PL71690Y1 - Rotary connection - Google Patents

Rotary connection

Info

Publication number
PL71690Y1
PL71690Y1 PL127082U PL12708218U PL71690Y1 PL 71690 Y1 PL71690 Y1 PL 71690Y1 PL 127082 U PL127082 U PL 127082U PL 12708218 U PL12708218 U PL 12708218U PL 71690 Y1 PL71690 Y1 PL 71690Y1
Authority
PL
Poland
Prior art keywords
sleeve
flange
holes
cylindrical pin
flanges
Prior art date
Application number
PL127082U
Other languages
Polish (pl)
Other versions
PL127082U1 (en
Inventor
Andrzej Jabłoński
Kazimierz Suchodolski
Andrzej Podlasiński
Original Assignee
Pit Radwar Spolka Akcyjna
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Pit Radwar Spolka Akcyjna filed Critical Pit Radwar Spolka Akcyjna
Priority to PL127082U priority Critical patent/PL71690Y1/en
Publication of PL127082U1 publication Critical patent/PL127082U1/en
Publication of PL71690Y1 publication Critical patent/PL71690Y1/en

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Landscapes

  • Details Of Garments (AREA)
  • Coupling Device And Connection With Printed Circuit (AREA)
  • Connector Housings Or Holding Contact Members (AREA)
  • Support Of Aerials (AREA)

Abstract

Przedmiotem zgłoszenia jest łącznik obrotowy, który posiada tuleję dolną (1) z kołnierzami dolnym (2) i górnym (3) i osadzonym w gnieździe (4) tulei dolnej (1) nieruchomo walcowym czopem (5) na którym to walcowym czopie (5) osadzona jest obrotowo tuleja górna (12) z kołnierzami dolnym (13) i górnym (14).The subject of the application is a rotary connector, which has a lower sleeve (1) with lower (2) and upper (3) flanges and a fixed cylindrical pin (5) mounted in the seat (4) of the lower sleeve (1) on which a cylindrical pin (5) the upper sleeve (12) is rotatably mounted with the lower (13) and upper (14) flanges.

