WO2012146179A1

WO2012146179A1 - Non-rear-mounted boom movable feces extraction structure

Info

Publication number: WO2012146179A1
Application number: PCT/CN2012/074725
Authority: WO
Inventors: 曾德邻
Original assignee: Zeng Delin
Priority date: 2011-04-26
Filing date: 2012-04-26
Publication date: 2012-11-01
Also published as: CN102758480A

Abstract

A non-rear-mounted boom movable feces extraction structure, applicable in feeding feces into a carrier tank (1), comprising a feces extraction rigid pipe (30) and a feces extraction bracket (3). The feces extraction rigid pipe (30) comprises a horizontal pipe (14) and a vertical pipe (17) connected to a first end of the horizontal pipe (14). The vertical pipe (17) is extended into the carrier tank (1), and the vertical pipe (17) is capable of rotating relative to the carrier tank (1). The feces extraction bracket (3) comprises a horizontal arc-shaped track (33). A second end of the horizontal pipe (14) is arranged on the horizontal arch-shaped track (33). Also, the horizontal pipe (14) is capable of sliding along the horizontal arc-shaped track (33), thus driving the horizontal pipe (14) to swing around the central axis of the vertical pipe (17). This allows for adjustment and reposition of the non-rear-mounted boom movable feces extraction structure, facilitated feces extraction and repositioning, simplified operation, and reduced upward shifting of the center of gravity.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to the field of feces handling devices, and more particularly to a non-suspension rear movable escaping structure. BACKGROUND OF THE INVENTION For the pick-and-place of storage, the commonly used pick-and-place device is a vacuum suction truck. There are two types of devices for taking the pipe on the suction truck: 1. Fixing device: A fixed pipe joint is arranged on the top of the tank or the top of the tank, and the hose is installed at the fixed pipe interface. In the above, the toilet tube of the fixing device has no special support structure. 2. Mobile device: The top fixing device of the suction truck has a boom seat. The toilet pipe is composed of a hard pipe part and a hose part. The vertical part belonging to the hard pipe is connected to the inside of the carrier body in the boom seat, the boom The top of the seat is also equipped with a boom or a boom, and the horizontal part of the pipe of the pipe is installed in the boom. The boom includes a pipe portion of the pipe which can be arranged around the central axis of the boom. ° Rotate, take the hose device to the tube end of the horizontal part of the hard tube, which can be used to follow the rotation of the hard tube to facilitate the convenient operation. The deficiency of the type of fixture is reflected in the fact that the implementation of the suction operation has high requirements on the orientation and parking position of the suction truck when it is parked, and the length of the hose of the device is required to be long, even if the length of the hose is taken. Longer, because the suction truck is parked in the wrong direction, or the parking position is far away from the storage sump, it is also difficult to operate. The type of movable device, because the pipe fitting device is on the boom of the boom, can follow the boom to rotate 360° around the central axis of the boom seat, so there is no requirement for the orientation of the head when the suction truck is parked, and the requirements for the parking position are also better. Low, the length of the hose of the hose can be set shorter, and the convenient operation is convenient. The shortcomings of the type of mobile device are reflected in the fact that for small pick-up trucks, the weight of the boom will increase the weight of the car and reduce the stability of the driving due to its light weight. In addition, the structure of the boom is slightly complicated and ends. After the homing of the boom is strictly required; for the convenience of convenient handling, it is not necessary to allow the boom to rotate 360°, and the angle of rotation is not less than 180°. In addition, China's prior patent application, application number: 00113266.0, publication date: October 10, 2001, which discloses positive pressure extraction and double pressure extraction based on positive pressure, or a pressurized air The system for venting the air, the pressure air transporting device constructed by such a snoring system, including the squatting tank, also needs to be provided with a toilet tube, and how to set up the escaping tube of the escrow device in the patent application No clear explanation is given in the middle. SUMMARY OF THE INVENTION An object of the present invention is to provide a non-suspension rear movable detachable structure to solve the technical problems of complicated structure and troublesome operation in the prior art. In order to achieve the above object, an aspect of the present invention provides a non-suspension rear movable detachable structure, including a septic carrier tank, a tower provided at the top of the septic tank, a tower cover, and a hard-to-eat The tube device seat, and the fecal carrier tank are provided with a hard tube and a defecating hose, and also include an air suction or inflation air passage, a relief valve, a discharge port, a drain valve, a faecal window, and a hard tube. The device seat is a built-in pipe seat device on the inner side of the tower cover plate, and a horizontal curved track bracket is fixedly set at a center of the central axis of the built-in pipe socket of the device on the tower cover; the rigid pipe is taken from the vertical pipe body and horizontal The integrated structure of the pipe body; the vertical pipe body device for taking the hard pipe is arranged in the built-in pipe socket, and is restricted by the plate-shaped body provided by the vertical pipe body and the limit sleeve of the device at the end portion The vertical pipe body of the hard pipe can be rotated by the built-in pipe socket, and can not be moved along the axial direction of the built-in pipe socket; the horizontal pipe body portion of the hard pipe is fixed on a wheel bracket, and the wheel bracket is provided Placed on a horizontal curved track bracket, with the wheel bracket including the upper device The horizontal