TWM468553U - Shower sliding door and door frame assembly structure - Google Patents

Description

Shower sliding door frame assembly structure

The present invention relates to a shower door frame assembly structure, especially a shower door with a knob group, which can provide the effect of opening or closing the door panel, and can provide the function of synchronous upper and lower displacement and positioning of the door panel.

The shower door is mainly used to separate the shower area in the bathroom. The shower door can block the water from the shower, the clothes, or other items, so that the shower room and the bathroom or the room are formed. Dry and wet separation environment to keep the environment dry and avoid excessive moisture affecting environmental sanitation and inconvenience.

Generally, the shower door is provided with a plurality of door panels, and a hinge structure is arranged between one of the door panels and the wall or the other door panel, so that the door panel can be rotated relatively to achieve the function of opening or closing the door panel.

The combination of the shower door hinge and the wall can be roughly divided into a frameless type and a frame type.

According to the conventional structure, there is a framed shower door hinge structure, such as the "hinge structure and the shower door with hinge structure" disclosed in the Japanese Patent No. 097217085, including: a frame body; a fixing seat, which is fixed On one side of the frame, the fixing seat defines a recess and a first through hole perpendicular to the recess; a positioning member Embedded in the recessed groove, the positioning member has a convex portion and a second through hole with respect to the first through hole; and a clip pivotally disposed on the fixed seat, the clip has a first piece a second body, a groove and a protrusion, the groove being recessed between the first piece and the second piece, the groove corresponding to the protrusion, the protrusion being rotatable Extending into the first perforation and the second perforation.

Another conventional frameless shower door hinge structure, such as the "improvement of the structural assembly for shower sliding door" disclosed in the new patent No. 081211733, which mainly comprises a side support rod and a first inlay. The component, the second embedded component, the door frame upright, the hinge and the glass plate are formed, wherein: the side support pole is disposed at an appropriate position on the body rod, and an insert groove is erected at an appropriate side. The glass insert is erected vertically; the first embedded component is mainly provided with a glass insert groove on one side and a glass insert groove wall on the inner center, and a bolt-fixed arc piece is extended and convex. The second in-line component is provided with a glass inlay on one end side, and the other end side is erected as a waterproof inlay, and is fixed at an appropriate position on the two side walls by erect bolts on both side walls. The curved frame is mainly provided with an upright glass insert at a suitable position on one side of the rod body, and a vertical shaft hole is formed at an appropriate position in the inner center; the hinge is mainly made of a bolt and a long piece. One end is properly positioned and locked in the second The bolt of the component is fixed on the arc piece, and the other end is convexly formed into a plate piece, and a shaft rod is protruded at an appropriate position in the center of the plate piece; the feature is: using the peripheral edge of the glass plate to wedge the side branch In the glass recess of the pole, or by the first (or second) embedded component to fit into the insert groove of the side support rod, to form a wall panel; and, in the appropriate position of the preset By means of the second (or first) embedded component and The hinges are combined with the framed uprights and the glass panels to form a door panel that can be opened or closed. This allows us to make a combination of size and space and any combination of venues. Simplify quickly.

In the above-mentioned structure, the glass of the former is disposed in the frame body, and the two hinge structures are oppositely disposed above and below, and the convex portion of the positioning member corresponds to the groove of the clip, and the protrusion column of the clip can be rotated. Extending into the first perforation of the fixing seat and the second perforation of the positioning member, so that the clamping piece can pivot the rotating column to drive the glass on the clamping piece to rotate, and the sliding door can be opened or closed; The inner edge of the glass plate is embedded in the insert groove of the side support bar to form the wall plate, and at the appropriate position, by the second or first embedded component and the hinge, and the door frame and the glass plate are combined The chisel is assembled to form a door panel that can be opened or closed. The combination structure is easy to manufacture and is suitable for use in a bathroom with an additional shower.

