CA2054940A1 - Holding strip for exchangeable information carriers - Google Patents
Holding strip for exchangeable information carriersInfo
- Publication number
- CA2054940A1 CA2054940A1 CA 2054940 CA2054940A CA2054940A1 CA 2054940 A1 CA2054940 A1 CA 2054940A1 CA 2054940 CA2054940 CA 2054940 CA 2054940 A CA2054940 A CA 2054940A CA 2054940 A1 CA2054940 A1 CA 2054940A1
- Authority
- CA
- Canada
- Prior art keywords
- rear wall
- fastening member
- connecting element
- holding strip
- wall
- 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.)
- Abandoned
Links
- 239000000969 carrier Substances 0.000 title claims abstract description 8
- 238000004026 adhesive bonding Methods 0.000 claims description 5
- 239000000463 material Substances 0.000 description 4
- 239000000853 adhesive Substances 0.000 description 2
- 230000001070 adhesive effect Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000001125 extrusion Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 241000899771 Arenga undulatifolia Species 0.000 description 1
- 102000004726 Connectin Human genes 0.000 description 1
- 108010002947 Connectin Proteins 0.000 description 1
- 244000228957 Ferula foetida Species 0.000 description 1
- 101150090113 ING3 gene Proteins 0.000 description 1
- 241001237728 Precis Species 0.000 description 1
- 241000282887 Suidae Species 0.000 description 1
- 241000011102 Thera Species 0.000 description 1
- 108091007416 X-inactive specific transcript Proteins 0.000 description 1
- 108091035715 XIST (gene) Proteins 0.000 description 1
- 238000001816 cooling Methods 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 239000002184 metal Substances 0.000 description 1
- 238000007493 shaping process Methods 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
Classifications
-
- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
- G09F3/00—Labels, tag tickets, or similar identification or indication means; Seals; Postage or like stamps
- G09F3/08—Fastening or securing by means not forming part of the material of the label itself
- G09F3/18—Casings, frames or enclosures for labels
- G09F3/20—Casings, frames or enclosures for labels for adjustable, removable, or interchangeable labels
-
- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
- G09F3/00—Labels, tag tickets, or similar identification or indication means; Seals; Postage or like stamps
- G09F3/08—Fastening or securing by means not forming part of the material of the label itself
- G09F3/18—Casings, frames or enclosures for labels
- G09F3/20—Casings, frames or enclosures for labels for adjustable, removable, or interchangeable labels
- G09F3/201—Enclosures enveloping completely the labels
Landscapes
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Clamps And Clips (AREA)
- Vehicle Step Arrangements And Article Storage (AREA)
- Supports Or Holders For Household Use (AREA)
Abstract
ABSTRACT
A holding strip for exchangeable information carriers includes a fastening member for fastening it to the edge regions of shelves, containers and the like. The strip further includes a receiving pocket, attachable to the fastening member, for the information carriers which are formed by the rear wall and by a transparent front wall, with the rear wall and the front wall being hinged together at the base and with the upper edge of the rear wall gripping the free edge of the front wall in a covering manner. The strip is characterized in that a band shaped, flexible connecting element is arranged between the fastening member and the rear wall. The connecting element has longitudinally extending free end regions connected on the one side in a force-locking manner with the fastening member and on the other side with the rear wall. The connecting element spans, with its middle region, the distance between the fastening member and the rear wall in a supporting manner.
A holding strip for exchangeable information carriers includes a fastening member for fastening it to the edge regions of shelves, containers and the like. The strip further includes a receiving pocket, attachable to the fastening member, for the information carriers which are formed by the rear wall and by a transparent front wall, with the rear wall and the front wall being hinged together at the base and with the upper edge of the rear wall gripping the free edge of the front wall in a covering manner. The strip is characterized in that a band shaped, flexible connecting element is arranged between the fastening member and the rear wall. The connecting element has longitudinally extending free end regions connected on the one side in a force-locking manner with the fastening member and on the other side with the rear wall. The connecting element spans, with its middle region, the distance between the fastening member and the rear wall in a supporting manner.
Description
2 ~
~. _~
Thi~ applicatlon claims the priority of German Application G9015215.~ filed November 6th, 1390, the ~ubiect o~ which is incorporated herein ~y re~erence.