tube body of the rigid tube allows horizontal rotation on the horizontal curved rail bracket and the rotation about the central axis of the inner tube seat; the free end device of the horizontal tube body of the hard tube is used to take the hose. Further, a limiting device for restraining the maximum swing angle of the horizontal pipe body portion of the hard pipe is disposed at the outermost end edges of the horizontal curved track bracket. Further, the allowable maximum horizontal swing angle of the horizontal tubular body portion of the hard tube is not less than 180° on the horizontal curved rail bracket. Further, the vertical pipe body and the horizontal pipe body of the hard pipe are non-integrated combined structures, and the vertical pipe body portion and the horizontal pipe body portion of the hard pipe are taken separately, and the vertical pipe body portion of the hard pipe is combined. The plate body provided thereon constitutes an independent structural vertical pipe body, the vertical structure of the independent structure vertical pipe body is closed, the horizontal direction opening is arranged on the side of the independent structure vertical pipe body, and the flange or flange fixing is arranged on the opening side for the opening. The hole of the device; the non-free end of the horizontal pipe body of the rigid pipe is arranged with the flange of the flange of the independent structural vertical pipe or the flange of the flange fixing device to form a horizontal pipe of independent structure; The docking and fixed connection are integrated. Further, the horizontal pipe body portion of the independent hard pipe is provided with one end of the flange, and the pipe body of the flange is provided with a growing portion, and the highest point of the pipe port or the near pipe port of the extended portion is provided with a mounting pin The outer surface of the gravity valve is provided with a pin seat adapted to the mounting pin seat, and the gravity shutter is arranged on the mounting pin seat, which can be used for rotating the pin shaft of the pin shaft device; The plane adopts a plane structure adapted to the gravity valve; the natural state is affected by gravity, and the gravity valve closes the pipe port of the growing part; the top of the vertical pipe body of the independent structure and the flange corresponding to the flange are arranged to set the gravity valve chamber and the gravity valve Chamber via; the extended part of the horizontal tube of the independent structure The gravity flap of the upper device is installed in the gravity valve chamber through the gravity valve chamber through hole, and is connected and fixed by the flange provided by the two, and the gravity valve can be freely opened and closed in the gravity valve chamber. Further, the rigid tube device is taken as an external tube seat disposed outside the tower cover. Further, the tower and the tower cover are not disposed at the top of the manure carrier, and the horizontal curved track toilet is directly disposed at the top of the manure carrier. In order to achieve the above object, in another aspect of the present invention, a non-suspension rear movable detachable structure for transporting feces into a carrier tank is provided, and a non-suspension rear movable detachable structure includes a snorkeling a rigid tube and a toilet tray; the rigid tube includes a horizontal tube body and a vertical tube body that interfaces with the first end of the horizontal tube body; wherein the vertical tube body extends into the carrier tank, and the vertical tube body is opposite to the vertical tube body The carrier body rotates; the toilet tray includes a horizontal curved track; the second end of the horizontal pipe body is mounted on the horizontal curved track, and the second end of the horizontal pipe body is slidable along the horizontal curved track to drive The horizontal pipe body swings around the central axis of the vertical pipe body. Further, a tower that penetrates into the carrier tank and a built-in socket installed in the tower are protruded from the carrier body, and the vertical pipe body is rotatably inserted into the built-in pipe socket. Further, the tower tube is provided with a tower cover plate, and the tower cover plate is provided with a mounting hole for fixing the built-in pipe socket, and the vertical pipe body is fixedly set with a plate-shaped body, and the plate-shaped body is directly or indirectly pressed against The top surface of the tower cover. Further, the vertical pipe body is further provided with a self-lubricating function pad body which is abutting against the plate-shaped body, and the self-lubricating function pad body is sandwiched between the inner peripheral wall surface of the built-in pipe socket and the outer peripheral wall surface of the vertical pipe body. between. Further, the vertical pipe body is further provided with a sealing body, and one end of the self-lubricating functional body extends outward to form a cap which abuts against the plate body, and the sealing body is located at the cap and the tower cover Between the plates, or the gasket body is located between the cap and the plate. Further, the vertical pipe body is exposed outwardly from the inside of the built-in pipe socket, and a limited socket is also provided on one end extending into the carrier tank body. Further, the vertical pipe body is further provided with a self-lubricating functional body, and the self-lubricating functional body is installed between the inner wall surface of the limiting sleeve and the outer wall surface of the vertical pipe body. Further, a sealing body is further disposed on the vertical pipe body, and a cap is extended on the self-lubricating functional body, and the sealing body is located between the cap of the self-lubricating functional body and the corresponding end surface of the limiting sleeve Or, the gasket body is located between the cap of the self-lubricating functional body and the end of the end of the inner tube. Further, the horizontal pipe body and the vertical pipe body are butted by an elbow. Further, the horizontal pipe body is mounted with a wheel bracket, and the bottom of the wheel bracket is provided with a roller, and the roller slides along the horizontal arc