The latter is a frameless shower door hinge structure, and the hub is connected with the side support poles. However, the side support poles are bulky, the assembly convenience is poor, and when the door panel is pivoted open or closed, there is no proper positioning and buffering. Design, when opening, it is easy to make the door panel expand too large and hit the wall or other items. When closing, the plastic magnetic sheet of the outer edge of the door frame and the outer edge of the adjacent side of the wall panel should be sucked and positioned, and the plastic magnetic sheet will be affected when worn. The door panel is closed, and the door panel is opened or closed by human control, but the manpower is not fixed. When the force is insufficient, it will not be easy to open or can not be closed, or the door panel will be damaged due to excessive force. Therefore, the structure affects the door panel. The opening and closing and its practicability; the former has a framed shower door hinge structure, due to its frame needs The wall is fixed with mud, the construction is more complicated, it is not convenient to add the design of the shower sliding door structure, and the frame is single and fixed, and the door panel cannot be added according to the demand. It also has the positioning and buffer design, and the overall structure needs to be improved. Therefore, the creator further provides a practical and innovative shower door frame assembly structure for the aforementioned problems.

In view of the above, the shower door frame assembly structure disclosed in the present invention comprises: a door panel group, wherein one side edge surface of the door panel group is connected to the wall; a support unit is disposed on the door panel group; Between the wall and the ground, it is composed of at least one upper support group, at least one lower support group, and at least one embedded rod, and each of the upper support group and the lower support group is respectively disposed on the door panel near the wall and below In the position, the embedded rod is disposed above the door panel; a hinge unit is disposed between the door panel, the wall, and the embedded rod, the hinge unit has an upper hub group and a lower hub group, the upper hub The group is disposed between the insertion rod and the upper support group, and a knob group is disposed between the upper hinge and the insertion rod, the lower hinge group is disposed between the lower support group and the ground, the lower hinge group a rotation positioning group is disposed between the lower support group and the water block, the rotation positioning group has a first shaft seat assembled with the door closer, and is between the lower support group and the lower support group Providing a second shaft seat, the first shaft seat end At least one positioning slot is disposed, the second shaft seat is provided with a positioning rod for being embedded in the positioning slot; and by the above components, each of the knob group and the rotating positioning group can provide an effect of opening or closing the door panel group, and The rotating positioning group can provide the effect of synchronous upper and lower displacement and positioning of the door panel group, and the overall structure can be convenient and practical.

