WO2018068291A1

WO2018068291A1 - Safe and eco-friendly device for collecting waste water

Info

Publication number: WO2018068291A1
Application number: PCT/CN2016/102089
Authority: WO
Inventors: 李常明
Original assignee: 李常明
Priority date: 2016-10-14
Filing date: 2016-10-14
Publication date: 2018-04-19

Abstract

A safe and eco-friendly device for collecting waste water comprises a left arm plate (2), a right arm plate (21), a rear support bar (3), a front support bar (4), and a load-bearing device (10) for carrying a waste water collection bucket (100). The left arm plate (2) and the right arm plate (21) are separately fixed to a wall (1). Each of the rear support bar (3) and the front support bar (4) respectively penetrates the left arm plate (2) and the right arm plate (21) in a left-right direction. The rear support bar (3) comprises a rear support bar main body and a threaded push-driving member (6) axially connected and fixed to a left end of the rear support bar main body by means of a rear thrust bearing (36). The front support bar (4) comprises a front support bar main body and a threaded pull-driving member (8) axially connected and fixed to a left end of the front support bar main body by means of a front thrust bearing (48). The load-bearing device (10) has a conical recess (11) matching the waste water collection bucket (100).

Description

Safety and environmental protection device for collecting sewage

Technical field

The invention relates to the field of environmental protection, in particular to a safety and environmental protection device for collecting sewage.

Background technique

Sewage collection tanks are used to collect sewage. They are usually used in domestic kitchens, hotel kitchens or factories. For the convenience of transportation, the sewage collection tanks are usually placed on the racks. However, such a place is only the bottom surface of the sewage collection tanks. In contact with the surface of the rack, it does not reach the true fixation. If it collides with external force, the sewage collection tank will turn over so that the sewage in the sewage collection tank overflows. The existing fixed form is through rope or fastener. To bind the sewage collection bin to the rack, and to install a plurality of sets of fasteners or a plurality of ropes for fixing to ensure the firmness of the installation, although this can ensure the firmness, but this is not only fixed and cumbersome, but also for sewage It is also very inconvenient to remove and replace the collection bins. It is not convenient to quickly transport and replace empty sewage collection bins for sewage collection bins that have already collected sewage.

Summary of the invention

It is an object of the present invention to provide a safety and environmental protection device for collecting sewage for overcoming the above-mentioned drawbacks in the prior art.

A safety and environmental protection device for collecting sewage according to the present invention includes a left arm plate and a right arm plate for separately fastening to a wall, and rear support bars each penetrating the left and right arm plates in the left-right direction And a front support rod, and a carrier for carrying the sewage collection tank; The rear support bar includes a rear strut body and a threaded push drive member axially fixedly coupled to a left end of the rear strut body by a rear thrust bearing, the front support bar including a front strut body and a left-hand end of the front strut main body is axially fixedly connected by a front thrust bearing, and a screw-driven driving member is disposed on the carrier, and the carrier is provided with a tapered through groove that cooperates with the sewage collecting bucket. A sponge sleeve is disposed in the groove and the barrel wall of the sewage collection tank, and the sponge sleeve is closely attached to the groove wall of the tapered channel, and the sponge sleeve is used to prevent the barrel of the sewage collection barrel The wall is in direct contact with the groove wall of the tapered through groove, thereby protecting the barrel wall of the sewage collecting bucket from damage to the barrel wall of the sewage collecting bucket, wherein the thread pushes the driving member and the An external thread is disposed on an outer circumference of the thread pulling driving member for respectively engaging two threaded holes disposed in front and rear of the left arm plate, wherein the thread pushing driving member and the thread pulling driving member At the end of the a tool engaging portion is disposed for rotational driving; wherein a rear left surface and a right fixing plate are separately fixedly coupled to the rear end surface of the carrier for slidingly disposed on the left arm plate and the right arm respectively In the inner chute of the plate, the left arm plate and the right arm plate are provided with positioning protrusions at the rear end portions of the respective inner chutes to extend into the left fixing plate and the right fixing plate Positioning is performed to perform positioning, and at the same time, the effect of planar joint at the end face is achieved after installation to increase structural stability, wherein the left fixed plate is provided with a separate rear tapered hole and a front tapered hole. The right fixing plate is correspondingly provided with a separate rear tapered hole and a front tapered hole, whereby the front supporting rod can sequentially pass through the front tapered hole and the front fixed plate from the right arm plate a front tapered hole of the left fixing plate and extending from the left arm plate, the rear support bar being able to sequentially pass through the rear tapered hole and the right fixing plate of the left fixing plate from the left arm plate a rear tapered hole extending from the right arm plate; wherein The rear strut body includes a rear strut left tapered section for engaging with a rear tapered bore in the left fixed plate, an intermediate rear strut cylindrical section, and for being in the right fixed plate a rear tapered portion of the rear strut with a right tapered leg, and the front strut body includes a right tapered portion of the front strut for engaging the front tapered bore in the left fixed plate, the middle front branch a post segment and a right strut right tapered section for mating with a front tapered bore in the right fixed plate, wherein the left arm plate and the right arm plate are located behind the positioning projection A square reinforcing rod is fixedly connected between the square reinforcing rod, the rear supporting rod and the front supporting rod, and a reinforcing rib is detachably connected, and a rear side of the reinforcing rib is provided with a square groove Cooperating with the square reinforcing rod, the middle portion of the reinforcing rib is provided with an upper U-shaped groove for engaging with a rear strut cylindrical section intermediate the rear strut main body, the front of the reinforcing rib a lower U-shaped groove is provided for cooperating with a front strut cylindrical section intermediate the front strut main body, wherein the reinforcing rib is used for Adding a connection fastness of the rear support rod and the front support rod, thereby increasing the bearing capacity of the rear support rod and the front support rod, the square groove, the upper U-shaped groove and the lower U-shaped concave A rubber protective pad layer is disposed on the inner wall of the groove of the groove, and the rubber protective pad layer is configured to prevent long-term cooperation between the reinforcing rib plate and the square reinforcing rod, the rear supporting rod and the front supporting rod The connection causes wear of the square reinforcing bar, the rear support bar and the front support bar surface.

