CN201100050Y

CN201100050Y - Glass door upper and lower hinge mechanism

Info

Publication number: CN201100050Y
Application number: CNU200720139114XU
Authority: CN
Inventors: 刘文环
Original assignee: UNIVERSAL BRIGHT INTERNATIONAL DEVELOPMENT Co Ltd
Current assignee: UNIVERSAL BRIGHT INTERNATIONAL DEVELOPMENT Co Ltd
Priority date: 2007-08-16
Filing date: 2007-08-16
Publication date: 2008-08-13
Anticipated expiration: 2017-08-16

Abstract

The utility model relates to an upper-and-lower hinge structure for glass doors, which comprises an upper hinge, two locators and a lower hinge, wherein the upper hinge and the lower hinge are respectively provided with components of a fixed base, a rotating plate and the like. The upper-and-lower hinge structure has the advantages of easy construction, saving labor, saving time and rapid assembly. Further, after assembly, the glass door is enabled to be provided with stable locating effect in normal unopened state or when rotating inwards and outwards to open to a predetermined angle. In addition, the fixed base of the lower hinge is provided with a shaft bearing, and thereby the glass door can be relatively stable and smooth in rotation.

Description

The upper and lower hinge arrangement of glass door

Technical field

The utility model means the upper and lower hinge arrangement of a kind of glass door.

Background technology

The glass door assembly of commonly using construction system usually sets firmly the back with wall, ground respectively with upper and lower holder and moves the glass door of full wafer heaviness to approximated position slowly the upper and lower pivot groove of aiming at upper and lower holder again by the constructor, yet it is quite difficult through looking into its assembly alignment function, and glass door is very heavy, thereby causes constructor's puzzlement and inconvenience; Moreover quite bother simultaneously when desire dismounting glass door, and the rotation of glass door also has some setbacks; In addition, owing to lack locating effect behind inside, the outside Unscrew of glass door, not only operation inconvenience, and when running into high wind, also cause easily and rock.

The applicant is because aforementioned disappearance is studied and improvement through continuous, and the upper and lower hinge arrangement of a kind of glass door is designed in creation finally.

The utility model content

Main purpose of the present utility model provides the upper and lower hinge arrangement of a kind of glass door, its easy construction can assemble fast or dismantle relatively also can save manpower and man-hour and its glass door in open mode not or inwardly, outside Unscrew has firm locating effect during to predetermined angular.

To achieve these goals, the technical solution of the utility model is: the upper and lower hinge arrangement of a kind of glass door is to include:

Upper hinge, cording have holder and rotating disk, and wherein holder has several locating hole mat lock members and wall locking binding, and this holder has the pivot groove, and this rotating disk then also has the pivot groove;

Following hinge, cording has holder and rotating disk, and wherein holder has several locating hole mat lock members and the Ground lock knot that is connected, and this holder has the pivot groove, and rotating disk also has the pivot groove;

Two keepers, system respectively has pivot, can wear the pivot groove of the rotating disk of upper and lower hinge respectively, and articulate with the pivot groove of the holder of upper and lower hinge respectively, and this two keeper is respectively by the upper and lower position locking binding of a side of several lock members and glass door.

The top of the holder of this time hinge has annular slotted hole for bearing is set.

The pivot system of this two keeper respectively has annular concave ditch, has the flexible member of short slot by this annular concave ditch confession sheathed one.

The pivot groove cording of the holder of this upper hinge has the less position of internal diameter that is positioned at the inboard and continues the less position of this internal diameter and the gradually big taper groove of formation internal diameter that stretches out.

The inboard of the pivot groove of the holder of this time hinge is the less position of internal diameter, and the less position of this internal diameter stretches out and forms the gradually big taper groove of internal diameter.

