Delayed automatic upturning toilet seat plate

Abstract

The invention discloses a delayed automatic upturning toilet seat plate, and relates to a toilet cover. The toilet bowl comprises a toilet bowl plate, a delay turner and a sitting control switch. The delay turner comprises a delay device, a push-pull device, a turning device and a positioning device. The time delay device comprises a box body, a bevel gear, a ratchet wheel, a spring, a pawl wheel, an escapement wheel, an escapement fork, a balance wheel and a hairspring; the push-pull device comprises a gear, a gear and a push-pull pin; the turnover device comprises a torsional spring wound on a shaft head, and a connecting plate is fixed with the toilet plate into a whole through a through hole; the positioning device comprises a base body, a gear positioning component and a push-pull pin positioning component. According to the other scheme of the time-delay turner, a centrifugal friction wheel and a friction disc are adopted for time delay. The seat control switch comprises a pressing handle, a sector gear, a clutch driving piece and a clutch driven piece, and the flexible shaft transmits movement of the clutch driven piece to the gear positioning component. When the closestool is used, the closestool plate is pressed downwards, the closestool plate leaves without any operation, and the closestool plate turns upwards automatically after being delayed. And trouble saving and sanitation are realized.

Description

Technical Field

[0001] This invention relates to a toilet seat, and more particularly to a toilet seat with a delayed automatic flip-up function. Background Technology

[0002] People often don't lift the toilet seat after using it. Women can use it directly without any action, but men face a problem: if they urinate, urine will spill onto the toilet seat; otherwise, they need to lift it. Many people are reluctant to manually lift the seat, resulting in frequent urine spills, which is unhygienic and unsightly. This problem arises when guests come over, and public toilets are even more problematic. Currently, toilet seats don't automatically lift after use, thus perpetuating this issue. Summary of the Invention

[0003] To address the problem of existing toilet seats not automatically flipping up, which causes inconvenience, this invention provides a delayed automatic flipping toilet seat. It starts to flip up automatically after a set time when the user gets up from the toilet seat after using it, requiring no user intervention. The user simply needs to press down the toilet seat the next time they use it.

[0004] The technical solution adopted in this invention is: a delayed automatic flip-up toilet seat, including: a toilet seat 1, a delayed flipper 2 set on the rotating shaft of the toilet seat 1, and a seat control switch 3 set in the lower groove of the toilet seat 1.