Through the above device, it is possible to avoid fixing the sewage collection bucket by using a plurality of sets of fasteners or a plurality of ropes, thereby simplifying the operation process of fixing the sewage collection tank; further, the two support rods and the two arm plates are mutually crosslinked. The form enhances the overall structural stability. Moreover, by using a tapered mating surface to cooperate with the tapered hole in the fixing plate, the tapered wedge can be realized, thereby avoiding the shaking of the sewage collecting bucket during use; the taper by the tapered inclined surface The difference in direction, so that two holes in opposite directions are wedged in the same body of each fixing plate, and pulling one top can avoid forming a resultant force applied to the corresponding fixing plate for the wedge pushing force, but can cancel each other Therefore, the connection structure between the arm plate and the fixed plate is more stable and reliable, and the sewage collecting barrel is embedded in the tapered through groove on the carrying frame, so that the sewage collecting barrel is stably placed and is convenient for the sewage collecting barrel. Quick replacement and handling.

DRAWINGS

1 is a schematic structural view of a safety and environmental protection device for collecting sewage according to the present invention;

2 is a schematic plan view of a carrier;

3 is a schematic front view showing the structure of the carrier and the sewage collection bucket;

4 is a schematic structural view of a reinforcing rib.

detailed description

The invention will now be described in detail with reference to Figures 1-4.

A safety and environmental protection device for collecting sewage according to an embodiment of the present invention includes a left arm plate 2 and a right arm plate 21 for separately fastening to the wall 1, each penetrating the left arm plate 2 in the left-right direction and a rear support bar 3 and a front support bar 4 of the right arm plate 21, and a carrier 10 for carrying the sewage collection bin 100; wherein the rear support bar 3 includes a rear strut body and the rear strut body The threaded drive member 6 is axially fixedly coupled to the left end by a rear thrust bearing 36, the front support rod 4 including the front strut body and the left end of the front strut body being axially fixed by the front thrust bearing 48 The connected thread pulls the driving member 8 , and the carrier 10 is provided with a tapered through groove 11 matching the sewage collecting barrel 100 , and the inside of the tapered through groove 11 and the barrel wall of the sewage collecting barrel 100 A sponge sleeve 111 is disposed in cooperation with the groove wall of the tapered through groove 11. The sponge sleeve 111 is for preventing the barrel wall of the sewage collection tank 100 from directly contacting the same. The groove walls of the tapered through groove 11 are in contact with each other to protect the barrel wall of the sewage collection tank 100 from damage to the barrel wall of the sewage collection tank 100, wherein the thread pushes the driving member 6 and the The outer circumference of the thread pulling drive member 8 is provided with external threads for respectively engaging two threaded holes provided in the front and rear of the left arm plate 2, wherein the thread pushes the driving member 6 and the thread pulls The end of the driving member 8 is provided with a

tool engaging portion

60, 80 for rotational driving; wherein the rear end surface of the carrier 10 is fixedly connected with a separately disposed left fixing plate 131 and right fixing plate 132 for Sliding into the inner chutes 130 disposed in the left and