Description

Opis wzoru Przedmiotem wzoru u?ytkowego jest ??cznik obrotowy zw?aszcza do ??czenia iglicy antenowej z masztem. Wzór u?ytkowy nale?y do dziedziny mechanika. W stanie techniki znane s? ró?e ??czniki obrotowe. Przyk?adowo z chi?skiego zg?oszenia wzoru u?ytkowego CN203401341 znany jest ??cznik obrotowy który sk?ada si? z korpusu rdzenia, p?yty pokrywy, korpusu pow?oki, ?o?ysk ?lizgowych i ?o?ysk p?askich, w których korpus rdzenia, ?o?yska ?lizgowe i ?o?yska p?askie s? zainstalowane w korpusie p?aszcza. ?o?yska ?lizgowe i ?o?yska p?askie s? rozmieszczone odpowiednio po dwóch stronach korpusu rdzenia. ?o?yska p?askie s? rozmieszczone w miejscu po??czenia pomi?dzy korpusem rdzenia, korpusem skorupy i pokryw?. ?o?yska ?lizgowe s? umieszczone pomi?dzy korpusem rdzenia a ?o?yskami p?askimi. Nak?adka jest po??czona z korpusem skorupy, korpus rdzenia ma kszta?t krzy?a a otwór przelotowy, który jest u?ywany we wspó?pracy z korpusem rdzenia jest uformowany w p?ycie zakrywaj?cej. Ze stanu techniki nie jest jednak znane rozwi?zanie to?same z istot? zg?aszanego wzoru. Celem wzoru u?ytkowego b?d?cego przedmiotem zg?oszenia jest umo?liwienie obracania iglicy antenowej wg osi masztu bez konieczno?ci od??czania iglicy antenowej od masztu. Rozwi?zanie takie ma zapobiec niebezpiecze?stwu spadni?cia iglicy antenowej z masztu. Ponadto, rozwi?zanie wed?ug wzoru mo?e by? szczególnie przydatne w przypadku konieczno?ci wykonania prac serwisowych. W rozwi?zaniu wed?ug zg?aszanego wzoru ??cznik sk?ada si? z dwóch tulei z ko?nierzami. Tuleje osadzone s? na wspólnym walcowym rdzeniu no?nym. Mi?dzy górny ko?nierz dolnej tulei a dolny ko?nierz tulei górnej wstawiona jest wk?adka ?lizgowa u?atwiaj?ca wzajemny obrót na walcowym rdzeniu obu tulei. Dolny ko?nierz dolnej tulei ??cznika jest wykorzystywany do ??czenia ??cznika z masztem a górny ko?nierz górnej tulei do ??czenia ??cznika z iglic? antenow?. Ustawienie k?towe obu tulei ustalone jest poprzez ?ruby ??cz?ce górny ko?nierz dolnej tulei i dolny ko?nierz górnej tulei. Zalet? obrotowego ??cznika wed?ug zg?aszanego wzoru jest to, i? mo?liwe jest obrócenie iglicy antenowej wg osi masztu bez konieczno?ci od??czania iglicy antenowej od masztu a wi?c wy??czenie niebezpiecze?stwa, i? iglica antenowa spadnie z masztu. Na rysunku przedstawiony jest widok perspektywiczny z przekrojem cz?stkowym niniejszego ??cznika obrotowego. ??cznik obrotowy sk?ada si? z tulei dolnej 1 posiadaj?cej dwa ko?nierze, ko?nierz dolny 2 i ko?nierz górny 3. W walcowym otworze 4 dolnej tulei 1 osadzony jest walcowy czop 5. Czop 5 posiada w ?rodkowej cz??ci ko?nierz 6 i z jednej strony zako?czony jest gwintem 7 a z drugiej podtoczeniem 8. Walcowy czop 5 zabezpieczony jest przed wysuni?ciem z tulei 1 poprzez zaci?ni?cie tulei 1 pomi?dzy ko?nierzem 6 walcowego czopa 5 a nakr?tk? 9 nakr?con? na gwintowany koniec 7 walcowego czopa 5. Pod nakr?tk? umieszczona jest odginana podk?adka 10 zabezpieczaj?ca nakr?tk? 9 przed odkr?ceniem. Na górn? cz??? 11 walcowego czopa 5 nasadzona jest obrotowo tuleja górna 12. Tuleja górna 12 posiada dwa ko?nierze, ko?nierz dolny 13 i ko?nierz górny 14. Pomi?dzy górny ko?nierz 3 tulei dolnej 1 a dolny ko?nierz 13 tulei górnej 12 wstawiona jest podk?adka ?lizgowa 15 dzi?ki czemu moment konieczny do obrócenia na walcowym czopie 5 tulei górnej 12 wzgl?dem tulei dolnej 1 jest znacznie mniejszy. Tuleja górna 12 jest zabezpieczona przed zsuni?ciem z walcowego czopa 5 przez spr??ysty pier?cie? 16 osadzony w podtoczeniu 8. Pomi?dzy pier?cie? 16 a tulej? górn? 12 wstawiona jest podk?adka zabezpieczaj?ca 17. W ko?nierzu dolnym 2 tulei dolnej 1 wykonane s? otwory 18 przeznaczone do ??czenia ??cznika z masztem. W ko?nierzu górnym 14 tulei górnej 12 wykonane s? otwory 19 do ??czenia wspornika obrotowego z iglic? antenow?. W ko?nierzu górnym 3 tulei dolnej 1 wykonane s? otwory 20 a w ko?nierzu dolnym 13 tulei górnej 12 otwory 21 W w/w otworach 20 i 21 osadzone s? ?ruby 22 z nakr?conymi nakr?tkami 23 i podk?adkami 24 które ??cz? ze sob? tulej? doln? 1 i tulej? górn? 12 blokuj?c obrót tulei dolnej 1 wzgl?dem tulei górnej 12. Obrót wzajemny tulei dolnej 1 i tulei górnej 12 mo?liwy jest dopiero po wyj?ciu ?rub 22 z otworów 20 i 21. Dodatkowo do tulei górnej 12 przymocowany jest wspornik do podtrzymania linii kablowych. PL PL PL PL PL PL Description of the design The subject of the utility model is a rotary connector, especially for connecting the antenna spire with the mast. The utility model belongs