track. Further, the angle of the central angle corresponding to the horizontal curved track is less than or equal to 180 degrees, and the horizontal curved track is symmetric along the center line of the longitudinal direction of the carrier body. Further, the toilet tray further includes one or more uprights supporting the horizontal curved track. Further, a limit post is protruded from each of the two ends of the horizontal curved track. Further, one end of the horizontal pipe body includes a nozzle; the nozzle is directly above the nozzle at the top of the vertical pipe body. The horizontal pipe body is provided with a flange at one end of the vertical pipe body, and the pipe body of the horizontal pipe body passing through and exposed at one side of the flange is a growing portion, and the pipe port is a port of the extended portion; the vertical pipe The top surface of the body is provided with a gravity valve chamber, and the top nozzle of the vertical pipe body is located in the gravity valve chamber; the flange is fixed on the gravity valve chamber, and the growth portion is located in the gravity valve chamber. Further, the gravity shutter chamber includes a vertical plane with a through hole in the plane; the flange is fixed on the plane, and the elongated portion is passed through the through hole in the plane and located in the gravity shutter chamber. Further, a gravity shutter that is freely opened and closed is pivotally mounted near the nozzle of the elongate portion, and the gravity flap is housed in the gravity shutter chamber. Further, the non-suspension rear movable detachable structure further includes a pin shaft; the top portion of the elongated portion near the nozzle is provided with a mounting pin seat; and the gravity shutter is provided with a mounting pin seat The pin seat, the pin hinges the mounting pin seat and the pin seat. Further, a horizontal check valve is provided with a one-way valve. The invention has the following beneficial effects: The non-suspension rear movable detachable structure of the invention provides a new movable escaping structure whether it is for a vacuum suction truck or a pressure air pickup device. The structure makes the structure type of the movable removable structure more abundant. And the horizontal pipe body of the hard tube can be adjusted and reset by the swinging of the horizontal pipe body of the hard pipe on the toilet bowl to adjust and reset the movable structure of the non-suspended rod. It is convenient and easy to return to, and the operation is simple, and the center of gravity shifts small. In addition to the objects, features and advantages described above, the present invention has other objects, features and advantages. The invention will now be described in further detail with reference to the drawings. BRIEF DESCRIPTION OF THE DRAWINGS The accompanying drawings, which are incorporated in FIG. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic structural view of a first embodiment of a non-suspended rear movable detachable structure according to the present invention; FIG. 2 is a partially enlarged schematic view of FIG. A schematic structural view of a second embodiment of the movable structure; and FIG. 4 is a partially enlarged schematic view of FIG. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The embodiments of the present invention are described in detail below with reference to the accompanying drawings. Referring to FIG. 1, a first embodiment of the non-suspended rear movable escaping structure of the present invention is for conveying feces into the carrier body 1. The non-suspension rear movable detachable structure includes a tower 8 disposed on the carrier body 1, a urination bracket 3 fixed to the top of the carrier body 1, and a detachable tube 30. One end of the hard tube 30 is rotatably mounted in the tower 8 and extends into the carrier body 1 to facilitate the transport of feces into the carrier body 1. The other opposite end of the hard tube 30 is slidably mounted on the toilet bowl 3. Fig. 1 shows an embodiment of a horizontal curved rail defecation bracket structure of a built-in socket which is taken as a unitary structure. Referring to FIG. 1 and FIG. 2 together, the tower 8 has a cylindrical shape, and the tower 8 is a cylindrical structure extending upward from the edge of the through hole (not labeled) on the top of the carrier body 1, and the tower is 8 penetrates the carrier tank 1 . A tower cover 11 is disposed on one end of the tower 8 away from the carrier body 1. A mounting hole (not numbered) is provided in the middle of the tower cover 11, and a built-in socket 7 is installed in the mounting hole. The built-in socket 7 has a sleeve shape, and its two ends are respectively penetrated from the tower 8 and the outside. Referring to FIG. 2 in combination, the rigid tube 30 includes a vertical tube body 17 and a horizontal tube body 14. Wherein, the hard tube 30 naturally connects the first end of the horizontal tube body 14 and the vertical tube body 17 into an integral structure through the elbow 31. A plate-like body 13 is fixedly disposed on the vertical pipe body 17, and the outer shape of the plate-like body 13 is larger than the opening size of the mounting hole on the tower cover 11. The size of the lower portion of the plate-like body 13 of the riser body 17 is adapted to the inner diameter of the inner tube holder 7, so that the vertical tube body 17 can be smoothly inserted into the inner tube holder 7. Thus, the vertical pipe body 17 is rotatably inserted into the built-in pipe base 7, and the plate-like body 13 is pressed against the top surface of the tower cover 11, and the plate-like body 13 is fixed to the end surface of the built-in pipe base 7, The tower 6 is mounted in a relatively rotatable manner. Preferably, the non-suspension rear movable detachable structure is further provided with a self-lubricating functional body 12. The self-lubricating functional body 12 is sleeve-shaped to fit on the vertical pipe body 17 and abut against the plate-like body 13, and the self-lubricating functional body 12 is sandwiched between the inner peripheral wall surface and the vertical pipe of the built-in pipe base 7. Between the outer peripheral walls of the body 17, the sealing contact between the plate-like body 13 and