CN217735264U

CN217735264U - Shower room with split rotating shaft

Info

Publication number: CN217735264U
Application number: CN202221464321.3U
Authority: CN
Inventors: 王海英; 杨成义
Original assignee: Zhongshan Youxiaoxiao Sanitary Ware Technology Co ltd
Current assignee: Zhongshan Youxiaoxiao Sanitary Ware Technology Co ltd
Priority date: 2022-06-13
Filing date: 2022-06-13
Publication date: 2022-11-04
Anticipated expiration: 2032-06-13

Abstract

The utility model discloses a shower room with components of a whole that can function independently pivot, including the pull rod, the glass door, go up components of a whole that can function independently pivot and components of a whole that can function independently pivot down, should go up the components of a whole that can function independently pivot including last pivot bed and last pivot main part, wherein, should go up the pivot bed and have the sleeve pipe, this sleeve pipe is established to hollow tubular structure, this sleeve pipe is equipped with the pivot cover, this sleeve pipe passes this pull rod, should go up the pivot inboard and be equipped with the axle center, should go up the axle center and pass this pull rod and should go up pivot main part connection, should go up the components of a whole that can function independently pivot down including pivot bed and lower pivot main part down, this lower pivot bed is equipped with the axle center hole, this axle center hole is equipped with down in the pivot cover down, this pivot main part connection of the axle center other end should be down.

Description

Shower room with split rotating shaft

Technical Field

The utility model relates to a bathroom field, concretely relates to shower room with components of a whole that can function independently pivot.

Background

A rotating shaft assembly of a shower room belongs to one of door opening assemblies of the shower room, and is low in cost compared with other door opening assemblies of the shower room, so that the market occupation ratio is large, but the effect is difficult to make and is easy to cause problems.

The second problem, the positioning mode of traditional glass door is equipped with the constant head tank on the axle center, be equipped with the set screw in the alignment groove and fix a position, the constant head tank is insecure, the purpose of constant head tank lets the glass door open to about 90 degrees and decides down, can not hit wall or other objects, the constant head tank design is on the axle center, because resistance arm is little, the power arm is big, when the size of glass door is about, the striking strength to the set screw just must be big not, just lose the locate function very fast, thereby let the glass door hit on the wall or on the glass door, the safety problem of glass door appears exploding.

The third problem is that after the shower room is adjusted, a rotating shaft seat is easy to loosen, the shower room is mainly made of a non-standard substance, so the shower room is designed with an adjusting function, common products in the field are all fastened by screws to press the rotating shaft seat, and because the rotating shaft seat and the screws are made of the same hard stainless steel material, the rotating shaft seat cannot be pressed by friction force, the rotating shaft seat can be easily removed towards the movable door, so that the movable door is sagged, the door cannot be opened, the magnetic stripe cannot be well sucked, and the like.

SUMMERY OF THE UTILITY MODEL

The utility model provides a problem reduce the life that frictional force between the rotary part improves the product, prevent that glass door and wall body or other objects from bumping.

In order to achieve the purpose, the utility model provides a shower room with a split rotating shaft, which comprises a pull rod, a glass door, an upper split rotating shaft and a lower split rotating shaft,

the upper split rotating shaft comprises an upper rotating shaft seat and an upper rotating shaft main body, wherein the upper rotating shaft seat is provided with a sleeve, the sleeve is of a hollow tubular structure, the sleeve is provided with an upper rotating shaft sleeve, the sleeve penetrates through the pull rod, an upper shaft center is arranged on the inner side of the upper rotating shaft sleeve, the upper shaft center penetrates through the pull rod and is connected with the upper rotating shaft main body,

the lower split rotating shaft comprises a lower rotating shaft seat and a lower rotating shaft main body,

the lower rotating shaft seat is provided with a shaft center hole,

the shaft center hole is provided with a lower rotating shaft sleeve, a lower shaft center is arranged in the lower rotating shaft sleeve, and the other end of the lower shaft center is connected with the rotating shaft main body.

The utility model discloses a technological effect and advantage: reduce this last components of a whole that can function independently pivot and this lower components of a whole that can function independently pivot between the rotary part friction that the contact produced, increase the life of product, this glass door is when launching, and the expansion angle of this glass door can be injectd to this constant head tank, prevents that this glass door from bumping with wall body or other objects.

Drawings

Fig. 1 is a schematic view of the connection between the glass door and the pull rod and the water bar of the present invention.

Fig. 2 is a schematic view of the upper split rotating shaft and the pull connection of the present invention.

