Classifications

• • A—HUMAN NECESSITIES
  • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
  • A47G—HOUSEHOLD OR TABLE EQUIPMENT
  • A47G25/00—Household implements used in connection with wearing apparel; Dress, hat or umbrella holders
  • A47G25/74—Necktie holders ; Belt holders
  • A47G25/746—Necktie holders ; Belt holders mounted on wall, ceiling or the like

Definitions

• Fig.1 consist of a horizontal bar (2) attached to the inside of a wardrobe door (1), the individual ties (3) have no specific places, and their slipping cannot be prevented. So that the ties (3) cannot be moved out of their vertical positions and can be accidentally pinched with the cabinet door when the cabinet door (l) moves quickly, the free ends of the ties can be located within a door ring (17).
• Tie holders are also known (2000), FIG. 2, which have a separate and separate supporting part (4) for each individual tie (3) and this is in each case part of an independent supporting element (100).
• the installation depth of such a tie holder is relatively large and these are not suitable for an order of the support elements in two or more rows horizontally one above the other for storing a large number of ties.
• This disadvantage has the tie holder which is not the subject of this invention.
• This individual hanging places can be found on individual horizontal support parts which are parallel to a base plate or wall or cabinet door that is common to at least one row of the support parts and are arranged in at least one row or in several mutually parallel rows. Most ties have in the middle a width of less than 35 mm, but some rare ones can have a width of up to 40 mm and on a tie hanger a smaller number of supporting parts must have such a greater length.
• the simplest is an embodiment of such a tie holder (1100) Fig. 3, in which the supporting parts (4) are parts of a horizontal support (500) and are separated from one another with separating parts (6). These separating parts (6) can, as in Fig. 3, for Example cutting discs.
• the tie holder (1100) can have the usual circular surfaces on both ends, or can have a one-piece (7) Fig. 4 or multi-piece base plate.
• the tie holder (1200) Fig. 4 To store a large number of ties, as with the tie holder (1200) Fig. 4, several but at least two such carriers (501/1), (501/2), (501 / ..) of the same design can be arranged one above the other.
• each carrier has a different distance from the common base plate (7) or from the wall or cabinet door (1) to which the tie holder is attached, the top bracket (501/1) has the smallest and the bottom bracket (501/3) the greatest distance.
• the vertical distance between the straps must be so large that the upper parts of the suspended ties (3) also in the rear Rows are clearly visible.
• the straps (502/1) and (502/2) Fig. 5 on one End against a common base plate (7) or the wall or the cabinet door (1) rotatably mounted in the horizontal direction (8).
• the carriers (502A), (502/2) are secured in this position with holding magnets.
• each row of the supporting parts or. each carrier has its own base plate and these can be attached individually to the cabinet door, so that a version with originally only one carrier (501/1) can later be expanded by one or two further carriers.
• the supporting parts (4) can also be parts of independent supporting elements.
• the supporting parts (4) are parts of independent supporting elements (200a); these are with fastening angles (10a) and (11a) with one for all supporting elements (200a) common base plate (7a) firmly connected.
• the length of the suspended ties (3) is secured on the supporting parts (4) of the supporting elements (200a) with end stops (12), these have the shape of a spherical section. Inserting and removing the ties is more convenient with this version (3000) Fig.6 of the tie holder than with the version (1100) Fig.3 or (1200) Fig.4 or (1300) Fig.5.
• Axes of the spherical sections (12) can be shifted against the axes of the supporting parts (4) Fig.8, then smaller diameter of the spherical sections is sufficient.
• the Ties (3) are hung on the supporting parts (4) of the supporting elements (200a) from the side of the end stop (12).
• the support elements (200a) or at least their mounting brackets can form a single body with the base plate (7a) or can be firmly connected to it, for example with thermoplastic rivets, or with a thread or in another way.
• the support parts (4) of the support elements (200a) can be made of a different material, for example a metal, where the rest of the supporting elements.