(10) ‧ ‧ door panel

(11)‧‧‧First door panel

(111)‧‧‧Contact holes

(12)‧‧‧Second door panel

(121) ‧ ‧ set of holes

(13) ‧ ‧ walls

(14) ‧‧‧ Ground

(15) ‧‧‧ third door panel

(20) ‧‧‧Support unit

(21) ‧‧‧First Upper Support Group

(211)‧‧‧First support piece

(212) ‧‧‧lateral edge

(213)‧‧‧ Positioning Department

(214)‧‧‧Second support piece

(22) ‧‧‧Second upper support group

(221)‧‧‧Front support

(23) ‧‧‧First support group

(231)‧‧‧First support piece

(232) ‧‧‧lateral edge

(233)‧‧‧Second support piece

(234)‧‧‧Bumps

(235)‧‧‧Perforation

(26)‧‧‧Fixed parts

(30)‧‧‧Inlay rod

(31)‧‧‧Insert pole wall

(32)‧‧‧Insert pole wall seat mat

(321)‧‧‧ bolts

(33) (34) ‧ ‧ screws

(35) ‧‧‧Fixed holes

(40) ‧‧‧ Hub Unit

(41) ‧‧‧Upline Group

(50) ‧‧ ‧ knob group

(51)‧‧‧Upper shaft seat

(511)‧‧‧ fixed ear

(512) ‧ ‧ core seat

(513)‧‧‧Axis core hole

(514)‧‧‧Bump

(515)‧‧‧ screw holes

(516)‧‧‧ bolts

(52)‧‧‧Axis core

(521)‧‧‧ Lower shaft

(522) ‧‧‧through slot

(523)‧‧‧Upper axis

(524)‧‧‧ transverse holes

(53)‧‧‧Limited rod

(60) ‧ ‧ lower hub

(61) ‧‧‧Water Block

(611)‧‧‧ Lower edge

(612) ‧‧‧Fixed holes

(613)‧‧‧ fixing bolts

(614)‧‧‧Axis hole

(615) ‧‧‧Perforation

(62) ‧‧‧Rotary positioning group

(621)‧‧‧ Lower shaft core seat

(6211)‧‧‧ Shaft hole

(622)‧‧‧First axle seat

(6221)‧‧‧ positioning slot

(6222)‧‧‧ Surface

(6223)‧‧‧Guide

(6224)‧‧‧Axis hole

(623)‧‧‧Second axle seat

(6231)‧‧‧ positioning slot

(6232)‧‧‧ Shaft hole

(624)‧‧‧ Positioning rod

(63) ‧‧ ‧Waterproof Department

(66)‧‧‧Left waterproof sheet

(67)‧‧‧Right waterproof sheet

(68)‧‧‧Front waterproof sheet

(80) ‧‧‧Upper Socket

(81) ‧ ‧ lower adapter

(82) ‧‧‧Upper flange

(821)‧‧‧Perforation

(83)‧‧‧ Lower flange

(84)‧‧‧Baffle

(85)‧‧‧ 耳耳

(851)‧‧‧Small screw holes

(86)‧‧‧ fixing bolts

The first figure is a perspective view of a preferred embodiment of the present invention.

The second figure is a schematic plan view of a preferred embodiment of the present invention.

The third figure is a perspective exploded view of a preferred embodiment of the present invention.

The fourth figure is a perspective exploded view of the preferred embodiment of the present invention.

The fifth figure is a three-dimensional exploded view of the preferred embodiment of the present invention.

The sixth figure is a perspective exploded view of the preferred embodiment of the present invention.

Figure 7 is a plan view of the hub group of a preferred embodiment of the present invention.

The eighth figure is an action diagram 1 of the hub group of a preferred embodiment of the present invention.

The ninth drawing is a plan view of the lower hinge group of a preferred embodiment of the present invention.

The tenth figure is an action diagram 1 of the lower pivot group of a preferred embodiment of the present invention.

Figure 11 is a perspective view of another embodiment of the present invention.

Figure 12 is a perspective exploded view of another embodiment of the present invention.

First, please refer to the first to tenth drawings. The shower door frame assembly structure provided by the present invention mainly comprises: a door panel group (10), a supporting unit (20), and a hinge unit (40).

The door panel (10) has at least one door panel. In this embodiment, it has a two door panel, which is composed of a first door panel (11) and a second door panel (12). (11) a plurality of through holes (111) are disposed adjacent to the peripheral preset position, and a side edge surface of the first door panel (11) and the second door panel (12) are respectively connected to the wall (13); The door panel (10) can be applied to glass, acrylic, or plastic materials.

The support unit (20) is disposed between the door panel group (10), the wall (13), and the ground (14), and is composed of a plurality of upper support groups, a plurality of lower support groups, and at least one embedded rod (30) Each of the upper support group and the lower support group respectively has at least one support piece. In this embodiment, the first upper support group (21) and the second upper support group (22) are provided. a first lower support group (23), wherein the first upper support group (21) and the first lower support group (23) respectively have a first support piece and a second support piece; and the first door plate (11) A first upper support group (21) is disposed at a preset position above the wall (13), and a second upper support group (22) is disposed at a preset position above the second door panel (12), the first upper support The group (21) has a first supporting piece (211) and a second supporting piece (214). The first supporting piece (211) has a side edge (212) extending laterally above the first supporting piece (211), and is protruded from the side edge (212). The first support piece (211) and the second support piece (214) are oppositely disposed on opposite sides of the first door plate (11), and the first support piece (211) and the second support piece (214) are oppositely disposed on the upper side of the first door plate (11), and Engaging with at least one fixing member (26) The first support piece (211), the second support piece (214), and the assembly hole (111).

A second upper support group (22) is disposed at a predetermined position above the second door panel (12), and has a plurality of fixed door seats (221), and the fixed door seat (221) is an H-shaped section The elastic body having the necessary rigidity has a second door panel (12) interposed between the lower side edges of the H-shaped section, and the outer side of the upper side edges of the H-shaped section is fitted to the inner side of the insertion rod (30).

