CN202086117U

CN202086117U - Dressing mirror

Info

Publication number: CN202086117U
Application number: CN2011202007276U
Authority: CN
Inventors: 林成杰
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-06-15
Filing date: 2011-06-15
Publication date: 2011-12-28
Anticipated expiration: 2021-06-15

Abstract

A dressing mirror comprises two rotating units and an adjusting positioning device. The two rotating units are respectively arranged between a base and a mirror frame. The adjusting positioning device comprises a fixed frame arranged on the base, an outer guide seat sleeved on the fixed frame and provided with two guiding grooves communicated with each other and a plurality of positioning grooves, a driving rod arranged inside the outer guide seat, a positioning unit arranged between the driving rod and the outer guide seat and a connecting base arranged between the driving rod and the mirror frame. The positioning unit is provided with a sliding block which can be driven by the driving rod, a connecting rod arranged inside the driving rod, a positioning rod which penetrates through the connecting rod, extends into the sliding block, and can move between the guiding grooves and the positioning grooves and an elastic piece which can enable the positioning rod to move towards the positioning grooves constantly. Accordingly, when the mirror frame is adjusted to a set position, the position can be located so as to improve convenience in use.

Description

Pier glass

Technical field

The utility model relates to a kind of mirror, particularly relates to a kind of pier glass.

Background technology

As shown in Figure 1, existing a kind of pier glass 10 has a pedestal 11, and is the mirror holder 13 that is rotatably installed on this pedestal 11 by two pivot spares 12, and a mirror 14 that is mounted on this mirror holder 13.

Though having, this pier glass 10 can rotate this mirror holder 13 to adjust the function of these mirror 14 use angles, but after being turned to desired location, this mirror holder 13 can't locate, cause meeting with after the external force collision position of this mirror holder 13 and just produce and change, need readjust again, cause and use inconvenience.

Summary of the invention

The purpose of this utility model is to provide a kind of and can locatees after mirror is adjusted to desired location, can improve the pier glass of ease of use.

The utility model pier glass comprises a pedestal, a mirror holder, two rotary units and an adjustment positioner.

This pedestal comprises two vertical rods.

This mirror holder comprises a mirror.

Described rotary unit is installed in respectively between described vertical rod and this mirror holder.

This adjustment positioner comprises a fixed mount, an outer guide bracket, a drive rod, locating unit and a connecting seat.

This fixed mount is fixed between the described vertical rod.

Should comprise that corral defined a top board of a room, a base plate, a left plate, a right plate by outer guide bracket, be arranged at two guide grooves of this left plate, this right plate respectively along fore-and-aft direction, and be arranged at this left plate and this right plate respectively and be communicated with several locating slots of described guide groove, this left plate and this right plate wherein one back segment are placed on this fixed mount.

This drive rod is installed in this room, comprises pivot piece before, one from should before the pivot piece main body of extending towards the rear end, an and containing hole that is arranged at this main body, this containing hole is distinguished into short hole portion in one first top and one first end slotted hole portion.

This positioning unit comprises that one is installed in the slide block of aiming at this containing hole in this room, and one is installed in the connecting rod in this containing hole, and one is fixedly arranged on the backstay of this connecting rod and an elastic component that is installed between this connecting rod and this drive rod along left and right directions; This slide block has a perforation, and this punch block is divided into short hole portion in one second top and one second end slotted hole portion; This connecting rod has a long piece in the end that is positioned at this first end slotted hole portion, and a back segment from this long piece in end is positioned at the back projection that hole portion is lacked on this first top towards the top moulding; This backstay places and is fixed in this back projection and stretches into simultaneously in described guide groove and this perforation; This elastic component is used to make this backstay perseverance to move towards described locating slot.

This Connection Block is mounted on this mirror holder and ties with the preceding pivot piece pivot of this drive rod.

Pier glass described in the utility model, each locating slot of this outer guide bracket are cooperated with guiding incline before a rear retaining surfac and by an arc groove end face to form.

Pier glass described in the utility model, this drive rod comprises that also one is arranged at this main body and stretches into first sleeve column of this containing hole, this connecting rod also has one from second sleeve column of the long piece in this end towards the bottom moulding, and this elastic component is nested with between this first sleeve column and this second sleeve column.

