Fungus device is divided to sunken folding groove of bathroom cleaners and polishes
Technical Field
The invention relates to the field of bathrooms, in particular to a bacterium separating device with an invaginated folding groove for a sanitary ware.
Background
The sanitary ware squatting pan supplies people to sit on for people carry out the invagination folding groove of a sanitary ware of defecation in daily life and divide fungus device, but current sanitary ware hydrocone type disjunctor squatting pan (hydrocone type disjunctor squatting pan is less for reducing noise displacement, and the crooked pipe of drainage is established inside toilet seat folding groove, and the embedded closestool seat that gets into in drainage groove) has following problem:
the siphonic conjoined toilet bowl drains water in the folding groove at the edge of the latrine seat, water flow drains water in the folding groove at the edge of the latrine seat for many times, yellow water stain is easily formed in the folding groove, meanwhile, when the water flow drains water, the water flow moves downwards to impact excrement, the water flow moves downwards to form a directional cyclone for particles in the excrement, fine particles in the excrement float and enter the folding groove at the edge of the latrine seat, the folding groove at the edge of the latrine seat is of an invagination structure, and workers are difficult to clean the invaginated drainage groove, so that a large number of bacteria (bacillus coli, bacillus welchii and other putrefactive flora) are bred in the folding groove at the edge of the latrine seat, human body pathological changes are caused, and harm is brought to the health of human bodies.
Disclosure of Invention
In order to solve the problems in the prior art, the invention provides an invaginated folding groove bacteria distribution device of a sanitary ware, which structurally comprises a base, the invaginated folding groove bacteria distribution device and a water tank, wherein the invaginated folding groove bacteria distribution device is horizontally arranged on the upper end surface of the base, the water tank is arranged at the upper right position of the base, the invaginated folding groove bacteria distribution device comprises a water contact mechanism, a closing mechanism, a stretching and polishing mechanism and a shell, the water contact mechanism and the closing mechanism are mechanically driven by a connecting rod, the water contact mechanism is provided with two right ends which are horizontally arranged in the shell, and the stretching and polishing mechanism is arranged at the front end of the closing mechanism.
Preferably, the water contact mechanism comprises a hemispherical cover, a cake wheel, a lock connecting rod, a water collecting convex pipe and a push lock mechanism, the water collecting convex pipe is embedded in the hemispherical cover, the cake wheel is connected with the lock connecting rod shaft, the push lock mechanism is mechanically matched with the cake wheel, the hemispherical cover is a hemispherical shell cover, the cake wheel is provided with five right-angle plates, and a rotary convex rod is arranged on a disc at the lower end of the lock connecting rod.
Preferably, push away the locking mechanism including revolve the tooth post, external tooth pipe, push away compound mechanism, revolve tooth post and external tooth pipe threaded connection, push away compound mechanism and external tooth pipe elastic fit, it includes rearmounted clamp plate, round locking plate, card push pedal to push away compound mechanism, rearmounted clamp plate and round locking plate sliding connection, rearmounted clamp plate horizontal installation has the tooth trace in the lower terminal surface of card push pedal, it is smooth cylinder to revolve tooth post front end, external tooth intraduct is equipped with and revolves half slide rail of tooth post butt joint, the inside extrusion elastic contraction board that is equipped with of rearmounted clamp plate.
Preferably, the closing mechanism includes pulling hasp, folds arc, rail and moves foot pole, muscle expanding plate, the embedding of pulling hasp is installed in the preceding terminal surface that expands the muscle board, fold the arc and move foot pole hub connection with the rail, fold the arc and move foot pole and muscle expanding plate mechanical fit through the rail, fold the arc and locate the rear that expands the muscle board and fold the arc and present folding I shape, expand inside being equipped with of muscle board and moving the arc rail of foot pole butt joint and being equipped with the return extension spring on the muscle board with the rail.
Preferably, tensile grinding machanism includes that half arc ring, touch cable wheel, arc pole, side stretch the mechanism, half arc ring is equipped with two and horizontal installation in the inside of shell, be equipped with four touch cable wheels on the single half arc ring, arc pole and half arc ring mechanical cooperation, the side is stretched the mechanism and is included double round dish, slippage awl dish, double round dish is through fixed slide pipe and the mechanical cooperation of slippage awl dish, half arc ring presents the closed angle bent plate and has elasticity resettability, be equipped with the cusp nipper on the touch cable wheel.
