WO2012051940A1

WO2012051940A1 - Toilet trough body structure for scraper toilet

Info

Publication number: WO2012051940A1
Application number: PCT/CN2011/080963
Authority: WO
Inventors: 曾德邻
Original assignee: Zeng Delin
Priority date: 2010-10-19
Filing date: 2011-10-18
Publication date: 2012-04-26
Also published as: CN102450975A

Abstract

A toilet-trough body structure for scraper toilet, involving a reinforced integrated design for trough bodies of toilets cleaned by a mechanical scraper, and consisting of trough frame members (1a, 1b) and trough bottom panel members (2a, 2b). The trough frame members constitute a rigid, multiple-groove integrated assembly including a groove (5) for a moving mechanism, a groove (9) for a verification component, a groove (15) for a guide pipe component, a groove (12) for trough bottom panel components; the trough bottom panel members constitute a thin-panel component consisting of a trough-bottom panel (2b1) and a trough-end panel (2b2) or a trough-bottom panel (2a1), and a trough inner-panel (2a2) and a trough outer-panel (2a3). The toilet trough body so constituted, in particular a toilet trough body obtained through an integrated construction technique, has a more integrated and multifunctional structure, is strongly rigid and subject to little deformation in installation or use, meets strict precision controls for dimensions and geometric tolerance, easily guarantees the high coaxiality required for bearing pairs, and enables ease of installation, maintenance and upgrade, while being suited for double-groove drive or single-groove drive scraper toilet applications.

Description

Pushing the toilet bowl structure

Technical field

The present invention relates to a toilet member, and more particularly to a body of a mechanical scraper in addition to a toilet.

Background technique

Chinese patent, patent number: ZL200510031569.5, Publication Date: On November 29, 2006, a technical solution relating to the entire grooved member of the scraper in addition to the toilet is disclosed. With regard to this technical solution, the following description is given in the specification P7:

"The screw groove and the transmission part placement groove are arranged on the outer side of the four sides of the toilet groove by the veneer and the fixed connection or the fixed installation connection manner. The two screw grooves are arranged perpendicularly along the length of the defecation port. The façade of the façades at both ends of the sump, the two transmission member seating grooves are disposed on the façades of the façades on both sides of the toilet groove parallel to the length of the defecation port, allowing the transmission member to be placed in a single-sided manner. And the transmission member seating groove and the screw groove are located in the same mounting plane, and the outer surface of the transmission member positioning groove is in surface contact with the outer surface of the screw groove end cover or only one side panel of the toilet groove has a surface corresponding Relationship, thereby obtaining a grooved member integrally constructed by the toilet groove, the screw groove and the transmission member seating groove;

The grooved member may further comprise a separate position determining groove, and the position determining groove may select one of the two screw grooves to be parallel and veneer between the screw groove and the toilet groove or outside the simple screw groove. Placement

Where the two ends of the two transmission member seating grooves are in surface contact with the outer surface of the screw groove end cover or only one side panel of the toilet seat has a surface corresponding relationship, and the cover is provided with a cover for both ends of the screw groove a coaxial through hole for the seat or bearing pair, the bearing housing or the bearing auxiliary device at the inner through hole of the screw groove end façade;"

The technical invention solution, for the device of the scraper decontamination mechanism, the device of the scraper transmission mechanism, the direct alignment between the trough and the toilet body and the deodorizer, the screw is introduced for the driving force, especially for the scraper The ease of assembly and maintenance of the toilet has shown significant substantial progress.

However, the specific implementation process also reveals the remaining shortcomings of the technical solution. The outstanding features are: the groove, the screw groove, the transmission component placement groove, or the position verification groove, which are processed separately and belong to the thin plate member, or the wave protection device The components of the surge device are combined into a structurally fixed grooved member by a veneer and a fixed connection or a fixed installation connection. It shows that it is difficult to combine and has poor machinability. Especially in the realization of the grooved component as a whole, it does not deform during the whole assembly and use. The dimensional tolerance and the geometrical tolerance are more precisely controlled. The bearing pair of the mounting screw meets the design requirements. The degree of coaxiality is difficult to guarantee.

The reason for this is that the deficiencies are mainly due to the fact that the grooved members in the whole invention are obtained by combining the discrete groove members in a "fitting and fixed connection or fixed installation connection", and the integrity of the inventive concept still exists. Insufficient, the solution still needs to continue to improve the overall integrity of the grooved components.

technical problem

Inheriting the whole inventive concept of the grooved member as a whole, further technical improvement is implemented for the grooved member as a whole, and a new toilet body member is newly obtained, which can effectively exert the overall strength of the grooved member and eliminate the deficiency thereof, and has more High integrity and richer functional structure, with small deformation during assembly and use, size and row tolerances easily meet precise control requirements, high coaxiality guarantee for bearing pairs is easy, and better installation and maintenance convenience are obtained. And good processability, and support mechanical scraper in addition to the toilet to achieve bilateral drive or single-sided drive of the scraper.