to the field of mechanics. Known in the art are rose swivel fittings. For example, from the Chinese utility model application CN203401341 there is known a rotary connector which consists of consisting of a core body, a cover plate, a shell body, plain bearings and flat bearings, in which the core body, plain bearings and flat bearings are installed in the coat body. Plain bearings and flat bearings are respectively on the two sides of the core body. Flat bearings are located at the junction between the core body, shell body and lid. Plain bearings are placed between the core body and flat bearings. The cap is connected to the shell body, the core body is cruciform and the through hole that is used in cooperation with the core body is formed in the cover plate. From the state of the art, however, there is no known solution identical with the essence of of the reported design. The purpose of the utility model which is the subject of the application is to enable rotation of the antenna spire along the axis of the mast without the need to disconnect the antenna spire from the mast. Such a solution is to prevent the danger of the antenna spire falling from the mast. Moreover, the solution according to the formula can be especially useful when service work is required. In the solution according to the submitted formula, the hyphen consists of made of two sleeves with flanges. The sleeves are embedded on a common cylindrical supporting core. A sliding insert is inserted between the upper flange of the lower sleeve and the lower flange of the upper sleeve, facilitating mutual rotation on the cylindrical core of both sleeves. The lower flange of the lower sleeve of the connector is used to connect the connector with the mast, and the upper flange of the upper sleeve is used to connect the connector with the spire. antenna. The angular setting of both sleeves is determined by the screws connecting the upper flange of the lower sleeve and the lower flange of the upper sleeve. advantage? of the rotatable fastener according to the reported design is that? it is possible to rotate the antenna spire along the axis of the mast without the need to disconnect the antenna spire from the mast, thus excluding the danger, and? the antenna spire will fall from the mast. The figure shows a perspective view with a partial cross-section of this rotary connector. The rotating connector consists of of the lower sleeve 1 having two flanges, the lower flange 2 and the upper flange 3. A cylindrical pin 5 is embedded in the cylindrical hole 4 of the lower sleeve 1. The pin 5 has a flange in the middle part 6 and ends with a thread 7 on one side and a recess 8 on the other. The cylindrical pin 5 is secured against slipping out of the sleeve 1 by clamping the sleeve 1 between the flange 6 of the cylindrical pin 5 and the nut 9 filmed on the threaded end 7 of the cylindrical pin 5. Under the nut a deformable washer 10 is placed securing the nut 9 before unscrewing. On top? hi??? 11 of the cylindrical spigot 5, the upper sleeve 12 is mounted for rotation. The upper sleeve 12 has two flanges, the lower flange 13 and the upper flange 14. Between the upper flange 3 of the lower sleeve 1 and the lower flange 13 of the sleeve In the upper 12 a sliding washer 15 is inserted, thanks to which the moment necessary to rotate the upper sleeve 12 on the cylindrical journal 5 relative to the lower sleeve 1 is much smaller. The upper sleeve 12 is secured against slipping off the cylindrical journal 5 by a spring ring. 16 embedded in the undercut 8. Between the ring 16 and the sleeve? upper? 12, a locking washer 17 is inserted. The lower flange 2 of the lower sleeve 1 is made of holes 18 intended for connecting the connector with the mast. In the upper flange 14 of the upper sleeve 12 are made 19 holes for connecting the swivel bracket with the spire? antenna. The upper flange 3 of the lower sleeve 1 are made of holes 20 and in the lower flange 13 of the upper sleeve 12 holes 21 In the above-mentioned holes 20 and 21 there are Bolts 22 with threaded nuts 23 and washers 24 which connect with sat? sleeves? lower? 1 and bushings? upper? 12 blocking the rotation of the lower sleeve 1 with respect to the upper sleeve 12. The mutual rotation of the lower sleeve 1 and the upper sleeve 12 is possible only after removing the screws 22 from the holes 20 and 21. Additionally, a bracket is attached to the upper sleeve 12. to support cable lines. PL PL PL PL PL PL