The holder system of this time hinge further has a ring block protruding upward, the centre of this ring block is provided with the pivot groove, and ring block is provided with annular slotted hole for the installing bearing, the ring part that lower periphery connected of the ring block of this holder then is provided with several locating holes that link with ground, the ring block that cooperates aforesaid holder, the aforesaid rotating disk of hinge down has circular groove and forms the ring part of the outside that is positioned at circular groove, this circular groove is then for being pivoted the ring block of this holder, and the ring part of this holder further is provided with the internal screw thread hole for revolving the elasticity reference column that lock one has external screw teeth, this elasticity reference column cording has interior slotted eye for installing one spring and a pearl body, the upper end of slotted eye in the top of this pearl body stretches out in, and the aperture of the upper end of slotted eye is the diameter that is slightly less than the pearl body in being somebody's turn to do, the top of this aforesaid elasticity reference column system is inserted in the curved arc groove that ring part was equipped with of rotating disk, has several location indentations in this curved arc groove and selects one of them to snap in for the top of the set pearl body of aforementioned elasticity reference column and locate.

The side system of this two fixture is provided with locating hole in addition, and the connecting portion of mat lock member links fixing with each keeper after wearing glass door respectively.

The connecting portion of this lock member is a thread bar portion, and the locating hole of two keeper sides is the internal screw thread hole.

Further between lock member and glass door, add pad when the side mat lock member of this two keeper and glass door locking, and also further add pad between glass door and each keeper, and the also further sheathed neck bush of perforation that passed by the connecting portion of lock member of glass door.

This two keeper system each in one side tool planar portions, with the glass door binding that locks closely.

This two keepers system is respectively in one side tool columnar portion, and columnar portion tool internal screw thread hole, and further between this two keeper and glass door, be equipped with several contiguous blocks, each contiguous block tool locating hole, the connecting portion of lock member pass the perforation of glass door and wear the locating hole of this contiguous block and revolve in the connecting portion of locking two keepers tops and below and finish and lock and connect.

The upper and lower hinge arrangement of another kind of glass door of the present utility model is to include:

Upper hinge, cording have holder and rotating disk, and wherein holder has several locating hole mat lock members and wall locking binding, and this holder has the pivot groove, and this rotating disk then has pivot and articulates for the pivot groove with this holder, and this rotating disk is provided with locating hole in addition;

Following hinge, cording has holder and rotating disk, wherein holder has several locating hole mat lock members and the Ground lock knot that is connected, this holder has the pivot groove, and rotating disk also has pivot for articulating with the pivot groove of this holder, this rotating disk is provided with locating hole in addition, and the top of this holder has annular slotted hole for bearing is set;

Two keepers, system each the one side be provided with locating hole respectively the locating hole locking of mat lock member and the rotating disk of upper and lower hinge link, and the opposite side of this two keeper respectively be provided with the tool locating hole locating piece pass the upper and lower position of several lock members of mat and a side of the glass door binding that locks respectively of the perforation of glass door and fixture block that cooperation has locating hole respectively.

The pivot system of the rotating disk of this upper and lower hinge respectively has annular concave ditch, by the flexible member of each annular concave ditch for a sheathed tool short slot, and the pivot groove cording of the holder of aforementioned upper and lower hinge has the less position of internal diameter that is positioned at the inboard and continue the less position of this internal diameter and the bigger taper groove of formation internal diameter that stretches out.

The holder system of this time hinge further has a ring block protruding upward, this has the pivot groove centre of this ring block, and ring block is provided with annular slotted hole for the installing bearing, the ring part that lower periphery connected of the ring block of this holder then is provided with several locating holes that link with ground, the ring block that cooperates aforesaid holder, the aforesaid rotating disk of hinge down has circular groove and forms the ring part of the outside that is positioned at circular groove, this circular groove is then for being pivoted the ring block of this holder, and the ring part of this holder further is provided with the internal screw thread hole for the elasticity reference column that revolves lock one tool external screw teeth, this elasticity reference column cording has interior slotted eye for installing one spring and pearl body, the upper end of slotted eye in the top of this pearl body stretches out in, and the aperture of the upper end of slotted eye is the diameter that is slightly less than the pearl body in being somebody's turn to do, the top of this aforesaid elasticity reference column system is inserted in the curved arc groove that ring part was equipped with of rotating disk, has several location indentations in this curved arc groove and selects one of them to snap in for the top of the set pearl body of aforementioned elasticity reference column and locate.

Useful technique effect of the present utility model is as follows:

1, construction saves time but also laborsaving and assembly fast easily and not only;

2, glass door has firm locating effect when open mode or inside, outside Unscrew be not to predetermined angular;

3, down the holder of hinge system is provided with bearing, therefore can make the spin stabilization of glass door relatively and smooth and easy;

4, the ring block of the holder of hinge system is pivoted into the circular groove of rotating disk down, therefore has the preferable effect that discharges water relatively;

5, its assembling structure is firm and assembly is easy, and then can reduce manpower and man-hour, and the raising product competitiveness that reduces cost relatively.