the tower cover 11 and the rotation of the plate-like body 13 on the tower cover 11 are facilitated. More preferably, the non-suspension rear movable detachable structure is further provided with a gasket body 9 extending outwardly from one end of the self-lubricating functional body 12 to form a cap 121. The gasket body 9 is fitted over the vertical pipe body 17 such that the gasket body 9 is located between the cap 121 and the tower cover 11, or the gasket body 9 is located between the cap 121 and the plate body 13. Specifically, after the vertical pipe body 17 is provided with the self-lubricating functional body 12 and the gasket body 9 in a portion below the plate-like body 13 provided therein, the tower cover 11 is fitted into the built-in pipe base 7, and There is a projecting portion from the lower plane of the built-in socket 7, and this projecting portion penetrates with the carrier body 1. More preferably, the end portion of the standpipe body 17 which is exposed from the inside and the outside of the built-in socket 7 to the inside of the carrier body 1 is also provided with a finite head bushing 4. Constrained by the plate-like body 13 and the limit sleeve 4, the vertical pipe body 17 of the hard tube 30 can only be rotated about the central axis of the inner tube base 7 without axial movement along the central axis of the inner tube base 7. . The end portion of the vertical pipe body 17 which is exposed from the inside and the outside of the built-in pipe base 7 to the inside of the carrying tank body 1 is also provided with the self-lubricating functional body 6 and the gasket body 5 in turn, and then the above-described limit bushing 4 is mounted. The self-lubricating functional mat 6 is mounted between the inner wall surface of the limit collar 4 and the outer wall surface of the riser body 17. The self-lubricating functional body 6 is also provided with a cap (not labeled), and the gasket body 5 is located between the cap of the self-lubricating functional body 6 and the corresponding end face of the limiting sleeve 4, or the sealing body 5 is located The cap of the self-lubricating functional body 6 and the end face of the end of the built-in socket 7 are. The toilet tray 3 includes a horizontal curved rail 33, one or more uprights 2 supporting the horizontal curved track 33, and two limit posts 10. Each of the columns 2 is formed by vertically extending from the top surface of the carrier body 1. The upper surface of the horizontal curved track 33 is taken as a curved surface, and the horizontal curved track 33 is obtained by one or more uprights 2 and the horizontal fixing means on the carrier body 1. The both ends of the horizontal curved track 33 are disposed to respectively set the above-mentioned limit post 10 to limit the swing angle of the horizontal pipe body 14. The second end of the horizontal pipe body 14 of the hard tube 30 is slidably mounted on the horizontal curved track 33. Preferably, a wheel bracket 16 is fixedly mounted at the second end of the horizontal pipe body 14, and a roller (not labeled) is provided on the bottom surface of the wheel bracket 16. The roller with the wheel bracket 16 is placed on the curved surface of the horizontal curved track 33 and operatively slid along the horizontal curved track 33 such that the wheel carrier 16 and the horizontal body of the device are mounted on the wheel carrier 16. 14 can be rotated about the central axis of the built-in socket 7. The horizontal tube body 14 of the hard tube 30 is also integrally provided with a venting hose device end 15. When it is necessary to transport the feces to the carrier body 1, the flexible tube 30 is rotated to the side of the carrier body 1 which is convenient to be connected with the toilet structure provided on the storage device, and the fixing device is disposed at the end of the toilet tube device. The faucet hose of 15 is docked with a snorkeling structure provided on the storage device (not shown). In this way, the feces obtained from the septic device are transported to the squeezing tube 30 through the escaping hose, and then transported to the carrying tank body 1 through the squeezing tube 30, thereby realizing the septic storage of the septic device. Yes, The limit protection is implemented by the limit column 10, so that the wheel support 16, that is, the hard tube 30 is not separated from the horizontal curved track 33, has a simple structure and is convenient to operate. Moreover, before the delivery of the feces or after the delivery of the feces is completed, the non-suspension movable removable structure can be adjusted and reset by simply sliding the horizontal tube 14 of the hard tube 30, which is simple and convenient. Preferably, the angle of the central angle corresponding to the horizontal curved track 33 is less than or equal to 180 degrees, and the horizontal curved track 33 is symmetric with respect to the center line of the longitudinal direction of the carrier body 1. That is, the horizontal curved track 33 is taken as a non-full circumference structure, and the horizontal curved track 33 is symmetrical line with the center line of the longitudinal direction of the carrier body 1, and the horizontal curved track 33 is symmetrically arranged with reference to the symmetry line. The factor determining the arc length parameter of the horizontal curved track 33 is such that the maximum swing angle of the horizontal pipe body 14 on the horizontal curved track 33 is not less than 180°. Preferably, the factor determining the maximum outer edge size parameter of the horizontal curved track 33 is that the maximum linear distance between the ends of the outermost end of the horizontal curved track 33 is not greater than the maximum width dimension of the carrying facility of the carrier body 1. The setting position of the tower 8 at the top of the carrier body 1 is determined, the center position of the built-in socket 7 on the tower cover 11, and the setting factors of the three parameters of the length of the horizontal pipe 14 of the hard tube 30 are determined. To: the rigid tube 30 is constrained by the curved track 33, and is swinged on both sides of the carrier body on the curved track bracket, and the suspension of the horizontal tube 14 of the hard tube 30 is taken for the device to be taken. The