Fig. 3 is an exploded view of the upper split rotating shaft of the present invention.

Fig. 4 is a schematic view of the connection between the lower split rotating shaft and the water bar of the present invention.

Fig. 5 is an exploded view of the lower split shaft of the present invention.

Reference numerals: a pull rod 10; a water bar 20; a glass door 30; an upper split rotary shaft 40; a lower split rotary shaft 50; an upper axial seat 410; an upper rotary shaft main body 420; a connecting piece 411; a sleeve 412; an upper rotating shaft sleeve 413; an upper hub 414; an upper decorative sheet 430; a central bore 431; a connection hole 432; an upper rear cover 440; an upper cover plate 450; an upper decorative cover 460; an upper rear pad 470; an upper gasket 471; an upper connecting post 441; an upper front pad 480; a card slot 451; a lower spindle base 510; a lower shaft main body 520; a fixing member 21; a lower shaft hole 511; a positioning groove 512; a lower spindle sleeve 513; a lower hub 514; a lower spindle washer 530; an upper shaft hole 531; a locating pin 532; a lower rear cover 540; a lower cover plate 550; a lower decorative cover 560; a lower rear gasket 570; a lower gasket 571; a lower connection post 541; a lower front pad 580; a lower chuck wall 581; a lower card slot 551.

Detailed Description

As shown in fig. 1 to 5, a shower room with a split rotating shaft comprises a pull rod 10, a water bar 20, a glass door 30, an upper split rotating shaft 40 and a lower split rotating shaft 50, wherein one end of the upper split rotating shaft 40 is connected with the pull rod 10, the other end of the upper split rotating shaft 40 is connected with the top end of the glass door 30, one end of the lower split rotating shaft 50 is connected with the water bar 20, the other end of the lower split rotating shaft 50 is connected with the bottom end of the glass door 30, and the upper split rotating shaft 40 and the lower split rotating shaft 50 are vertically arranged.

The upper split rotating shaft 40 includes an upper rotating shaft seat 410 and an upper rotating shaft main body 420, wherein the upper rotating shaft seat 410 has a connecting piece 411 and a sleeve 412, the sleeve 412 is disposed at the center of the connecting piece 411, the sleeve 412 is a hollow tubular structure, both ends of an opening of the sleeve 412 are provided with upper rotating shaft sleeves 413, a surface of one end of the upper rotating shaft main body 420 is provided with a screw hole, the sleeve 412 passes through the pull rod 10, an upper shaft core 414 is disposed inside the sleeve 412, one end of the upper shaft core 414 is provided with a screw thread, the screw thread is screwed with the screw hole on the surface of the upper rotating shaft main body 420, a surface of a side end of the upper shaft core 414 contacts with the upper rotating shaft sleeve 413, and the connecting piece 411 is connected with the pull rod 10 through a pointed jackscrew.

An upper decoration plate 430 is disposed between the pull rod 10 and the upper rotating shaft main body 420, the upper decoration plate 430 is provided with a central hole 431 and a plurality of connecting holes 432, the upper rotating shaft sleeve 413 at one end and one end of the sleeve 412 are disposed in the central hole 431, the connecting holes 432 are connected with the pull rod 10 through stud screws, and the decoration plate 430 can sleeve the sleeve 412 at one end and the upper rotating shaft 413 at one end inside, so that the connection between the upper split rotating shaft 40 and the pull rod 10 is more beautiful.

The upper rotating shaft main body 420 includes an upper rear cover 440, an upper cover plate 450 and an upper decorative cover 460, the upper rear cover 440 includes an upper rear gasket 470, one side surface of the upper rear gasket 470 is provided with a plurality of upper gaskets 471, one side surface of the upper rear cover 440 is provided with a plurality of upper connecting columns 441, the upper connecting columns 441 are provided with screw holes, the upper gaskets 471 are sleeved outside the upper connecting columns 441, the upper rear cover 440 is provided on one side surface of the top end of the glass door 30, the upper connecting columns 441 penetrate through the glass door 30, the upper rear gasket 470 is provided between the upper rear cover 440 and the glass door 30, the upper cover plate 450 includes an upper front gasket 480, the upper cover plate 450 is provided with an upper clamping groove 451, one side surface of the upper front gasket 480 is provided with an opposite upper clamping wall 481, the upper clamping wall is clamped and connected with the upper clamping groove 451, the upper cover plate 450 is provided on the other side surface of the top end of the glass door 30, the upper cover plate 450 is screwed with the upper rear cover 440 through a countersunk screw, and the rotating shaft main body is connected with the upper connecting columns 420 through the countersunk screws 481.

