CN205963919U - Towel frame - Google Patents
Towel frame Download PDFInfo
- Publication number
- CN205963919U CN205963919U CN201620258928.4U CN201620258928U CN205963919U CN 205963919 U CN205963919 U CN 205963919U CN 201620258928 U CN201620258928 U CN 201620258928U CN 205963919 U CN205963919 U CN 205963919U
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- CN
- China
- Prior art keywords
- receiving
- friction
- engaging members
- bar
- induction element
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
-
- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47K—SANITARY EQUIPMENT NOT OTHERWISE PROVIDED FOR; TOILET ACCESSORIES
- A47K10/00—Body-drying implements; Toilet paper; Holders therefor
- A47K10/04—Towel racks; Towel rails; Towel rods; Towel rolls, e.g. rotatable
- A47K10/10—Towel racks; Towel rails; Towel rods; Towel rolls, e.g. rotatable characterised by being mounted on cabinets, walls, doors, or the like
Landscapes
- Health & Medical Sciences (AREA)
- Public Health (AREA)
- Supports Or Holders For Household Use (AREA)
- Orthopedics, Nursing, And Contraception (AREA)
Abstract
The utility model relates to a towel frame, have can settle assembly part (2) of wall department and with the assembly part is connected holds lever apparatus (3), wherein, it has the follow to hold lever apparatus (3) assembly part (2) extends, and first hold pole (4) and the second holds pole (5), wherein, two are held pole (4, 5) and have formed the portion of holding that is used for towel or analog together, wherein, first hold pole (4) with the second holds during pole (5) be in the joint as follows, makes two are held pole (4, 5) and arrange coaxially and telescopic ground with respect to each other can longitudinal movement along how much pole axis (6), a serial communication port, it has fixed establishment (7) to hold lever apparatus (3).
Description
Technical field
The utility model is related to a kind of towel rack, described towel rack have can be placed in build-up member at wall and with
The receiving lever apparatus that described build-up member connects, wherein, the described lever apparatus that accommodates has first extending from described build-up member
Accommodate bar and the second receiving bar, wherein, described two receiving bars together form the receiving portion for towel or the like, its
In, described first receiving bar is in joint so that described two receiving bar is along geometry as follows with described second receiving bar
Rod axis be coaxially arranged and telescopically relative to each other can vertically move.
Background technology
Towel rack is typically mounted in the most different size of bathroom, in order to accommodate different size of towel or a plurality of simultaneously
Towel.After towel is contained on towel rack, the position for other towel for domination or institute's rheme will be lacked
Putting can be too small.
Known towel rack（DE 912 140 C）It is equipped with and multiple telescopically relative to each other can vertically move
Accommodate bar.The described receiving bar that telescopically relative to each other can vertically move can be along the rod axis split movement of geometry
At restriction site.The receiving bar that each two telescopically relative to each other can vertically move reaches restriction site phase
At the inter-engaging kayser point in the machinery accommodating at boom end.
In order to stably be kept, described receiving bar must vertically move until its restriction site.This makes to use again
Person have lost comfortableness, because user can not individually and arbitrarily adjust the whole length of towel rack, or towel rack
There is no enough stability when arbitrarily adjusting whole length, because accommodate bar being not reaching to admittedly in the case of arbitrary regulation
Fixed joint.
Utility model content
The utility model is based on problems with, constructs and improve known towel rack as follows, thus improving further
The comfort of such towel rack and stability.
The problems referred to above are resolved by following towel rack, and described towel rack has the department of assembly being placed at wall
Part and the receiving lever apparatus being connected with described build-up member, wherein, described receiving lever apparatus has and prolongs from described build-up member
The the first receiving bar stretched and the second receiving bar, wherein, described two receiving bars together form the receiving portion for towel, its
In, described first receiving bar is in joint so that described two receiving bar is along geometry as follows with described second receiving bar
Rod axis be coaxially arranged and telescopically relative to each other can vertically move.Described receiving lever apparatus has fixing machine
Structure, described fixed mechanism is in joint or can be placed in joint with described two receiving bars, described fixed mechanism energy
Enough it is placed in stationary state, fixed mechanism described in described stationary state fixes described receiving at the relative aspect that vertically moves
Bar, described fixed mechanism can be placed in release conditions, and fixed mechanism described in described release conditions moves in relative longitudinal direction
Dynamic aspect discharges described receiving bar, and described fixed mechanism passes through described two receiving bars in the assembled state around institute
The rod axis stating geometry relative to each other can be placed in described stationary state towards the rotation of fixed-direction, and passes through institute
The rod axis stating two receiving bars around described geometry are relative to each other towards the release direction being in reverse to described fixed-direction
Rotation can be placed in described release conditions.