~
The inventi~n rela~e~ to a holding s~rip ~or exchange-able information carriers in~luding ~ ~as~ening portion ~or fixing it to edge regi~n~ o~ shelves, containers and the like and including a reaeiYing pocket ~o~med o~ a rear wall and a t~ansparen~ front wall ~or the inf~rmation carriars, ~ith the rear ~all ~nd the ~ront wall hinged together and with the upper edge o~ the rear wall gripping over the ~ree edge of the fro~ wall in a co~ering manner.
~hi~ typs o~ holdin~ strip is disclo~ed în G~rm~n Utillty Model Paten~ 89 0~ 664. In the holding strip described thera, fa~tening o~ the holding ~ip to ~he fastening m~mber ocaurs by way of an intermediary sec-~ion equipped with detent elements. This in~ermediary se~tion is în a~tive connection wi~h the detent~ in order to ~ix de~ned angular positions. The intarmediary section can in this ca~e be :ea~tened to the exterior wall o~ the fa~tening msmber by w~y o~ ~luingt The advan~age o~ di~erent angular position~, which a~e pos~i~le on ac~ount o~ ~he ~es ribed d~tent elaments, allow~ the holding ~r~.p to be pivoted and 20~a~
~ixed ~t diP~erenk angle~. ThuG, t~e holding strip can be oriented in a plur~lity ~ directlon~, i.e~, -the in~rmation carriers th~t are ins~rted into the rec~iving pocXet can b~
read ~rom different directions~ depending on the position of the datent an~le. Although ~hi~ prior art holding strip provi~es a solution which ~uccessfully deal~ wi~h the problem o~ a single orientation, considerable disadvantages result from thi~ prior art ~olution. These disadv~ntages are due to a~embly technology, because elaborate tool technology i~
10 reguired in order ~o produce, by way of the extrusion method t detent webs which fall within the range of wall thickness u~ed here and which retain thelr preci~ dimensions during t~e extrusion process and ~ub~equent cooling process so that ~he~ ~an later per~orm thi~ deten~ function.
At thi point the novelty comes into play, wh~e object i~ ~o describe a variable hold~ng ~trip which can ~e set a~
:;:; di~erent angular positions, which i~ easy ~o ~anu~acture and ~hich can be pivoted into the~e di~ferent angula~ position~
ndependent of adhering to the exact tolerances o~ detent 20 web~. In ~hl ~ase, the novel :eeature suggests ~hat a band-~ ~hapedJ Plexible connecting slement 1~ arranged bet~en the :: fas~ening m~m~er and ~he rear wall. This c~nnecting element is conne~ed in a forc~-loc~ing manner with lts free lon-gitudina~ and region~, on the one side, to the ~astening 2 ~
member, and ~o the rea~ wall, on the other side, and with its middle section it sp~ns in a upporting manner the distancé
between the ~astening member and the rear wallO
The band-~haped, flexible connecting elemen~ i~ ad-vantageou~ly mad~ of a material ~hich makes it possible ~o bend the band within a predetermined limit range and also posses~es the characteristic to remain in the bent position after the ~lexural ~orce i~ removed. These are characteris-tic~, ~or ~xa~ple, of metal bands. However, these charac-teristias w~ich make it ~uitable as connecting elemen$, d~not ~ean that u6e i~ restricted to this material, $ince any other material may al50 be used here whlch come~ within the :~ ~cope o~ the characteristics mentioned above.
The di8tanGe between t}le ~aC~tening member and the rear 15 wall can, according to the invention, also be set by e~fect-~: : ing f orce orl ~e ~niddle region of t~e connecting element .
~owever, ~he po~;ibility ~}so ~xist~ to et ~ v~ri~ble ~;et~ing angle be~ween the :Eas~ening ~ember and the rear wall })y way o~ ef~;eec:ting force on one side o~E the c:c~nnecting ~ ~ 20 element, In ca~e o~ variable settings, the connecting :~ element ma~ be lc:cated in the middle region of the holding ~;trip and there lt may be ar~anged at the re~r wall, on one side, and the ~aC~tening member c~n the other side. But, by the ame token, th6~ connecting ~lsment may also be located a-t ; - 4 -2 ~
the free end~ o the ~olding strip and thexe it may be con-nected in a force-locking manner with the rear wall ~n the one slde and th~ ~astening mem~er on ~h~ other side.