free end port of the hose, including the sip hose of the device thereon, does not interfere with the largest outer edge of the tail of the carrier body 1 . In the case where the vertical pipe body 17 of the hard pipe 30 and the built-in pipe base 7 cooperate with each other without leaking, it is allowed to not provide the gasket body 9, 5 and the self-lubricating function body 12, 6, or only the self-lubricating function is provided. Pad body 12, 6. Referring to FIG. 3 and FIG. 4 together, the second embodiment of the non-suspension rear movable detachable structure of the present invention, and the non-suspended rear movable detachable structure of the present invention shown in FIGS. 1 and 2 The first embodiment differs in that: the second embodiment of the non-suspended rear movable escaping structure of the present invention includes a gravity shutter 19, a gravity shutter chamber 18, and a defecating hard tube 30a. The vertical pipe body 17a and the horizontal pipe body 14a of the hard pipe 30a are independent structures, that is, the vertical pipe body 17a and the horizontal pipe body 14a need not be connected by an elbow. A flange 24 is provided at one end of the horizontal pipe body 14a opposite to the end of the rinsing hose device 15, and the pipe body of the horizontal pipe body 14a exposed outside the flange 24 is provided with the elongated portion 26. The highest end of the spout 27 of the elongate portion 26 or the highest end of the adjacent spout 27 is provided with a mounting pin seat 22. The outer surface of the gravity shutter 19 is provided with a pin seat (not shown) adapted to the mounting pin seat 22, and the pin shaft 21 is mounted on the mounting pin seat 22, and the gravity shutter 19 can be wound around the pin shaft 21. Turn. The plane in which the nozzle 27 of the elongated portion 26 is located takes a planar structure that fits the inner surface of the gravity shutter 19; the natural state is subjected to gravity, and the inner surface of the gravity shutter 19 closes the nozzle 27 of the horizontal tubular body extension portion 26. Preferably, the nozzle 27 is taken as an oblique slit facing upward, the natural state is subjected to gravity, and the inner surface of the gravity shutter 19 closes the nozzle 27 of the horizontal tubular body growing portion 26 which is taken as a oblique slit. The top of the riser body 17a is provided with a gravity shutter chamber 18, and the riser body 17a projects into the gravity shutter chamber 18. The top of the gravity shutter chamber 18 is closed, and the inside of the gravity shutter chamber 18 communicates with the inside of the carrier tank 1 through the vertical pipe body 17a. The gravity shutter chamber 18 includes at least one façade as a flat surface 25, and a through hole is formed in the flat surface 25. The elongate portion 26 of the horizontal pipe body 14a and its gravity shutter 19 mounted on the elongate portion 26 pass through the through holes (not labeled) of the plane 25 and are located in the gravity shutter chamber 18, after which the horizontal pipe body 14a is placed. The flange 24 is fixedly mounted on the plane 25 of the gravity shutter chamber 18. At this time, the nozzle 27 is directly above the nozzle of the top of the vertical pipe body 17a, that is, the nozzle of the top of the vertical pipe body 17a and the nozzle 27 are butted, and the axis of the plane vertical pipe body 17a is horizontal and horizontal. The axis of the tube 14a intersects perpendicularly. The gravity shutter 19 is free to open and close within the gravity shutter chamber 18. When it is necessary to transport the feces to the carrier body 1, the defecating hose of the fixing device at the end 15a of the sluice hose device is docked with a snorkeling structure provided on the sump device (not shown). Thus, the feces obtained from the septic device are transported to the horizontal pipe body 14a through the squeezing hose; under the impact of the pressure and the faeces, the gravity shutter 19 is opened, and the faeces in the horizontal pipe body 14a flow into the vertical pipe body 17a and then enter the carrier. In the tank body 1, the feces can be transported, the structure is simple, and the operation is convenient. When the fecal delivery is completed, the gravity shutter 19 closes the horizontal tube 14a under its own weight. In other embodiments, instead of providing the gravity shutter 19 on the horizontal pipe body 14a, a one-way valve is disposed on the horizontal pipe body 14a. The significance of providing the gravity shutter 19 or the check valve is that the forced quick unloading can be performed by charging the carrier tank 1 with high-pressure air. If there is no gravity valve 19 or a check valve, the horizontal pipe body 14a constitutes a gas passage and is carried. A high pressure cannot be established in the tank body 1, so that forced quick unloading cannot be performed. In other embodiments, the position of the plate-like body 13 at the vertical pipe body 17, 17a can be adjusted to drive the position of the built-in pipe base 7 to the tower cover 11, and the built-in pipe base 7 allows the outer cover to be attached to the tower cover. The outside of the plate 11 is such that the built-in stem 7 becomes an external stem. The non-suspended rear movable detachable structure of the present invention is provided for a vacuum suction truck or a pressure air escaping device, and a new movable escaping structure is provided for the movable escaping structure. The type of structure is more abundant. And the horizontal pipe body 14 of the operation and sliding of the hard tube 30 is used to adjust and reset the non-suspended rod after swinging around the central axis of the vertical pipe body of the hard tube on the horizontal curved track 33 of the toilet bowl 3. The movable structure is convenient for taking and convenient returning, the operation is simple, and the center of gravity is shifted small. The above is only the preferred embodiment of the present invention, and is not intended to limit the present invention, and various modifications and changes can be made to the present invention. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and scope of the present invention are intended to be included within the scope of the present invention.

