CS252399B1 - Apparatus for removing components from the tempering chambers of the drive rotor - Google Patents

Apparatus for removing components from the tempering chambers of the drive rotor Download PDF

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Publication number
CS252399B1
CS252399B1 CS859622A CS962285A CS252399B1 CS 252399 B1 CS252399 B1 CS 252399B1 CS 859622 A CS859622 A CS 859622A CS 962285 A CS962285 A CS 962285A CS 252399 B1 CS252399 B1 CS 252399B1
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Czechoslovakia
Prior art keywords
tempering
chambers
rotor
components
chamber
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CS859622A
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Czech (cs)
Slovak (sk)
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CS962285A1 (en
Inventor
Rudolf Popelka
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Rudolf Popelka
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Priority to CS859622A priority Critical patent/CS252399B1/en
Publication of CS962285A1 publication Critical patent/CS962285A1/en
Publication of CS252399B1 publication Critical patent/CS252399B1/en

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Abstract

Podstata riešenia spočívá v tom, že po obvode unášacieho rotora medzi temperovacími komorami je vytvořená drážka. V mieste odoberania súčiastok je nad unášacím rotorom výkyvné a odpružené uložený vyhadzovač. Vyhadzovač zasahuje cez drážku do temperovacej komoryThe essence of the solution is that a groove is formed around the circumference of the driving rotor between the tempering chambers. At the point of removal of the parts, an ejector is mounted above the driving rotor in a pivoting and spring-loaded manner. The ejector reaches through the groove into the tempering chamber.

Description

Vynález sa týká riešenia zariadenia na odoberanie súčiastok z temperovacích komor unášacieho rotora.The present invention relates to a device for removing components from the temperature chambers of a drive rotor.

U doteraz známých teplotných komor sú súčiastky uložené v temperovacích komorách rotora po jednej v zvislej polohe. Počas vykonania jednej otáčky rotora sa súčiastky natemperujú na zvýšenú alebo zníženú požadovanú teplotu. Pri znížení teploty pod bod mrazu sa často stává hlavně u 1'ahších súčiastok, že tieto primrazujú k stenám temperovacej komory. Preto je potřebné súčiastky z temperovacích komor nútene oddělovat. Doteraz sa pre oddetovanie súčiastok a pre ich vytlačenie z temperovacej komory používá elektromagnet, ktorý v odoberacej polohe je uložený nad temperovacou komorou, z ktorej súčiastku oddetuje prostredníctvom tyčky. Nevýhody tohoto riešenia spočívajú v náročnosti na energiu, riadenie a riešenie, preto je zložité.In previously known temperature chambers, the components are housed in the rotor temperature chambers one by one in the vertical position. During one revolution of the rotor, the components are brought to an elevated or reduced setpoint temperature. When the temperature is lowered below the freezing point, it often happens, especially in the case of the lighter parts, that they accentuate the walls of the tempering chamber. Therefore, it is necessary to forcibly separate the components from the tempering chambers. Until now, an electromagnet is used for detaching the components and for pushing them out of the tempering chamber, which in the removal position is mounted above the tempering chamber, from which it detaches the component by means of a rod. The disadvantages of this solution lie in the energy, management and solution requirements, which makes it difficult.

Vyššie uvedené nevýhody odstraňuje a technický problém rieši zariadenie na odoberanie súčiastok z temperovacích komor unášacieho rotora podta vynálezu, ktorého podstatou je, že po obvode unášacieho rotora medzi temperovacími komorami je vytvořená drážka vyúsťujúca do temperovacích komor. V mieste odoberania súčiastok je nad unášacím rotorom výkyvné a odpružené uložený vyhadzovač súčiastok. Vyhadzovač zasahuje cez drážku do temperovacej komory nad odvádzacím žlabom.The above-mentioned disadvantages are overcome and a technical problem is solved by a device for removing components from the temperature chambers of the driving rotor according to the invention, which is based on the fact that a groove leading to the temperature chambers is formed around the circumference of the driving rotor between the temperature chambers. The part ejector is pivoted and sprung above the driving rotor at the component removal point. The ejector extends through the groove into the tempering chamber above the discharge chute.

Zariadením na odoberanie súčiastok z temperovacích komor unášacieho rotora sa docieli jednoduchým riešením bez nároku na energiu spotahlivé odobratie súčiastky z temperovacej komory.The device for removing components from the tempering chambers of the entraining rotor provides a simple and energy-efficient removal of the component from the tempering chamber by a simple solution.