• the supporting parts (4) can be arranged in several but at least two rows, row R (a), row (b), row T, which are vertically at different heights and have horizontal distances from one another become.
• the lowest row of the supporting parts (4) and thus also the ties (3) must be the smallest distance from the wall or the cabinet door to which the tie holder is attached or from its own or common base plate and with each higher row of the supporting parts then this distance is greater than the closest lower row of the supporting parts. (4).
• the row with the smallest distance is called row (a) and others in alphabetical order.
• the support elements are arranged in two rows, row (a) and row (b), the mounting brackets (10a), (11a) of the support elements in row (a) have a smaller height than ( 10b), (11b) of row (b).
• the supporting parts (4) and the supporting elements (200a) of the row (a) and the supporting parts (4) and the supporting elements (200b) of the row (b) must lie opposite each other in such a way that optimal visibility of the ties in the lower row (a) With two rows (a) and (b) of the supporting elements (200a (200b) Fig.
• the center points (Ma) of the supporting parts (4) in the lower row (a) are always on a vertical (m a ) by the center points (Md 1 ) of the distance (d 1 ) between the beginning and end of the two adjacent supporting parts (4) in the upper row (b) .
• the base plate (7) can be a unit and common to all supporting elements, but at A plastic version can have manufacturing advantages with a version with its own base plate (7a) and (7b) for each row of the support elements .Can n It can be an advantage that the design of a tie holder originally only with one row (a) of the support elements can later be expanded by another row, row (b).
• both rows of the support elements can also be used with their base plates and, for example, with the help of a third common auxiliary base plate, or with two or more connecting pieces (18) Fig. 7 lying transversely to the two base plates (7a), (7b) can be assembled to form a mechanical unit.
• the tie holder (3200) Fig. 8 contains the Support elements (200a), (200b), (200c) in three vertically at different heights and horizontally at mutual distances and parallel rows (a), (b), (c).
• the row of supporting elements lying at the smallest distance from the wall or cabinet door to which tie holder is fastened is referred to as row (a) and the following in alphabetical order.
• the supporting parts in these three rows are arranged in such a way that the ties in rows (a) and (b) can be seen as well and as much as possible. This is the case if the end point (E a ) of a support part in the bottom row (a) is always on a vertical line (ca) through the starting point (A c ) of the support part in the top row (c) and the end point (E b ) a supporting part in the middle row (b) always on a vertical line through the center (M d1 ) of the distance (d 1 ) between the end point (E c ) of a closest and the starting point (A c ) of the following supporting part in the top Row (c) lies.
• the width of the visible part of a tie in row (a) and row (b) is given with the distance (d1).
• each row of the support elements can have its own base plate (7a), (7b) , (7c) have what manufacturing advantages can have.
• each row of the support elements can then be attached to a wall or cabinet door individually and all three rows vertically one above the other in mutually correct positions.
• the row (b) or its base plate (7b) can either be attached directly to the wall or cabinet door Fig.9, or Fig.10, mainly for aesthetic reasons, to another either own (7bh) or one with the first row (a) common Fig.11 (7abh) auxiliary base plate are attached and their best position against the row (a) is then achieved by changing their position on this auxiliary base plate.
• This solution then offers the most advantages.
• the third option is to use a second row not the row (b) but the row (c) for the first extension by c and this can then simply be attached via the row (a). Because the bottom and top rows are on top of each other, the positions of the supporting parts are better but still not optimal for a version with two rows of the supporting parts, also a disadvantage is a larger distance between the supporting parts (4) of the row (c) from the cabinet door is necessary for a version with only two rows of the supporting elements. If the row 3 is expanded, row (b) is used and both rows (b) and (c) are fastened in their correct places.
• the three rows of supporting elements (a), (b), (c), each with its own base plate (7a), (7b), (7c), can also be used with their base plates and, for example, with a fourth common auxiliary base plate (7h) or with all three