Advantageous effects
In the invention, the bacteria separating device of the invaginated folding groove of the sanitary ware enters the water collecting convex pipe through the water supply of the water tank, the water collecting inside the water collecting convex pipe forms water flow impact on the disc wheel to promote the disc wheel to drive the rotary tooth column to rotate, the external tooth pipe and the rotary tooth column are forced to be separated from tooth trace connection by the rotation of the rotary tooth column, the pulling lock buckle is pulled by the external tooth pipe through a rope, so that the folding groove is sealed to protect the bacteria isolation muscle expanding plate to open the drainage to flush excrement, simultaneously drive the lock connecting rod and rotate when the cake wheel rotates, shift up through the connecting rod transmission slippage conical disk through the lock connecting rod and stimulate the double round dish, drag the arc pole by the double round dish and carry out reciprocal dragging to the semi-arc ring, clear up at the folding tank of drainage by semi-arc ring and groping wheel pair, effectual folding tank that caves in of assurance can not amass the bacterium and be difficult to the clearance, lets the user can not bring the injury for the health because of the bacterium.
Drawings
Other features, objects and advantages of the invention will become more apparent upon reading of the detailed description of non-limiting embodiments with reference to the following drawings:
FIG. 1 is a schematic structural view of a bacteria separating device of an invaginated folding groove of a sanitary ware of the present invention.
FIG. 2 is a schematic structural view of a main section closing mechanism of the invaginated folding groove bacteria-separating device.
FIG. 3 is a schematic structural view of a main section stretching and polishing mechanism of the invagination folding groove bacteria separation device.
Fig. 4 is a schematic partial perspective enlarged structure view of a half-arc ring according to the present invention.
FIG. 5 is an enlarged perspective partial structure diagram of a side extension mechanism of the present invention.
Fig. 6 is a partially enlarged perspective view of a water contact mechanism according to the present invention.
Fig. 7 is a partially enlarged perspective view of a push lock mechanism according to the present invention.
Fig. 8 is an enlarged perspective detailed structural diagram of a push-return mechanism of the present invention.
In the figure: the device comprises a base-1, an inward-concave folding groove bacteria separating device-2, a water tank-3, a water contact mechanism-21, a closing mechanism-22, a stretching and polishing mechanism-23, a shell-24, a hemispherical cover-211, a cake wheel-212, a lock connecting rod-213, a water collecting convex pipe-214, a push lock mechanism-215, a rotary tooth column-2151, an external tooth pipe-2152, a push recovery mechanism-2153, a rear pressing plate-21531, a circular locking plate-21532, a clamping and pushing plate-21533, a pulling lock catch-221, an overlapped arc-222, a rail moving foot rod-223, a muscle expanding plate-224, a semi-arc ring-231, a groping wheel-232, an arc rod-233, a lateral extension mechanism-234, a double-wheel disc-2341 and a slipping conical disc-2342.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments, and preferred embodiments of the present invention will be further described below with reference to the detailed description and the drawings.
Examples
As shown in fig. 1-8, the invention provides an invaginated folding groove bacteria distribution device of a sanitary ware, which structurally comprises a base 1, an invaginated folding groove bacteria distribution device 2 and a water tank 3, wherein the invaginated folding groove bacteria distribution device 2 is horizontally arranged on the upper end surface of the base 1, the water tank 3 is arranged at the upper right position of the base 1, the invaginated folding groove bacteria distribution device 2 comprises a water contact mechanism 21, a closing mechanism 22, a stretching polishing mechanism 23 and a shell 24, the water contact mechanism 21 and the closing mechanism 22 are mechanically driven by a connecting rod, the water contact mechanism 21 is provided with two right ends which are horizontally arranged inside the shell 24, and the stretching polishing mechanism 23 is arranged at the front end of the closing mechanism 22.
Mechanism 21 is touched to water includes hemisphere cover 211, cake wheel 212, lock connecting rod 213, the protruding pipe 214 of catchmenting, pushes away lock mechanism 215, the inside in hemisphere cover 211 is installed in the embedding of the protruding pipe 214 of catchmenting, cake wheel 212 is connected with lock connecting rod 213 hub, push away lock mechanism 215 and cake wheel 212 mechanical cooperation, hemisphere cover 211 presents the hemisphere clamshell, be equipped with five right-angle boards on the cake wheel 212, be equipped with the rotation protruding pole on the disc of lock connecting rod 213 lower extreme, compare with prior art and receive hydrodynamic force through the right-angle board on the cake wheel 212, as mechanical kinetic energy, also can lead to water synchronous working at water tank 3 when energy resources are saved.
The push-lock mechanism 215 comprises a rotary tooth column 2151, an external tooth tube 2152 and a push-reset mechanism 2153, the rotary tooth column 2151 is in threaded connection with the external tooth tube 2152, the push-reset mechanism 2153 is in elastic fit with the external tooth tube 2152, the push-reset mechanism 2153 comprises a rear pressing plate 21531, a circular locking plate 21532 and a clamping and pushing plate 21533, the rear pressing plate 21531 is in sliding connection with the circular locking plate 21532, the rear pressing plate 21531 is horizontally arranged on the lower end surface of the clamping and pushing plate 21533, the front end of the rotary tooth column 2151 is provided with tooth marks, the rear end of the rotary tooth column 2153 is a smooth cylinder, a sliding rail half of the rotary tooth column 2151 in butt joint is arranged inside the external tooth tube 2152, an elastic contraction plate is arranged inside the rear pressing plate 21531, compared with the prior art, the rotary tooth column 2151 rotates to enable the rotary tooth marks on the external tooth column 2152 to be separated from the rotary tooth column 2151 to fix the rotary tooth marks, the lock catch 221 can be pulled, and the push-reset mechanism 2152 through the clamping and, the muscle expansion plate 224 is urged to close the fold trough, preventing the cyclone from carrying particles inside the recess where the folds are invaginated.
The closing mechanism 22 comprises a pulling lock 221, an overlapped arc 222, a rail-moving foot rod 223 and a muscle expanding plate 224, the pulling lock 221 is embedded in the front end face of the muscle expanding plate 224, the overlapped arc 222 is connected with the rail-moving foot rod 223 in a shaft mode, the overlapped arc 222 is mechanically matched with the muscle expanding plate 224 through the rail-moving foot rod 223, the overlapped arc 222 is arranged behind the muscle expanding plate 224 and the overlapped arc 222 is in a folded I shape, an arc rail butted with the rail-moving foot rod 223 is arranged inside the muscle expanding plate 224, and a return tension spring is arranged on the muscle expanding plate 224.
Tensile grinding machanism 23 includes half arc ring 231, groping wheel 232, arc pole 233, the mechanism 234 is stretched to the side, half arc ring 231 is equipped with two and horizontal installation in the inside of shell 24, be equipped with four on single half arc ring 231 and touch cable wheel 232, arc pole 233 and half arc ring 231 mechanical cooperation, the mechanism 234 is stretched to the side includes double round dish 2341, slippage awl dish 2342, double round dish 2341 is through fixed slide tube and slippage awl dish 2342 mechanical cooperation, half arc ring 231 presents the closed angle board and has the elasticity nature that resets, touch and be equipped with dentate nipper on the cable wheel 232, compare with prior art and carry out the round trip movement through half arc ring 231 pulling groping wheel 232, can be effectual when the drainage of interior sunken drainage tank, carry out the clean drainage of friction to the interior sunken tank of fold, guarantee the cleanness of folding interior sunken tank.
The working principle of the invagination folding groove bacteria separating device is as follows: the water tank 3 drains, the water flow is gathered to impact the disk wheel 212 in the water collecting convex pipe 214, so that the disk wheel 212 rotates, the disk wheel 212 rotates to drive the rotary tooth post 2151 to rotate, the rotary tooth post 2151 rotates to enable the external tooth post 2152 to move outwards and the external tooth post 2152 extrudes the clamping push plate 21533, the clamping push plate 21533 pushes and contracts the rear press plate 21531, the rope is pulled when the external tooth post 2152 moves outwards to drive the pulling lock catch 221 to pull the muscle expanding plate 224 to move rightwards and contract, the muscle expanding plate 224 pulls the rail foot rod 223, the rail foot rod 223 retracts along the muscle expanding plate 224, the originally sealed and isolated overlapped arc 222 is pulled when the rail foot rod 223 retracts, the overlapped arc 222 and the muscle expanding plate 224 are separated from the folded groove which is sunk inwards to seal and isolate bacteria for protection, the underwater flow is flushed, and the disk wheel 212 rotates while driving the lock link 213 to rotate together, pull up right through lock connecting rod 213 to slippage awl dish 2342 and pull, make slippage awl dish 2342 pulling double round dish 2341 do back and forth movement about, carry out the side-to-side movement by double round dish 2341 pulling arc pole 233 transmission half-arc ring 231, through half-arc ring 231 and touch cable wheel 232 to the sunken folding groove of drainage clean up of rubbing, with accumulational bacterium clean up, guarantee that the sunken folding groove of drainage can not pile up the bacterium, let the user can not because of the bacterium of sunken folding drainage groove accumulation, and cause the harm to the health.
The principles, principal features and advantages of the present invention, it should be understood by those skilled in the art that the present invention is not limited to the embodiments described above, which are intended to be illustrative only of the principles of the invention, numerous modifications and variations will be apparent to those skilled in the art, which embodiments have been selected and described in order to best explain the principles of the invention and its practical application.