Description of drawings

Fig. 1 is the three-dimensional exploded view of the utility model first embodiment.

Fig. 2 is the stereogram of the utility model first embodiment.

Fig. 3 is that the utility model first embodiment wherein plays the holder of hinge and another angle stereogram of rotating disk.

Fig. 4 is the compound section schematic diagram of the utility model first embodiment.

Fig. 5 is that the utility model first embodiment wherein decomposes sectional schematic diagram in the plane of holder, rotating disk and the keeper of upper hinge.

Fig. 6 is the wherein plane compound section schematic diagram of holder, rotating disk and the keeper of upper hinge of the utility model first embodiment.

Fig. 7 is that sectional schematic diagram is decomposed on the plane of the utility model first embodiment holder, rotating disk and keeper of wherein playing hinge.

Fig. 8 is the plane compound section schematic diagram of the utility model first embodiment holder, rotating disk and keeper of wherein playing hinge.

Fig. 9 is the floor map that the utility model first embodiment wherein plays the rotating disk of hinge.

Figure 10 is the three-dimensional exploded view of the utility model second embodiment.

Figure 11 is the stereogram of the utility model second embodiment.

Figure 12 is the compound section figure of the utility model second embodiment.

Figure 13 is the three-dimensional exploded view of the utility model the 3rd embodiment.

Figure 14 is the stereogram of the utility model the 3rd embodiment.

Figure 15 is that the utility model the 3rd embodiment wherein plays the holder of hinge and another angle stereogram of rotating disk.

Figure 16 is the compound section figure of the utility model the 3rd embodiment.

Figure 17 is another combination of angles sectional schematic diagram of the utility model the 3rd embodiment.

Figure 18 is the floor map that the utility model the 3rd embodiment wherein plays the holder of hinge.

The specific embodiment

In order more to be expressly understood technology contents of the present utility model, as Fig. 1～shown in Figure 9, the upper and lower hinge arrangement of a kind of glass door of the utility model is to include:

Upper hinge 1, cording have holder 11 and rotating disk 12, but wherein holder 11 has several locating hole 111 mat lock members 4 and wall suitable position locking bindings such as (figure do not show), and this holder 11 has pivot groove 112, and this rotating disk 12 then also has pivot groove 121;

Following hinge 3, cording has holder 31 and rotating disk 32, wherein but holder 31 has several locating hole 3141 mat lock members 7 and ground suitable position locking bindings such as (figure do not show), this holder 31 has pivot groove 312, and rotating disk 32 also has pivot groove 321, in addition the top of this aforesaid holder 31 have annular slotted hole 3131 can be for bearing 3132 is set;

Two keepers 2, system respectively has pivot 21, can wear the pivot groove 121,321 of the rotating

disk

12,32 of upper and

lower hinge

1,3 respectively, and articulate with the pivot groove 112,312 of the

holder

11,31 of upper and

lower hinge

1,3 respectively, and this two keeper 2 links by the upper and lower suitable position locking of several lock members 5 with a side of glass door 6 (with reference to figure 4) respectively.

Moreover, the pivot 21 of aforementioned two keepers 2 is respectively to have annular concave ditch 211, can be by this annular concave ditch 211 for the flexible member 8 of a sheathed tool short slot, in addition with reference to figure 4, shown in Figure 5, pivot groove 112 cordings of the holder 11 of aforementioned upper hinge 1 have less position 1121 of internal diameter and the less position 1121 of this internal diameter that continues that is positioned at the inboard and stretch out the gradually big taper groove 1122 of formation internal diameter, and then when its pivot 21 of keeper 2 mats is pivoted pivot groove 112 into holder 11, the annular concave ditch 211 of the pivot 21 of keeper 2 sheathed flexible member 8 can in its annular concave ditch 211, push when passing the less position 1121 of the internal diameter of pivot groove 112 with smoothly by the less position 1121 of this internal diameter, and when flexible member 8 during by the less position 1121 of internal diameter, its elastic restoring force amount of flexible member 8 mats outwards struts and gets final product block in taper groove 1122 positions of pivot groove 112 (with reference to figure 6), and then can prevent that flexible member 8 breaks away from pivot groove 112 together with pivot 21, again when the desire dismounting separates holder 11, then the keeper 2 downward application of forces are drawn to make flexible member 8 inwardly contract, then can make pivot 21 break away from the less position 1121 of internal diameter of the pivot groove 112 of holders 11 together with its flexible member that is embedded 8 up to time in the annular concave ditch 211 of its pivot 21 of retraction along taper groove 1122.