Technical solution

The multi-slot assembly rigid trough body member and the trough bottom plate member are fixedly combined or further integrated into an integrated structure, instead of being combined with a fixed surface or a fixed connection or a fixed installation connection to form a fixed multi-slot grooved structure. As a whole, the overall structural integrity and rigidity of the grooved member are further improved; and a new functional structure is added, so that the structure of the toilet tank is more compact, the function is more abundant and more perfect; and the object of the present invention is ensured reliably;

For clarity and convenience of presentation, the present invention renames or defines some of the component names in the foregoing background art, as follows:

a toilet trough: renamed as a toilet trough body, which is defined as a unitary body combined with a trough body member and a trough bottom member;

Screw groove: renamed as a motion mechanism device slot, in the present invention, it is expanded to include a screw pair, a linear motion mechanism for driving a scraper to make a linear motion, or a device slot of a linear motion unit;

Position verification slot: renamed as a verification component device slot, which is defined in the present invention as a verification component device slot specifically for detecting the position of the squeegee movement;

Anti-surge device: Renamed anti-surge structure is more accurate;

Transmission member seating groove: renamed as a groove, refers to a linear motion mechanism or a linear motion unit for the devices in the slots at both ends, and a synchronous transmission member or a driving device for driving the force transmission member, which is connected to the side beam;

The guide rail: the track is renamed, and the present invention belongs to a functional structure that restricts the freedom of movement of the moving component in the linear motion mechanism or the linear motion unit, and prevents it from rotating around the axis;

Description of the newly added component name or functional structure of the present invention:

The frame body member: inherits the structure body having the function of the groove member as a whole in the background art, and implements structural improvement on a part of the functional structure body of the grooved member or develops a new functional structure body thereon, which is expressed as a The integrated multi-slot assembly frame structural member replaces the entire grooved member which is originally composed of a plurality of discrete groove members;

Double-slot drive trough body member: a trough body member including two movement mechanism device slots thereon;

Single-slot drive trough body member: a trough body member including a motion mechanism device slot thereon;

Side beam: a functional structure that connects the end slots provided at both ends of the frame body member, is a structural entity of the integrated multi-slot assembly frame structure, and is further provided with other functional structures;

Slot bottom plate member: a combination of a groove bottom plate of the groove body and a groove end plate or a groove bottom plate and a groove inner and outer plate;

a trough bottom plate: a bottom plate portion in the trough bottom plate member, including a trough end wall, on which a decanting opening is provided;

Slot end wall: an upright portion at both ends of the trough bottom plate;

a groove end plate: a side wall member of the groove bottom plate member, and the groove bottom plate comprises a groove end wall surrounding the groove bottom plate member;

Inner and outer plates: Another type of arrangement of the groove end plates, the inner plate of the groove and the bottom plate of the groove comprise a groove end wall to form a groove bottom plate member, and the outer plate of the groove is taken as an outwardly facing independent member disposed on the side wall of the groove bottom plate member, thereby protecting and Decorative effect, the outer plate of the groove is not necessary;

Slot bottom plate member device groove: a groove body for the device trough bottom plate member;

Connecting pipe fitting device groove: a tank body for connecting the pipe fitting of the device spraying system;

Combined trough: refers to a trough body that allows at least two types of functional structural members of different working properties to be installed in the same trough;

End groove: The groove body of the groove frame body is connected by two side beams. The groove body at both ends of the frame structure is generally called the asymmetry or completely symmetrical. The end groove can be set as a single groove or a parallel double. The trough is also a parallel three trough, and any end trough is also allowed to be a merged trough;

Pipe fitting device position: the installation position of the sprinkler pipe fitting for the sprinkler system;

Grooved member device position: a mounting position for the grooved member;

Verification component device position: used to verify the installation position of the component;

Power angular deficiency: a gap for a power transmission member device for supporting a linear motion mechanism or a linear motion unit to externally drive driving force from a device slot;

Installation angle missing: a gap for supporting the installation of components without interference;

The invention is realized by the following technical solution: the structure of the scraping toilet bowl body is characterized in that: the tank body structure is formed by fixing the double groove driving groove frame body member or the single groove driving groove frame body member and the groove bottom plate member. An integral member, or a unitary member consisting of a double-slot drive carrier member or a single-slot drive carrier member that does not include a socket member slot, and a separate outlet tube device slot and slot plate member.

The technical feature of the present invention is further that: the frame body member is taken as a side beam and a necessary movement mechanism device groove, a groove bottom plate member device groove, and a non-required verification member device groove, and the pipe fitting device groove is connected. The multi-slot set of the functional structure groove with the groove, and the necessary linear motion mechanism are taken as the bearing seat hole and the through-hole mounting hole of the screw of the device under the screw pair condition, or the device under the condition that the linear motion mechanism is taken as the non-screw pair Non-screw pair linear motion mechanism or linear motion unit with its fitted device hole or mounting screw through hole, verification member device position, connecting pipe device device position, grooved member device position, anti-surge structure, and not necessarily The detachable independent component, the non-rotating rail and the power angular lack functional structural body, which are convenient for the connecting pipe fittings, are arranged in a single slot or parallel by selecting different and functional different functional structures, and a combination of structural grooves, or also includes the selection of different functional structures, to obtain more than one structurally different double-slot drive or single-slot driven rigid monolithic frame body Pieces.