• Base plates transverse two or more connecting pieces (19) Fig.8 to be assembled into a mechanical unit.
• This tie holder (3200) and a version with separate base plates (7c) of the row (c) or separate base plate (7b) of the row (b) and (7c) of the row (7c) can also be used for more convenient access to the ties in rows (a) and (b) either only the base plate (c) or also (b). on one end opposite the wall or the cabinet door to which the tie holder is attached can be rotatably mounted in the horizontal direction.
• the tie holder (4000) Fig. 13 there are several support elements (300) Fig. 12. on a common to a wall or cabinet door (1) to which the tie holder is attached, the axis (13) lying rotatably is mounted.
• the support part (4) is located on the lower part of the support element (300) fig.12, the tie (3) is secured on the support part (4) with the end stop (12) and is attached to the support cable from the side in the; Direction of arrow Fig. 12 inserted.
• the supporting elements (300) can be swiveled out of the row with a turn Fig. 13 side view, the advantage of this design is the easy insertion and removal of the ties.
• a closed tie holder (4100) Fig. 14 With a closed tie holder (4100) Fig. 14, the axis (13b) of the front row of the support elements is secured in its position with an Eaft magnet (15) and an adhesive plate (16). If there is a sufficient vertical distance between the axes (13a), (15b), (13 ..), it is then not necessary to open the tie holder for removal from a rear row.
• the outline shows the tie hanger in the closed state, in the floor plan in the open state. That to the common or own base plate or to the wall or cupboard door to which the tie holder is attached at the smallest distance is referred to as (13a), and the other in alphabetical order.
• a common base plate (7) can be used for all or only several rows, or each row of the supporting elements can have its own base plate (7a), (7b), (7 ..). In the case of a design with individual base plates, these can be assembled, for example, with a common auxiliary base plate (7h) or with connecting pieces (20) lying transversely to the base plates to form a mechanical unit. But it is also possible to attach the rows (a), (b), (..) with the individual base plates (7a), (7b), (7 ..) to a wall or cabinet door individually and then it is possible to have one Execution of the tie holder with only one row (a) later with the further row (b) and possibly also with additional rows of the support elements.
• Fig. 1 A traditional version of a tie holder.
• Fig. 2 A known version of a tie holder with separate and separate support part for hanging each individual tie.
• FIG. 3 A tie holder according to claim with a separate support for each tie on a horizontal and parallel to the cabinet door support.
• FIG. 4 A tie holder according to claim with three parallel carrier suitable for storing a large number of ties.
• FIG. 6 A tie holder according to the patent claim with a separate support element for each tie.
• Fig. 7 A tie holder according to claim with two horizontal rows of the support elements.
• Fig. 8 Eirf tie holder according to claim with three horizontal parallel rows of the support elements.
• Fig. 9 An extension of a version of the tie holder with only one. Row (a) later around row (b) and row (c).
• Fig. 10 An extension of an embodiment of the tie holder with a single row (a) later by an embodiment of the row (b) with auxiliary base plate (7bh) and by the row (c).
• Fig. 11 An extension of a version of the Kr aw att holder with two rows (a), (b) and a common auxiliary base plate (7abh) later by the third row (c).
• FIG. 12 A support element according to claim for rotatable mounting on an axis.
• Fig. 13 A rawatten holder according to claim with a series of rotatably mounted support elements.
• FIG. 14 A tie holder according to claim with two rows of rotatably mounted supporting elements.

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Applications Claiming Priority (2)

Publications (1)

Family

ID=4253680

Family Applications (1)

Country Status (5)

Cited By (1)

Citations (10)

• 1985
  • 1985-08-02 CH CH333285A patent/CH672239A5/de not_active IP Right Cessation
• 1986
  • 1986-07-30 EP EP19860904074 patent/EP0231222A1/de active Pending
  • 1986-07-30 AU AU61493/86A patent/AU6149386A/en not_active Abandoned
  • 1986-07-30 WO PCT/CH1986/000112 patent/WO1987000740A1/de not_active Ceased
  • 1986-07-31 GB GB868618666A patent/GB8618666D0/en active Pending

Patent Citations (10)

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