Other is the person, cooperate with reference to shown in Figure 7, the aforementioned inboard of the pivot groove 312 of the holder 31 of hinge 3 down is the less position 3121 of internal diameter, the less position 3121 of this internal diameter stretches out and forms the gradually big taper groove 3122 of internal diameter, and then when keeper 2 is desired its pivots 21 of mat and is pivoted pivot groove 312 into holder 31, the annular concave ditch 211 sheathed flexible members 8 of the pivot 21 of keeper 2 can push in annular concave ditch 211 when passing the less position 3121 of the internal diameter of pivot groove 312 with smoothly by the less position 3121 of this internal diameter, and when flexible member 8 during by the less position 3121 of internal diameter, its elastic restoring force amount of flexible member 8 mats outwards struts and gets final product block in taper groove 3122 positions of pivot groove 312 (with reference to figure 8), and then can prevent that flexible member 8 breaks away from pivot grooves 312 together with the pivot 21 of keeper 2; Again when desire dismounting separation fixes 31, the keeper 2 upwards application of force can make flexible member 8 inwardly contract along taper groove 3122, then can make the internal diameter smaller part 3121 of the pivot 21 of fixture 2 together with the pivot groove 312 of its flexible member that is embedded 8 disengaging holders 31 up to time in the annular concave ditch 211 of its pivot 21 of retraction.

Again, when construction assembly operation, the holder 31 of the holder 11 of upper hinge 1 and following hinge 3 can be fixed with the predetermined position on wall (figure does not show) and ground (figure does not show) respectively earlier, the pivot 21 of two keepers 2 then can wear respectively, following

hinge

1,3 rotating

disk

12,32, and these pivot 21 direct and holders 11 of difference mat, 31 pivot groove 112,312 pivot cover windings quickly and easily, be laborsavingly to save time again, and then mat keeper 2 cooperates lock members 5 and glass door 6 (with reference to figure 6) locking to link, also visual certainly different situation demands and two keepers 2 not with holder 11,13 articulate before in advance, and mat lock member 5 links with glass door 6; When operation such as desire to separate that glass door 6 is maintained, then glass door 6 and two keepers 2 can be taken apart again, then can be with two the keepers 2 downward application of forces and the application of force upwards respectively, promptly detachable two keepers 2 and rotating

disks

12,32; Because the holder 31 of following hinge 3 is to be provided with bearing 3132, therefore can make the spinning movement of glass door 6 more flexible smooth and easy relatively in addition.

In addition, the aforementioned holder 31 of hinge 3 down is further to have a ring block 313 protruding upward, the centre of this ring block 313 is provided with aforesaid pivot groove 312, and this ring block 313 is provided with annular slotted hole 3131 can be for installing aforementioned bearings 3132, the ring part that lower periphery connected 314 of the ring block 313 of holder 31 then is provided with aforesaid several locating holes 3141 for linking with ground, the ring block 313 that cooperates aforesaid holder 31, aforesaid 32 of the rotating disks of hinge 3 down have circular groove 323 (in addition with reference to figure 3) and form the ring part 324 of the outside that is positioned at circular groove 323, this circular groove 323 then can be for the ring block 313 of this holder 31 that is pivoted, but make rotating disk 32 mat circular grooves 323 be hubbed at holder 31, and form the gap between the upper surface of the lower surface of the ring part 324 of rotating disk 32 and the ring part 314 of holder 31, and since down the ring block 313 of the holder 31 of hinge 3 be the circular groove 323 of being pivoted into rotating disk 32, therefore can have preferable waterproof effect relatively; In addition with reference to figure 1, shown in Figure 7, the ring part 314 of this holder 31 is provided with internal screw thread hole 3142 in addition can be for the elasticity reference column 315 that revolves lock one tool external screw teeth, these elasticity reference column 315 cordings have interior slotted eye 3151 for installing spring 3152 and pearl body 316, the upper end of slotted eye 3151 in the top 3161 of this pearl body 316 stretches out in, and the aperture of the upper end of interior slotted eye 3151 system is slightly less than the diameter of pearl body 316 to prevent 316 disengagings of pearl body, the top 3153 of this aforesaid elasticity reference column 315 is can be inserted in the curved arc groove 3241 that the ring part 324 of rotating disk 32 is equipped with, and has several location indentations 3242 in this