It is important that following consideration in principle, that is, the towel rack with receiving lever apparatus is equipped with fixed mechanism, described
Accommodate lever apparatus and there is the first receiving bar and the second receiving bar, described fixed mechanism is independent of two relative to each other indulging of receiving bar
It is in joint to mobile and described two receiving bars or can be placed in joint.
For this reason, the towel rack with receiving lever apparatus is equipped with fixed mechanism, described receiving lever apparatus has described first
Accommodate bar and described second receiving bar, described fixed mechanism and two receiving bars are in joint or can be placed at joint
In.Described fixed mechanism can be placed in stationary state, and wherein said fixed mechanism fixes institute at the relative aspect that vertically moves
State receiving bar.Additionally, described fixed mechanism can be placed in release conditions, wherein said fixed mechanism vertically moves in relative
Aspect release accommodates bar.
Described fixed mechanism can be by described two bars that accommodate around the rod axis rotation quilt relative to each other of geometry
It is placed in described stationary state and in described release conditions such that it is able to abandon the extra operating element for fixation.
Described two receiving bars accommodating lever apparatus advantageously can infinitely move longitudinally relative to each other and carry out
Fixing.Thus, it is possible to towel rack being accordingly infinitely adjusted on arbitrary total length and being fixed.Minimum length, also
Length in the state sailed into completely for the towel rack, and maximum length, namely stop mechanism for towel machine in the state rolled away from completely
Length depend on first and second receiving bars sizes.
In the preferred structural scheme on the basis of above technical scheme, described fixed mechanism preferably has frictional fit unit
Part, it is in stationary state in application position and utilizes fixing force to fix described receiving at the relative aspect that vertically moves
Bar.
In the preferred structural scheme on the basis of above technical scheme, described fixed mechanism has for rubbing described in guiding
Wipe the induction element of co-operating member, wherein, described induction element and receiving bar, preferably accommodate with described first bar couple,
Especially be permanently connected and described friction-engaging members depend on the state of described fixed mechanism by frictional fit connect with
Another receiving bar, preferably with described second receiving bar couple.It may further be preferable that described fixing force is by described frictional fit
Connect transmission.
In the preferred structural scheme on the basis of above technical scheme, at least one accommodates bar, preferably described second appearance
Bar of receiving be configured with inner face accommodate pipe and described friction-engaging members with described accommodate one of bar, preferably described second
The inner face accommodating bar is in joint and produces described frictional fit connection.
In the preferred structural scheme on the basis of above technical scheme, described friction-engaging members are configured to shell-like simultaneously
And partially surround described induction element along extending longitudinally to of described induction element.
In the preferred structural scheme on the basis of above technical scheme, described friction-engaging members are in described two receivings
Connect servo-actuated by described frictional fit when bar is pivotably movable with respect each other and realize described friction-engaging members and draw around described
The rotation of guiding element and the thus movement in described application position for the described friction-engaging members.
In the preferred structural scheme on the basis of above technical scheme, described friction-engaging members are joined for described friction
Close the movement in described application position for the element to expand with regard to the rod axis radial direction of described geometry.
In the preferred structural scheme on the basis of above technical scheme, described induction element and described frictional fit are first
Part be configured to as follows reverse taper so that described friction-engaging members realize institute along vertically moving of described induction element
The rod axis radial direction stating friction-engaging members with regard to described geometry expands in described application position.
In the preferred structural scheme on the basis of above technical scheme, described induction element and described frictional fit are first
Part is mutually in as follows in screw engagement so that described friction-engaging members are described around the rotation realization of described induction element
Friction-engaging members vertically move along described induction element, and thus described friction-engaging members with regard to the bar of described geometry
Axis radial direction expands in described application position.
In the preferred structural scheme on the basis of above technical scheme, described induction element is joined in order to avoid described friction
Close element to unclamp at described induction element and have in the free end of described induction element and accommodate for supportive
The projection of described friction-engaging members.
In the preferred structural scheme on the basis of above technical scheme, described receiving lever apparatus has swing articulated section,
Described receiving lever apparatus is connected with build-up member by described swing articulated section.Thus, it is possible in an advantageous manner by described receiving
Lever apparatus is adjusted to can be towards in the state of side wobble with respect to build-up member.Thus can most preferably utilize for domination again
Space.