The ~orcP-locking connection occurs advantageously at the ~ree end region~ o-f the connectin~ ~lement, With the ~a~tening member on the ~ne side and the rear wall on the other side by embedding them in~o the wall cros~ ~ections of the ~astening member and the rear wall. This partial embedding can tak~ pla~e durin~ a3 embly of the fa~tenin~
member and the rear wall, with the free end regions of the connecti~g elements b~ing sprayed With the plastic material of th~ ~a~ning member6 and the rear wall.
The force locking connection o~ the ~ree end regions o~
the connecting ele~nt with the ~a~teni~g mem~er and the rear ~5 ~a~l can al~o be performed by loc~ing or gluin~. In ~uch case~, p~cket-~haped det~nt grooves are foxmed at the de~in~d ~: locations on the rear wall and/or the fastening ~ember during the original ~aping pro~ess. The free ends of the ~onnect-~ng element are then lo~ed into the~e groove in an asse~bly proce~. During thi~ loc~in~ proce~s the ~ree end can : additionally be ~astened in the detent groo~es by means o~
adhesive substance~. However, it i~ also pos~ible with adhesive ~ub3tances available today to permanentl~ attach the free ~nds of the connecting element~ by merely gluing together the longitudinal region~ o~ the ~as~ening member provided ~or this purpose and the rear wall~
Any type o~ ~hape ~ay be ~lected for the connecting element, w~th the drop or U-~hape ~eing advantayeous from the poin-t oP vlew of flexibility. ~oxeover, in the middle region o~ the connecting element, flexural aid~ may be provided, 40 that th0 force required ~or pivoting the holaing ~tri.p into the desired end po~ition is kept as small a~
po~ible. Thi~ type o~ flexural aid could he i~ the ~orm of per~orations or longitudin~lly extending notches or ~urrows.
However, if ~lexural aids o~ this type are used, attention must ~e paid that the ~orce used ~or ~ending the transpare~t front wall is always smaller than the force required ~or changing the ben~ posi~ion o~ the holding strlp.
If this requirement is ignor~d, it is possible that when the transparent ~ront wall i~ ~ent ~or ~he purpose of remQving or inse~ting the info~mat~on carriers, a random deformation of the holding strip i~ possible.
Xt is within the scope of the invention t~ use a hinge ~trip who3e individual hinge member~ are alternately anchored in~o ~ha fa~tening memb~r on th~ on~ ~ide and to the rear wall on the other side and are ~u~ually connackable with a holding pin, ~hich can Pe pas~ed through their ope~ings in a detaining manner. T~e individual hinge members can there~ore 2 ~
either be molded to the ~a~tening member or to the ~ear ~all in the initial proces~ o~ they can later be ~irmly connected in an alternatin~ man~er with ~he ~astening member and ~he rear wall. For direct shaping, the individual hin~e members m~st ~e connecked later in an alternating ma~ner by means of corre ponding ~ecesses in the hlnge ~trip The holding strip accDrding to the invention has the advantage o~ easy manufacturing and ea~y pivoti~g o~ th~
h~l~ing strip in di~erent ~lexural position~ within the scope o~ the predetermined flexural r~diu~.
The drawing show~ schematic ~bodiment~ of the holding strip according to the invention.
~ ig~. la, lb and lc show the connectlng element in the middle re~i~n ~etween the ~astening member and t~e rear wall.
~ ~ig~. 2a, ~b and 2c ~how the connecting element at the ; lower free end bet~een the ~astening member ~nd the rear w~ll.
: ~igs. 3a, 3~ and 3c show the connecting member in the o~po~ite po~ition rrOm the connecting element accordin~ to Fi~. la - lc.
::
~i~. 4 ~hows the connecting element con~i~ured as hinge strip .
.
In Fig~. ~a - lc, a holding strip l i5 ~hown with its tranfiparent ~ront wall 11 and rea~ wall 12. The transparen~
~ront wall 11 ~nd rear wall 12 are conneated to one ~nother in a ~orm-locking m~nn~r at their lower Pnd 13 J and at this location they form a ~ilm hinye by way o~ which ~he transpa~snt ~ront wall 11 can be ben-t away so that the rec~iving pocket 14 can b~ provided ~ith an info~mation ~arri~r (not shown ln the dra~ing3. Hook-~haped projection~
121, lll are attached to the upper edge of rear wall 12 and to the upper edge of the transparent front wall 11, with the hook-shaped projection 121 gripping the hook-s~ap~d projections 111 in a covexing manner.