The groove bottom plate member is taken as an integral member composed of a groove bottom plate and a groove end plate, or a groove bottom plate and a groove inner plate, or a groove bottom plate and a groove inner plate and a groove outer plate.

The structure of the toilet body is obtained by combining the frame body members of different structures and the thin plate member of the groove bottom plate to obtain more than one different tank structure, or the double groove drive or the single groove driven frame body The member and the groove bottom plate member are formed into an integrated toilet body structure through an integrated molding process.

The setting of the double-slot driving slot frame member:

The functional structure slot is arranged: two independent motion mechanism device slots, one independent slot bottom plate member device slot, which is mandatory; an independent verification component device slot and an independent connection pipe fitting device slot are not necessary; Alternatively, the verification member device slot and the connection pipe device device slot are taken to be juxtaposed or merged with the motion mechanism device slot to form a functional structure groove structure that is juxtaposed or merged;

The combination of parallel or merged slots is taken as:

The verification member device slot and the motion mechanism device slot are arranged side by side or combined, and in the case of combination, the slot-wide widening detection-moving and combining groove is formed;

The connecting pipe fitting device groove and the moving mechanism device groove are arranged side by side or combined, and in the combined case, the groove-widening tube-moving and combining groove is formed;

The verification member device slot, the connecting pipe device device slot and the movement mechanism device slot are arranged side by side or combined, and in the case of combination, the inspection-tube-moving merge groove forming the groove widening;

Selecting a required groove, a separate groove or a parallel groove, or a parallel groove, and implementing different combinations to form different end groove structures, and obtaining a double groove drive groove frame with more than one different groove structure member;

The double-slot driving slot frame member or the slot is also provided, and the slot is not necessary;

The functional structure is provided: two anti-surge structures, two verification component devices, two grooved component devices, one pipe fitting device position, and the linear motion mechanism is taken as two devices under the screw pair condition The bearing hole of the screw and the through-hole mounting hole, the linear motion mechanism is taken as the non-screw pair linear motion mechanism or the linear motion unit of the two sets of non-screw pairs, or the mounting hole or the mounting screw. Set; one piece of detachable independent member for easy installation of pipe fittings, one or two sets of turning rails, one or two power angles, or four, which are not necessary;

The verification component device position includes a grooved member device position, and is provided with two ways of embedding or non-embedding;

The setting of the single slot drive slot frame member:

The single-slot driving groove frame member and the double-slot driving groove frame member are rigid integral members composed of a functional structure groove, a functional structure body and a side beam, and the functional structure groove and the functional structure body object and composition of the two. The mode is the same as the setting method;

The difference between the single-slot drive slot frame member and the double-slot drive slot frame member is that the movement mechanism device slot is provided one, or when the groove is taken as a combination, the slot portion of the device movement mechanism is disposed in the merged slot; a groove or a mounting hole or a mounting screw hole of a linear motion mechanism or a linear motion unit of a non-screw pair; or a set of screw holes or Not set; the power angle is missing one or the same side;

Selecting a motion mechanism device slot, a non-required slot, a parallel or a parallel slot to implement different combinations, forming different end slot structures, and obtaining more than one single slot drive slot frame member with different slot structures;

The setting of the groove bottom plate member:

The groove bottom plate member is composed of a groove bottom plate and two groove end plates; or a groove bottom plate and two groove inner plates or a two groove outer plate;

Alternatively, the double-slot driven trough body member or the single-slot-driven trough body member and the trough bottom plate member, including the combination trough body, are formed by an integrated processing process to obtain a higher structure. Integrity.

Beneficial effect

The invention provides a toilet body which further improves the overall processability of the grooved member due to the further integral of the grooved member as a whole, and the coaxiality of the linear motion mechanism or the linear motion unit can be improved by the tolerance of the tolerance and the precision guarantee condition. Implement precise control and guarantee, and also greatly increase the overall structural strength and rigidity of the grooved member as a whole, and significantly improve the assembly and maintenance performance. The integrated implementation process can significantly reduce the processing cost and improve the manufacturing efficiency; Based on the original functional structure of the trough member, a single-slot driving trough body member and a plurality of trough combinations are developed, so that the application type of the mechanical decontamination toilet is doubled and the application field is wider.

Compared with the double-slot drive, the single-slot drive has a simpler frame structure, and the driving conditions of the linear motion mechanism or the linear motion unit are also significantly simplified. The single-slot drive is suitable for the narrow section of the push-scraper. The tank body, double-slot drive is suitable for pushing the groove of the groove with a wide cross section.

DRAWINGS

Figure 1 is a front view of the double-slot driven toilet body.

Figure 2 is a front view of the single-slot driving toilet body.

Figure 3 is a front view of the frame body member of the double-slot driving toilet body; Figure 3a is a left side view of the double-slot driving groove frame member; Figure 3b is a right-side view of the double-slot driving groove frame member; Figure 3c is a double-slot driving groove Frame member front view

Figure 4 is a front elevational view of the single-slot drive trough body member; Figure 4a is a left side view of the single-slot drive trough body member.