A first lower support group (23) is disposed at a predetermined position below the first door panel, and has a first support piece (231) and a second support piece (233), the first support A side edge (232) is disposed on the lower side of the first door panel (11), and the first support panel (231) and the second support panel (233) are oppositely disposed on opposite sides of the first door panel (11), and The first support piece (231), the second support piece (233), and the assembly hole (111) are coupled through at least one fixing member (26).

In this embodiment, the inserting rod (30) is disposed above the door panel group, and is disposed at a position set on the two sides of the wall (13), and each of the embedded rod wall seats (31) is respectively locked by screws (33). The wall (13) is respectively inserted into the insert rod wall seat (31) by an insert rod wall seat cushion (32), and the insert rod (30) is spanned on the two sides of the insert rod wall seat (31), and The inserting rod wall seat cushion (32) is locked to the insert rod wall seat (31) by bolts (321) passing through the fixing holes (35) and the two sides of the insert rod wall seat (31), and the insert rod is provided ( 30) The effect of stable fixed position.

The hinge unit (40) is disposed between the door panel group (10), the wall (13), and the insertion rod (30), and provides the door panel assembly (10) to generate rotation and synchronous up and down displacement actions; An upper hub group (41) and a lower hub group (60), the upper hub group (41) is provided with a knob group (50), and the knob group (50) is provided with an upper shaft core seat (51). The shaft core seat (51) is a T-shaped body, and a fixing ear (511) protrudes from the left and right sides, and each of the fixing ears (511) is provided with a screw hole (515) for the screw (34) to pass through the insertion rod (30). The knob group (50) is assembled in the insert rod (30), and a core seat (512) is sandwiched between the two fixing ears (511). The core seat (512) is a rectangular parallelepiped with a shaft core hole in the center (513). ), for the lower shaft (521) of the shaft core (52), two corresponding protrusions (514) are disposed on one side of the shaft core hole (513); the lower edge of the lower shaft (521) is cut and worn. The groove (522) may be combined with a positioning portion (213) protruding from a side edge (212) of the first support piece (211), the core (52) One side of the upper shaft (523) is provided with a horizontal hole (524), and a limiting rod (53) is arranged for the two corresponding protruding columns (514) disposed on the side of the shaft core hole (513). .

The knob group (50) is disposed between the insert rod (30) and the first upper support group (21), and has an upper shaft core seat (51) and a shaft core (52), the upper shaft core seat ( 51) is a rectangular parallelepiped and is provided with a core seat (512) extending to the two sides to connect two fixing ears (511); the shaft core (52) is in the shape of a round seat, and the lower end of the shaft is respectively provided with a lower shaft ( 521) and an upper shaft (523), the upper shaft (523) is slightly larger in diameter than the lower shaft (521), and the lower shaft (521) has a through groove (522) in the radial direction, and is in the center of the upper shaft (523) A transverse hole (524) is disposed in the radial direction for the limiting rod (53) to pass through, and one end of the limiting rod (53) protrudes out of the horizontal hole (524); the shaft core (52) is disposed After being embedded in the upper shaft core seat (51), the entire flange group (50) sleeve side edge (212) is convexly provided with a positioning portion (213) in a shape, so that the shaft core (52) is under the shaft core (52) A positioning portion (213) of the shaft (521) radially extending through the groove (522) and the side edge (212) is sleeved for engaging the groove (522) of the lower shaft (521).

The lower hinge group (60) is provided with a water retaining seat (61) and a rotating positioning group (62). The water retaining seat (61) is a long L-shaped plate body, and a central portion of the lower edge (611) is provided. A shaft hole (614) and a shaft hole (614) are respectively provided with a through hole (615) on both sides of the radial direction for the bolt to lock the shaft core seat (621) of the rotating positioning group (62) to the upper end surface of the lower edge (611). The lower edge (611) is provided with two fixing holes (612) for fixing the fixing bolts (613) to fix the water blocking seat (61) to the ground (14).