Approximately in the ~iddle ~f the rearward region of rear wall 12~ a rcc~iving pocket which opens toward the botto~ i~ created by means o~ a hook-shaped pro~ile member 15. ~h~ free end 21 engages thi ~lexible conneating element 2. The Plexible element 2 ls completely U-shaped in the : drawing an~ iY ~irmly connected with it~ ~ree end 22, for example, by way o~ gluing, ~o the as~ociated ~all regions o~
~0 ~astening m~mber 3. Fastaning member 3 in turn is connected : by way o~ an ~d~esive strip 4 with th~ ~dge o~ a shelf 5.
ig. la ~hows the ~esting position o~ holding strip 1.
Fig~ lb show~ the holding trip pivoted upward, with the pivotlng region being limit~d by means of the upper ~ree end - , ~54~ D
o~ rear wall ~2 and the upper free end 31 o~ -~as~ening member 3~
Fig. lc s~ow~ the possibility O:e dot1mward pivoting, with the pivotillg xegions being limited by ~he lower ~ree end of 5 rear ~all ~2 on the one ~ide, and the lc~wer ~ree end 32 of fa~;tening memb~r 3 on the oth~r side.
Yig~. 2a - 2c ~how connecting element 2 at the lower free ~nd :~etween îa~teT~lng mem~er 3 and rear wall 12.
Fa~tening o~ fr~ ends 21, 22 o~ connecting element 2 to the 0 lower free end o~ rear wall 12 and to f ~tening member 3 in the shown vie~ is ~ne }~r gluing. Xn c~ntrast ~o the view in Pigs. la - lc, rear wall 12 has a wall region 12~ which grips over the edge ~f the ~helP 5. ~hu~;, wall region 122 makes c:ontac:t with the ~hel;e wall in the re~ting po~ition shown in 15 Fig. 2a~ O~her than that th~re are no fur~h~r dif~erenc:e~;
with r~spect to ~lg~. la - lc.
F ~ g . 2b ;howç~ the holding strip in t~e upward pivoting positiorl~ The wall. r~gion 122 ~ deformed in thi~ pivotin~
position, Wi~h the derormation ~orce alway bein~ lower than 20 the ~lexural ~orce re~uired ~or deforma~ion~
~ ig. 2a is the holding ;trip ~hown in the downward pivoting posit~ on~ The w~ll re~ion 122 in ~1~ ~ase is : ~ supported near t~e edge o~ ~helf 5.
_ g _ 2 ~
~ lgs. 3a, 3b, and 3c show an arrangem~nt according to ~igs. la - lc, with oppos~-te positi~ning of the connecting elemen~. As a further di~tin~tion to Fig~. la - lc, the connecting element i~ ~astQned a~ its ~ree end ~2, 21 to ~he longitudinal regions o~ rear wall 12 provided for th~s purpo~e and to laast~3nirlg member 3 by gluing.
Fig. 4 ~how~ the co~necting element 2 as hinge strip with individual hinge me~bers 23, 24, 25, which are either shaped to ~asteninq member 3 at ~ dl~tance or are arranged on it. At holdi~g ~trip 1, in the reg~on ~ rear wall 12 in the stippled drawing, respeotive hin~e member6 26, 27, and 28 are o~ set 60 a~ to fill gaps in relation to hinge ~trips 23, 24, and 25. The hinge Ytrip for~ed in thi~ manner i5 hown on th~ bottom without rear wall 12 and fa~tening m~mber 3 being xepres~nted~
On top o~ the drawing, Detail X of th2 hing~ strip 25 is ~: shown ~n an enlarged sca~. It ~hows that through opening ~5~ ~o~ holding pin 2g i con~igured as polygon~
~:~:: Additionally, it shows that through opening 251 i~ conne.cted 20 with the surrounding atmosphere by way o~ a longitudinally ex~ending ~lot opening 252. Durlng installation, holding pin ;: : 29 is ins~rted into through opening 251. As result o~ th~
pivo~ aovemen~, slot opening 25~ open~; in the rotational direction i;e holding pin 2~ is ~noved and it clo~es again ::
2 ~
after ths edg~s oî holding pin 29 ha~re ent6red the desired corner region of the polygon in the through opening. What is e~E;ent~ al her~ is tha~ the polygorl o~ the through opening must communicat~ Wi~h the polygon o~ the holdlng pin 29. The 5 po~ibilitie~; ~ox ca.tchlng by means of the :10tted hinge ~trip~ a~e provided through the intrin~3ic ela~icity o~
plastic. ~he pos~ >le number o~ ca~che~; here may vaxy due to the number of co~ners OTI the polygon o;~ holding pin 29 and through openlng ~51.