Figure 5 is a front elevational view of the trough bottom plate member of the trough bottom plate and the trough inner plate structure; Figure 5a is a front view of the trough bottom plate member of the trough bottom plate and the trough inner plate structure.

Figure 6 is a front elevational view of the slot floor member of the slot floor and slot end plate structure; Figure 6a is a front elevational view of the slot floor member of the slot floor and slot end plate structure.

BEST MODE FOR CARRYING OUT THE INVENTION

Taking the frame integral structural member formed by the two-end groove and the two-side beam, the two side beams are parallel to each other, and the two end grooves are also parallel to each other, and the side beam and the end groove are perpendicular to each other;

Different combinations of two slots of the two-slot drive slot frame member:

example 1. The one end groove is set as a single motion mechanism device slot and the verification component device slot side by side structure, and the corresponding end end slot is set as a single motion mechanism device slot;

Example 2. The one end groove is set as a parallel structure of the single motion mechanism device slot and the verification component device slot, and the corresponding end groove is set as a single motion mechanism device slot and the connection pipe device device slot juxtaposed structure;

Example 3. One end end groove is set as a check-action and joint groove structure, and the corresponding end end groove is set as a single motion mechanism device groove;

Example 4. One end end groove is set as a tube-moving and combining groove structure, and the corresponding end end groove is set as a check-action and a joint groove structure;

Example 5. One end groove is set as a check-tube-moving and combining groove structure, and the corresponding end groove is set as a single motion mechanism device groove;

Example 6. One end end slot is set as a single motion mechanism device slot, and the corresponding end end slot is set as a single motion mechanism device slot;

The widening of the merging groove means that the groove main body portion of the merging groove is the groove body portion of the device moving mechanism, and the groove widening groove portion is added for the device member in the merging groove, the verification member or the connecting pipe member. Device space

The connecting pipe fitting groove or the pipe-moving and combining groove is also the inspection-tube-moving and combining groove, and the groove depth of the groove portion of the device connecting pipe fitting is larger than the groove depth of the groove of the moving mechanism of the device;

The distance between the corresponding vertical inner surfaces of the groove at the two ends of the groove is determined by the distance between the corresponding vertical inner surfaces of the two end walls of the groove bottom plate member; the distance between the corresponding vertical inner surfaces of the two side beams in the groove of the groove bottom plate member is equal to The distance between the two ends of the groove bottom plate member or the two inner plates corresponding to the vertical outer surface or between the two sides of the groove bottom plate; or the corresponding vertical inner surface of the groove at the two ends of the groove bottom plate member and the two side beams are located at the groove bottom plate a rectangular space in the middle of the frame body surrounding the corresponding vertical inner surface in the component placement groove, forming a groove of the groove bottom plate member device;

The specific groove body constituting the end groove is defined as a non-penetrating straight groove having end portions at both ends of the groove, and the opening is upward; the opening of the groove plate member device groove is opposite to the end groove opening;

The two end slots are respectively provided with flanges on corresponding inner surfaces of the groove bottom plate member device groove, and the lower edge of the flange is limited to the upper edges of the two end walls of the groove bottom plate member in the groove of the groove bottom plate member device, thereby ensuring loading The inner surface of the groove bottom plate is adapted to the blade in the squeegee device;

The corresponding inner surfaces of the two side beams in the groove of the trough bottom plate member device are not provided with flanges or flanges; if there are no flanges, the two groove inner plates or the two groove end plate edges and the side beams of the groove bottom plate members The upper surface is flush; in the case of a flange, the two-slot end plate or the two-slot inner plate edge in the groove bottom plate member terminates at the lower edge of the flange provided on the corresponding inner surface of the groove of the groove bottom plate member device; The flange shields the two groove end plates or the inner edges of the two grooves to facilitate sealing;

The two ends of the groove are located at the lower edge of the corresponding inner surface of the groove bottom plate member device groove, or the upper portion of the flange is located at a distance from the lower edge, and the end groove is located at the inner surface of the groove bottom plate member device groove from the side edge beam a continuous anti-surge structure is disposed on the inner surface to the inner surface of the corresponding side sill; the concave side of the anti-surge structure faces the trough bottom; the upper surface of the anti-surge structure is a horizontal plane, and the two anti-surge structures The upper surfaces of the two anti-surge structures are perpendicular to each other; the distance between the two vertical façades is greater than the maximum of the connecting members of the two ends of the squeegee device The structure is convenient for the connecting member of the squeegee device to freely move without being blocked; the anti-surge structure body and the end groove are integrated in the inner surface of the groove bottom plate member device groove;

The upper surface of the trough body is bounded by the inner surfaces of the outermost groove walls at the end grooves and the corresponding inner wall of the groove portion of the moving mechanism device in the end groove or the moving mechanism of the device in the parallel groove Forming a rectangular plane, the upper surface of the end slot wall and the upper surface of the anti-surge structure in the plane range are respectively contracted downward by a distance; the distance ensures that the connecting member of the scraper device is connected with the linear motion mechanism or the linear motion unit After that, the upper surface of the connecting member is lower than the inner surface of the grooved member behind the device and the lower surface of the connecting member is higher than the upper surface of the anti-surge structure, and the connecting member is freely moved by the linear motion mechanism or the linear motion unit. Unobstructed;

