Component interlocking

There is disclosed a pair of components which, in the embodiment described, are a tooth ( 2 ) and adaptor ( 3 ) for earth-moving apparatus ( 1 ). The adaptor is for mounting the tooth on an earth-moving bucket, this mounting being releasable to allow replacement of the tooth when worn. The components define aligned passages ( 11 ) through which a locking pin ( 12 ) extends to retain the components together. The locking pin has formations ( 22 ) for engaging formations ( 20 ) on the first component when the pin is rotated from a free position into a locked position. The pin has an insertion recess ( 27 ) which is aligned with the formations ( 20 ) allowing the pin, in the free position, to be inserted into, or removed from, the aligned passages. The formations ( 20 ) are resiliently movable to stably engage the pin when in the locked position.

Component interlocking

In at least one embodiment, a pair of components includes a tooth and adaptor for an earth-moving apparatus. The adaptor is for mounting the tooth on an earth-moving bucket, this mounting being releasable to allow replacement of the tooth when worn. The components define aligned passages through which a locking pin extends to retain the components together. The locking pin has formations for engaging formations on the first component when the pin is rotated from a free position into a locked position. The pin has an insertion recess which is aligned with the formations allowing the pin, in the free position, to be inserted into, or removed from, the aligned passages. The formations are resiliently movable to stably engage the pin when in the locked position.

Component interlocking

There is disclosed a pair of components which, in the embodiment described, are a tooth ( 2 ) and adaptor ( 3 ) for earth-moving apparatus ( 1 ). The adaptor is for mounting the tooth on an earth-moving bucket, this mounting being releasable to allow replacement of the tooth when worn. The components define aligned passages ( 11 ) through which a locking pin ( 12 ) extends to retain the components together. The locking pin has formations ( 22 ) for engaging formations ( 20 ) on the first component when the pin is rotated from a free position into a locked position. The pin has an insertion recess ( 27 ) which is aligned with the formations ( 20 ) allowing the pin, in the free position, to be inserted into, or removed from, the aligned passages. The formations ( 20 ) are resiliently movable to stably engage the pin when in the locked position.

Pin for interlocking components

In at least one embodiment, a pair of components includes a tooth and adaptor for an earth-moving apparatus. The adaptor is for mounting the tooth on an earth-moving bucket, this mounting being releasable to allow replacement of the tooth when worn. The components define aligned passages through which a locking pin extends to retain the components together. The locking pin has formations for engaging formations on the first component when the pin is rotated from a free position into a locked position. The pin has an insertion recess which is aligned with the formations allowing the pin, in the free position, to be inserted into, or removed from, the aligned passages. The formations are resiliently movable to stably engage the pin when in the locked position.

Component interlocking

There is disclosed a pair of components which, in the embodiment described, are a tooth (2) and adaptor (3) for earth-moving apparatus (1). The adaptor is for mounting the tooth on an earth-moving bucket, this mounting being releasable to allow replacement of the tooth when worn. The components define aligned passages (11) through which a locking pin (12) extends to retain the components together. The locking pin has formations (22) for engaging formations (20) on the first component when the pin is rotated from a free position into a locked position. The pin has an insertion recess (27) which is aligned with the formations (20) allowing the pin, in the free position, to be inserted into, or removed from, the aligned passages. The formations (20) are resiliently movable to stably engage the pin when in the locked position.

Component interlocking

There is disclosed a pair of components which, in the embodiment described, are a tooth (2) and adaptor (3) for earth-moving apparatus (1). The adaptor is for mounting the tooth on an earth-moving bucket, this mounting being releasable to allow replacement of the tooth when worn. The components define aligned passages (11) through which a locking pin (12) extends to retain the components together. The locking pin has formations (22) for engaging formations (20) on the first component when the pin is rotated from a free position into a locked position. The pin has an insertion recess (27) which is aligned with the formations (20) allowing the pin, in the free position, to be inserted into, or removed from, the aligned passages. The formations (20) are resiliently movable to stably engage the pin when in the locked position.