~, .
.
:
~. _~
Thi~ applicatlon claims the priority of German Application G9015215.~ filed November 6th, 1390, the ~ubiect o~ which is incorporated herein ~y re~erence.
~
The inventi~n rela~e~ to a holding s~rip ~or exchange-able information carriers in~luding ~ ~as~ening portion ~or fixing it to edge regi~n~ o~ shelves, containers and the like and including a reaeiYing pocket ~o~med o~ a rear wall and a t~ansparen~ front wall ~or the inf~rmation carriars, ~ith the rear ~all ~nd the ~ront wall hinged together and with the upper edge o~ the rear wall gripping over the ~ree edge of the fro~ wall in a co~ering manner.
~hi~ typs o~ holdin~ strip is disclo~ed în G~rm~n Utillty Model Paten~ 89 0~ 664. In the holding strip described thera, fa~tening o~ the holding ~ip to ~he fastening m~mber ocaurs by way of an intermediary sec-~ion equipped with detent elements. This in~ermediary se~tion is în a~tive connection wi~h the detent~ in order to ~ix de~ned angular positions. The intarmediary section can in this ca~e be :ea~tened to the exterior wall o~ the fa~tening msmber by w~y o~ ~luingt The advan~age o~ di~erent angular position~, which a~e pos~i~le on ac~ount o~ ~he ~es ribed d~tent elaments, allow~ the holding ~r~.p to be pivoted and 20~a~
~ixed ~t diP~erenk angle~. ThuG, t~e holding strip can be oriented in a plur~lity ~ directlon~, i.e~, -the in~rmation carriers th~t are ins~rted into the rec~iving pocXet can b~
read ~rom different directions~ depending on the position of the datent an~le. Although ~hi~ prior art holding strip provi~es a solution which ~uccessfully deal~ wi~h the problem o~ a single orientation, considerable disadvantages result from thi~ prior art ~olution. These disadv~ntages are due to a~embly technology, because elaborate tool technology i~
10 reguired in order ~o produce, by way of the extrusion method t detent webs which fall within the range of wall thickness u~ed here and which retain thelr preci~ dimensions during t~e extrusion process and ~ub~equent cooling process so that ~he~ ~an later per~orm thi~ deten~ function.
At thi point the novelty comes into play, wh~e object i~ ~o describe a variable hold~ng ~trip which can ~e set a~
:;:; di~erent angular positions, which i~ easy ~o ~anu~acture and ~hich can be pivoted into the~e di~ferent angula~ position~
ndependent of adhering to the exact tolerances o~ detent 20 web~. In ~hl ~ase, the novel :eeature suggests ~hat a band-~ ~hapedJ Plexible connecting slement 1~ arranged bet~en the :: fas~ening m~m~er and ~he rear wall. This c~nnecting element is conne~ed in a forc~-loc~ing manner with lts free lon-gitudina~ and region~, on the one side, to the ~astening 2 ~
member, and ~o the rea~ wall, on the other side, and with its middle section it sp~ns in a upporting manner the distancé
between the ~astening member and the rear wallO
The band-~haped, flexible connecting elemen~ i~ ad-vantageou~ly mad~ of a material ~hich makes it possible ~o bend the band within a predetermined limit range and also posses~es the characteristic to remain in the bent position after the ~lexural ~orce i~ removed. These are characteris-tic~, ~or ~xa~ple, of metal bands. However, these charac-teristias w~ich make it ~uitable as connecting elemen$, d~not ~ean that u6e i~ restricted to this material, $ince any other material may al50 be used here whlch come~ within the :~ ~cope o~ the characteristics mentioned above.
The di8tanGe between t}le ~aC~tening member and the rear 15 wall can, according to the invention, also be set by e~fect-~: : ing f orce orl ~e ~niddle region of t~e connecting element .
~owever, ~he po~;ibility ~}so ~xist~ to et ~ v~ri~ble ~;et~ing angle be~ween the :Eas~ening ~ember and the rear wall })y way o~ ef~;eec:ting force on one side o~E the c:c~nnecting ~ ~ 20 element, In ca~e o~ variable settings, the connecting :~ element ma~ be lc:cated in the middle region of the holding ~;trip and there lt may be ar~anged at the re~r wall, on one side, and the ~aC~tening member c~n the other side. But, by the ame token, th6~ connecting ~lsment may also be located a-t ; - 4 -2 ~
the free end~ o the ~olding strip and thexe it may be con-nected in a force-locking manner with the rear wall ~n the one slde and th~ ~astening mem~er on ~h~ other side.