Under the condition that the linear motion mechanism is taken as the screw pair, the groove ends of the groove parts of the device screw in the two movement mechanism device slots of the device screw or the parallel groove of the device screw are arranged coaxially, opposite, non-through bearing housing holes, The through hole of the bearing seat is further provided with a through-hole mounting hole which is coaxial with the bearing seat hole for the screw to pass through, and the through-hole mounting hole is coaxial with the concentric penetrating mounting hole provided on the corresponding bearing end hole of the groove end; The moving mechanism is taken as a non-screw sub-condition, and the groove ends of the non-screw sub-members of the device in the two movement mechanism device slots or the parallel groove are respectively provided with a coaxial shaft supporting the non-screw pair linear motion mechanism, a through-hole hole or a mounting screw through hole, or a through-device hole and a mounting screw through-hole;

The verification component device is disposed on the upper surface of the two groove ends of the verification device device slot, or in the inspection-moving and combining groove, or in the groove portion of the verification component device space added in the slot of the inspection-tube-moving and combining groove The two slots end upper plane; the device is provided with a mounting screw hole for supporting the installation of the verification component mounting bracket; the verification component mounting bracket is directly placed on the upper surface of the slot end to obtain a fixing device to form a non-embedded mounting manner; or The device on the upper surface of the slot end is provided with a bracket insertion slot for the mounting of the verification component mounting bracket, and the verification component mounting bracket is embedded in the bracket to obtain a fixing device, which constitutes an embedded installation manner; the embedded installation method is more compact and the toilet tank pair is The height requirement of the installation space is reduced;

Or the device for verifying the component adopts a seatless device mode, and the verification component of the seatless device is on the frame body or the device position of the verification component is not provided, and the verification device device position is unnecessary;

The connecting pipe fitting device is disposed at the bottom of the groove of the connecting pipe fitting device, or is disposed in the pipe-moving and combining groove, or is the portion of the widened groove body for the device connecting pipe fittings of the inspection-tube-moving and combining groove The bottom of the groove; the pipe fitting device is not provided with a pipe-moving and merging groove, and the pipe-moving and merging groove is also included, and the pipe fitting device is disposed on a vertical side of one of the side beams;

The connecting pipe device device comprises at least one liquid guiding through hole and two mounting screw holes or mounting screw through holes;

The connecting pipe fitting device is disposed at the bottom of the groove of the connecting pipe fitting device, or is disposed in the pipe-moving and combining groove, or is the portion of the widened groove body for the device connecting pipe fittings of the inspection-tube-moving and combining groove In the case of the bottom of the groove, the pipe fitting device groove or the pipe-moving and merging groove is selected, or the groove bottom of the inspection-tube-moving and merging groove or the whole or part of the outer wall facing the groove frame is set to be independent. The member is fixedly connected to the pipe fitting device groove, or the pipe-moving and combining groove, or the combination of the inspection-tube-moving and combining groove body to solve the problem in the narrow groove body. The interface part of the pipe fitting is inconvenient to be fastened and difficult to assemble and disassemble; when the part of the side wall or the bottom of the groove is set as a separate component, the part corresponds to the position of the pipe fitting device, and after the disassembly, the fitting of the butt joint pipe fitting is facilitated. Demolition

Alternatively, the connecting pipe fitting device groove is separately provided as a separate groove member, and is fixedly connected with the groove frame member not provided with the guiding pipe fitting device groove, thereby forming a rigid integral member of the groove frame body, and the beneficial effect of the arrangement is to help realize material saving. And the amount of processing is reduced;

The grooved member device is disposed on the upper surface of the four groove ends of the groove at both ends, and the device is provided with a mounting screw hole and a mounting screw through hole provided with the groove member; the groove member is directly placed at the groove end A fixture is obtained on the upper surface of the end wall to form a non-embedded mounting manner; or an upper surface of the four slot ends, or an upper portion of the slot wall including the end slots of the both end slots is provided with a cover for the embedded installation of the slot member The groove member is embedded in the groove, and the grooved member is embedded in the groove to obtain a fixing device, and constitutes an embedded installation manner;

The groove provided is disposed on an outward vertical surface of one of the two side beams; the groove shape, the groove length, the groove width and the groove depth are determined according to the type of the linear motion mechanism or the linear motion unit provided in the end groove; the groove length is at least two ends The end façade of the moving mechanism device slot in the slot or the slot portion of the moving mechanism of the device in the merging slot is covered; the linear motion mechanism is taken as the screw pair, and the slot shape, slot length, slot width and slot depth are The device is arranged to adapt the synchronous transmission member provided by the two movement mechanism device slots; the linear motion mechanism is taken as the non-screw pair condition, and the groove shape, the groove width and the groove depth are arranged to fit the linear motion mechanism provided by the two slots Or the linear motion unit performs a synchronous driving force transmitting member, the driving force conveying member is pneumatically or hydraulically driven or electrically driven; or the slot is set as a synchronous transmission member or a driving force transmission member universal through straight groove;