A fastening block is disposed on a side surface of the upper decorative cover 460, and the fastening block is disposed between the upper fastening walls 481, so that the upper decorative cover 460 and the upper front pad 480 are fastened together.

The upper rear gasket 470 and the upper front gasket 480 are made of soft materials to prevent the upper rear cover 440 and the upper cover plate 450 from scratching glass or pinching the glass door 30.

The screw hole connected to the upper shaft core 414 is provided on one end surface of the upper rear cover 440.

This lower components of a whole that can function independently pivot 50 includes lower pivot base 510 and lower pivot main part 520, this water bar 20 includes mounting 21, this mounting 21 is equipped with a plurality of mounting holes, this mounting 21 passes through the screw and the tip jackscrew is connected with this lower pivot base 510, become four screws by two original screws hard, and this screw power is downward, the tip jackscrew power is upwards, frictional force is the increase of doubling, the increase of per two roughness, because be the tip jackscrew, can push up this mounting 21 part micro-deformation, so increase frictional force more, it is difficult not hard up after the shower room has been adjusted.

The lower shaft-rotating base 510 has a lower shaft hole 511 and a positioning groove 512, the positioning groove 512 is an arc-shaped structure, and the positioning groove 512 surrounds the lower shaft hole 511.

The surface of the shaft hole 511 is provided with a lower shaft sleeve 513, a lower shaft 514 is arranged in the lower shaft sleeve 513, the surface of the lower shaft main body 520 is provided with a lower shaft gasket 530, the lower shaft main body 520 and the lower shaft gasket 530 are both provided with an upper shaft hole 531, one end of the lower shaft 514 is provided with an upper shaft hole 531, one end of the lower shaft gasket 530 is provided with a positioning pin 532, the positioning pin 532 is arranged in the positioning groove 512, when the glass door 30 is used, the positioning pin 532 moves in the positioning groove 512 along with the movement of the glass door 30, and when the glass door 30 is unfolded, the positioning groove 512 can limit the unfolding angle of the glass door 30, so that the glass door 30 is prevented from colliding with a wall or other objects.

The lower shaft main body 520, the lower shaft core 514, the shaft gasket 530 and the positioning pin 532 may be connected by welding.

The lower spindle main body 520 includes a lower rear cover 540, a lower cover plate 550 and a lower decorative cover 560, the lower rear cover 540 includes a lower rear gasket 570, one side surface of the lower rear gasket 570 is provided with a plurality of lower washers 571, one side surface of the lower rear cover 540 is provided with a plurality of lower connecting posts 541, the lower connecting posts 541 are provided with screw holes, the lower washers 571 are sleeved outside the lower connecting posts 541, the lower rear cover 540 is provided on one side surface of the top end of the glass door 30, the lower connecting posts 541 pass through the glass door 30, the lower rear gasket 570 is provided between the lower rear cover 540 and the glass door 30, the lower cover plate 550 includes a lower front gasket 580, the lower cover plate 550 is provided with a lower clamping groove 551, one side surface of the bottom end of the lower front gasket 580 is provided with an opposite lower clamping wall 581, the lower clamping wall is clamped and connected with the lower clamping groove 551, the lower cover plate 540 is provided on the other side surface of the bottom end of the glass door 30, the lower cover plate 550 is screwed with the lower connecting posts 551 through countersunk screws 540.

The lower decorative cover 560 has a locking block on one side surface thereof, and the locking block is disposed between the corresponding lower locking walls 581, so that the lower decorative cover 560 is locked and connected with the lower front gasket 580.

The lower rear gasket 570 and the lower front gasket 580 are made of soft material to prevent the connection between the lower rear cover 540 and the lower cover plate 550 and the glass door 30 from scratching glass or pinching and exploding the glass door 30.

In specific implementation, the top end of the glass door 30 is connected to the pull rod 10 through the upper split rotating shaft 40, the bottom end of the glass door 30 is connected to the water bar 20 through the lower split rotating shaft 50, when the glass door 30 is unfolded, the top end rotates around the upper shaft core 414 as a shaft center, the upper shaft core 414 rubs against the upper shaft sleeve 413, the bottom end rotates around the lower shaft core 514 as a shaft center, and the lower shaft core 514 rubs against the lower shaft sleeve 513.

To sum up, the utility model discloses a shower room with components of a whole that can function independently pivot, should go up components of a whole that can function independently pivot 40 and this lower components of a whole that can function independently pivot 50 and contact between the part and all can carry out surface machining, after the processing again and the installation between the part can reduce the frictional force that the contact produced between the part, increase the life of product.