The rotary positioning group (62) has a lower shaft core seat (621), a first shaft seat (622), a second shaft seat (623), and a positioning rod (624), the first shaft seat (622) The utility model has a round seat shape, and the end surface of the end surface is provided with two intersecting positioning grooves (6221), and the positioning is performed. A curved surface (6222) is disposed in the same direction of each end surface of the groove (6221), so that the end surface of the first shaft seat (622) is formed into a four curved surface (6222) and four positioning grooves (6221) are formed in a staggered manner to form a guide. The guide surface (6223) is provided with a shaft hole (6224) in the center of the first shaft seat (622), and the first shaft seat (622) is disposed in the connecting hole (6211) of the lower shaft core seat (621). The guiding surface (6223) is disposed outwardly; the second shaft seat (623) has a circular sleeve shape, and one end surface is radially provided with a positioning groove (6231), and the second shaft seat (623) The center is provided with a shaft hole (6232); a protrusion (234) is disposed under the side edge (232) of the first support piece (231) of the first lower support group (23), and the protrusion (234) is radially disposed There is a through hole (235) for threading the protruding post (234) through the second shaft seat (623) shaft hole (6232), the first shaft seat (622) shaft hole (6224), and the water retaining seat (61) After the shaft hole (614), the positioning groove (6231) of the second shaft seat (623) is opposite to the positioning groove (6221) of the first shaft seat (622), and the positioning rod (624) is disposed. The shaft seat hole (6232) is disposed between the positioning groove (6221) of the first shaft seat (622) and the positioning groove (6231) of the second shaft seat (623); A waterproof portion (63) is arranged between one side of the new group (60) and the ground (14), and a left waterproof sheet (66) is added therebetween, and a right waterproof sheet is provided between the lower hinge group (60) and the wall (13). (67) A front water stop (68) is arranged in front of the water retaining seat (61), and each waterproof sheet prevents water from splashing into the lower hinge group (60) to provide waterproof effect of the door panel.

When the first door panel (11) is opened or closed, the knob group (50) and the rotation positioning group (70) of each of the upper hub group (41) and the lower hub group (60) are arranged to make each The shaft core (52) and the second shaft seat (623) combined with the positioning rod (624) can be rotated by the thrust force when the door is opened; the shaft core (52) and the lower pivot group (60) of each of the upper hinge group (41) The second axle seat (623) is coupled with the positioning rod (624) to be rotated by the first door panel (11). In the rotation process, the upper shaft group (41) of the upper hinge group (41) is rotated synchronously, and the upper shaft (523) is rotated by the upper shaft (523). ) abutting against a boss (514) at the upper end of the core seat (512), such that the first door panel (11) can generate a maximum rotation angle + θ when the first door panel (11) is reversely driven At the same time, the limiting rod (53) of the upper shaft (523) is driven to abut against the other protrusion (514) of the upper end of the core seat (512), so that the first door panel (11) can generate another a maximum rotation angle is -θ. In this embodiment, the maximum rotation angle θ of the first door panel (11) is +90 degrees, and the other maximum rotation angle θ of the reverse rotation is -90 degrees, that is, The movable angle of the first door panel (11) is limited to between +90 degrees and -90 degrees; at the same time, the lower pivot group (60) is shaped by the curved surface (6222) and the positioning slot (6223) during the rotation process. The positioning rod (624) is rotated, and is displaced along the curved surface (6222) to the positioning groove (6223) and positioned, so that the first shaft seat (622) and the second shaft seat (623) are synchronously generated to generate up and down displacement. And positioning action, by the top and bottom of the knob group (50) and rotation Bit group (62) of the design to limit the first door panel (11) of the angle activity, can avoid hitting the wall when the door opening or closing (13) caused by the (11) damage to the circumstances of the first door panel.

The assembly holes (111) (121) of the first door panel (11) and the second door panel (12) may be arranged as horizontal elongated holes for the first support piece and the second support. The screws are fixed to each other, and the locking position can be adjusted according to the shape of the long hole. The left and right displacements of the first door panel (11) or the second door panel (12) can be adjusted to match the wall (13) setting to reach a convenient group. Set the effect.