right arm plates

2, 21, respectively, the left arm plate 2 and the right arm plate 21 are disposed at the rear end portions of the respective inner chutes 130 Positioning the protrusion 129 to extend when the left fixing plate 131 and the right fixing plate 132 are extended Positioning, and at the same time, achieving the effect of planar jointing at the end face after installation to increase structural stability, wherein the left fixing plate 131 is provided with a separate rear tapered hole and a front tapered hole, The right fixing plate 132 is correspondingly provided with a separate rear tapered hole and a front tapered hole, whereby the front support bar 4 can sequentially pass from the right arm plate 21 through the front taper of the right fixing plate 132 a hole and a front tapered hole of the left fixing plate 131 projecting from the left arm plate 2, and the rear support bar 3 can sequentially pass through the rear arm of the left fixing plate 131 from the left arm plate 2 a shaped hole and a rear tapered hole of the right fixing plate 132 extending from the right arm plate 21; wherein the rear strut main body includes a rear tapered hole in the left fixing plate 131 a rear strut left tapered section 31, an intermediate rear strut cylindrical section 32, and a rear strut right tapered section 33 for mating with a rear tapered bore in the right fixed plate 132, and The front strut body includes a front strut right tapered section 41 for engaging with a front tapered bore in the left fixed plate 131, an intermediate front strut cylindrical section 42 and for fixing to the right The front tapered hole in the plate 132 cooperates with the front strut right tapered section 43 , wherein a square reinforcement is fixedly connected between the left arm plate 2 and the right arm plate 21 behind the positioning protrusion 129 The rod 5, the square reinforcing rod 5, the rear supporting rod 3 and the front supporting rod 4 are detachably connected with a reinforcing rib 55, and the rear portion of the reinforcing rib 55 is provided with a square groove 52. Cooperating with the square reinforcing rod 5, the middle portion of the reinforcing rib 55 is provided with an upper U-shaped groove 53 for cooperating with the rear strut cylindrical section 32 in the middle of the rear strut main body, the reinforcement The front portion of the rib 55 is provided with a lower U-shaped groove 54 for cooperating with the front strut cylindrical section 42 intermediate the front strut main body, the reinforcing rib 55 for increasing the rear support bar 3 and The connection strength of the front support bar 4 increases the load bearing capacity of the rear support bar 3 and the front support bar 4, and the square groove 52 and the upper U-shaped groove 53 And a rubber protective pad layer 56 is disposed on the inner wall of the groove of the lower U-shaped groove 54 for preventing the reinforcing rib 55 and the square reinforcing rod 5 and the rear supporting rod 3 A long-term mating connection with the front support bar 4 causes wear on the surfaces of the square reinforcing bar 5, the rear support bar 3, and the front support bar 4.

Advantageously or exemplarily, wherein a tool engagement portion 60 is provided in the outer circumferential surface or in the counterbore at the end of the threaded drive member 6, the thread pulling the outer circumferential surface at or within the end of the drive member 8 A tool joint 80 is provided in the counterbore.

Advantageously or exemplarily, wherein the front strut body and/or the rear strut body have a square cross section.

The device in the above embodiment can avoid using a plurality of sets of fasteners or a plurality of ropes to fix the sewage collection bucket, thereby simplifying the operation process of fixing the sewage collection tank; further, the two support rods and the two arm plates form mutual The cross-linking form enhances the overall structural stability. Moreover, by using the tapered mating surface to cooperate with the tapered hole in the fixing plate, the tapered wedge can be realized, thereby avoiding the shaking of the sewage collecting bucket during use; by the difference in the taper direction of the tapered inclined surface, Two holes in the same main body of each fixing plate having opposite wedge directions, one pull and one top, can avoid forming a resultant force applied to the corresponding fixing plate for the wedge pushing force, but can cancel each other, thereby making the arm plate and The connection structure of the fixed plate is more stable and reliable. By embedding the sewage collection tank in the conical through groove on the carrier, not only the sewage collection tank is stably placed but also the quick replacement and transportation of the sewage collection barrel is facilitated. The above solution can effectively solve the problems in the prior art.

It will be apparent to those skilled in the art that various modifications of the above embodiments can be made without departing from the spirit and scope of the invention. They all fall within the scope of protection of the present invention. The protection of the invention is subject to the claims appended hereto.