In the preferred structural scheme on the basis of above technical scheme, be provided with least two receiving lever apparatus, its with
Build-up member connects.Thus, a plurality of towel can be parallel to each other and be accommodated by described towel rack with staggering.
Brief description
The utility model is explained in greater detail below according to the accompanying drawing illustrating only one embodiment.Shown in accompanying drawing：
Fig. 1 illustrate in perspective view the towel rack by suggestion, a respectively）In the state sailed into and b）In the shape rolling away from
In state,
Fig. 2 is the exploded view of the fixed mechanism by Fig. 1 itself,
Fig. 3 illustrates the towel rack by Fig. 1, a with vertical profile respectively）In release conditions and b）In stationary state,
Fig. 4 illustrate in perspective view the fixed mechanism itself by Fig. 1, a respectively）In release conditions and b）In fixing shape
In state.
Specific embodiment
Shown towel rack 1 can be placed at wall with its build-up member 2 according to the view in Fig. 1.Described towel rack 1
Also there is in addition to build-up member 2 receiving lever apparatus 3, wherein, described receiving lever apparatus 3 has to be opened from described build-up member 2
The the first receiving bar 4 and second beginning to extend accommodates bar 5.Two receiving bars 4,5 form the appearance for towel or the like together
Receive portion.Described first receiving bar 4 is in joint so that described two accommodate bar 4,5 edges as follows with described second receiving bar 5
The rod axis 6 geometry are coaxially arranged and can relative to each other telescopically vertically move, such as from the one of Fig. 1 a and 1b
As knowing in looking at.
Fig. 1 a shows that described towel rack 1 is in the state sailed into.On the contrary, Fig. 1 b shows that described towel rack 1 is in
In the state rolled away from.Described receiving lever apparatus 3 has fixed mechanism 7, and described fixed mechanism is in described two receiving bars 4,5
In joint or can be placed in joint.Described fixed mechanism 7 can be placed in stationary state, and wherein said fixed mechanism exists
Relatively vertically move aspect fixation described receiving bar 4,5.This illustrates in fig 3b.
Described fixed mechanism 7 can also be placed in release conditions, and wherein said fixed mechanism is vertically moving aspect relatively
Release described receiving bar 4,5.This illustrates in fig. 3 a.
Movement between described stationary state and described release conditions for the described fixed mechanism 7 obtains very special now
Meaning.In the assembled state, described fixed mechanism 7 passes through described two bars 4,5 that accommodate around the rod axis 6 of described geometry
Relative to each other can be placed at described stationary state towards the rotation of fixed-direction（Fig. 3 a）In, and by described two appearances
Receive bar 4,5 around the rod axis 6 of described geometry relative to each other towards the rotation of the release direction being in reverse to described fixed-direction
Can be placed in described release conditions（Fig. 3 b）.
Described first receiving bar 4 and described second receiving bar 5 can infinitely move longitudinally relative to each other and can
Fixing by means of described fixed mechanism 7.For this reason, described fixed mechanism 7 has friction-engaging members 8, described friction-engaging members
Stationary state is in application position and relatively vertically move aspect with fixing force interfix described receiving bar 4,
5.The fixing force here relatively vertically moving that resists being applied extends along and parallel to the rod axis 6 of described geometry.?
Described in the release conditions of described fixed mechanism 7, friction-engaging members 8 are not expanded（Fig. 3 a, 4a）, and in stationary state
Described friction-engaging members 8 are expanded（Fig. 3 b, 4b）.
In order to guide described friction-engaging members 8, described fixed mechanism 7 has induction element 9, wherein, described guiding element
Part 9 and a receiving bar, preferably couple with the described first receiving bar 4.Described induction element 9 is especially fixing with described receiving bar 4
Ground connects.Described friction-engaging members 8 depend on the state of described fixed mechanism 7 to connect and described another appearance by frictional fit
Receive bar, preferably with described second receiving bar 5 couple.Described fixing force preferably connects transmission by described frictional fit.
At least one accommodates bar 4,5, preferably described second and accommodates the receiving pipe that bar 5 is configured with inner face.Described friction
Co-operating member 8 is in joint and produces institute with one of described receiving bar 4,5, preferably described second receiving bar 5 inner face
State frictional fit to connect.Produced frictional fit is connected to shown in Fig. 3 b.By a receiving bar 4,5 is configured to accommodate
Pipe described two receiving bar 4,5 relative to each other telescopically can vertically move.