[0005] The delay-flip device 2 includes: a delay device, a push-pull device, a flipping device, and a positioning device. The delay device includes: a housing 14, a rotating shaft 5 mounted at the front of the housing 14, a bevel gear 4 fixed to the front end of the rotating shaft 5, a ratchet 7 fixed to the rear end of the rotating shaft 5, a mainspring 6 with one end fixed to the middle of the rotating shaft 5 and the other end fixed to the housing 14, a pawl wheel 9 concentrically mounted opposite the ratchet wheel 7, a rotating shaft 10 mounted in the middle of the housing 14, a gear 8 fixed to the front end of the rotating shaft 10 meshing with the outer circumference of the pawl wheel 9, an escapement wheel 11 fixed to the rear end of the rotating shaft 10, and a shaft front end mounted in the middle of the housing 14. The escapement fork 12 engages with the escape wheel 11 at one end; a balance wheel shaft is installed in the middle of the housing 14, along with a hairspring and balance wheel 13 mounted on the balance wheel shaft; the balance wheel 13 engages with the other end of the escapement fork 12; the push-pull device includes: a shaft 21 mounted on one side of the housing 14; a gear 20 mounted on the shaft 21; a shaft 19 mounted on the housing 14 and on the same side as the shaft 21; a gear 18 mounted on the shaft 19; one side of the gear 20 is a bevel gear 44 that meshes with the bevel gear 4, and the other side is a dial; gear 18... One side has a grooved wheel 47, and the other side has a cylindrical gear 48. The grooved wheel 47 meshes with the dial of the gear 20. It also includes a push-pull pin. The lower part of the outer shell 32 of the push-pull pin is provided with a rack, the inner cavity is provided with a spring 33 and a core rod 22 that can extend and retract within the inner cavity. The rack of the outer shell 32 meshes with the cylindrical gear 48 of the gear 18. The flipping device includes: a shaft head 16 located at the rear of the housing 14, a torsion spring 15 wound around the shaft head 16 with one end locked to the connecting plate 17 and the other end locked to the toilet bowl body, and the connecting plate 17 and the housing 14 are integrated. Furthermore, a through hole 35 is provided, and screw holes are provided at corresponding positions of the toilet seat 1 and the through hole 35. The screw holes and the through hole 35 are used to fix the toilet seat 1 and the connecting plate 17 together by screws. The positioning device is installed in front of the housing 14 and includes: a base 23, a gear positioning component and a push-pull pin positioning component installed on the base 23, and a fixing plate 29 provided at the lower part of the base 23. The fixing plate 29 is fixed to the toilet bowl or fixed to the thin plate 81. The thin plate 81 has through holes at both ends to be fixed to the lower part of the hinge support on both sides of the toilet seat 1.The bevel gear 4 has a positioning hole 40 on its outer edge; the ratchet wheel 9 includes: a gear disk 76 with teeth on its outer circumference, a rotating shaft at its bottom installed in the middle of the housing 14, a ratchet 78 installed on the inner and outer sides of the disk via a pin 77, a torsion spring 79 wrapped around the pin 77, one end of which is locked on the gear disk 76 and the other end is locked on the ratchet 78, and the ratchet 78 is automatically pressed into the tooth hole of the ratchet wheel 7 by the torsion spring 79; the dial of the gear 20 includes a disk body 42, a round pin 43 set on the disk body, and an outwardly convex locking arc 41; the grooved wheel 47 of the gear 18 has a radial groove 46 and an inwardly concave locking arc 45; the gear positioning component includes: a guide set on the base 23. The guide rail groove 31, the positioning clip 34 installed inside the guide rail groove 31 and capable of being locked inside the positioning hole 40, the outer sleeve end 28 of the flexible shaft 27 is fixed on the base 23, and its shaft core 30 passes through the corresponding through hole of the base 23 and is connected to the positioning clip 34, and the spring 37 is disposed between the positioning clip 34 and the base 23 and is sleeved outside the core shaft 30; the push-pull pin positioning component includes: a pin hole 36 provided on the base 23 at a position corresponding to the core rod 22, a sleeve 26 provided on the base 23 at a position corresponding to the pin hole 36, a reciprocating button 24 provided inside the sleeve 26, and a spring 25 provided between the boss of the button 24 and the base 23.

[0006] Another technical solution for the time-delay flipper differs from the previous one only in the structure and principle of the delay device. This delay device includes: a housing 14, a rotating shaft 5 mounted at the front of the housing 14, a bevel gear 4 fixed to the front end of the rotating shaft 5, a ratchet 7 fixed to the rear end of the rotating shaft 5, a spring 6 with one end fixed to the middle of the rotating shaft 5 and the other end fixed to the housing 14, a pawl wheel 9 concentrically arranged around the outer periphery of the ratchet 7, a rotating shaft 10 mounted in the middle of the housing 14, and a mechanism fixed to the front end of the rotating shaft 10. Gear 8 and ratchet wheel 9 mesh with each other on their outer periphery. Gear 67 is fixed at the rear end of shaft 10. Double row gear 68 is installed in the middle of housing 14 via shaft. The small gear of double row gear 68 meshes with gear 67. Shaft 70 is installed in the middle of housing 14. Gear 69 is provided at its front end and meshes with the large gear of double row gear 68. Centrifugal friction wheel 72 is provided at the rear end of shaft 70. Friction disc 71 is concentrically provided on the outer periphery of centrifugal friction wheel 72. Friction disc 71 is fixed at the rear of housing 14. The bevel gear 4 has a positioning hole 40 on its outer edge; the ratchet wheel 9 includes: a gear disk 76 with teeth on its outer circumference, a rotating shaft at its bottom installed in the middle of the housing 14, a ratchet 78 installed on the inner and outer sides of the disk via a pin 77, a torsion spring 79 wrapped around the pin 77, one end of which is locked on the gear disk 76 and the other end is locked on the ratchet 78, and the ratchet 78 is automatically pressed into the tooth hole of the ratchet wheel 7 by the torsion spring 79; the centrifugal friction wheel 72 includes: a rotating wheel 73, and a centrifugal friction pawl 74 is installed on the rotating wheel 73 via a pin 75.