Claims

Claim

1. A non-suspension rear movable movable structure, comprising a fecal carrying tank body, the tower of the fecal carrying trough body, a tower cover plate, a hard tube device seat, and a fecal carrying trough body The hard tube and the escaping hose are provided, and further include an air suction or inflation air passage, an overflow pottery, a discharge port, a drain valve, and a faeces window, wherein the squeezing tube seat is The built-in socket (7) is disposed inside the tower cover (11), and the horizontal curved track support is fixed at the center of the central axis of the built-in socket (7) of the device on the tower cover (11). The rack (3); the hard tube is an integrated structure composed of a vertical tube body (17) and a horizontal tube body (14); the vertical tube body (17) portion of the hard tube is provided In the built-in socket (7), the plate-shaped body (13) provided by the vertical pipe body (17) and the limit sleeve (4) disposed at the end portion are constrained, and the standpipe of the hard pipe is taken The body (17) can be rotated by the built-in socket (7) and cannot move in the axial direction of the built-in socket (7); the horizontal tube of the hard tube is taken (14) is fixed on a wheeled bracket (16), the wheeled bracket (16) is placed on a horizontal curved track bracket (3), and the wheeled bracket (16) includes an upper device The horizontal pipe body (14) portion of the hard tube allows horizontal rotation on the horizontal curved track bracket (3) and rotation about the central axis of the inner tube base (7); The free end (15) of the horizontal pipe body (14) of the pipe is used to take the hose.