curved arc groove

3241,3243,3244 (with reference to figure 7, Fig. 9) can select one of them to snap in and have the positioning function (with reference to figure 4) of multistage angle for the top 3161 of the set pearl body 316 of aforementioned elasticity reference column 315.

Moreover, the side system of aforementioned two fixtures 2 is provided with internal screw thread hole, location 23 in addition, respectively the connecting portion 51 of mat lock member 5 for example thread bar portion link fixing with this keeper 2 after wearing glass door 6, and can add pad 52 between lock member 5 and the glass door 6, and also can add pad 53 between glass door 6 and the keeper 2, for example the perforation 61 of passing of thread bar portion also can further sheathed neck bush (figure does not show) by the connecting portion 51 of lock member 5 for this glass door 6 in addition.

Person in addition, each can be convenient to aforementioned two keepers 2 and glass door 6 binding that locks closely in one side tool planar portions 20.

Again, please cooperate in addition with reference to Figure 10～shown in Figure 12 is second embodiment of the present utility model, its principal character is identical with previous embodiment, its difference slightly is to be equipped with between two keepers 2 and the glass door 6 several contiguous blocks 63, each contiguous block 63 has locating hole 631, when the connecting portion 51 of lock member 5 can revolve after for example thread bar portion passes the perforation 61 of glass door 6 and wears the locating hole 631 of this contiguous block 63 in the internal screw thread hole, location 23 of locking the keeper side and finishes locking and link, can add pad 64 between aforementioned in addition lock member 5 and the glass door 6 and between glass door 6 and the

contiguous block

63,65, for example the perforation 61 of passing of thread bar portion also can further sheathed neck bush (figure does not show) and glass door 6 is by the connecting portion 51 of lock member 5; Moreover a side of aforesaid two keepers 2 has columnar portion 24, and the contact site system formation cancave cambered surface 630 of each contiguous block 63 and keeper 2 is beneficial to the binding that locks closely.

In addition, seeing also Figure 13～shown in Figure 180 is the 3rd embodiment of the present utility model, its principal character is identical with aforementioned first embodiment, and the rotating disk 32 and the keeper 2 that mainly tie up to the rotating disk 12 in upper hinge 1, following hinge 3 are slightly different with first embodiment, and present embodiment system includes:

Upper hinge 1, cording has holder 11 and rotating disk 12, wherein but holder 11 has several locating hole 111 mat lock members 4 and wall suitable position locking bindings such as (figure do not show), this holder 11 has pivot groove 112, this rotating disk 12 then also has pivot 122 and can articulate for the pivot groove 112 with this holder 11, and this rotating disk 12 is provided with locating hole 123 in addition;

Following hinge 3, cording has holder 31 and rotating disk 32, wherein but holder 31 has several locating hole 3141 mat lock members 7 and ground suitable position locking bindings such as (figure do not show), this holder 31 has pivot groove 312, and rotating disk 32 also has pivot 322 (with reference to Figure 15) and can articulate for the pivot groove 312 with this holder 31, this rotating disk 32 is provided with locating hole 3231 in addition, in addition the top of this aforesaid holder 31 have annular slotted hole 3131 can be for bearing 3132 is set;

Two keepers 2, each is provided with system locating hole 22 (with reference to Figure 13, Figure 17) in the one side and can distinguishes locating

hole

123,3231 lockings of mat lock member 221 and the

rotating disk

12,32 of upper and

lower hinge

1,3 and link, and the opposite side of this two keeper 2 respectively be provided with the locating piece 27 of tool locating hole 271 can pass the perforation 61 of glass door 6 (with reference to Figure 16) respectively and cooperate have locating hole 251 fixture block 25 respectively the upper and lower suitable position locking of several lock members 26 of mat and glass door 6 one sides link.