[0007] The seat control switch 3 includes: a housing 54 disposed in the lower groove of the toilet seat 1; a shaft 50 disposed at the front end inside the housing 54; a pressure handle 49 and a sector gear 51 concentrically mounted on the shaft 50; a clutch drive and a clutch follower 52 disposed inside the housing 54; a contact hole 80 disposed on the lower side of the housing 54; and the other end 55 of the flexible shaft 27 sleeve is fixed to the rear end of the housing 54, with its shaft core 30 passing through the through hole of the housing 54 and connected to the rear end of the clutch follower 52. The clutch driving component includes: a block 58, a rack 65 at the front of the block 58, a through hole 59 in the middle, a pin 62 and a stop post 64 inside the through hole 59, a clutch pawl concentrically arranged on the pin 62, the upper end of the clutch pawl being an outwardly protruding locking arc 63 and the lower end being a stop rod 61, a torsion spring 60 wrapped around the pin 62, one end of which is locked on the clutch pawl and the other end is locked on the block 58, the clutch pawl automatically rotates clockwise through the torsion spring 60, and a spring 57 is provided at the rear of the block 58; the clutch driven component 52 has an inwardly concave locking arc 53 on its lower side.

[0008] The beneficial effects of this invention are as follows: A flipping device is used to automatically flip the toilet seat upwards; a delay device is used to prevent the toilet seat from flipping upwards immediately when the user gets up, thus avoiding the toilet seat hitting the buttocks before the body has left; a push-pull device and a push-pull pin positioning component are used to automatically lock the toilet seat when it is pressed down to the lower position and automatically unlock it to flip it up to the upper position after a set delay; a gear positioning component is used so that when the toilet seat is in the upper position, the positioning clip 34 engages precisely in the positioning hole 40 of the bevel gear 4, so that the delay device stores energy through a spring when the toilet seat is pressed down, and the spring of the delay device begins to release energy to delay the time when the positioning clip 34 disengages from the positioning hole 40; a seat control switch is used so that it can drive the positioning clip 34 to disengage from the positioning hole 40 when the body leaves the toilet seat. In this way, when using the toilet, simply press down on the toilet seat 1, and you can leave immediately after use without any further operation. The toilet seat 1 will automatically flip up after a set delay. It is both convenient and hygienic. Attached Figure Description

[0009] Figure 1 Main view of the invention

[0010] Figure 2 Cross-sectional view of the delay flipper of the present invention (AA)

[0011] Figure 3 Cross-sectional view of the delay flipper of the present invention

[0012] Figure 4 Left view of the delay flipper of the present invention

[0013] Figure 5 Right view of the delay flipper of the present invention

[0014] Figure 6Left view of the positioning device of the present invention

[0015] Figure 7 CC cross-sectional view of the positioning device of the present invention

[0016] Figure 8 Right view of the positioning device of the present invention

[0017] Figure 9 Front view of the bevel gear 4 of the present invention

[0018] Figure 10 Right view of the bevel gear 4 of the present invention

[0019] Figure 11 Top view of the gear 20 of the present invention

[0020] Figure 12 Front view of gear 20 of the present invention

[0021] Figure 13 Front view of gear 18 of the present invention

[0022] Figure 14 18D-D sectional view of the gear of the present invention

[0023] Figure 15 Front view of the seat control switch of the present invention

[0024] Figure 16 Cross-sectional view of the seat control switch of this invention.

[0025] Figure 17 Cross-sectional view of the seat control switch of this invention.

[0026] Figure 18 Main view of another technical solution of the delay flipper of the present invention

[0027] Figure 19 Front view of the centrifugal friction wheel of the present invention when stationary

[0028] Figure 20 GG cross-sectional view of the centrifugal friction wheel of the present invention when stationary.

[0029] Figure 21 Front view of the centrifugal friction wheel of the present invention during rotation

[0030] Figure 22 HH cross-sectional view of the centrifugal friction wheel of the present invention during rotation

[0031] Figure 23 Diagram of the meshing of ratchet wheel 9 and ratchet wheel 7 in this invention

[0032] Figure 24 Cross-sectional view of ratchet wheel 9 and ratchet wheel 7J-J of the present invention Detailed Implementation