With the above components, the hub unit (40) is respectively disposed on the door panel group (10) and has an upper hub group (41) and a lower hub group (60), each of the upper hub groups (41) and The lower hub group (60) is respectively provided with a knob group (50) and a rotation positioning group (62), which are matched with the limit of the upper hub group (41) and the lower hub group (60), so that the door panel group (10) can be fixed. The preset angle is unfolded and positioned to avoid hitting the wall, and an insertion rod (30) is disposed above the door panel group (10) for the support unit (20) to be assembled, and the insertion rod (30) is borrowed The setting can increase the force support effect, so the overall structure is very practical and convenient.

In order to further understand the characteristics of this creation, the use of technical means and the expected results, the use of this creation is described as follows:

The composition of the present invention is that the first door panel (11) and the second door panel (12) are connected to each other to form the door panel group (10), and the first upper support group (21) and the second upper support group ( 22) fixedly fixed to the first door panel (11) and the second door panel (12), and the first lower support group (23) is fixedly fixed under the first door panel (11), and then the first upper support group (21) being assembled with the upper hub group (41), and assembling the first lower support group (23) with the lower pivot group (60), and then the inserting rod (30) and the first upper supporting group ( 21) The second upper support group (22) and the upper pivot group (41) are connected to each other, that is, the assembly is completed.

In the use of the present creation, when the first door panel (11) is opened, the knob group (50) and the rotation positioning group (62) of each of the upper hub group (41) and the lower hub group (60) are used to make each The shaft core (52) and the second shaft seat (623) combined with the positioning rod (624) can be rotated by the thrust action when the door is opened; meanwhile, when the first door panel (11) is opened or closed, each of the upper shafts (11) The pivot core (52) and the second axle seat (623) of the hub group (41) and the lower hub group (60) are combined with the positioning rod (624) to be rotated by the first door panel (11), and are synchronized during the rotation process. The upper shaft group (41) rotates the shaft (523) of the shaft core (52) of the knob group (50), and when the rotation thereof rotates, the limit rod (53) of the upper shaft (523) abuts against the core seat ( 512) its upper end Any one of the protrusions (514), such that the first door panel (11) can be rotated to the two sides by a maximum rotation angle +θ or -θ; respectively, the lower hinge group (60) is subjected to each surface during the rotation (6222) and the positioning groove (6223) are shaped outwardly, and the first shaft seat (622) is rotated 90 degrees with respect to the second shaft seat (623), so that the positioning rod (624) is displaced along the curved surface (6222) to The next positioning slot (6223) is positioned, and when the first door panel (11) is pushed to rotate in the reverse direction, the positioning rod (624) is displaced along the curved surface (6222) back to the original positioning slot (6223) and positioned. Simultaneously generate up and down displacements and positioning actions.

The hub unit (40) of the present creation is provided above and below the door panel group (10) with upper and lower hub groups (41) (60), and the upper hub group (41) is provided with a knob group ( 50), to limit the maximum working angle of the door panel group (10), to avoid collision with the wall (13), and the lower pivot group (60) is provided with a rotating positioning group (62) to provide the door panel group (10) When rotating, the upper and lower displacements and positioning actions can be synchronously generated, which is excellent in practicality and convenience. Moreover, the water retaining seat (61) of the lower hinge group (60) is directly protruded on the ground (14). ), there is no need to pre-dig the ground (14) for installation, and the construction is simple and rapid, and the shower sliding door can be conveniently added to make the assembly more convenient and practical.

The insertion rod (30) is arranged to disperse the force of the plurality of support groups of the support unit (20), improve the supporting effect of the insertion rod (30), and avoid the occurrence of warping and twisting; each of the first door panels (11) And the assembly hole (111) (121) of the second door panel (12) can be set as a horizontal long hole, and the first support piece and the second support locking position can be adjusted according to the shape displacement of the long hole. The left and right displacements of the first door panel (11) or the second door panel (12) can be adjusted to match the wall (13) setting to achieve the convenience of assembly.