Pier glass described in the utility model, this drive rod comprises that also one is arranged at this main body and stretches into a block of this containing hole, this connecting rod also has a leading portion from this long piece in end and collude piece before the moulding of top, collude before this piece and this back projection and should the long piece in the end between cooperate and formed a groove that is nested with outside this block.

Pier glass described in the utility model, this drive rod also have respectively from this main body and extend towards the rear end and two drive blocks of bending, and this slide block also has from a trailing flank and is provided for two breach that enter for described drive block towards front end.

Pier glass described in the utility model, this mirror holder also comprises an article placing cabinet, an and door-plate that is installed on this article placing cabinet, this mirror is mounted on this door-plate, this article placing cabinet has a back plate and a biside plate connected to each other, described rotary unit is installed in respectively between described vertical rod and the described side plate, each rotary unit comprises that respectively one is fixed on the bracket of pole face in this vertical rod, one is fixed on the spill spin block of this side plate outer plate surface, one is set in the lining between this vertical rod and this spill spin block, one is set in first bolt in this lining, and a screw lock is in second bolt of this first bolt.

The beneficial effects of the utility model are: by this backstay can holding in this locating slot, can locate after this mirror being rotated adjust to set angle, can improve ease of use.

Description of drawings

Fig. 1 is the stereogram of existing pier glass;

Fig. 2 is the stereogram of the utility model pier glass preferred embodiment;

Fig. 3 is the side view of this preferred embodiment, shows that a mirror holder is in primary importance;

Fig. 4 is the exploded stereogram of this preferred embodiment, shows a rotary unit;

Fig. 5 is the partial sectional view that picks up from the line V-V among Fig. 3, shows this rotary unit;

Fig. 6 is the exploded stereogram of this preferred embodiment, shows that one adjusts positioner;

Fig. 7 is the partial enlarged drawing that picks up from Fig. 3, and the secondary bar that has wherein omitted a fixed mount is with convenient this adjustment positioner that shows;

Fig. 8 is a partial schematic sectional view of picking up from Fig. 7, shows the relative position relation of a drive rod, a connecting rod, a positioning rod and a slide block;

Fig. 9 is the cutaway view that picks up from the line IX-IX among Fig. 7;

Figure 10 is the view of similar Fig. 3, shows that this mirror holder is in the second place;

Figure 11 is the partial enlarged drawing that picks up from Figure 10, and the secondary bar that has wherein omitted this fixed mount is with convenient this adjustment positioner that shows;

Figure 12 is the partial sectional view that picks up from Figure 11, shows the relative position relation of this drive rod, this connecting rod, this backstay and this slide block;

Figure 13 is the view of similar Figure 11, shows that this drive rod is positioned at the state of a preceding dead-centre position;

Figure 14 is the view of similar Figure 13, shows the state that this drive rod moves backward;

Figure 15 is the partial sectional view that picks up from Figure 14, shows the relative position relation of this drive rod, this connecting rod, this backstay and this slide block.

The specific embodiment

Below in conjunction with drawings and Examples the utility model is elaborated:

Be noted that employed relative position term in entire description before the detailed description, for example " fore-and-aft direction X ", " left and right directions Y ", " top end direction Z " are to be benchmark with the normal orientation of using.

As Fig. 2, shown in Figure 3, the preferred embodiment of the utility model pier glass comprises a pedestal 2, a mirror holder 3, two rotary units 4 and an adjustment positioner 5.

This pedestal 2 comprises a sole piece 21, and respectively at the bottom of this top direction Z be mounted on the left side of this sole piece 21, two vertical rods 22 on right side.

This mirror holder 3 comprises that an article placing cabinet 31, is the door-plate 32 that is rotatably installed on this article placing cabinet 31, and a mirror 33 that is mounted on this door-plate 32.

This article placing cabinet 31 has a back plate 311 and a biside plate 312 connected to each other.

As Fig. 2, Fig. 3, Fig. 4, shown in Figure 5, described rotary unit 4 is installed in respectively between described vertical rod 22 and the described side plate 312, each rotary unit 4 comprises that respectively one is fixed on the bracket 41 of pole face in this vertical rod 22, one is fixed on the spill spin block 42 of these side plate 312 outer plate surface, one is set in lining 43 between this vertical rod 22 and this spill spin block 42 along this left and right directions Y, one is set in first bolt 44 in this lining 43, and second bolt 45 along this left and right directions Y screw lock in this first bolt 44.