[0033] The delayed automatic flip-up toilet seat includes: a toilet seat 1, a delayed flipper 2 mounted on the pivot of the toilet seat 1, and a seat control switch 3 located in the lower groove of the toilet seat 1. Figure 1 The time-delay flipper 2 includes: a time-delay device, a push-pull device, a flipping device, and a positioning device. Figure 2 The delay device includes: a housing 14, a rotating shaft 5 mounted on the front of the housing 14, a bevel gear 4 fixed to the front end of the rotating shaft 5, and a... Figure 9 and Figure 10 In this embodiment, the bevel gear 4 is made with one end as a bevel gear 39 and the other end as a cylinder 38, or is made entirely as a bevel gear. This embodiment is the former. Its outer edge has a positioning hole 40. A ratchet 7 is fixed to the rear end of the rotating shaft 5; a mainspring 6 is fixed at one end to the middle of the rotating shaft 5 and the other end to the housing 14; a pawl wheel 9 is concentrically mounted opposite the ratchet 7; a rotating shaft 10 is mounted in the middle of the housing 14; a gear 8 fixed to the front end of the rotating shaft 10 meshes with the outer circumference of the pawl wheel 9; an escape wheel 11 is fixed to the rear end of the rotating shaft 10; an escape fork 12 mounted at the front end of the shaft in the middle of the housing 14 meshes with the escape wheel 11; a balance wheel shaft is mounted in the middle of the housing 14, and a hairspring and balance wheel 13 are mounted on the balance wheel shaft; the balance wheel 13 meshes with the other end of the escape fork 12. Figure 23 , Figure 24 The ratchet wheel 9 includes: a gear disk 76 with teeth on its outer periphery; a rotating shaft at its bottom mounted in the middle of the housing 14; a pawl 78 mounted on the inner and outer sides of the disk via a pin 77; a torsion spring 79 wound around the pin 77, one end of which is engaged with the gear disk 76 and the other end with the pawl 78; the pawl 78 is automatically pressed into the tooth hole of the ratchet wheel 78 by the torsion spring 79. Figure 2 , Figure 3 The push-pull device includes: a shaft 21 mounted on one side of the housing 14, a gear 20 mounted on the shaft 21, a shaft 19 mounted on the housing 14 and on the same side as the shaft 21, and a gear 18 mounted on the shaft 19. One side of the gear 20 is a bevel gear 44 meshing with the bevel gear 4, and the other side is a dial. One side of the gear 18 is a grooved wheel 47, and the other side is a cylindrical gear 48. The grooved wheel 47 meshes with the dial of the gear 20. It also includes a push-pull pin. The lower part of the outer shell 32 of the push-pull pin is provided with a rack, the inner cavity is provided with a spring 33 and a core rod 22 that can extend and retract within the inner cavity. The rack of the outer shell 32 meshes with the cylindrical gear 48 of the gear 18. The dial of the gear 20 includes a disc body 42, a round pin 43 mounted on the disc body, and an outwardly convex locking arc 41. The grooved wheel 47 of the gear 18 is provided with a radial groove 46 and an inwardly concave locking arc 45. Figures 11-14 ;exist Figures 2-5The flipping device includes: a shaft head 16 located at the rear of the housing 14; a torsion spring 15 wound around the shaft head 16 with one end secured to the connecting plate 17 and the other end secured to the toilet bowl; the connecting plate 17 and the housing 14 are integrally formed and have a through hole 35; screw holes are provided at corresponding positions of the toilet seat 1 and the through hole 35; the screw holes and the through hole 35 are used to fix the toilet seat 1 and the connecting plate 17 together with screws; Figure 2 , Figure 3 , Figures 6-8 The positioning device includes: a base 23, a gear positioning component and a push-pull pin positioning component mounted on the base 23, and a fixing plate 29 disposed at the lower part of the base 23. The fixing plate 29 can be fixed with screws in the matching through hole of the toilet or fixed on the thin plate 81. The thin plate 81 has through holes at both ends for fixing to the lower part of the hinge supports on both sides of the toilet seat 1. In this embodiment, it is fixed with screws in the matching through hole of the toilet. Figure 1 The double-dotted line indicates the thin plate 81. The gear positioning component includes: a guide rail groove 31 set on the base 23; a positioning chuck 34 installed inside the guide rail groove 31 and capable of being locked inside the positioning hole 40; an outer sleeve end 28 of the flexible shaft 27 fixed on the base 23, with its shaft core 30 passing through the corresponding through hole of the base 23 and connected to the positioning chuck 34; and a spring 37 set between the positioning chuck 34 and the base 23 and sleeved outside the spindle 30. The push-pull pin positioning component includes: a pin hole 36 on the base 23 at a position corresponding to the core rod 22; a sleeve 26 on the base 23 at a position corresponding to the pin hole 36; a reciprocating button 24 inside the sleeve 26; and a spring 25 between the boss of the button 24 and the base 23. The housing 14 is made of plastic or metal; in this embodiment, it is made of plastic. Other parts are made of metal or plastic; in this embodiment, they are made of metal.