The linear motion mechanism or the linear motion unit provided in the two slots in the double slot drive, including the screw does not rely on one set to drive the other group to achieve synchronous linkage, and no slot is provided;

The side of the groove or the side wall of the groove portion of the movement mechanism of the device in the movement mechanism device groove or the merging groove; the length of the groove is arranged to be greater than or equal to the working stroke of the squeegee; the number is taken as one or More than one; the shape is not limited, in order to facilitate the loading mechanism of the moving mechanism, the preferred embodiment is taken as a triangle or a rectangle; the convex or concave mode is provided; the convex type is used to stop the track portion and the linear motion mechanism or a groove in the moving part body of the linear motion unit that is adapted to the shape of the stop rail constitutes a moving pair; the recessed type has a linear motion mechanism or a linear motion unit The adapted outer convex body and the inner concave stop rail constitute a moving pair, and the moving component is prevented from rotating; the stopping rail is integrated with the slot bottom or the side wall of the slot of the moving mechanism device slot or the moving mechanism of the parallel slot device;

The squeegee does not need to set the anti-rotation rail when the squeegee performs the squeezing operation;

The power angle is absent from the outer end of the slot of the motion mechanism device slot; and the combined slot condition is set at the outer end of the slot of the entire merged slot; the number is set to a single angle setting, or the same side double angle setting, or the double side four corner setting Under the condition that the linear motion mechanism is taken as the screw pair, the power angle is missing as the device for adapting the power of the screw end to the gear; when the linear motion mechanism is taken as the non-screw pair, the power angle is the adapted driving force. Device of components;

The beneficial effect of the power angle setting is that the power for facilitating the slot driving blade is accessed from the corners and the lower part of the frame body member, so that the overall structure of the tank body is better, and the convenience and maintenance of the toilet are avoided. A power input notch for the toilet body is opened on the body to reduce the weakening of the structure of the body, and the power angle is not obtained when the power of the groove driving the blade is not accessed from the corners and the lower portion of the frame member. Missing is not necessary;

Single slot drive slot frame member embodiment:

The single-slot drive trough body member and the double-slot drive trough body member are the same as the frame integral member formed by the two-side beam and the two-end groove, the two side beams are parallel to each other, and the two end grooves are also parallel to each other, and the side beams are It is perpendicular to the end groove; the functional structure groove is the same as the object, the composition mode and the setting mode of the functional structure body, and the two have been clearly defined on the functional structure body, and are also represented by the motion mechanism device slot, Different combinations of three slots and three slots are not required;

Combined configuration of the end groove of the single-slot drive slot frame member:

Example 1. One end end groove is set as a parallel structure of the movement mechanism device groove and the verification component device groove, and the corresponding end end groove is set as the connection pipe fitting device groove;

Example 2. One end groove is set as a parallel structure of the movement mechanism device groove and the connection pipe device device groove, and the corresponding end end groove is set as the verification member device groove;

Example 3. One end end groove is set as the inspection-moving and combining groove structure, and the corresponding end end groove is set as the guiding pipe fitting device groove;

Example 4. One end end groove is set as a tube-moving and combining groove structure, and the corresponding end end groove is set as a verification member device groove;

Example 5. One end groove is set as the movement mechanism device groove, and the corresponding end groove is set as the inspection pipe and the joint groove;

Slot bottom plate member embodiment:

The groove bottom plate and the groove end plate in the groove bottom plate member are both taken as a thin plate member, and the groove bottom plate is taken as a horizontal flat groove structure at the bottom portion, and the vertical sides on both sides of the groove bottom plate member are end walls of the groove bottom plate, both ends The distance between the outer surface of the wall is the distance between the corresponding inner surfaces of the groove body at the two ends of the groove bottom plate member; the distance between the two sides of the groove bottom plate member is the corresponding position of the two side beams of the groove frame member in the groove of the groove bottom plate member The distance between the surfaces; the two groove end plates are symmetrically equal, the upper edge is taken as a straight line, the side edge and the bottom edge are taken as the outer shape of the inner surface of the groove bottom plate; the two groove end plates and the groove bottom plate are perpendicular to each other, and the outward surface and the groove are The sides of the bottom plate are coplanar and fixedly disposed on both sides of the bottom plate of the trough; the decanting opening is disposed on one side or both sides of the trough bottom plate, thereby forming a trough bottom plate member of the flat bottom;

Alternatively, on the basis of the flat bottom plate member, the distance between the outward surfaces of the two groove end plates is kept constant, and the distance between the two sides of the groove bottom plate is outwardly extended from the outer surface of the two groove end plates, so that the groove bottom plate after extension The distance between the two sides is equal to the distance between the outward façades of the two sides of the frame body, and the outer plate of the groove is arranged in the same shape as the groove end plate. The outer plates of the two grooves are perpendicular to the bottom plate of the groove, and the outward surface of the groove is coplanar with the side of the groove bottom plate. On both sides of the bottom plate of the trough; or not fixedly disposed, through the mounting screw through holes provided on the outer plates of the two troughs, the fixing device is fixed on the outer surface of the two side beams of the trough frame body to realize the combination with the trough bottom plate, and at this time, the two trough ends The plate is referred to as a two-slot inner plate, thereby forming a flat bottom groove bottom plate member of the inner and outer plate structures;