Please refer to the fourteenth figure, which is another embodiment of the creation. The door panel group (10) can be provided with an appropriate number of door panels according to different sizes of the bathroom. In this embodiment, a third door panel (15) is added to one side of the first door panel (11). The upper door (11), the second door plate (12), and the third door plate (15) are respectively connected with an upper adapter (80) or a lower adapter (81), and the second door panel (81) 12), between the third door panel (15) and the wall (13), the embedded rod (30), and the ground (14), and provided with a second upper support group (22) above and below, and the second door panel (12) The upper and lower hub groups (41) (60) are disposed between the first door panel (11), and the first door panel (11) is opened by the upper and lower hub groups (41) (60). Or the function of closing, limiting the opening angle, and rotating positioning, that is, forming a door panel group (10) of two fixed door panels and a movable door panel.

Referring to the eleventh to twelfth drawings, in another embodiment of the present invention, the inserting rod (30) above the first door panel (11) is connected with an upper adapter (80) and a third panel ( 15) The upper insertion rod (30) is connected with a lower adapter (81), and the upper adapter (80) and the lower adapter (81) are respectively provided with a baffle (84) for covering the insertion rod. (30) One end, the upper adapter (80) and the lower adapter (81) are provided with two lugs (85) on one side of the baffle (84), and the lugs (85) are respectively drilled with small holes a screw hole (851), when the upper adapter (80) and the lower adapter (81) cover one end of the insertion rod (30), both lugs (85) are inserted into the insertion rod (30), Then, the bolt (321) is inserted into the small screw hole (851) of the lug (85) through the fixing hole (35) of the inserting rod (30), and the upper adapter (80) or the lower adapter (81) Fixed to one end of the insert rod (30), the upper adapter (80) is provided with an upper flange (82) on the other side of the baffle (84), and a perforation is provided in the center of the upper flange (82). The lower adapter (81) is provided with a lower flange (83) on the other side of the baffle (84), and a screw hole (831) is provided in the center of the lower flange (83), the first door panel (11) The upper embedded rod (30) is connected The upper adapter (80) and the insertion rod (30) above the third door panel (15) are coupled to the lower adapter (81), and the upper adapter (80) upper flange (82) can be utilized. Lap the flange (83) under the adapter (81) and pass the perforation (821) and the lower adapter (81) of the upper flange (82) of the upper adapter (80) with a fixing bolt. The screw hole (831) of the lower flange is screwed to connect the insert rod (30) above the first door panel (11) with the insert rod (30) above the third door panel (15), and the same manner is also utilized. The upper adapter (80) and the lower adapter (81) connect the insertion rod (30) above the first door panel (11) and the insertion rod (30) above the second door panel (12), thereby being applicable The insert rod (30) is used in corners.

In summary, the "sliding door frame assembly structure" disclosed in the present invention provides a hinge structure of a door closer, and the door group (10) is provided with upper and lower hinge groups (41) (60) above and below. The upper pivot group (41) uses a stud (514) to limit the rotation angle of the limiting rod (53), thereby limiting the maximum rotation angle of the door panel group (10) to avoid hitting the wall (13), the lower hub The group (41) is designed by using the positioning groove (6221) and the curved surface (6222) of the first axle seat (622) and the second axle seat (623) to provide synchronous upper and lower displacement and positioning of the door panel group (10). The effect is that the whole industry has practical and innovative benefits, and its structure has not been seen in various books or publicly used. It is in line with the requirements of new patent applications, and it is requested to express the patents as soon as possible.

To be clear, the above is the specific embodiment of the creation and the technical principles applied. If the changes made according to the concept of this creation, the functional role produced by it does not exceed the spirit of the manual and the drawings. At the time, it should be combined with Chen Ming within the scope of this creation.

(11)‧‧‧First door panel

(12)‧‧‧Second door panel

(13) ‧ ‧ walls

(21) ‧‧‧First Upper Support Group

(23) ‧‧‧First support group

(30)‧‧‧Inlay rod

(40) ‧‧‧ Hub Unit

(60) ‧ ‧ lower hub

(63) ‧‧ ‧Waterproof Department

Claims (7)