Fig. 4 a, b show the perspective view of described fixed mechanism 7.That described friction-engaging members 8 are configured to shell-like and edge
Extending longitudinally to of described induction element 9 and partially surround described induction element 9.By described two receiving bars 4,5 phases
For rotation each other, described friction-engaging members 8 are servo-actuated via the connection of described frictional fit, thus described friction-engaging members
8 around described induction element 9 rotate and thus the movement in described application position for the described friction-engaging members 8 obtain reality
Existing.By reaching described application position, described receiving lever apparatus 3 is in described stationary state, and this illustrates in fig 3b.
In order to move in described application position, described friction-engaging members 8 can be as with regard to the rod axis 6 of described geometry
Upper described ground radially expands like that.The fixed mechanism 7 expanding, the friction-engaging members 8 especially expanding illustrate in fig. 4b.In order to
Expand described friction-engaging members 8, described friction-engaging members 8 for example can have weak point or groove or similar structures,
It makes described friction-engaging members 8 expand when applying fixing force.Preferably described friction-engaging members 8 can have out for this
Groove or opening or weak part or similar structures.Preferably described friction-engaging members 8 can have multiple weak points, groove or class
Like structure.Such weak part can symmetrically be arranged to distribution at described friction-engaging members 8.Also it can be considered that arranging
Weak part is asymmetricly distributed at described friction-engaging members 8.Same it can be considered that described friction-engaging members 8 at least portion
Ground is divided to be made up of elastic material, it can reversibly deform.
According to embodiment, described induction element 9 and described friction-engaging members 8 following oppositely conically construction so that
Described friction-engaging members 8 vertically move realization along described induction element 9：Described friction-engaging members 8 are with regard to geometry
Rod axis 6 radial expansion is in described application position.Here, will broadly " taper " this concept.Meaning in the application
In justice, " taper " this concept very means " having tapered shape " at large.
Described induction element 9 for example has the tapered form of outside effect, preferably has tapered shape.Phase
Instead, described friction-engaging members 8 have the shape of cylindricality in its outside vpg connection, and the cone of described friction-engaging members 8
The construction of shape is related to internally positioned cavity.
Described induction element 9 and described friction-engaging members 8 are mutually in screw engagement as follows so that described rub
The rotation wiping co-operating member 8 around described induction element 9 achieves described friction-engaging members 8 along described induction element 9
Vertically move.With regard to the rod axis 6 of geometry, thus achieve described friction-engaging members 8 radial direction and expand in application position.This
Outward, described induction element 9 preferably has the screw engagement portion of the taper of outside, the especially external screw thread of taper.And described friction is joined
Close element 8 and preferably there is the screw engagement portion of taper of inside, the internal thread of especially taper.The external screw thread of preferably described taper and
The internal thread of described taper is in as follows in being bonded with each other so that described friction-engaging members 8 are with respect to described induction element 9
Relative to vertically moving and can be adjusted with respect to externally threaded rotation of described taper by the internal thread of described taper.
Here, accommodate the rotation of bar 5 by least one receiving bar 4,5, preferably described second described, described friction-engaging members 8
The internal thread 11 of taper is servo-actuated.
By described receiving bar 4,5 towards the direction being in reverse to described fixed-direction, i.e. the rotation of release direction, described rubs
Wipe co-operating member 8 to move along described induction element 9 away from the contrary direction of described application position.Thus, described solid
Determining mechanism 7 enables described towel rack 1 to be fixed towards fixed-direction and can be towards the side being in reverse to fixed-direction
To being placed in release conditions.Therefore, desired by described towel rack 1 can infinitely reversibly be adjusted in the assembled state
Total length on.
In order to avoid described friction-engaging members 8 are caused towards the excessive rotation of release direction by described receiving bar 4,5
Unclamp with described induction element 9, described induction element 9 has projection 10.Once described friction-engaging members 8 reach described guiding
During the end of element 9, described projection 10 especially supportive ground accommodates friction-engaging members 8.Here, described projection 10 can be any
Ground construction, as long as provide the receiving of the supportive of described friction-engaging members 8 in the end of described induction element 9.