The two-slot end wall is outwardly extended from the outer surface of the two-slot end plate on both sides of the groove bottom plate, and the two-slot end wall interferes with the two side beams or the anti-surge structure body, and the two ends of the groove bottom plate The corner portion is arranged to eliminate the interference between the groove bottom plate and the side beam or the installation angle of the anti-surge structure body, and eliminate interference. The two groove end walls are disposed on both sides of the groove bottom plate from the outward surface of the two groove end plates. The outwardly extending two sides of the groove and the two side beams do not interfere with each other, and no installation angle is provided;

The distance between the outer façades of the two end walls of the trough bottom plate is greater than or equal to the distance between the two side surfaces of the bottom plate of the sump, and the utility model has advantages for the squeegee which is driven by the double end;

The distance between the outer façades of the two end walls of the trough bottom plate is smaller than the distance between the two side surfaces of the bottom plate of the sump, and the squeegee is applied to the single-end driven sump.

The groove bottom plate member, the two-slot end plate or the two-slot inner plate is welded or cemented, or the combination of welding and cementing is combined with the groove bottom plate to form an integral member of the groove bottom plate member; or the groove The bottom plate member is formed by molding the two-slot inner plate or the two-slot inner plate and the groove bottom plate or by die-casting to form an integral member of the groove bottom plate member; when the groove outer plate is disposed, the groove outer plate is disposed as a separate member;

The double-slot driving groove frame member or the single-slot driving groove frame member is taken as an integral member which is integrally formed, or molded, or molded;

The double-slot-driven frame body member or the single-slot-driven frame body member and the groove bottom plate member are fixedly combined to form an integral member of the toilet body, and the two are fixedly combined for welding or cementing, or welded. Combination with cementation;

Alternatively, the toilet body is taken as a double-slot drive slot frame member or a single-slot drive slot frame member and a slot floor member, and does not include an anti-surge structure and a detachable independent for convenient connection of the pipe fittings. The component is integrally processed, or molded, or molded to form an integral member of the tank body without a surge-proof structure; the anti-surge structure and the detachable independent installation of the convenient connecting pipe fitting The structure is arranged as a separate component to obtain a combination with the integral component of the body of the non-surge structure toilet body in a fixed manner, and constitutes a wave-rack-bottom combination type trough structure;

Still alternatively, the toilet tank body is obtained by a double-slot driving trough body member or a single-slot driving trough body member and a trough bottom plate member, including an anti-surge structure, and does not include a detachable structure for facilitating the installation of the connecting pipe member. The independent component is formed by the ceramic integrated process, and the detachable independent component which is convenient for the connection of the pipe fitting is set as a separate component, and the combination with the integral component of the toilet body is obtained by the fixed connection to form the frame-bottom-wave integration. The trough structure.

The embodiment will be further described below with reference to the accompanying drawings: FIG. 1 shows a double-slot driving toilet body structure as a double-slot driving toilet body structure, and the double-slot driving groove frame member 1a and the groove bottom plate 2a1 and The two-slot inner plate 2a2 and the two-slot outer plate 2a3 are composed of a groove bottom plate member 2a; the groove bottom plate member 2a is composed of a groove bottom plate 2a1, a groove inner plate 2a2 on both sides, and a groove outer plate 2a3.

The single-slot driving toilet body structure is shown in FIG. 2, and is used as a single-slot driving toilet body structure, which is composed of a single-slot driving groove frame member 1b and a groove bottom plate 2b. The groove bottom plate 2b is composed of a groove bottom plate 2b1 and two groove end plates 2b2. a composition of the trough bottom plate member 2b;

The structure of the double-slot driving groove frame member is shown in Fig. 3. The asymmetric side beam 3 and the side beam 8 connect the two end slots to form a double-slot driving groove frame body of the whole structure, and the two end slots each comprise a movement mechanism device. a slot 5, a verification member device slot 9 is arranged in parallel with the motion mechanism device slot 5 of the one end slot; at the end of the motion mechanism device slot 5, the bearing housing hole 7 and the screw through mounting hole 6 are coaxially disposed in the two motion mechanism device slots The outer end of each slot; the end of the slot of the verification member device slot 9 is provided with the verification member device position 10; the groove member device position 4 is provided at the respective groove end portion of the slot at both ends; the side beam 3, the side beam 8 is taken as Symmetrical structure.