Moreover, on aforementioned, following hinge 1,3 rotating disk 12,32 pivot 122,322 is respectively to have annular concave ditch 1221,3221, by each annular concave ditch 1221,3221 can be for the flexible member 8 of a sheathed tool short slot, and on aforementioned, following hinge 1,3 holder 11,31 pivot groove 112,312 cordings have the less position 1121 of internal diameter that is positioned at the inboard, 3121 (in addition with reference to Figure 16) and the less positions 1121 of this this internal diameter of continuing, 3121 and stretch out and form the bigger taper groove 1122 of internal diameter, 3122, and then when last, following hinge 1,3 rotating disk 12,32 its pivots 122 of difference mat, 322 are pivoted into holder 11,31 pivot groove 112,312 o'clock, this pivot 122,322 annular concave ditch 1221,3221 sheathed flexible member 8 pass pivot groove 112, the less position 1121 of 312 internal diameter, 3121 o'clock can be to its annular concave ditch 1221, extruding is to pass through the less position 1121 of this internal diameter smoothly in 3221,3121, and work as flexible member 8 by the less position 1121 of internal diameter, 3121 o'clock, its elastic restoring force amount of flexible member 8 mats outwards struts and gets final product block in pivot groove 112,312 taper groove 1121,3121 positions, and then can prevent that flexible member 8 breaks away from pivot groove 112 together with pivot 21,312, again when desire dismounting separation holder 11,31 o'clock, then will go up, following hinge 1,3 rotating disk 12,32 the keeper 2 that links respectively up or down the application of force draw and can make flexible member 8 along taper groove 1122,3122 inwardly contract, until its pivot 122 of retraction, 322 annular concave ditch 1221, in the time of in 3221, then can make pivot 122,322 together with its flexible member that is embedded 8 disengaging holders 11,31 pivot groove 112, the less position 1121 of 312 internal diameter, 3121.

In sum, the utility model can be concluded and be had following enhancement effect:

1, construction easily, but not only saved time but also laborsaving and fast assembling, and also have dismounting and be easy to advantage.

Therefore 2, the holder 31 of lower hinge 3 is to be provided with bearing 3132, relatively can make the spin stabilization of glass door 6 and smooth and easy.

3, the ring block 313 of the holder 31 of lower hinge 3 is the circular groove 323 into rotating disk 32 of being pivoted, and therefore relatively has Better waterproof effect.

4, assembling structure is firm and assembly is easy, and then can reduce manpower and man-hour, and the relative reduce cost improves product competitiveness.

5, the holder 31 of lower hinge 3 can further be installed elasticity locating dowel 315, the top 3153 of this elasticity locating dowel 315 Can be inserted in the curved arc groove 3241 of rotating disk 32, and select to snap in curved by the pearl body 316 that protrude elasticity locating dowel 315 tops

Several location indentations

3242,3243 of arc groove 3241, one of them of 3244 make the rotating disk 32 can be inwardly or to inner rotary extremely Open predetermined angular and have firm locating effect, relatively also can avoid high wind and cause glass door 6 to rock.

Claims

1. the upper and lower hinge arrangement of glass door is characterized in that, is to include:

2. the upper and lower hinge arrangement of glass door as claimed in claim 1 is characterized in that, the top of the holder of this time hinge has annular slotted hole for bearing is set.

3. the upper and lower hinge arrangement of glass door as claimed in claim 1 is characterized in that, the pivot system of this two keeper respectively has annular concave ditch, has the flexible member of short slot by this annular concave ditch confession sheathed one.

4. the upper and lower hinge arrangement of glass door as claimed in claim 1 is characterized in that, the pivot groove cording of the holder of this upper hinge has the less position of internal diameter that is positioned at the inboard and continues the less position of this internal diameter and the gradually big taper groove of formation internal diameter that stretches out.

5. the upper and lower hinge arrangement of glass door as claimed in claim 1 is characterized in that, the inboard of the pivot groove of the holder of this time hinge is the less position of internal diameter, and the less position of this internal diameter stretches out and forms the gradually big taper groove of internal diameter.