The ~orcP-locking connection occurs advantageously at the ~ree end region~ o-f the connectin~ ~lement, With the ~a~tening member on the ~ne side and the rear wall on the other side by embedding them in~o the wall cros~ ~ections of the ~astening member and the rear wall. This partial embedding can tak~ pla~e durin~ a3 embly of the fa~tenin~
member and the rear wall, with the free end regions of the connecti~g elements b~ing sprayed With the plastic material of th~ ~a~ning member6 and the rear wall.
The force locking connection o~ the ~ree end regions o~
the connecting ele~nt with the ~a~teni~g mem~er and the rear ~5 ~a~l can al~o be performed by loc~ing or gluin~. In ~uch case~, p~cket-~haped det~nt grooves are foxmed at the de~in~d ~: locations on the rear wall and/or the fastening ~ember during the original ~aping pro~ess. The free ends of the ~onnect-~ng element are then lo~ed into the~e groove in an asse~bly proce~. During thi~ loc~in~ proce~s the ~ree end can : additionally be ~astened in the detent groo~es by means o~
adhesive substance~. However, it i~ also pos~ible with adhesive ~ub3tances available today to permanentl~ attach the free ~nds of the connecting element~ by merely gluing together the longitudinal region~ o~ the ~as~ening member provided ~or this purpose and the rear wall~
Any type o~ ~hape ~ay be ~lected for the connecting element, w~th the drop or U-~hape ~eing advantayeous from the poin-t oP vlew of flexibility. ~oxeover, in the middle region o~ the connecting element, flexural aid~ may be provided, 40 that th0 force required ~or pivoting the holaing ~tri.p into the desired end po~ition is kept as small a~
po~ible. Thi~ type o~ flexural aid could he i~ the ~orm of per~orations or longitudin~lly extending notches or ~urrows.
However, if ~lexural aids o~ this type are used, attention must ~e paid that the ~orce used ~or ~ending the transpare~t front wall is always smaller than the force required ~or changing the ben~ posi~ion o~ the holding strlp.
If this requirement is ignor~d, it is possible that when the transparent ~ront wall i~ ~ent ~or ~he purpose of remQving or inse~ting the info~mat~on carriers, a random deformation of the holding strip i~ possible.
Xt is within the scope of the invention t~ use a hinge ~trip who3e individual hinge member~ are alternately anchored in~o ~ha fa~tening memb~r on th~ on~ ~ide and to the rear wall on the other side and are ~u~ually connackable with a holding pin, ~hich can Pe pas~ed through their ope~ings in a detaining manner. T~e individual hinge members can there~ore 2 ~
either be molded to the ~a~tening member or to the ~ear ~all in the initial proces~ o~ they can later be ~irmly connected in an alternatin~ man~er with ~he ~astening member and ~he rear wall. For direct shaping, the individual hin~e members m~st ~e connecked later in an alternating ma~ner by means of corre ponding ~ecesses in the hlnge ~trip The holding strip accDrding to the invention has the advantage o~ easy manufacturing and ea~y pivoti~g o~ th~
h~l~ing strip in di~erent ~lexural position~ within the scope o~ the predetermined flexural r~diu~.
The drawing show~ schematic ~bodiment~ of the holding strip according to the invention.
~ ig~. la, lb and lc show the connectlng element in the middle re~i~n ~etween the ~astening member and t~e rear wall.
~ ~ig~. 2a, ~b and 2c ~how the connecting element at the ; lower free end bet~een the ~astening member ~nd the rear w~ll.
: ~igs. 3a, 3~ and 3c show the connecting member in the o~po~ite po~ition rrOm the connecting element accordin~ to Fi~. la - lc.
::
~i~. 4 ~hows the connecting element con~i~ured as hinge strip .
.