This bracket 41 has U-shaped fluting 411 and is used for placing for this spill spin block 42.

By above-mentioned composition, this mirror holder 3 can be rotated by described rotary unit 4 relative to this pedestal 2.

As Fig. 2, Fig. 3, Fig. 6, Fig. 7, Fig. 8, shown in Figure 9, this adjustment positioner 5 comprises a fixed mount 50, one outer guide bracket 60, a drive rod 70, locating unit 80 and a connecting seat 90.

This fixed mount 50 roughly takes the shape of the letter U, and has a mobile jib 51 along this left and right directions Y extension, and bends and be mounted on two secondary bars 52 of described vertical rod 22 respectively along this fore-and-aft direction X from this mobile jib 51.

Should outer guide bracket 60 comprise that corral defines a top board 62 along the open room 61 of this fore-and-aft direction X, a base plate 63, a left plate 64, a right plate 65, is arranged at two guide grooves 66 of this left plate 64 and this right plate 65 along this fore-and-aft direction X respectively, reach several locating slots 67 that are arranged at this left plate 64 and this right plate 65 respectively and are communicated with described guide groove 66 respectively.

This left plate 64 and this right plate 65 wherein one back segment are and are placed on this mobile jib 51 rotationally, and present embodiment is placed on this mobile jib 51 with the back segment of this right plate 65 and describes.

Each guide groove 66 has a preceding dead point 661, the dead point 662, one first back that is positioned at front and back ends respectively.

Described locating slot 67 is provided with towards the top from described guide groove 66, and each locating slot 67 is cooperated with guiding incline 673 before a rear retaining surfac 672 and by an arc groove end face 671 to form.

This drive rod 70 is and can be installed in movably in this room 61 along this fore-and-aft direction X, comprise pivot piece before one 71, one from should before pivot piece 71 main body 72 of extending towards the rear end, this main body 72 extends towards the rear end simultaneously that at least one drive block 73, towards the right-hand member bending is arranged at this main body 72 and near the containing hole 74 of described drive block 73 certainly, and be arranged at this main body 72 respectively and stretch into a block 75 and one first sleeve column 76 of this containing hole 74.

Described drive block 73 describes with the drive block 73 of two spaces in the present embodiment.

This containing hole 74 roughly is anti-L shaped, is distinguished into one first top short hole portion 741 and one first end slotted hole portion 742.

This block 75 is positioned at the intersection of this first top short hole portion 741 and this first end slotted hole portion 742 and stretches into this first end slotted hole portion 742.

This first sleeve column 76 is positioned at this first end slotted hole portion 742 and extends towards the top.

This positioning unit 80 comprises that one is installed in this room 61 between this right plate 65 and this main body 72 and aims at the slide block 81 of this containing hole 74, one is installed in the connecting rod 82 in this containing hole 74, one is fixedly arranged on the backstay 83 of this connecting rod 82 and an elastic component 84 that is installed between this connecting rod 82 and this drive rod 70 along this left and right directions Y.

This slide block 81 has from a trailing flank 811 uses two breach 812 that enter for described drive block 73 towards front end setting, and a perforation 813 along this left and right directions Y setting.This perforation 813 is generally L-shaped, be distinguished into one second top short hole portion 814 and one second end slotted hole portion 815, and the rear end of this second end slotted hole portion 815 becomes dead point 816, one second back.

This connecting rod 82 has the long piece 821 in the end, the back segment from the long piece 821 in this end that is positioned at this first end slotted hole portion 742 and colludes piece 823 towards back projection 822, the leading portion from the long piece 821 in this end that the top moulding is positioned at this first top short hole portion 741 before the moulding of top, and one from this end long piece 821 colludes piece 823 and this back projection 822 and should cooperate formation one groove 824 that is nested with outside this block 75 between the long piece 821 in the end towards second sleeve column 825 of bottom moulding before this.

This backstay 83 places and is fixed in this back projection 822 and stretches into simultaneously in described guide groove 66 and this perforation 813.