Claims

An environmentally friendly device comprising a left arm plate (2) and a right arm plate (21) for separately fastening to a wall (1), each of which extends through the left arm plate (2) and right in a left-right direction a rear support rod (3) and a front support rod (4) of the arm plate (21), and a carrier (10) for carrying the sewage collection tank (100); wherein the rear support rod (3) includes a rear support a rod body and a threadedly driven drive member (6) axially fixedly coupled to a left end of the rear strut body by a rear thrust bearing (36), the front support rod (4) including a front strut body and a threaded driving drive member (8) axially fixedly coupled to the left end of the front strut body by a front thrust bearing (48), the carrier (10) being provided with the sewage collection tank (100) a matching tapered through groove (11), a sponge sleeve (111) is disposed in the tapered through groove (11) and the barrel wall of the sewage collection tank (100), and the sponge sleeve (111) Abutting against the groove wall of the tapered through groove (11), the sponge sleeve (111) is for preventing the barrel wall of the sewage collection tank (100) from directly contacting the tapered through groove (11) The walls of the tank are in contact with each other to receive the sewage The barrel wall of the tub (100) serves as a protection against damage to the tub wall of the sewage collection tub (100), wherein the thread pushes the drive member (6) and the outer circumference of the thread pull drive member (8) Both are provided with external threads for respectively engaging two threaded holes provided in the front and rear of the left arm plate (2), wherein the thread pushes the driving member (6) and the thread pulling driving member (8) A tool joint (60, 80) is disposed at the end for rotational driving; wherein the rear end surface of the carrier (10) is fixedly coupled with a separately disposed left fixing plate (131) and a right fixing plate ( 132) for sliding in the left arm plate (2) and the right arm plate (21) respectively In the inner chute (130), the left arm plate (2) and the right arm plate (21) are provided with positioning protrusions (129) at the rear end portions of the respective inner chutes (130) to When the left fixing plate (131) and the right fixing plate (132) are extended, the positioning is stopped, and at the same time, the effect of the planar joint at the end surface is achieved after the installation to increase the structural stability, wherein The left fixing plate (131) is provided with a separated rear tapered hole and a front tapered hole, and the right fixing plate (132) is correspondingly provided with a separated rear tapered hole and a front tapered hole, thereby The front support bar (4) can pass through the front tapered hole of the right fixing plate (132) and the front tapered hole of the left fixing plate (131) from the right arm plate (21) in order from The left arm plate (2) is extended, and the rear support bar (3) is sequentially passed from the left arm plate (2) through the rear tapered hole of the left fixing plate (131) and the right fixing a rear tapered bore of the plate (132) extending from the right arm plate (21); wherein the rear strut body includes a rear tapered bore for engaging the left fixed plate (131) Rear strut left tapered section (31), middle rear strut cylindrical section (32 And a rear strut right tapered section (33) for mating with a rear tapered bore in the right fixed plate (132), and the front strut body includes a rear fixed plate (131) a front tapered hole right front tapered section (41), an intermediate front strut cylindrical section (42), and a front tapered bore in the right fixed plate (132) a front strut right tapered section (43), wherein a square reinforcing rod is fixedly connected between the left arm plate (2) and the right arm plate (21) behind the positioning protrusion (129) (5) detachably connecting a reinforcing rib (55) between the square reinforcing rod (5), the rear supporting rod (3) and the front supporting rod (4), the reinforcing rib ( 55) is provided with a square groove (52) for cooperating with the square reinforcing rod (5), and a central portion of the reinforcing rib (55) is provided with an upper U-shaped groove (53) for Rear strut a rear strut cylindrical section (32) in the middle of the main body, the front part of the reinforcing rib (55) is provided with a lower U-shaped groove (54) for the front strut column intermediate the front strut main body The reinforcing section ribs (55) are used to increase the connection fastness of the rear support rod (3) and the front support rod (4), thereby increasing the rear support rod (3) And the bearing capacity of the front support rod (4), the square groove (52), the upper U-shaped groove (53) and the inner wall of the lower U-shaped groove (54) are provided with a rubber protective layer (56), the rubber protective pad layer (56) is for preventing the reinforcing rib plate (55) from the square reinforcing rod (5), the rear support rod (3) and the front support rod (4) The long-term mating connection between the square reinforcing bars (5), the rear support bars (3) and the front support bar (4) causes wear.
A safety environment-saving device for collecting sewage according to claim 1, wherein a tool joint portion (60) is disposed on an outer peripheral surface or an inner counterbore at the end of the thread pushing driving member (6), A tool engagement portion (80) is provided on the outer peripheral surface or the inner counterbore at the end of the thread pull drive member (8).
A safety and environmental protection device for collecting sewage according to claim 1 or 2, wherein the front strut main body and/or the rear strut main body have a square cross section.