Na pripojenom výkrese je znázorněné příkladné riešenie zariadenia na odoberanie súčiastok v konkrétnom riešení integrovaných obvodov z temperovacích komůr unášacieho rotora, kde na obr. 1 je nakreslený nárys v osovom řeze a na obr. 2 je nakreslený rez rovinou A—A z obr. 1.The attached drawing shows an exemplary solution of a part removal device in a particular solution of integrated circuits from the tempering chambers of the driving rotor, where in FIG. 1 is an axial sectional view, and FIG. 2 is a cross-sectional view taken along line A-A in FIG. First

Zariadenie na odoberanie súčiastok z temperovacích komor unášacieho rotora pozostáva z unášacieho rotora 11, na ktorého obvode sú vytvořené priechodzie temperovacie komory 9. V mieste nakladania je nad unášacím rotorom 11 usporiadaný prívodný sklz 13. V mieste odoberania je pod temperovacou komorou 9 usporiadaný odvádzací žl'ab 12. Po obvode unášacieho rotora 11 medzi temperovacími komorami 9 je vytvořená drážka 7, ktorá prechádza cez temperovacie komory 9. V mieste odoberania súčiastok je nad unášacím rotorom 11 výkyvné na čapě 2 uložený vyhadzovač 1 súčiastok 10. Dolné rameno 5 vyhadzovača 1 zasahuje cez drážku 7 do temperovacej komory 9 nad odvádzacím žlabom 12. Dolné rameno 5 v krajnej dolnej polohe dosadá na doraz 6. Horné rameno 3 vyhadzovača 1 je uchytené na tažnej pružině 4.The device for removing components from the driving chambers of the driving rotor consists of a driving rotor 11, on the circumference of which there are formed the passages of the heating chamber 9. At the point of loading there is an inlet chute 13 above the driving rotor 11. ab 12. A groove 7 is formed around the circumference of the entrainment rotor 11 between the tempering chambers 9 and extends through the annealing chambers 9. At the point of removal of the components, an ejector 1 of the components 10 is pivotably mounted on the pin 2. The lower arm 5 in the extreme lower position abuts against the stop 6. The upper arm 3 of the ejector 1 is mounted on the tension spring 4.

Súčiastky 10 sú privádzané prívodným sklzom 13 jednotlivo do temperovacích komér unášacieho rotora 11, ktorý krokuje o rozteč dvou vedla seba usporiadaných temperovacích komor 9. Počas otáčania sa unášacieho rotora 11 sa súčiastky 10 temperujú na požadovanú teplotu a vykoná sa technologická operácia. Po vykonaní jednej otáčky unášacieho rotora 11 nabehne súčiastka v temperovanej komoře 9 pod dolné rameno 5 vyhadzovača 1, ktoré je nútene, aj v případe jej primrznutia ku stene temperovacej komory 9, vytlačí z temperovacej komory 9 do odvádzacieho žlabu 12.The components 10 are fed individually via an inlet chute 13 to the annealing chambers of the entrainment rotor 11, which steps by the spacing of two adjacent annealing chambers 9. During rotation, the entrainers 11 are tempered to the desired temperature and a technological operation is performed. After one rotation of the driving rotor 11, the component in the tempered chamber 9 runs under the lower arm 5 of the ejector 1, which is forced, even if it is adhered to the wall of the tempering chamber 9, by pushing it from the tempering chamber 9 into the discharge trough 12.

Claims (1)

PREDMET Zariadenie na odoberanie súčiastok z temperovacích komor unášacieho rotora, nad ktorými v mieste nakladanla súčiastok vyúsťuje prívodný sklz a v mieste odoberania je pod temperovacími komorami usporiadaný odvádzací žlab, vyznačujúce sa tým, že po obvode unášacieho rotora (li) medzi temperovacími komorami (9) je vytvořená VYNÁLEZU drážka (7) vyúsťujúca do temperovacích komor (9), pričom v mieste odoberania súčiastok (10) je nad unášacím rotorom (11) a výkyvné odpružené uložený vyhadzovač (1) súčiastok (10) zasahujúci cez drážku (7) do temperovacej komory (9) nad odvádzacím žtabom (12). 1 list výkresovOBJECTIVE A device for removing components from the tempering chambers of the drive rotor, above which the feed chute opens at the point of loading of the components, and a discharge chute is arranged below the tempering chambers at the withdrawal chamber, characterized in that the circumference of the driving rotor (li) between the tempering chambers (9) the invention comprises a groove (7) extending into the tempering chambers (9), wherein an ejector (1) of the parts (10) extending over the groove (7) into the tempering chamber (10) is located above the entraining rotor (11) and the sprung suspension spring (11). the chamber (9) above the discharge chute (12). 1 sheet of drawings
CS859622A 1985-12-20 1985-12-20 Apparatus for removing components from the tempering chambers of the drive rotor CS252399B1 (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CS859622A CS252399B1 (en) 1985-12-20 1985-12-20 Apparatus for removing components from the tempering chambers of the drive rotor

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CS859622A CS252399B1 (en) 1985-12-20 1985-12-20 Apparatus for removing components from the tempering chambers of the drive rotor

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CS962285A1 CS962285A1 (en) 1986-12-18
CS252399B1 true CS252399B1 (en) 1987-08-13

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