[0034] exist Figure 18 Another embodiment of the delay flipper differs from the above-described technical solution only in the structure and principle of the delay device. This delay device includes: a housing 14; a rotating shaft 5 mounted at the front of the housing 14; a bevel gear 4 fixed to the front end of the rotating shaft 5; a ratchet 7 fixed to the rear end of the rotating shaft 5; a spring 6 with one end fixed to the middle of the rotating shaft 5 and the other end fixed to the housing 14; a pawl wheel 9 concentrically arranged around the outer periphery of the ratchet 7; a rotating shaft 10 mounted in the middle of the housing 14; and a mechanism fixed to the front end of the rotating shaft 10. The gear 8 and ratchet wheel 9 mesh with each other on their outer circumferences. A gear 67 is fixed to the rear end of the rotating shaft 10. A double-row gear 68 is mounted in the middle of the housing 14 via the rotating shaft. The small gear of the double-row gear 68 meshes with gear 67. A rotating shaft 70 is mounted in the middle of the housing 14. A gear 69 is provided at its front end, meshing with the large gear of the double-row gear 68. A centrifugal friction wheel 72 is provided at the rear end of the rotating shaft 70. A friction disc 71 is concentrically provided on the outer circumference of the centrifugal friction wheel 72. The friction disc 71 is fixed to the rear of the housing 14. The outer edge of the bevel gear 4 has a positioning hole 40. (See...) Figure 9 , Figure 10 The ratchet wheel 9 includes: a gear disk 76 with teeth on its outer circumference; a rotating shaft at its bottom installed in the middle of the housing 14; a pawl 78 mounted on the inner and outer sides of the disk via a pin 77; a torsion spring 79 wound around the pin 77, one end of which is engaged with the gear disk 76 and the other end with the pawl 78; the pawl 78 is automatically pressed into the tooth hole of the ratchet wheel 7 by the torsion spring 79. Figure 23 , Figure 24 The centrifugal friction wheel 72 includes: a rotor 73, and centrifugal friction claws 74 mounted on the rotor 73 via pins 75, see [link to details]. Figures 19-22 The housing 14 is made of plastic or metal; in this embodiment, it is made of plastic. Other parts are made of metal or plastic; in this embodiment, they are made of metal.

[0035] exist Figures 15-17 The seat control switch 3 includes: a housing 54 disposed in the lower groove of the toilet seat 1, which is integrally formed with or separately from the toilet seat; in this embodiment, it is separately formed; a shaft 50 disposed at the front end inside the housing 54; a pressure handle 49 and a sector gear 51 concentrically mounted on the shaft 50; a clutch drive and a clutch follower 52 disposed inside the housing 54; a contact hole 80 disposed on the lower side of the housing 54; and the other end 55 of the flexible shaft 27 sleeve is fixed to the rear end of the housing 54, with its shaft core 30 passing through the through hole of the housing 54 and connected to the rear end of the clutch follower 52. The clutch actuator includes: a block 58; a rack 65 at the front of the block 58; a through hole 59 in the middle; a pin 62 and a stop post 64 inside the through hole 59; a clutch pawl concentrically mounted on the pin 62; a convex locking arc 63 at the upper end of the clutch pawl and a stop rod 61 at the lower end; a torsion spring 60 wound around the pin 62, one end of which is engaged with the clutch pawl and the other end with the block 58; the clutch pawl automatically rotates clockwise via the torsion spring 60; a spring 57 at the rear of the block 58; and a guide rod 56 passing through the corresponding through hole in the outer casing 54 to guide the spring 57. The clutch follower 52 has a concave locking arc 53 on its lower side. The outer casing 54 is made of plastic or metal; in this embodiment, it is made of plastic. Other parts are made of metal or plastic; in this embodiment, they are made of metal.