In Fig~. ~a - lc, a holding strip l i5 ~hown with its tranfiparent ~ront wall 11 and rea~ wall 12. The transparen~
~ront wall 11 ~nd rear wall 12 are conneated to one ~nother in a ~orm-locking m~nn~r at their lower Pnd 13 J and at this location they form a ~ilm hinye by way o~ which ~he transpa~snt ~ront wall 11 can be ben-t away so that the rec~iving pocket 14 can b~ provided ~ith an info~mation ~arri~r (not shown ln the dra~ing3. Hook-~haped projection~
121, lll are attached to the upper edge of rear wall 12 and to the upper edge of the transparent front wall 11, with the hook-shaped projection 121 gripping the hook-s~ap~d projections 111 in a covexing manner.
Approximately in the ~iddle ~f the rearward region of rear wall 12~ a rcc~iving pocket which opens toward the botto~ i~ created by means o~ a hook-shaped pro~ile member 15. ~h~ free end 21 engages thi ~lexible conneating element 2. The Plexible element 2 ls completely U-shaped in the : drawing an~ iY ~irmly connected with it~ ~ree end 22, for example, by way o~ gluing, ~o the as~ociated ~all regions o~
~0 ~astening m~mber 3. Fastaning member 3 in turn is connected : by way o~ an ~d~esive strip 4 with th~ ~dge o~ a shelf 5.
ig. la ~hows the ~esting position o~ holding strip 1.
Fig~ lb show~ the holding trip pivoted upward, with the pivotlng region being limit~d by means of the upper ~ree end - , ~54~ D
o~ rear wall ~2 and the upper free end 31 o~ -~as~ening member 3~
Fig. lc s~ow~ the possibility O:e dot1mward pivoting, with the pivotillg xegions being limited by ~he lower ~ree end of 5 rear ~all ~2 on the one ~ide, and the lc~wer ~ree end 32 of fa~;tening memb~r 3 on the oth~r side.
Yig~. 2a - 2c ~how connecting element 2 at the lower free ~nd :~etween îa~teT~lng mem~er 3 and rear wall 12.
Fa~tening o~ fr~ ends 21, 22 o~ connecting element 2 to the 0 lower free end o~ rear wall 12 and to f ~tening member 3 in the shown vie~ is ~ne }~r gluing. Xn c~ntrast ~o the view in Pigs. la - lc, rear wall 12 has a wall region 12~ which grips over the edge ~f the ~helP 5. ~hu~;, wall region 122 makes c:ontac:t with the ~hel;e wall in the re~ting po~ition shown in 15 Fig. 2a~ O~her than that th~re are no fur~h~r dif~erenc:e~;
with r~spect to ~lg~. la - lc.
F ~ g . 2b ;howç~ the holding strip in t~e upward pivoting positiorl~ The wall. r~gion 122 ~ deformed in thi~ pivotin~
position, Wi~h the derormation ~orce alway bein~ lower than 20 the ~lexural ~orce re~uired ~or deforma~ion~
~ ig. 2a is the holding ;trip ~hown in the downward pivoting posit~ on~ The w~ll re~ion 122 in ~1~ ~ase is : ~ supported near t~e edge o~ ~helf 5.
_ g _ 2 ~
~ lgs. 3a, 3b, and 3c show an arrangem~nt according to ~igs. la - lc, with oppos~-te positi~ning of the connecting elemen~. As a further di~tin~tion to Fig~. la - lc, the connecting element i~ ~astQned a~ its ~ree end ~2, 21 to ~he longitudinal regions o~ rear wall 12 provided for th~s purpo~e and to laast~3nirlg member 3 by gluing.
Fig. 4 ~how~ the co~necting element 2 as hinge strip with individual hinge me~bers 23, 24, 25, which are either shaped to ~asteninq member 3 at ~ dl~tance or are arranged on it. At holdi~g ~trip 1, in the reg~on ~ rear wall 12 in the stippled drawing, respeotive hin~e member6 26, 27, and 28 are o~ set 60 a~ to fill gaps in relation to hinge ~trips 23, 24, and 25. The hinge Ytrip for~ed in thi~ manner i5 hown on th~ bottom without rear wall 12 and fa~tening m~mber 3 being xepres~nted~
On top o~ the drawing, Detail X of th2 hing~ strip 25 is ~: shown ~n an enlarged sca~. It ~hows that through opening ~5~ ~o~ holding pin 2g i con~igured as polygon~
~:~:: Additionally, it shows that through opening 251 i~ conne.cted 20 with the surrounding atmosphere by way o~ a longitudinally ex~ending ~lot opening 252. Durlng installation, holding pin ;: : 29 is ins~rted into through opening 251. As result o~ th~
pivo~ aovemen~, slot opening 25~ open~; in the rotational direction i;e holding pin 2~ is ~noved and it clo~es again ::
2 ~
after ths edg~s oî holding pin 29 ha~re ent6red the desired corner region of the polygon in the through opening. What is e~E;ent~ al her~ is tha~ the polygorl o~ the through opening must communicat~ Wi~h the polygon o~ the holdlng pin 29. The 5 po~ibilitie~; ~ox ca.tchlng by means of the :10tted hinge ~trip~ a~e provided through the intrin~3ic ela~icity o~
plastic. ~he pos~ >le number o~ ca~che~; here may vaxy due to the number of co~ners OTI the polygon o;~ holding pin 29 and through openlng ~51.
~, .
.
:
Claims (8)
1. Holding strip for exchangeable information carriers including a fastening member for fastening it to the edge regions of shelves, containers and the like, the strip further including a receiving pocket, attachable to the fastening member, for the information carriers which are formed by the rear wall and by a transparent front wall, with the rear wall and the front wall being hinged together at the base and with the upper edge of the rear wall gripping the free edge of the front wall in a covering manner, charac-terized in that a band shaped, flexible connecting element is arranged between said fastening member and said rear wall, said connecting element having longitudinally extending free end regions connected on the one side of a force-locking manner with said fastening member and on the other side with said rear wall; said connecting element spanning, with its middle region, the distance between said fastening member and said rear wall in a supporting manner.
2. Holding strip according to claim 1, characterized in that the distance between said fastening member and said rear wall is variably adjustable by way of force acting on said middle region of the connecting element.
3. Holding strip according to claim 1, characterized in that the setting angle between said fastening member and said rear wall is variably adjustable by way of force acting on said connecting element.
4. Holding strip according to claim 1, characterized in that the force-locking connection of the free end regions of said connecting element with said fastening member and said rear wall is the result of being embedded in the cross sections of said wall.
5. Holding strip according to claim 1, characterized in that the force-locking connection of the free end regions of said connecting element with said fastening member and said rear wall is due to catching or the result of gluing.
6. Holding strip according to claim 1, characterized in that flexural aids are provided in the middle region of said connecting elements.
7. Holding strip according to claim 6, characterized in that the flexural aids are perforations or longitudinally extending notches.
8. Holding strip according to claim 1, characterized in that said connecting member is a hinge strip having individual hinge members which are alternately arranged on one side with said fastening member and on the other side anchored into said rear wall and are connected to one another with an insertable holding pin passing through openings in a detaining manner.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| DEG9015215.8 | 1990-11-06 | ||
| DE9015215U DE9015215U1 (en) | 1990-11-06 | 1990-11-06 | Holding bar for exchangeable information carriers |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CA2054940A1 true CA2054940A1 (en) | 1992-05-07 |
Family
ID=6859065
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CA 2054940 Abandoned CA2054940A1 (en) | 1990-11-06 | 1991-11-05 | Holding strip for exchangeable information carriers |
Country Status (3)
| Country | Link |
|---|---|
| EP (1) | EP0484635A3 (en) |
| CA (1) | CA2054940A1 (en) |
| DE (1) | DE9015215U1 (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO1993019448A1 (en) * | 1992-03-26 | 1993-09-30 | Hl Display Ab | A device for holding information carriers |
Family Cites Families (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CH363229A (en) * | 1958-12-10 | 1962-07-15 | Albert Weber & Sohn | Label rail |
| US3889408A (en) * | 1971-08-11 | 1975-06-17 | Burton E Offner | Stock shelf layout indicators |
| DE8904664U1 (en) * | 1989-04-13 | 1989-06-01 | REHAU AG + Co, 8673 Rehau | Holding bar for exchangeable information carriers |
-
1990
- 1990-11-06 DE DE9015215U patent/DE9015215U1/en not_active Expired - Lifetime
-
1991
- 1991-07-17 EP EP19910111921 patent/EP0484635A3/en not_active Withdrawn
- 1991-11-05 CA CA 2054940 patent/CA2054940A1/en not_active Abandoned
Also Published As
| Publication number | Publication date |
|---|---|
| EP0484635A2 (en) | 1992-05-13 |
| EP0484635A3 (en) | 1992-07-22 |
| DE9015215U1 (en) | 1991-01-17 |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| EEER | Examination request | ||
| FZDE | Dead |