Claims

1. A shower room with a split rotating shaft is characterized in that: including pull rod (10), glass door (30), go up components of a whole that can function independently pivot (40) and components of a whole that can function independently pivot (50) down, should go up components of a whole that can function independently pivot (40) and include last pivot base (410) and last pivot main part (420), wherein, should go up pivot base (410) and have sleeve pipe (412), this sleeve pipe (412) are equipped with last pivot (413), this sleeve pipe (412) pass this pull rod (10), this last pivot (413) inboard is equipped with axle center (414), this last pivot (414) pass this pull rod (10) and be connected with this last pivot main part (420), this lower components of a whole that can function independently pivot (50) is including lower pivot base (510) and lower pivot main part (520), this lower pivot base (510) is equipped with axle center hole (511), this axle center hole (511) are equipped with lower pivot cover (513), be equipped with axle center (514) down in this lower pivot cover (513), this pivot main part (520) other end is connected down.

2. The shower room with the split rotating shaft as claimed in claim 1, wherein: the lower rotating shaft seat (510) is provided with a positioning groove (512), the surface of the lower rotating shaft main body (520) is provided with a lower rotating shaft gasket (530), one end of the lower shaft center (514) is connected with the lower rotating shaft gasket (530), one end surface of the lower rotating shaft gasket (530) is provided with a positioning pin (532), and the positioning pin (532) is arranged in the positioning groove (512).

3. The shower room with the split rotating shaft as claimed in claim 1, wherein: the water retaining strip (20) is arranged, the water retaining strip (20) comprises a fixing piece (21), and the fixing piece (21) is connected with the lower shaft rotating base (510).

4. The shower room with the split rotating shaft as claimed in claim 2, characterized in that: an upper decorative sheet (430) is arranged between the pull rod (10) and the upper rotating shaft main body (420), the upper decorative sheet (430) is provided with a central hole (431), and the upper rotating shaft sleeve (413) at one end and one end of the sleeve (412) are arranged in the central hole (431).

5. The shower room with the split rotating shaft as claimed in claim 1, wherein: the upper rotating shaft main body (420) comprises an upper rear cover (440) and an upper cover plate (450), a plurality of upper connecting columns (441) are arranged on one side surface of the upper rear cover (440), the upper rear cover (440) is arranged on one side surface of the glass door (30), the upper cover plate (450) is arranged on the other side surface of the glass door (30), and the upper cover plate (450) is connected with the upper rear cover (440) through screws.

6. The shower room with the split rotating shaft according to claim 5, characterized in that: this go up back lid (440) including last back gasket (470), should go up back gasket (470) and be equipped with a plurality of packing rings (471), should go up packing ring (471) cover in the outside of this last spliced pole (441), this upper cover plate (450) is including last preceding gasket (480), should go up preceding gasket (480) one side surface and be equipped with relative last card wall (481), this upper cover plate (450) is equipped with last draw-in groove (451), should go up card wall (481) and this go up draw-in groove (451) block connection.

7. The shower room with the split rotating shaft according to claim 1, characterized in that: the lower rotating shaft main body (520) comprises a lower rear cover (540) and a lower cover plate (550), a plurality of lower connecting columns (541) are arranged on one side surface of the lower rear cover (540), the lower rear cover (540) is arranged on one side surface of the glass door (30), the lower cover plate (550) is arranged on the other side surface of the glass door (30), and the lower cover plate (550) is connected with the lower rear cover (540) through screws.

8. The shower room with the split rotating shaft as claimed in claim 7, wherein: the lower rear cover (540) comprises a lower rear gasket (570), a plurality of lower gaskets (571) are arranged on one side surface of the lower rear gasket (570), the lower gaskets (571) are sleeved on the outer side of the lower connecting column (541), the lower cover plate (550) comprises a lower front gasket (580), the lower cover plate (550) is provided with a lower clamping groove (551), one side surface of the bottom end of the lower front gasket (580) is provided with a lower clamping wall (581) which is opposite to the lower clamping wall (581), and the lower clamping wall (581) is connected with the lower clamping groove (551) in a clamping manner.

9. The shower room with the split rotating shaft according to claim 1, characterized in that: the upper split rotating shaft (40) and the lower split rotating shaft (50) are vertically arranged.

10. The shower room with the split rotating shaft as claimed in claim 1, wherein: the upper rotary shaft seat (410) is provided with a connecting piece (411), and the connecting piece (411) is connected with the pull rod (10) through a pointed jackscrew.