Claims (1)

1. ??cznik obrotowy znamienny tym, ?e posiada tulej? doln? (1) z ko?nierzami dolnym (2) i górnym (3) i osadzonym w gnie?dzie (4) tulei dolnej (1) nieruchomo walcowym czopem (5) na którym to walcowym czopie (5)) osadzona jest obrotowo tuleja górna (12) z ko?nierzami dolnym (13) i górnym (14). ??cznik obrotowy wed?ug zastrz. 1 znamienny tym, ?e w ko?nierzu górnym (3) tulei dolnej (1) wykonane s? otwory (20) a w ko?nierzu dolnym (13) tulei górnej (12) otwory (21) w których to otworach osadzone s? ?ruby (22) wraz z nakr?tkami (23) i podk?adkami (24) które to ?ruby blokuj? obrót na walcowym czopie (5) tulei górnej (12) wzgl?dem tulei dolnej (1). ??cznik obrotowy wed?ug zastrz. 1 i 2 znamienny tym, ?e w do tulei górnej (12) przymocowany jest wspornik (25) do podtrzymania linii kablowych PL PL PL PL PL PL1. Rotary connector characterized in that it has a sleeve lower? (1) with lower (2) and upper (3) flanges and embedded in the socket (4) of the lower sleeve (1) with a stationary cylindrical pin (5) on which the cylindrical pin (5)) the upper sleeve is rotated (12) with lower (13) and upper (14) flanges. Rotary connector according to claim 1, characterized in that the upper flange (3) of the lower sleeve (1) is made of holes (20) and in the lower flange (13) of the upper sleeve (12) holes (21) in which holes are embedded Bolts (22) together with nuts (23) and washers (24) which bolts lock the rotation on the cylindrical pin (5) of the upper sleeve (12) relative to the lower sleeve (1). Rotary connector according to claim 1 and 2, characterized in that a bracket (25) for supporting cable lines is attached to the upper sleeve (12) PL PL PL PL PL PL
PL127082U 2018-03-01 2018-03-01 Rotary connection PL71690Y1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
PL127082U PL71690Y1 (en) 2018-03-01 2018-03-01 Rotary connection

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
PL127082U PL71690Y1 (en) 2018-03-01 2018-03-01 Rotary connection

Publications (2)

Publication Number Publication Date
PL127082U1 PL127082U1 (en) 2019-09-09
PL71690Y1 true PL71690Y1 (en) 2020-12-14

Family

ID=67844705

Family Applications (1)

Application Number Title Priority Date Filing Date
PL127082U PL71690Y1 (en) 2018-03-01 2018-03-01 Rotary connection

Country Status (1)

Country Link
PL (1) PL71690Y1 (en)

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US5058157A (en) * 1989-09-06 1991-10-15 Macrovision Corporation Method and apparatus for encrypting and decrypting time domain signals
PL216922B1 (en) * 2008-06-12 2014-05-30 Przemysłowy Inst Telekomunikacji Spółka Akcyjna Microwave ccapacitive rotating coupling
EP3027954A4 (en) * 2013-08-01 2017-03-29 Lyngsoe Systems Ltd. Quick mount connector
CN203760664U (en) * 2014-04-16 2014-08-06 厦门九华通信设备厂 Azimuth angle adjusting device of satellite antenna

Also Published As

Publication number Publication date
PL127082U1 (en) 2019-09-09

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