the joint corresponds to the hole of the second seat of the ring to connect the pipe and the fixing ring, The tube portion is correspondingly located inside the casing, and the end of the guide plate portion adjacent to the guiding portion is adjacent to the slag discharging portion of the casing. The kitchen waste processing machine of claim 3, further comprising a first bearing and a first sealing member; the housing axially protruding away from the center of the open end to form a hollow first bearing portion, the first a first portion is formed in a radial direction of the inner wall of the housing portion, and a first portion is formed in the center of the first portion; the first bearing and the first sealing member are sequentially mounted on the shell a first bearing portion of the body and a ring wall surface of the drive shaft of the motor, wherein the drive shaft of the motor penetrates the through hole of the first seat portion; the grinding group has a grinding disc and a grinding ring; a disk body having a plurality of through holes, the grinding ring is a ring body, and a ring groove is formed on an outer edge wall surface of the grinding ring; the other side of the joint portion of the pipe is axially protruded adjacent to the outer ring to form a ring wall; The outer wall of the ring abuts against the inner wall surface of the fixing ring, and the ring wall of the pipe joint abuts between the outer ring groove of the grinding ring and the inner wall surface of the fixing ring, and the grinding ring is loaded at one end. Provided in the second seat of the fixing ring, the grinding disc is transmitted by the motor The moving shaft is threaded and connected to be installed at the center of the corresponding grinding ring. The kitchen waste processing machine according to any one of claims 1 to 4, further comprising a second sealing member and a third bearing; the body group further has a first supporting frame, the first supporting frame having a plurality of a symmetrical arrangement of the scalloped perforations, the central portion of the first support frame is axially protruded to form a hollow second bearing portion, and the second bearing portion is radially protruded away from the inner edge wall surface of the first support frame end to form a third seat a central portion of the third seat portion is formed with a through hole; the first support frame is mounted on an inner wall surface of the lower portion of the grinding group, and the second sealing member and the third bearing are sequentially disposed on the third seat portion And surrounding the outer wall surface of the drive shaft of the motor, the drive shaft of the motor passes through the through hole of the third seat portion, and the conduit is located below the first support frame. The kitchen waste processing machine of claim 3 or 4, further comprising a second bearing; the body set further has a second support frame, wherein the second support frame is composed of two identical semi-circular members, the first a second support portion is axially protruded to form a hollow third bearing portion, and the third bearing portion radially protrudes away from the inner edge ring wall surface of the second support frame end to form a fourth seat portion, the fourth seat portion The inner edge portion of the portion forms a slot, and the outer edge ring wall surface of the third bearing portion radially protrudes to form a plurality of first blades disposed at intervals; the second support frame is connected to the lead portion of the filter net, the second portion The bearing is disposed on the fourth seat portion and is disposed on the outer wall surface of the duct, and the slot of the second semi-circular member of the second support frame is sleeved on the tube portion of the duct adjacent to the outer wall surface of the guide portion, the motor The drive shaft is disposed in a hollow portion of the tube portion; the lead portion of the filter screen has a first ring piece, a second ring piece and a plurality of second blades; the first ring piece and the second ring piece are hollow a first ring piece forming a plurality of spaced holes, the second blade being curved One side of the first ring piece is connected to one end of the second blade, and the other end of the second blade is connected to one side of the second ring piece, and the second blade is spaced apart from the first ring piece And forming a channel between the second ring piece, the other side of the second ring piece is connected to the cage portion; the cage portion of the filter net has a plurality of sheets and a plate body; the plurality of sheets are connected at one end thereof The second ring piece is disposed away from the side of the second blade and spaced apart to form a barrel having a slit. The other end of the plurality of sheets is connected to the plate body, and a center of the plate body defines a through hole; the second support frame is adjacent to the edge Forming a plurality of perforations at intervals; the perforations of the second support frame correspond to the holes of the first ring piece to connect the second support frame and the filter net, and the drive shaft of the motor is pierced and connected to the cage portion The hole of the plate body. The kitchen waste processor of claim 3 or 4, further comprising a second bearing; the conduit is a three-piece assembly, and the guiding portion of the catheter protrudes away from the end of the joint to form a neck portion. The tube portion is away from the inner edge wall surface of the longest end of the guide plate portion to form an internal thread joint portion; the duct has an outer wall surface of the joint ring to form an external thread, and the neck portion of the guide portion is sleeved and fixed to the inner edge of the joint ring The wall assembly further has a second support frame, and a side of the second support frame is axially