[0036] The working principle of this invention is as follows: The delayed flipper 2 is fixed to the rotating shaft of the toilet seat 1 by the connecting plate 17. The initial position is as follows: the toilet seat is in the lower position, the positioning hole 40 of the bevel gear 4 is equivalent to the 6 o'clock position when viewed from the front of the bevel gear 4 (the same applies below), and the positioning clip 34 of the positioning device is set at the 6 o'clock position. The positioning clip 34 is pushed into the positioning hole 40 by the elastic force of the spring 37 to limit the positioning hole 40. The spring 6 is in the tightened state, and the push-pull device is in the pushed-out state. Its core rod 22 is inserted into the pin hole 36 of the positioning device to position the toilet seat 1.When a person sits on the toilet, their buttocks press down on the handle 49 of the seat control switch 3, bringing it to the lower position. The handle 49 simultaneously drives the sector gear 51 to rotate counter-clockwise. The rack 65 then moves the block 58 backward. The clutch pawl's contact rod 61, being away from the edge of the contact hole 80, rotates clockwise. When the contact rod 61 hits the stop post 64, the clutch pawl stops rotating clockwise. The outwardly protruding locking arc 63, upon contacting the clutch follower 52, causes the clutch pawl to rotate counter-clockwise again. Thus, the outwardly protruding locking arc 63 smoothly engages with the inner locking arc 53 of the clutch follower 52. After using the toilet, one can simply stand up without any further operation. The block 58 moves forward under the push of the spring 57, and the clutch pawl... The convex locking arc 63 will drive the clutch follower 52 to move forward, thereby pulling the shaft core 30 of the flexible shaft 27 forward. The shaft core 30 will also simultaneously pull the positioning chuck 34 out of the positioning hole 40 at the other end. The bevel gear 4 will rotate counterclockwise under the action of the spring 6 to release the spring energy. When the clutch pawl's contact rod 61 hits the contact hole 80, it will rotate counterclockwise, thereby causing the convex locking arc 63 to disengage from the concave locking arc 53. The clutch follower 52 will be pulled back to the limit position by the shaft core 30 under the action of the spring 37 of the positioning device. The positioning chuck 34 will then move forward under the action of the spring 37 to the point where it hits the smooth surface of the bevel gear 4. At this time, the spring 6 has driven the rotating shaft 5 Rotating counterclockwise causes ratchet 7 to rotate counterclockwise, and pawl 78 engages in the ratchet hole of ratchet 7, thus causing pawl wheel 9 to rotate counterclockwise. Pawl wheel 9 drives gear 8 to rotate via gear disk 76, which in turn drives escape wheel 11 to rotate. Escape wheel 11 causes escape fork 12 to swing through an angle. Because escape fork 12 is engaged with balance wheel 13, it also causes balance wheel 13 to swing through a stroke. Balance wheel 13 tightens the hairspring. When the hairspring releases energy, it causes balance wheel 13 to swing through a stroke in the opposite direction. Escape fork 12 is also driven to swing through a stroke in the opposite direction. Escape wheel 11 then rotates through an angle in the opposite direction again. Bevel gear 4 synchronously drives the meshing gear 2. 0 (viewed from in front of gear 20) rotates clockwise. Through the meshing of the dial and grooved wheel 47 of gear 20, gear 18 rotates counterclockwise, causing the push-pull device to retract. When the escape wheel 11 continues to rotate, releasing all the energy from the mainspring 6, the bevel gear 4 rotates counterclockwise to its limit position, with its positioning hole 40 at the 3 o'clock position. The push-pull device also disengages from the pin hole 36 of the positioning device, and the toilet seat 1 is no longer restricted. Under the clockwise rebound force of the torsion spring 15 of the flipping device, the toilet seat 1 automatically flips up to its upper position. At this time, the bevel gear 4 rotates clockwise with the toilet seat 1, and its positioning hole 40 is at the 6 o'clock position, exactly coinciding with the position of the positioning clip 34. The positioning clip 34 then re-engages into the positioning hole 40.The next time you use it, simply press down on the toilet seat 1. The delayed flipper 2 will rotate accordingly, but the bevel gear 4 will be stopped from rotating. This will cause the spring 6 to be wound clockwise, and the ratchet 7 will rotate. However, the pawl gear 9 will not rotate because the pawl 78 has disengaged from the ratchet 7. Instead, the gear 20 will rotate counterclockwise, causing the gear 18 to rotate clockwise. This will push the push-pull device out. When the toilet seat 1 is pressed down to the bottom position, the core rod 22 will engage in the pin hole 36 of the positioning device, and the toilet seat 1 will be stopped. Then, the above process will be repeated. If someone has just finished using the toilet and another man needs to urinate, he can wait for the toilet seat 1 to automatically flip up after the delay, or manually press button 24 to push out the core rod 22, causing the toilet seat to flip up automatically immediately.