The utility model relates to a shower door frame assembly structure, which comprises: a door panel group, wherein a front side edge surface of the door panel group is connected with a wall; a support unit is arranged between the door panel group, the wall and the ground; The utility model is composed of at least one upper support group, at least one lower support group, and at least one embedded rod. Each of the upper support group and the lower support group is respectively disposed on the door panel near the wall and at a predetermined position below, the embedded rod system The utility model is disposed above the door panel group; a hinge unit is disposed between the door panel group, the wall and the embedded rod, the hinge unit has an upper pivot group and a lower pivot group, wherein the upper pivot group is disposed on the embedded rod and Between the upper support groups, a pivot group is disposed between the upper pivot group and the embedded rod, the lower hinge group is disposed between the lower support group and the ground, and the lower hinge group is provided with a water retaining seat and a a rotation positioning group disposed between the lower support group and the water block, the rotation positioning group having a first shaft seat coupled to the water block and between the lower support group Providing a second shaft seat, the first shaft seat end surface is provided to a positioning slot, the second shaft seat is provided with a positioning rod for being embedded in the positioning slot, and when the door panel group is opened or closed, each of the rotating positioning groups provides the door panel group to synchronously rotate during the rotating process. And the action of up and down displacement. The shower door frame assembly structure according to claim 1, wherein the door panel has a plurality of door panels, and further comprises an inserting rod, and an upper support group and a lower support are arranged at a predetermined position above and below each of the door panels. Each of the upper support group and the lower support group has at least one support piece for being assembled at a predetermined position of each of the door panels, the insertion rod set is disposed between the upper support groups, and one of the insertion rods and the Upper hub The New Zealand group of spinners meet. The shower door frame assembly structure according to claim 1, wherein the upper hub group is provided with a knob group, one end of the insert rod is connected to the knob group, and the knob group has an upper shaft core seat. a shaft core, and a limiting rod, wherein the upper shaft core seat is provided with a shaft core hole, and two protrusions are respectively disposed on two sides of the upper edge of the upper shaft core seat, and a limiting rod is radially disposed in the center of the shaft core. The shaft core and the upper shaft core seat are assembled with each other, and the limit rod is accommodated in the shaft core. The assembly structure of the shower door frame according to the third aspect of the patent application, wherein the upper side of the upper core of the upper shaft core is respectively provided with a protrusion, the shaft core is rounded, and the axial ends are respectively provided a lower shaft and an upper shaft, wherein the lower shaft is radially provided with a through slot, and a transverse hole is radially disposed in the center of the upper shaft for the limiting rod to pass through, and one end of the limiting rod protrudes from the horizontal hole The through slot of the lower shaft and the upper support group are engaged with each other. The sliding door frame assembly structure according to claim 1, wherein the rotating positioning group of the lower hinge group is provided with a lower shaft core seat, and the lower shaft core seat is provided with a shaft seat hole, and the rotating positioning group is The first shaft seat has a round seat shape, and the end surface of the first shaft seat is provided with four curved surfaces in the radial direction, and each of the adjacent end faces of the positioning groove is provided with a curved surface in the same direction. And the four positioning grooves jointly form a guiding surface in a staggered manner, the first shaft seat is disposed in the shaft seat hole, the second shaft seat has a circular sleeve shape, and one end surface is radially disposed with a positioning. a groove, the lower support group has at least one support piece and a side edge, and a protrusion is disposed below the side edge, and a through hole is radially disposed, and the protrusion is passed through the lower core group, the lower core seat, the first After the first shaft seat and the second shaft seat are engaged with the water retaining seat, the positioning groove of the second shaft seat is first The positioning groove of the shaft seat is oppositely disposed, and the positioning rod is pierced and disposed between the positioning groove of the first shaft seat and the positioning groove of the second shaft seat. According to the assembly structure of the shower door frame according to Item 1, the lower hinge group is provided with a waterproof portion between the side and the ground, and the left waterproof sheet and the right waterproof sheet and the front waterproofing are disposed around the lower hinge group. sheet. The shower door frame assembly structure according to claim 1, wherein each of the upper support group and the lower support group respectively has at least one support piece, the door plate set has at least one door plate, and the door plate is respectively disposed adjacent to a preset position of the periphery. One of the plurality of holes is formed in the shape of a long hole, and the supporting piece and the connecting hole are combined by a fixing member.