protruded to form a hollow third bearing portion, and the third bearing portion is away from the inner edge ring wall surface of the second support frame end. Radially protruding to form a fourth seat portion, a central portion of the fourth seat portion is formed with a through hole, and the outer edge of the third bearing portion radially protrudes to form a plurality of first blades disposed at intervals; the second support frame is connected In the lead-out portion of the filter, the second bearing is disposed on the fourth seat portion and surrounds the outer wall surface of the duct, and the guide portion and the joint ring pass through the third support portion of the second support frame. Perforation of the four-seat portion, the outer wall of the joint ring is screwed to a coupling portion of the tube portion of the conduit, the drive shaft of the motor is disposed in a hollow portion of the tube portion; the lead portion of the filter screen has a first ring piece, a second ring piece and a plurality of second blades; the first ring piece And the second ring piece is a hollow circular piece, the first ring piece forms a plurality of spaced holes, the second blade is a curved curved piece, and one side of the first ring piece is connected to the first side One end of the two blades, the other end of the second blade is connected to one side of the second ring piece, and the second blade is spaced between the first ring piece and the second ring piece to form a channel, the first The other side of the second ring piece is connected to the cage portion; the cage portion of the filter screen has a plurality of sheets and a plate body; the plurality of sheets are connected at one end to the side of the second ring piece away from the side of the second blade and spaced apart Surrounding to form a barrel having a slit, the other end of the plurality of sheets is connected to the plate body, a through hole is formed in the center of the plate body; the second support frame forms a plurality of spaced perforations adjacent to the edge; the second support frame The perforation corresponds to the hole of the first ring piece to connect the second support frame And the filter screen, the drive shaft of the motor is pierced and connected to the hole of the plate body of the cage portion. The kitchen waste processing machine according to claim 4, further comprising a second sealing member, a second bearing and a third bearing; the body group further has a first supporting frame and a second supporting frame; A support frame has a plurality of symmetrically disposed fan-shaped perforations, and the first support frame is axially protruded to form a hollow second bearing portion, and the second bearing portion is radially convex away from the inner edge wall surface of the first support frame end Forming a third seat portion, a center of the third seat portion is formed with a through hole, and the guiding portion of the pipe is located below the first support frame; the first support frame is mounted on an inner wall surface below the grinding group, The second sealing member and the third bearing are sequentially disposed on the third seat portion and are disposed on the outer wall surface of the drive shaft of the motor, and the drive shaft of the motor passes through the through hole of the third seat portion; a second support portion is axially protruded to form a hollow third bearing portion, and the third bearing portion radially protrudes away from the inner edge ring wall surface of the second support frame end to form a fourth seat portion, the fourth seat portion a perforation is formed in the center of the portion, and the outer edge of the third bearing portion is radially opposite to the wall surface Forming a plurality of first blades arranged at intervals; the second support frame is connected to the lead-out portion of the filter screen, the second bearing is mounted on the fourth seat portion and is disposed on the outer wall surface of the duct, and the motor is driven The shaft passes through the through hole of the fourth seat. The kitchen waste processing machine of claim 8, wherein the lead-out portion of the filter has a first ring piece, a second ring piece and a plurality of second blades; the first ring piece and the second ring piece are hollow a circular plate body, the first ring piece forms a plurality of spaced holes, the second blade is a curved curved body, and one side of the first ring piece is connected to one end of the second blade, the first ring The other end of the two blades is connected to one side of the second ring piece, and the second blade is spaced between the first ring piece and the second ring piece to form a channel, and the other side of the second ring piece is connected The cage portion has a plurality of sheets and a plate body; the plurality of sheets are connected at one end to the side of the second ring piece away from the side of the second blade and are spaced apart to form a gap. a barrel body, the other end of the plurality of sheets is connected to the plate body, a through hole is formed in the center of the plate body; the second support frame forms a plurality of spaced apart perforations adjacent to the edge; the second support frame has a perforation corresponding to the first ring piece a hole for connecting the second support frame and the filter screen, the motor drive Drilled hole and connected to the cage portion of the circumference of the plate member. The kitchen waste processing machine of claim 9 further comprising a cover; the ring wall surface of the cover body is formed through the through hole, the top of the cover body is formed with a through hole, and the cover body covers the adapter and the body The slag portion and the drain portion of the casing are respectively pierced by two holes of the wall surface of the cover body; between the cover body and the body group Fill the styrofoam with a gap.