Figure 3a shows the left side view structure of the double-slot drive slot frame, the one end slot is broken away from the cross-sectional view, reflecting the structure of the example motion mechanism device slot 5, and the embedded structure of the slot member device position 4, the wave protection The structure of the surge structure 11, the structure of the groove bottom plate member device groove 12 located at the inner wall of the end groove, and a boss structure embodiment of the stop rail 13;

Figure 3b shows a right-view structure of the double-slot drive trough body, the one end slot is broken away from the cross-sectional view, reflecting the slot structure of the example kinematic mechanism device slot 5 and the verification member device slot 9 juxtaposed, the verification component device position 10 The inscribed groove structure, and the connecting pipe device device 13 disposed in the near middle portion of the side beam 8;

Figure 3c shows a front view structure of the double-slot driving groove frame, and the groove 15 is provided on the outer side of the side side beam 3 with two parallel through grooves;

Figure 4 shows a single-slot drive trough body structure. The symmetrical structure of the two side beams 3 connects the slots at both ends to form a single-slot drive trough body of the whole structure. One end end groove is taken as the connecting pipe fitting groove 15 and the other end The end slot is taken as a slot structure in which the motion mechanism device slot 5 and the verification component device slot 9 are juxtaposed; the slot end portion of the motion mechanism device slot 5 is provided with a coaxial bearing housing hole 7 and a screw through mounting hole 6; The corners 16 are disposed at the two outer ends of the movement mechanism device slot 5; the slots at both ends are further provided with the groove member device position 4;

Figure 4a shows the left-view structure of the slot frame 1b of the single-slot driven toilet trough structure rotated by 90°, and the left-side broken cross-section reflects the bottom of the slotted device 17 as a separate component and device. The bottom of the pipe fitting device groove 15 is further provided with a connecting pipe device device 14 , and the bottom portion 17 of the connecting pipe device device can be detached from the bottom of the connecting pipe device device groove 15 , and the device for connecting the pipe fittings to the connecting pipe device is separately implemented The slot bottom 17 is mounted and fixed or detached; the right disconnected section reflects the motion mechanism device slot 5, and the verification member device slot 9 is juxtaposed. The slot width of the verification member device slot 9 is smaller than the motion mechanism device slot 5 a groove width; a groove bottom plate member device groove 12 and a surge prevention structure 11 are disposed on the inner side of the movement mechanism device groove 5, and the groove member device position 4 at the top of the end groove portion is taken as an inner groove structure;

The structure of the groove bottom plate member 2a of the groove bottom plate and the groove inner plate structure is as shown in FIG. 5, and the drain opening 18 is provided at the groove bottom of the groove bottom plate member 2a, and is in contact with the left groove inner plate 19;

Figure 5a shows the front view structure of the groove bottom plate member of the groove bottom plate and the groove inner plate structure. The outer ends of the end wall 22 and the outer surfaces of the two groove outer plates are flush with the installation angle 21, and the outer surface of the groove bottom is drained. There is a defecation port 20 below the 18;

Figure 6 shows the structure of the slot bottom plate member 2b of the slot bottom plate and the slot end plate structure. The two slot end plates 23 are disposed at the port portion or the near port portion of the slot bottom plate, and one end of the slot bottom plate is connected to the inner surface of the slot bottom plate. Defecation port 18;

Figure 6a shows the front view structure of the trough bottom plate member of the trough bottom plate and the trough end plate structure, and the lower convex portion of the trough end plate 23 which is in contact with the defecation port 18 constitutes a part of the defecation port 20; The wall 22 encloses the slot end plate 23 to form a slot floor member of the slot floor and slot end plate structure.

Embodiments of the invention

Industrial applicability

Sequence table free content

Claims

The utility model is characterized in that: the toilet body structure is taken as an integral member composed of a double-slot driving groove frame member or a single-slot driving groove frame member and a groove bottom plate member, or is not included A unitary member consisting of a double-slot drive trough body member or a single-slot drive trough body member that is connected to the independent joint pipe fitting device groove and the trough bottom plate member.
The push-pull toilet bowl structure according to claim 1, wherein the frame body member is taken as a side beam and a necessary movement mechanism device groove, a groove bottom plate member device groove, and a non-required verification. The component device slot, the connecting pipe device device slot, the functional slot of the slot with the slot, and the necessary linear motion mechanism are taken as the bearing housing hole and the through hole of the device screw under the screw pair condition, or the linear motion mechanism Take the non-screw pair of the linear motion mechanism or the linear motion unit of the non-screw pair to match the device hole or the mounting screw through hole, the verification component device position, the connection pipe device device position, the grooved member device position, Anti-surge structure, and optional detachable independent components for convenient connection of the connecting pipe fittings, rigid integral members composed of the anti-rotation rail and the power angular lack functional structure, by selecting different functions that are necessary and necessary A single-slot of the structure or a combination of parallel and combined structural grooves, or also includes the selection of different functional structures, to obtain more than one structurally different double-slot drive or single-slot drive A rigid monolithic frame body member.
The push-pull toilet bowl structure according to claim 1, wherein the groove bottom plate member is taken from a groove bottom plate and a groove end plate, or from a groove bottom plate and a groove inner plate, or a groove bottom plate and a groove plate. An integral component consisting of a plate and a grooved outer plate.
The push-pull toilet bowl structure according to claim 1, wherein: the functional structure groove is provided: two independent motion mechanism device slots, and a separate slot bottom plate member device slot, which is mandatory; an independent The verification component device slot and an independent connection pipe device device slot are not required; or the verification component device slot and the outlet pipe device device slot are taken in parallel or in parallel with the motion mechanism device slot to form a parallel or merged slot. Functional structure groove structure.