According to another preferred structural scheme, described receiving lever apparatus 3 has swing articulated section, hinged by described swing
Accommodate lever apparatus described in portion to be attached with described build-up member 2（It is shown without）.By this swing articulated section, described receiving
Lever apparatus 3 can swing at an angle with respect to build-up member 2, be preferably able to towards side wobble between 0 ° and 90 °
Angle.Described receiving lever apparatus 3 thus achieves wherein assembling towel rack with respect to the position that can swing of build-up member 2
Optimal position in 1 space utilizes.
Preferably between described receiving bar 4,5, arrange sliding members 11.Described sliding members 11 and two receiving bars 4,5
It is in joint.Reduced by described sliding members 11 and to produce when two receiving bars 4,5 move longitudinally relative to each other
Friction, thus in the described resistance accommodating and must pull against reduction when bar 4,5 moves longitudinally relative to each other.
It is furthermore possible to consider setting at least two receiving lever apparatus 3, it is connected with build-up member 2（It is shown without）.Thus
Enable in particular to a plurality of towel is especially suspended at same towel rack in parallel to each other.
Claims (20)
1. towel rack, has the build-up member being placed at wall（2）And the receiving bar dress being connected with described build-up member
Put（3）, wherein, described receiving lever apparatus（3）Have from described build-up member（2）The the first receiving bar extending（4）And second
Accommodate bar（5）, wherein, described two receiving bars（4、5）Together form the receiving portion for towel, wherein, described first appearance
Receive bar（4）With the described second receiving bar（5）It is in joint so that described two receiving bar as follows（4、5）Along geometry
Rod axis（6）It is coaxially arranged and telescopically relative to each other can vertically move,
It is characterized in that,
Described receiving lever apparatus（3）There is fixed mechanism（7）, described fixed mechanism and described two receiving bars（4、5）It is in and connect
In conjunction or can be placed in joint, described fixed mechanism（7）Can be placed in stationary state, institute in described stationary state
State fixed mechanism and fix described receiving bar at the relative aspect that vertically moves（4、5）, described fixed mechanism（7）Release can be placed in
In state, fixed mechanism described in described release conditions discharges described receiving bar at the relative aspect that vertically moves（4、5）, and
And described fixed mechanism（7）In the assembled state by described two receiving bars（4、5）Rod axis around described geometry
（6）Relative to each other can be placed in described stationary state towards the rotation of fixed-direction, and by described two receivings
Bar（4、5）Rod axis around described geometry（6）Relative to each other turning towards the release direction being in reverse to described fixed-direction
Move and can be placed in described release conditions.
2. the towel rack as described in claim 1 is it is characterised in that described first accommodates bar（4）With the described second receiving bar（5）
Can infinitely move longitudinally relative to each other and can be by means of described fixed mechanism（7）It is fixed.
3. the towel rack as described in claim 1 or 2 is it is characterised in that described fixed mechanism（7）There are friction-engaging members
（8）, described friction-engaging members are in described stationary state in application position and vertically move aspect profit in relative
Make described receiving bar with fixing force（4、5）It is fixed to one another.
4. the towel rack as described in claim 3 is it is characterised in that described fixed mechanism（7）Have for guiding described friction
Co-operating member（8）Induction element（9）, wherein, described induction element（9）With a receiving bar（4、5）Couple, and described rub
Wipe co-operating member（8）Depend on described fixed mechanism（7）State by frictional fit connect with another receiving bar（4、5）Coupling
Connection.
5. the towel rack as described in claim 4 is it is characterised in that at least one accommodates bar（4、5）It is configured with inner face
Accommodate pipe and described friction-engaging members（8）It is in joint and produces described friction with the described inner face accommodating one of bar
It is connected.
6. the towel rack as described in claim 4 or 5 is it is characterised in that described friction-engaging members（8）It is configured to shell-like simultaneously
And along described induction element（9）Extend longitudinally to and partially surround described induction element（9）.
7. the towel rack as described in claim 4 is it is characterised in that described friction-engaging members（8）In described two receiving bars
（4、5）Connected by described frictional fit servo-actuated when pivotably movable with respect each other, and realize described friction-engaging members（8）Around
Described induction element（9）Rotation and thus described friction-engaging members（8）Movement in described application position.
8. the towel rack as described in claim 3 is it is characterised in that described friction-engaging members（8）For described frictional fit
The movement in described application position for the element can be with regard to the rod axis of described geometry（6）Radially expand.