This elastic component 84 is a spring in the present embodiment, be nested with between this first sleeve column 76 and this second sleeve column 825, can bestow the biasing force that back projection 822 related these backstay 83 1 perseverances of this connecting rod 82 move towards the top, these backstay 83 perseverances are moved towards described locating slot 67.

This Connection Block 90 comprises that one is fixed in the jam plate 92 of this back plate 311 by number support bolt 91 lock knot, and one from the right-hand member of this jam plate 92 along this fore-and-aft direction X bending and the pin plate 93 tied by a pivot spare 94 and preceding pivot piece 71 pivots of this drive rod 70.

During use, at the bottom of this mirror 33 is positioned at parallel this top during the primary importance of direction Z, this drive rod 70 is pushed in this room 61, this moment, this backstay 83 was in described guide groove 66 and this perforation 813 and be positioned at this first back dead point 662, this second back dead point 816, do not contact between two drive blocks 73 and this slide block 81 simultaneously and exist a distance, this elastic component 84 to be compressed existence one back stretch.

As Fig. 2, Fig. 3, Fig. 5, Figure 10, Figure 11, shown in Figure 12, adjust the use angle of this mirror 33, only need the application of force to promote this mirror holder 3, this mirror holder 3 just can rotate relative to this pedestal 2 by described rotary unit 4, be in course of adjustment, this drive rod 70 is moved (seeing direction shown in the arrow 100 among Figure 11) by these Connection Block 90 pullings towards front end, driving this connecting rod 82 simultaneously also moves towards front end with this backstay 83, in this drive rod 70 moves forward to two breach 811 that described drive block 73 enters this slide block 81, just can drive this slide block 81 by described drive block 73 also moves towards front end, the user can continue to promote this mirror holder 3 makes the angle of inclination of this mirror holder 3 become big gradually, this drive rod 70 also is drawn out outside this room 61 constantly simultaneously, when this backstay 83 moves to the position of aiming at described locating slot 67, can make this backstay 83 move into described locating slot 67 automatically towards the top by the back stretch of this elastic component 84 and produce the holding locating effect, this moment, this backstay 83 was positioned at this first top short hole portion 741 and this second top short hole portion 814, in the process that this drive rod 70 is continued to pull out, though this backstay 83 can enter described locating slot 67, but still can before described, move forward swimmingly by guiding incline 673, can stop that this backstay 83 moves backward by described rear retaining surfac 672 simultaneously, and then can prevent that mobile backward this mirror holder 3 that causes of this drive rod 70 from producing revolution, when the user adjusts to proper angle this mirror holder 3 that stops operating with this mirror 33, enter corresponding locating slot 67 in by this backstay 83 this moment, and this mirror holder 3 is located automatically in the second place.

As Figure 13, Figure 14, Figure 15, Fig. 3, shown in Figure 2, in the time of this mirror 33 will being reset to the primary importance of direction Z at the bottom of parallel this top, continue to promote this mirror holder 3 earlier, this backstay 83 is moved forward enter described guide groove 66 to enter simultaneously in this first end slotted hole portion 742 and this second end slotted hole portion 815, when this backstay 83 moves forward to this preceding dead point 661, the user can experience the sense of touch that arrives the stroke end, then this mirror holder 3 is bestowed a propulsive thrust, can promote this this connecting rod 82 of drive rod 70 drives by this Connection Block 90 and move (seeing direction shown in the arrow 101 among Figure 14) towards the rear end with this backstay 83, when this backstay 83 moves to this dead point 816 after second, just can drive this slide block 81 by this backstay 83 moves towards the rear end, and in the process that moves towards the rear end, because this backstay 83 is limited in this second end slotted hole portion 815, can't enter this second top short hole portion 814, relatively can't enter in the described locating slot 67, can successfully this drive rod 70 be pushed in this room 61 whereby, make the reseting procedure of this mirror holder 3 quite smooth, when this backstay 83 move to described guide groove 66 first after dead point 662, the user can experience the sense of touch that arrives the stroke end, stop to promote this mirror holder 3 this moment, this mirror 33 just resets to the primary importance of direction Z at the bottom of parallel this top, makes whereby to the utlity model has this mirror holder 3 and can reset to the function of use that original position is reorientated again.

In the process of rotating this mirror holder 3, be by the rear end of this right plate 65 and be placed on this mobile jib 51 rotationally, the preceding pivot piece 71 of this drive rod 70 is rotationally to be tied with these Connection Block 90 pivots, and the front and back end of this adjustment positioner 5 is all turned, and this mirror holder 3 can be rotated swimmingly.

By above explanation as can be known, the utility model pier glass has following beneficial effect:

One, after the utility model is adjusted the angle of this mirror 33, can in corresponding this locating slot 67, produce the location by these backstay 83 holdings, this mirror 33 can be located in the position that the user adjusts, and can not be subjected to the external force collision just to change the position, make the utility model can improve ease of use whereby.

Two, the outer guide bracket 60 of this adjustment positioner 5 of the utility model is closure designs, drive rod 70 can only be drawn out or be pushed into by guide bracket 60 outside this fore-and-aft direction X be somebody's turn to do relatively, do not have the tong problem during use and exist, make the utility model can improve safety in utilization whereby.

Claims

1. a pier glass comprises a pedestal, a mirror holder, two rotary units and an adjustment positioner, it is characterized in that:

This pedestal comprises two vertical rods;

This mirror holder comprises a mirror;

Described rotary unit is installed in respectively between described vertical rod and this mirror holder;

This adjustment positioner comprises a fixed mount, an outer guide bracket, a drive rod, locating unit and a connecting seat;

This fixed mount is fixed between the described vertical rod;

Should comprise that corral defined a top board of a room, a base plate, a left plate, a right plate by outer guide bracket, be arranged at two guide grooves of this left plate, this right plate respectively along fore-and-aft direction, and be arranged at this left plate and this right plate respectively and be communicated with several locating slots of described guide groove, this left plate and this right plate wherein one back segment are placed on this fixed mount;

This drive rod is installed in this room, comprises pivot piece before, one from should before the pivot piece main body of extending towards the rear end, an and containing hole that is arranged at this main body, this containing hole is distinguished into short hole portion in one first top and one first end slotted hole portion;

This positioning unit comprises that one is installed in the slide block of aiming at this containing hole in this room, and one is installed in the connecting rod in this containing hole, and one is fixedly arranged on the backstay of this connecting rod and an elastic component that is installed between this connecting rod and this drive rod along left and right directions; This slide block has a perforation, and this punch block is divided into short hole portion in one second top and one second end slotted hole portion; This connecting rod has a long piece in the end that is positioned at this first end slotted hole portion, and a back segment from this long piece in end is positioned at the back projection that hole portion is lacked on this first top towards the top moulding; This backstay places and is fixed in this back projection and stretches into simultaneously in described guide groove and this perforation; This elastic component makes this backstay perseverance move towards described locating slot;

2. pier glass according to claim 1 is characterized in that:

Each locating slot that is somebody's turn to do outer guide bracket is cooperated with guiding incline before a rear retaining surfac and by an arc groove end face to form.

3. pier glass according to claim 2 is characterized in that:

This drive rod comprises that also one is arranged at this main body and stretches into first sleeve column of this containing hole, and this connecting rod also has one from second sleeve column of the long piece in this end towards the bottom moulding, and this elastic component is nested with between this first sleeve column and this second sleeve column.

4. pier glass according to claim 3 is characterized in that:

This drive rod comprises that also one is arranged at this main body and stretches into a block of this containing hole, this connecting rod also has a leading portion from this long piece in end and collude piece before the moulding of top, collude before this piece and this back projection and should the long piece in the end between cooperate and formed a groove that is nested with outside this block.

5. pier glass according to claim 4 is characterized in that:

This drive rod also has respectively from this main body and extends towards the rear end and two drive blocks of bending, and this slide block also has from a trailing flank and is provided for two breach that enter for described drive block towards front end.

6. pier glass according to claim 1 is characterized in that:

This mirror holder also comprises an article placing cabinet, an and door-plate that is installed on this article placing cabinet, this mirror is mounted on this door-plate, this article placing cabinet has a back plate and a biside plate connected to each other, described rotary unit is installed in respectively between described vertical rod and the described side plate, each rotary unit comprises that respectively one is fixed on the bracket of pole face in this vertical rod, one is fixed on the spill spin block of this side plate outer plate surface, one is set in the lining between this vertical rod and this spill spin block, one is set in first bolt in this lining, and a screw lock is in second bolt of this first bolt.