[0037] In the latter embodiment of the delay device, the only difference is that: gear 8 drives gear 67 to rotate through shaft 10, gear 67 drives double row gear 68 to rotate, double row gear 68 drives gear 69 to rotate synchronously through large gear, and drives centrifugal friction wheel 72 to rotate through shaft 70. Centrifugal friction claw 74 opens outward under centrifugal force and contacts friction wheel 71 to generate resistance, so as to play the role of deceleration and delay.

Claims

1. A delayed automatic flip-up toilet seat, comprising: The toilet seat (1) is characterized in that it also includes a time-delay flipper (2) disposed on the pivot of the toilet seat (1) and a seat control switch (3) disposed in the lower groove of the toilet seat (1).

2. The delayed automatic tilting toilet seat according to claim 1, characterized in that, The delay flipper (2) includes: a delay device, a push-pull device, a flipping device, and a positioning device.

3. A delayed automatic tilting toilet seat according to claim 2, characterized in that, The delay device includes: a housing (14), a rotating shaft (5) installed at the front of the housing (14), a bevel gear (4) fixed at the front end of the rotating shaft (5), a ratchet (7) fixed at the rear end of the rotating shaft (5), a mainspring (6) with one end fixed to the middle of the rotating shaft (5) and the other end fixed to the housing (14), a pawl wheel (9) concentrically mounted opposite the ratchet wheel (7), a rotating shaft (10) installed at the middle of the housing (14), a gear (8) fixed at the front end of the rotating shaft (10) meshing with the outer circumference of the pawl wheel (9), and an escapement wheel (11) fixed at the rear end of the rotating shaft (10). The escapement fork (12) installed at the front end of the shaft in the middle of the housing (14) meshes with the escape wheel (11); the balance wheel shaft installed in the middle of the housing (14) and the hairspring and balance wheel (13) installed on the balance wheel shaft; the balance wheel (13) meshes with the other end of the escapement fork (12); the push-pull device includes: a shaft (21) installed on one side of the housing (14); a gear (20) installed on the shaft (21); a shaft (19) installed on the housing (14) and on the same side as the shaft (21); a gear (18) installed on the shaft (19); one side of the gear (20) is a bevel gear ( 44) and meshes with bevel gear (4) and the other side is a dial, one side of gear (18) is a grooved wheel (47) and the other side is a cylindrical gear (48), its grooved wheel (47) meshes with the dial of gear (20), and also includes a push-pull pin, the lower part of the outer shell (32) of the push-pull pin is provided with a rack, the inner cavity is provided with a spring (33) and a core rod (22) that can extend and retract in the inner cavity, the rack of the outer shell (32) meshes with the cylindrical gear (48) of gear (18); the flipping device includes: a shaft head (16) provided at the rear of the housing (14), wrapped around the shaft head (16) and one end of which is clamped to the connecting plate (1 7) The other end of the torsion spring (15), the connecting plate (17) and the box (14) are integrated and have a through hole (35). The toilet seat (1) and the through hole (35) are provided with screw holes at corresponding positions. The screw holes and the through hole (35) are used to fix the toilet seat (1) and the connecting plate (17) together with screws. The positioning device is installed in front of the box 14 and includes: a base (23), a gear positioning component and a push-pull pin positioning component installed on the base (23), and a fixing plate (29) set at the lower part of the base (23). The fixing plate (29) is fixed on the toilet seat.