9. the towel rack as described in claim 4 is it is characterised in that described induction element（9）And described friction-engaging members
（8）Be configured to as follows reverse taper so that described friction-engaging members（8）Along described induction element（9）Longitudinal direction move
Move and realize described friction-engaging members（8）Rod axis with regard to described geometry（6）Radially expand in described application position.
10. the towel rack as described in claim 4 is it is characterised in that described induction element（9）And described friction-engaging members
（8）Mutually it is in screw engagement so that described friction-engaging members as follows（8）Around described induction element（9）Rotation
Realize described friction-engaging members（8）Along described induction element（9）Vertically move, and thus described friction-engaging members
（8）Rod axis with regard to described geometry（6）Radially expand in described application position.
11. towel racks as described in claim 4 are it is characterised in that described induction element（9）In order to avoid described frictional fit
Element（8）From described induction element（9）Place unclamps and has for supportive ground in the free end of described induction element
Accommodate described friction-engaging members（8）Projection（10）.
12. towel racks as described in claim 1 are it is characterised in that described receiving lever apparatus（3）There is swing articulated section, institute
State receiving lever apparatus by described swing articulated section and described build-up member（2）Connect.
13. towel racks as described in claim 1 are it is characterised in that be provided with least two and described build-up member（2）Connect
Receiving lever apparatus（3）.
14. towel racks as described in claim 4 are it is characterised in that described induction element（9）With the described first receiving bar（4）
Couple.
15. towel racks as described in claim 4 are it is characterised in that described induction element（9）With a receiving bar（4、5）Gu
Surely connect.
16. towel racks as described in claim 4 are it is characterised in that described induction element（9）With the described first receiving bar（4）
It is permanently connected.
17. towel racks as described in claim 4 are it is characterised in that described friction-engaging members（8）Depend on described fixing machine
Structure（7）State by frictional fit connect with described second receiving bar（5）Couple.
18. towel racks as described in claim 4 are it is characterised in that described fixing force connects transmission by described frictional fit.
19. towel racks as described in claim 5 are it is characterised in that described second accommodates bar（5）It is configured with the appearance of inner face
Receive pipe.
20. towel racks as described in claim 5 are it is characterised in that described friction-engaging members（8）With the described second receiving bar
（5）Inner face be in joint and produce described frictional fit and connect.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DE202015105011.9 | 2015-09-22 | ||
| DE202015105011.9U DE202015105011U1 (en) | 2015-09-22 | 2015-09-22 | towel rail |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205963919U true CN205963919U (en) | 2017-02-22 |
Family
ID=57795402
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620258928.4U Active CN205963919U (en) | 2015-09-22 | 2016-03-31 | Towel frame |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN205963919U (en) |
| DE (1) | DE202015105011U1 (en) |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE912140C (en) | 1950-11-16 | 1954-05-24 | Richard Hammerschmidt | Towel holder with support arm |
| DE1725009U (en) * | 1956-03-03 | 1956-06-28 | Wilhelm Kirchhoff | TOWEL HOLDER, CONSISTS OF A WALL PLATE WITH A SWIVELING ARM ATTACHED TO IT. |
| DE8424057U1 (en) * | 1984-08-14 | 1985-01-24 | Passon, geb. Randolf, Margot, 6968 Walldürn | SICK - GOAL - PHOTO PAD - CANE |
| DE9001212U1 (en) * | 1989-02-21 | 1990-04-05 | Lekisport Ag, Ramsen, Ch | |
| DE29706849U1 (en) * | 1997-04-16 | 1998-08-13 | Lenhart Klaus | Length-adjustable tube, especially for ski or hiking poles |
| DE29822136U1 (en) * | 1998-09-18 | 2000-01-27 | Lenhart Klaus | Cross-country telescopic pole |
| US7243806B2 (en) * | 2004-08-04 | 2007-07-17 | Golden Peak Plastic Works Limited | Bathroom rail |
| DE202005004193U1 (en) * | 2005-03-14 | 2005-06-02 | Hüppe GmbH & Co. KG | Telescopic device for holding items of washing and/or showering utensils comprises fixing sections for fixing the device to a shower screen or shower cubicle, and a support section |
-
2015
- 2015-09-22 DE DE202015105011.9U patent/DE202015105011U1/en active Active
-
2016
- 2016-03-31 CN CN201620258928.4U patent/CN205963919U/en active Active
Also Published As
| Publication number | Publication date |
|---|---|
| DE202015105011U1 (en) | 2016-12-23 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |