CS245882B1 - Connecting element - Google Patents
Connecting element Download PDFInfo
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- CS245882B1 CS245882B1 CS851303A CS130385A CS245882B1 CS 245882 B1 CS245882 B1 CS 245882B1 CS 851303 A CS851303 A CS 851303A CS 130385 A CS130385 A CS 130385A CS 245882 B1 CS245882 B1 CS 245882B1
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Abstract
Přihláška riešenia sa týká spojovacieho prvku uloženého v rozširujúcich sa vybraniach dvoch dosadajúcich sa telies. Spojovací prvok je delený rovinou roznobežnou s ich spojovacou osou a pravá a lává časť tohto spojovacieho prvku sú vedené presuvne len v smere ich spevňovacej osi rovnobežnej s ich deliacou rovinou. Spojovacím prvkom sa dosiahne tuhé spojenie a polohovanie dvoch telies s technologicky jednoduchým prvkom s malými nárokmi na stavebnú výšku a tým jeho mnohostranné využitie.The application for the solution relates to a connecting element placed in the expanding recesses of two abutting bodies. The connecting element is divided by a plane divergent from their connecting axis and the right and left parts of this connecting element are guided displaceably only in the direction of their reinforcing axis parallel to their dividing plane. The connecting element achieves a rigid connection and positioning of two bodies with a technologically simple element with low demands on the construction height and thus its versatile use.
Description
245882245882
Predmetom vynálezu je spojovací prvok,kterým sa rieši spojenie dvoch telies najmaupínacích prípravkov. K spojeniu dvoch telies různých zariade-ní sa s výhodou používá rybinových spoje-ní, kde jedno z telies má odpovedajúci ry-bino vitý výstup ok zapadajúci do vybraniadruhého,. V případe, že obidve telesá majúrybinovité vybrania ich spojenie sa zaisťu-je monolitným telesom zapadajúcim do vy-braní obidvoch prvkov. Zmienené riešeniamajú tú nevýhodu, že spevnenie spoja saprevádza deformováním spájaných teliespřipadne menolitného telesa, ktoré sú na-pružené různými zárezmi v mieste zmiene-ných vybraní. Tieto riešenia neumožňujú vy-tvorenie dostatočne tuhého spoja na jednejstraně a na straně druhej deformácie je po-třebné vyvodit dalšími prvkami, ktoré kom-plikuji! celu činnost a zvyšujú stavebnávýšku spoja, pričom samotné spevnenie jelen miestne.It is an object of the invention to provide a connecting element for the connection of two bodies of the clamping means. Preferably, dovetail joints are used to connect the two bodies of different devices, wherein one of the bodies has a corresponding rib-like mesh engaging the second one. If the two bodies have a slot-like recess, they are secured by a monolithic body engaging the two elements. The aforementioned solutions have the disadvantage that the reinforcement of the joint is guided by the deformation of the connected bodies, or the menolithic body, which are elasticized by various notches at the point of said recesses. These solutions do not make it possible to form a sufficiently rigid joint on one side and on the other hand deformation is necessary to draw other elements which can be combined! the whole activity and increase the construction link, while the stiffening of the deer itself.
Je známy spojovací prvok umiestnený votvorených r-ozširujúcich sa vybraniach vy-tvořených v deliacej rovině medzi dvomaspojovanými telesami a je delený .na dvečasti s rovinou různohežnou s ich spojova-cou osou, pričtom sa tieto časti pri spevňo-vaní presúvajú v dvoch kolmých smerochna ich deliacej rovině. V niektorých prípa-doch však presúvanie v obidvoch smerochje nežiadúce, čo pri nesymetrickom zataže-ní spoja znižuje jeho zafažitelnosť.It is known to have a connecting element disposed in the open r-expanding recesses formed in the dividing plane between the two-bonded bodies and is divided by a double part with a plane of diffusion with their connecting axis, while these parts are moved in two perpendicular directional directions when solidified. dividing plane. In some instances, however, shifting in both directions is undesirable, which in the unsymmetrical load of the joint reduces its availability.
Uvedené nevýhody zmierňuje spojovacíprvok podl'a vynálezu, ktorého podstatouje to, že spojovací prvok k spájaniu dvochtelies najma upínacích prípravkov, kde vdosadacej rovině týchto telies sú převede-né otvorené rozširujúce sa spojovacie vy-brania, v podstatě priečneho prierezu rybi-ny, v ktorých je uložené spojovacie telesodelené .na dve časti deliacou rovinou různo-bežnou s ich spojovacou osou, pričom ichdeliaca rovina je vo, vnútri týchto spojova-cích vybraní vyznačené tým, že l'avá částa pravá část spojovacieho telesa. sú uspo-riadané voci seibe presuvne len v smere ichspevňovacej osi rovnobežnej s ich deliacourovinou.The above mentioned disadvantages are alleviated by the connecting element according to the invention, which is characterized in that the connecting element for joining the two clamping devices, in which open expansion joints are transferred in the receiving plane of these bodies, substantially transversely of the fish-like cross-section in which the connecting telescopic housing is disposed on two parts by a diverging plane different from their connecting axis, wherein the separating plane is in the interior of the coupling portions, characterized in that the left part is the right part of the coupling body. they are arranged to move only in the direction of the post-axial axis parallel to their deliacourovine.
Spojovacím, prvkom podlá vynálezu sa do-siabne tuhé spojenie dvoch telies s velmijednoduchým prvkom, ktorého obidve častimůžu byť rovnaké. Spoj riešením spojova-cieho prvku podlá vynálezu zabezpečuje tu-hú spojovaciu vazbu i pri nesymetrickom za-tažení pri súčasnom zabezpečení samosvor-nosti spoja, a vzájomného polohovania spo-jovaných telies.The connecting element according to the invention is a rigidly rigid connection of two bodies with a very simple element, both of which can be the same in part. The connection of the coupling element according to the invention ensures a rigid coupling connection even in the unsymmetrical load, while ensuring the self-locking of the joint and mutual positioning of the connected bodies.
Na, připojenou! výkrese je znázorněný pří-klad spojovacieho prvku podlá vynálezu,kde na obr. 1 je v čelnom pohlade a na obr.2 v priečnom ophlade v příklade spojeniadvoch telies. Na obr. 3 a obr. 4 sú iné pří-klady usporiadania spojovacieho prvku po-dlá vynálezu v priečnom; pohlade.On, connected! 1 shows a cross-sectional view of an example of a connecting element according to the invention, FIG. FIGS. 3 and 4 show other embodiments of a connecting element according to the invention in cross-section; pohlade.
Spojovací prvok 100 podlá vynálezu je zo středu na obidve strany rozširujúceho sapriečneho prierezu podlá obr. 2, obr. 3 aobr. 4 ako dvojrybina. V dolnom telese 300a v hornom telese 200 sú pr.iečnemu priere-zu spojovacieho prvku 100 odpovedajúco vy-tvořené rovnoběžné vybrania dolné 310 avybrania horné 210.The connecting element 100 according to the invention is centered on both sides of the widening cross section according to FIG. 2, FIG. 3 and FIG. 4 as a double salt. In the lower body 300a in the upper body 200, parallel recesses lower 310 and upper 210 are formed correspondingly to the cross-section of the connecting element 100.
Spojovacie teleso 100 je v smere svojejspojovacej osi „d“ delené deliacou rovinou„e“ skloněnou pod spevňovacím uhlom „b“voči spojovacej osi „d“. Volbou spevňova-cieho uhla „b“ sa zabezpečí samosvornosťspoja.The connecting body 100 is in the direction of its connecting axis "d" divided by the dividing plane "e" inclined under the reinforcing angle "b" with respect to the connecting axis "d". Selecting the reinforcement angle "b" ensures self-locking.
Priečne k deliacej rovině „e“, medzi lá-vou častou 110 a pravou častou 120 spojo-vacieho telesa 100 a rovnoběžně so spevňo-vacou osou „f“ v smere ktorej sa uskutoč-ňuje spevnenie alebo uvolnenie spoja, jeusporiadaný aspoň jeden zaistovací pro-striedok 130 V příklade podlá obr. 2 zais-ťovací prostriedok 130 je vytvarovaný akoznáme ozubenie, podlá obr. 3 medzivložka130a, napr. kolík, uložený známým sposo-bom medzi 1'avú část 110 a pravú část 120spojovacieho telesa 100 v ich deliacej ro-vině „e“ a v příklade podlá obr. 4 ako- zná-me posuvné veden,ie právej časti 120 v lá-vej časti 110 spojovacieho telesa 100.At least one securing for the interlocking plane "e" between the leg portion 110 and the right portion 120 of the coupling body 100 and parallel to the reinforcement axis "f" in the direction of reinforcement or release of the joint is arranged. FIG. 130 In the example of FIG. 2, the securing means 130 is formed by a known toothing, according to FIG. 3, the intermediate piece 130a, e.g., a pin, placed between the left portion 110 and the right portion 120 of the connecting body 100 in their dividing frame. - in the example "e" and in the example according to Fig. 4 as a sliding guide, namely the right part 120 in the flange 110 of the coupling body 100.
Vzájomným přesunutím 1'avej časti 110 naprávej časti 120 v ich deliacej rovině „e“v smere spevňovacej osi „f“ v smere k sebeje uskutočnené spevnenie a v opačnom sme-re uvolnenie spojovacieho telesa 100 vo vy-braní dolnom 310 dolného telesa 300 a sú-časne vo vybraní hornom 210 horného te-lesa 200. Nakolko zaistovací prostriedok 130je usporiadaný rovnoběžně so spevňovacouosou „í“ nie je umožněné vzájomné posu-nutie právej časti 120 po 1'avej časti 110 vich deliacej rovině „e“ kolmo na spevňot-vaciu os „f“, resp. na spojovaciu rovinu„a“, čím je zabezpečená tuhá spojovaciavazba horného telesa 200 a dolného telesa300 i pri zatažení spoja priečne na spojova-cie teleso 100. Spevnenie spoja však i ,na-priek různým šířkám vybrania horného 210horného telesa 200 a vybrania dolného, 310dolného telesa 300 nastane nakolko sa prispevňovaní spojovacie teleso 100 ako celokpresúva do užšieho vybrania samozřejménesmie dorazit na dno tohto vybrania, čosa konštrukčne dá jednoducho docieliť. Spo-jovacie teleso 100 v stave spevnenom sú-časne polohuje dolné teleso 300 voči hor-nému telesu 200. Z důvodu malej stavebnej výšky jednodu-chosti výroby i manipulácie pri spájaní arozoberaní, spojovací prvok sa může uplat-nit v najroznejších oblastiach i ako náhra-da skrutkových spojov, například na nepří-pustných miestach. Ďalšie možnosti využi-tia sú v polnohospodárstve, vojenskej tech-nike, kde je často potřebné jednoduchýmiprostriedkami zabezpečit rýchle spojenie arozoberanie dielcov, ďalej v stavebníctve,By mutual displacement of the left-hand portion 110 of the right-hand portion 120 in their dividing plane "e" in the direction of the stiffening axis "f" in the direction of self-assembly, and in the opposite direction the release of the connecting body 100 in the lower lower part 310 and at the same time in the recess of the upper 210 of the upper body 200. As the securing means 130 is arranged parallel to the reinforcing member, it is not possible to slide the right portion 120 along the left portion 110 in their dividing plane perpendicular to the reinforcement. the axis "f", resp. on the connecting plane "a", thereby providing a rigid coupling of the upper body 200 and the lower body 300 even when the coupling is retracted transversely to the connecting body 100. However, the reinforcement of the joint also extends across the different widths of the recess of the upper upper body 200 and the lower recess 310 body 300 occurs as the clamping coupling body 100, as a full-blowing part of the narrower recess, comes to the bottom of this recess, can easily be achieved. At the same time, the firing body 100 positions the lower body 300 relative to the upper body 200. Due to the low construction height of the simplicity of manufacture and the handling of the joining and disassembling, the joining element can be applied in the most abundant areas as well as the rebate. - for screw connections, for example in impermeable locations. Other possibilities of use are in agriculture, military technology, where it is often necessary to provide quick connection and dismantling of parts, further in construction, by simple means.
Claims (3)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CS851303A CS245882B1 (en) | 1985-02-22 | 1985-02-22 | Connecting element |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CS851303A CS245882B1 (en) | 1985-02-22 | 1985-02-22 | Connecting element |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CS130385A1 CS130385A1 (en) | 1985-09-17 |
| CS245882B1 true CS245882B1 (en) | 1986-10-16 |
Family
ID=5347073
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CS851303A CS245882B1 (en) | 1985-02-22 | 1985-02-22 | Connecting element |
Country Status (1)
| Country | Link |
|---|---|
| CS (1) | CS245882B1 (en) |
-
1985
- 1985-02-22 CS CS851303A patent/CS245882B1/en unknown
Also Published As
| Publication number | Publication date |
|---|---|
| CS130385A1 (en) | 1985-09-17 |
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