4. A delayed automatic tilting toilet seat according to claim 3, characterized in that, The bevel gear (4) has a positioning hole (40) on its outer edge; the ratchet wheel (9) includes: a gear disk (76) with teeth on its outer periphery, a rotating shaft at its bottom installed in the middle of the housing (14), a ratchet (78) installed on the inner and outer sides of the disk via a pin (77), a torsion spring (79) wrapped around the pin (77), one end of which is locked on the gear disk (76) and the other end is locked on the ratchet (78), and the ratchet (78) is automatically pressed into the tooth hole of the ratchet wheel (7) by the torsion spring (79); the dial of the gear (20) includes a disk body (42), a round pin (43) set on the disk body, and an outwardly convex locking arc (41); the grooved wheel (47) of the gear (18) has a radial groove (46) and an inwardly concave locking arc (45); the gear positioning component includes: a guide rail groove set on the base (23). (31) A positioning clip (34) installed inside the guide rail groove (31) and can be locked inside the positioning hole (40); the outer sleeve end (28) of the flexible shaft (27) is fixed on the base (23), and its shaft core (30) passes through the corresponding through hole of the base (23) and is connected to the positioning clip (34); a spring (37) is set between the positioning clip (34) and the base (23) and is sleeved outside the mandrel (30); the push-pull pin positioning component includes: a pin hole (36) provided on the base (23) at a position corresponding to the mandrel (22); a sleeve (26) provided on the base (23) at a position corresponding to the pin hole (36); a reciprocating button (24) provided inside the sleeve (26); and a spring (25) provided between the boss of the button (24) and the base (23).

5. A delayed automatic tilting toilet seat according to claim 2, characterized in that, The delay device includes: a housing (14), a rotating shaft (5) installed at the front of the housing (14), a bevel gear (4) fixed at the front end of the rotating shaft (5), a ratchet (7) fixed at the rear end of the rotating shaft (5), a spring (6) with one end fixed to the middle of the rotating shaft (5) and the other end fixed to the housing (14), a pawl wheel (9) concentrically provided on the outer periphery of the ratchet wheel (7), a rotating shaft (10) installed at the middle of the housing (14), and the gear (8) fixed at the front end of the rotating shaft (10) meshing with the outer periphery of the pawl wheel (9). A gear (67) is fixed at the rear end of the rotating shaft (10), a double-row gear (68) is installed in the middle of the housing (14) through the rotating shaft, the small gear of the double-row gear (68) meshes with the gear (67), a rotating shaft (70) is installed in the middle of the housing (14), a gear (69) is provided at its front end and meshes with the large gear of the double-row gear (68), a centrifugal friction wheel (72) is provided at the rear end of the rotating shaft (70), a friction disc (71) is provided concentrically on the outer periphery of the centrifugal friction wheel (72), and the friction disc (71) is fixed at the rear of the housing (14).

6. A delayed automatic tilting toilet seat according to claim 5, characterized in that, The bevel gear (4) has a positioning hole (40) on its outer edge; the ratchet wheel (9) includes: a gear disk (76) with teeth on its outer periphery, a rotating shaft at its bottom installed in the middle of the housing (14), a ratchet (78) installed on the inner and outer sides of the disk through a pin (77), a torsion spring (79) wrapped around the pin (77), one end of which is locked on the gear disk (76) and the other end is locked on the ratchet (78), and the ratchet (78) is automatically pressed into the tooth hole of the ratchet wheel (7) by the torsion spring (79); the centrifugal friction wheel (72) includes: a rotating wheel (73), and a centrifugal friction pawl (74) installed on the rotating wheel (73) through a pin (75).

7. A delayed automatic tilting toilet seat according to claim 1, characterized in that, The seat control switch (3) includes: a housing (54) disposed in the lower groove of the toilet seat (1); a shaft (50) disposed at the front end inside the housing (54); a pressure handle (49) and a sector gear (51) concentrically mounted on the shaft (50); a clutch drive and a clutch follower (52) disposed inside the housing (54); a contact hole (80) disposed on the lower side of the housing (54); and the other end (55) of the flexible shaft (27) sleeve is fixed to the rear end of the housing (54), with its shaft core (30) passing through the through hole of the housing (54) and connected to the rear end of the clutch follower (52).

8. A delayed automatic tilting toilet seat according to claim 7, characterized in that, The clutch driving component includes: a block (58), a rack (65) at the front of the block (58), a through hole (59) in the middle, a pin (62) and a stop (64) inside the through hole (59), a clutch pawl concentrically provided on the pin (62), the upper end of the clutch pawl is an outwardly protruding locking arc (63) and its lower end is a stop rod (61), a torsion spring (60) is provided wrapped around the pin (62), one end of which is locked on the clutch pawl and the other end is locked on the block (58), the clutch pawl rotates automatically clockwise by the torsion spring (60), and a spring (57) is provided at the rear of the block (58); the clutch driven component (52) is provided with an inwardly concave locking arc (53) on its lower side.

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