2. The non-suspension rear movable escaping structure according to claim 1, wherein: the outermost end edges of the horizontal curved track bracket (3) are arranged to restrain the hard A limiting device (10) for the maximum swing angle of the horizontal pipe body (14).

3. The non-suspension rear movable escaping structure according to claim 1, wherein: the horizontal tube body (14) of the detachable hard tube is on the horizontal curved rail bracket (3) Allow the maximum horizontal swing angle to be no less than 180. .

The non-suspension rear movable escaping structure according to claim 1, wherein: the vertical pipe body and the horizontal pipe body of the detachable hard pipe are non-integrated combined structures, The vertical pipe body portion of the hard pipe is independent of the horizontal pipe body portion, and the vertical pipe body portion of the hard pipe is combined with the plate body provided thereon to constitute an independent structure vertical pipe body, and the independent structure vertical pipe body The top is closed, and the side of the independent structure vertical pipe body is provided with an opening facing the horizontal direction, and the flange or the flange fixing device hole is provided for the opening on the opening side; the non-free end setting of the horizontal pipe body portion of the hard pipe is taken The flanges which are matched with the flanges of the independent structural vertical pipe body or the flange fixing device holes constitute a horizontal pipe body of independent structure; the two are integrated with the fixed connection of the flanges provided.

The non-suspension rear movable escaping structure according to claim 1 or 4, characterized in that: the horizontal pipe body (14) of the independent squeezing pipe is provided with one end of the flange (24), The flange of the flange (24) is provided with a long portion (26), and the highest point of the tube port (27) or the proximal port of the elongated portion (26) is provided with a mounting pin seat (22); a gravity shutter ( 19) The outer surface is provided with a pin seat adapted to the mounting pin seat (22), and the gravity shutter (19) is mounted on the mounting pin seat (22) for the pin shaft assembly pin (21) Rotation; the tube port (27) of the elongate portion (26) is plane-fitted to the gravity flap (19); the natural state is affected by gravity, and the gravity flap (19) will extend the tube port of the portion (26) (27) Closed; the top of the vertical pipe body (17) of the independent structure is provided with a gravity shutter chamber (18) and a gravity shutter chamber through the corresponding position of the flange provided; the elongated portion of the horizontal pipe body (14) of the independent structure

(26) The gravity shutter (19) including the upper device is installed in the gravity shutter chamber (18) through the gravity valve chamber through hole, and is fixedly connected by the flange (24) (25) provided therebetween. In one piece, the gravity flap (19) can be freely opened and closed in the gravity valve chamber (18).

6. The non-suspension rear movable escaping structure according to claim 1, wherein: the detachable hard tube device is taken as an external tube seat disposed outside the tower cover.

7. The non-suspension rear movable escaping structure according to claim 1, wherein: the top of the septic carrier tank is not provided with a tower tube and a tower cover, and the horizontal curved track detaching frame is directly disposed in the faeces. Carry the top of the tank.

8. A non-suspension rear movable detachable structure for transporting feces into the transport tank body (1), characterized in that: the non-suspension rear movable detachable structure comprises a flexible tube (30) and the toilet tray (3);

The squeezing tube (30) includes a horizontal tube body (14, 14a) and a vertical tube body (17, 17a) that abuts the first end of the horizontal tube body (14, 14a);

Wherein the vertical pipe body (17, 17a) extends into the carrier body (1), and the vertical pipe body (17, 17a) is rotatable relative to the carrier body (1);

The retort bracket (3) includes a horizontal curved track (33); the second end of the horizontal pipe body (14, 14a) is mounted on the horizontal curved track (33), and the a second end of the horizontal pipe body (14, 14a) is slidable along the horizontal curved track (33) to drive the horizontal pipe body (14, 14a) around the vertical pipe body (17, 17a) The center axis swings.

9. The non-suspension rear movable detachable structure according to claim 8, wherein: the carrier body

(1) further protruding a tower (8) penetrating into the carrier body (1) and a built-in socket (7) installed in the tower (8), the vertical pipe body ( 17, 17a) rotatably inserted into the internal socket (7).

10. The non-suspension rear movable detachable structure according to claim 9, wherein: the tower (8) is provided with a tower cover (11), and the tower cover ( 11) having a fixed built-in socket

a mounting hole of (7), the vertical pipe body (17, 17a) is fixedly fitted with a plate-like body (13), and the plate-shaped body (13) is directly or indirectly pressed against the tower cover plate (11) ) on the top surface.