6. on the glass door as claimed in claim 2, following hinge arrangement, it is characterized in that, the holder system of this time hinge further has a ring block protruding upward, the centre of this ring block is provided with the pivot groove, and ring block is provided with annular slotted hole for the installing bearing, the ring part that lower periphery connected of the ring block of this holder then is provided with several locating holes that link with ground, the ring block that cooperates aforesaid holder, the aforesaid rotating disk of hinge down has circular groove and forms the ring part of the outside that is positioned at circular groove, this circular groove is then for being pivoted the ring block of this holder, and the ring part of this holder further is provided with the internal screw thread hole for revolving the elasticity reference column that lock one has external screw teeth, this elasticity reference column cording has interior slotted eye for installing one spring and a pearl body, the upper end of slotted eye in the top of this pearl body stretches out in, and the aperture of the upper end of slotted eye is the diameter that is slightly less than the pearl body in being somebody's turn to do, the top of this aforesaid elasticity reference column system is inserted in the curved arc groove that ring part was equipped with of rotating disk, has several location indentations in this curved arc groove and selects one of them to snap in for the top of the set pearl body of aforementioned elasticity reference column and locate.

7. the upper and lower hinge arrangement of glass door as claimed in claim 1 is characterized in that, the side system of this two fixture is provided with locating hole in addition, and the connecting portion of mat lock member links fixing with each keeper after wearing glass door respectively.

8. the upper and lower hinge arrangement of glass door as claimed in claim 7 is characterized in that the connecting portion of this lock member is a thread bar portion, and the locating hole of two keeper sides is the internal screw thread hole.

9. the upper and lower hinge arrangement of glass door as claimed in claim 1, it is characterized in that, further between lock member and glass door, add pad when the side mat lock member of this two keeper and glass door locking, and also further add pad between glass door and each keeper, and the also further sheathed neck bush of perforation that passed by the connecting portion of lock member of glass door.

10. the upper and lower hinge arrangement of glass door as claimed in claim 1 is characterized in that, this two keeper system each in one side tool planar portions, with the glass door binding that locks closely.

11. the upper and lower hinge arrangement of glass door as claimed in claim 1, it is characterized in that, this two keepers system is respectively in one side tool columnar portion, and columnar portion tool internal screw thread hole, and further between this two keeper and glass door, be equipped with several contiguous blocks, each contiguous block tool locating hole, the connecting portion of lock member pass the perforation of glass door and wear the locating hole of this contiguous block and revolve in the connecting portion of locking two keepers tops and below and finish and lock and connect.

12. the upper and lower hinge arrangement of glass door is characterized in that, is to include:

13. the upper and lower hinge arrangement of glass door as claimed in claim 12, it is characterized in that, the pivot system of the rotating disk of this upper and lower hinge respectively has annular concave ditch, by the flexible member of each annular concave ditch for a sheathed tool short slot, and the pivot groove cording of the holder of aforementioned upper and lower hinge has the less position of internal diameter that is positioned at the inboard and continue the less position of this internal diameter and the bigger taper groove of formation internal diameter that stretches out.

14. on the glass door as claimed in claim 12, following hinge arrangement, it is characterized in that, the holder system of this time hinge further has a ring block protruding upward, this has the pivot groove centre of this ring block, and ring block is provided with annular slotted hole for the installing bearing, the ring part that lower periphery connected of the ring block of this holder then is provided with several locating holes that link with ground, the ring block that cooperates aforesaid holder, the aforesaid rotating disk of hinge down has circular groove and forms the ring part of the outside that is positioned at circular groove, this circular groove is then for being pivoted the ring block of this holder, and the ring part of this holder further is provided with the internal screw thread hole for the elasticity reference column that revolves lock one tool external screw teeth, this elasticity reference column cording has interior slotted eye for installing one spring and pearl body, the upper end of slotted eye in the top of this pearl body stretches out in, and the aperture of the upper end of slotted eye is the diameter that is slightly less than the pearl body in being somebody's turn to do, the top of this aforesaid elasticity reference column system is inserted in the curved arc groove that ring part was equipped with of rotating disk, has several location indentations in this curved arc groove and selects one of them to snap in for the top of the set pearl body of aforementioned elasticity reference column and locate.