11. The non-suspension rear movable detachable structure according to claim 10, wherein: the vertical pipe body

(17, 17a) is further provided with a self-lubricating functional body (12) which is abutted against the plate-shaped body (13), and the self-lubricating functional body (12) is sandwiched between the built-in The inner peripheral wall surface of the stem (7) and the outer peripheral wall surface of the vertical tubular body (17, 17a).

12. The non-suspension rear movable detachable structure according to claim 11, wherein: the vertical pipe body

(17, 17a) is further provided with a gasket body (9), and one end of the self-lubricating functional body (12) extends outward to form a cap which is abutted against the plate body (13). Cover (121), the gasket body

(9) between the cap (121) and the tower cover (11), or the gasket body (9) is located at the cap (121) and the plate (13) between.

13. The non-suspension rear movable detachable structure according to claim 9, wherein the vertical pipe body (17, 17a) is exposed outwardly from the inner tube base (7), and is A limited socket (4) is also placed on one end of the carrier body (1).

14. The non-suspension rear movable detachable structure according to claim 13, wherein: the vertical pipe body

(17, 17a) is further provided with a self-lubricating functional body (6), and the self-lubricating functional body (6) is mounted on the inner wall surface of the limiting sleeve (4) and the vertical pipe body Between the outer walls of (17, 17a).

15. The non-suspension rear movable detachable structure according to claim 14, wherein: the vertical pipe body

(17, 17a) is further provided with a sealing body (5), and a cap is extended on the self-lubricating functional body (6), and the sealing body (5) is located in the self-lubricating function Between the cap of the pad body (6) and the corresponding end face of the limit sleeve (4), or the cap body (5) is located on the cap of the self-lubricating function pad body (6) and the Between the end faces of the end of the built-in header (7).

16. The non-suspension rear movable detachable structure according to claim 8, wherein: the horizontal pipe body

(14) Intersect with the vertical pipe body (17) through an elbow.

17. The non-suspension rear movable detachable structure according to claim 8, wherein: the horizontal pipe body

(14, 14a) is mounted with a wheel bracket (16), and the bottom of the wheel bracket (16) is provided with a roller, and the roller slides along the horizontal curved rail (33).

18. The non-suspension rear movable detachable structure according to claim 17, wherein an angle of a central angle of the horizontal curved track (33) is less than or equal to 180 degrees, and the level is Curved track

(33) Symmetrical line symmetry along the center line in the longitudinal direction of the carrier body (1).

19. The non-suspension rear movable detachable structure according to claim 17, wherein: the urination bracket

(3) Also includes more than one upright (2) supporting the horizontal curved track (33).

20. The non-suspension rear movable detachable structure according to claim 17, wherein a limit post (10) is protruded from each of the two ends of the horizontal curved track (33).

21. The non-suspension rear movable detachable structure according to claim 8, wherein: the horizontal pipe body

One end of (14a) includes a nozzle (27); the nozzle (27) is directly above the nozzle at the top of the riser body (17a).

22. The non-suspension rear movable detachable structure according to claim 21, wherein: said horizontal pipe body

(14a) a flange (24) is provided at one end of the riser body (17a), and the horizontal pipe body (14a) passes through and is exposed at one side of the flange (24) The tubular body is a growing portion (26), and the nozzle (27) is a port of the growing portion (26);

The top surface of the vertical pipe body (17a) is provided with a gravity shutter chamber (18), and the top nozzle of the vertical pipe body (17a) is located in the gravity shutter chamber (18);

The flange (24) is fixed to the gravity shutter chamber (18), and the extended portion (26) is located in the gravity shutter chamber (18).

23. The non-suspension rear movable detachable structure according to claim 22, wherein said gravity shutter chamber (18) comprises a vertical plane (25), said plane (25) being provided a through hole; the flange (24) is fixed on the plane (25), and the elongated portion (26) is passed through the through hole in the plane (25) to be located in the gravity shutter chamber ( 18) inside.

24. The non-suspension rear movable detachable structure according to claim 22, wherein: said elongated portion

A gravity shutter (19) is provided pivotally mounted to the nozzle (27) adjacent to the nozzle (27), and the gravity shutter (19) is housed in the gravity shutter chamber (18).

25. The non-suspension rear movable detachable structure according to claim 24, wherein the non-suspension rear movable detachable structure further comprises a pin (21); the extended portion a mounting pin seat (22) is provided at the top of the (26) near the nozzle (27); the gravity shutter (19) is provided with an The pinned shaft seat (22) is fitted with a pinned seat, and the pin (21) hinges the mounting pin seat (22) and the pin seat. The non-suspension rear movable detachable structure according to claim 22, wherein said horizontal pipe body (14a) is provided with a one-way valve.