COMPONENTS FOR LAND MOVEMENT DEVICES

Se presenta un par de componentes que, en la referencia escrita, son un diente (2) y adaptador (3) para aparatos de movimiento de tierra (1). El adaptador es para montar el diente en un cucharón de movimiento de tierra, siendo este montaje desenganchable para permitir el reemplazo del diente cuando esté gastado. Los componentes definen canales alineados (11) por los cuales un pasador de cierre (12) se extiende para mantener juntos los componentes. El pasador de cierre tiene formaciones (22) para enganchar formaciones (20) en el primer componente cuando el pasador es girado desde una posición libre a una posición cerrada. El pasador tiene una cavidad de inserción (27) que se alinea con las formaciones (20) permitiendo que el pasador, en la posición libre, sea insertado o removido de los canales alineados. Las formaciones (20) son movibles de modo flexible para engranar de madera estable el pasador cuando está en la posición cerrado. There are a couple of components that, in the written reference, are a tooth (2) and adapter (3) for earth moving devices (1). The adapter is for mounting the tooth in a bucket of earth movement, this assembly being detachable to allow replacement of the tooth when worn. The components define aligned channels (11) through which a closing pin (12) extends to hold the components together. The closing pin has formations (22) to engage formations (20) in the first component when the pin is rotated from a free position to a closed position. The pin has an insertion cavity (27) that aligns with the formations (20) allowing the pin, in the free position, to be inserted or removed from the aligned channels. The formations (20) are flexibly movable to stablely engage the pin when it is in the closed position.

Process for treating erythrocytes and the manufacture of tablets therefrom

INTERLACE COMPONENT

QUE TIENE APLICACION EN LA RETENCION DE HERRAMIENTAS DE FAENAS DE SUELO, TALES COMO DIENTES PARA EXCAVADORAS O COMPONENTES DE EXCAVACION PARA CABLES DE ARRASTRE, TALES COMO PASADORES DE GRILLETE, PASADORES DE HORQUILLA O ENGRANAJES DE MUNON, Y QUE COMPRENDE: 1)UN PRIMER COMPONENTE QUE DEFINE UN PRIMER CANAL; 2)UN SEGUNDO COMPONENTE CONECTABLE CON (1), QUE DEFINE UN SEGUNDO CANAL, SIENDO DICHOS CANALES ALINEADOS CUANDO LOS COMPONENTES SE CONECTAN UNOS CON OTROS; 2)UN PASADOR DE CIERRE CONFIGURADO PARA SER ACOMODADO EN LOS CANALES ALINEADOS, A FIN DE EVITAR LA SEPARACION DE LOS COMPONENTES. DONDE EL PASADOR ES GIRATORIO CUANDO SE ACOMODA DE ESTA MANERA, EN RELACION CON LOS COMPONENTES, ENTRE: i)UNA POSICION DE CIERRE, EN DONDE EL PASADOR ENGANCHA AL MENOS UNO DE LOS COMPONENTES PARA EVITAR LA SALIDA DEL PASADOR DESDE LOS CANALES ALINEADOS; Y, ii)UNA POSICION LIBRE EN LA CUAL EL PASADOR ES REMOVIBLE DESLIZANDOLO DESDE LOS CANALES ALINEADOS PARA PERMITIR LA SEPARACION DE LOS COMPONENTES. SE REFIERE TAMBIEN A UN METODO PARA ENTRELAZAR DE UNA MANERA DESPRENDIBLE (1) Y (2) WHICH APPLIES IN THE RETENTION OF SOIL TILLING TOOLS, SUCH AS TEETH FOR EXCAVATORS OR EXCAVATION COMPONENTS FOR TOWING CABLES, SUCH AS SHACKLE PINS, FORK PINS OR MUNON GEARS, AND THAT INCLUDES A FIRST COMPONENT: 1) THAT DEFINES A FIRST CHANNEL; 2) A SECOND COMPONENT CONNECTABLE WITH (1), WHICH DEFINES A SECOND CHANNEL, SUCH CHANNELS BEING ALIGNED WHEN THE COMPONENTS ARE CONNECTED TO EACH OTHER; 2) A LOCK PIN CONFIGURED TO BE ACCOMMODATED IN THE ALIGNED CHANNELS, IN ORDER TO PREVENT SEPARATION OF THE COMPONENTS. WHERE THE PIN IS ROTARY WHEN IT IS ACCOMMODATED IN THIS WAY, IN RELATION TO THE COMPONENTS, BETWEEN: i) A CLOSING POSITION, WHERE THE PIN ENGAGES AT LEAST ONE OF THE COMPONENTS TO PREVENT OUTPUT OF THE PIN FROM THE ALIGNED CHANNELS; AND, ii) A FREE POSITION IN WHICH THE PIN IS REMOVABLE BY SLIDING IT FROM THE ALIGNED CHANNELS TO ALLOW THE SEPARATION OF THE COMPONENTS. IT ALSO REFERS TO A METHOD TO ...

Verfahren zur Herstellung von fuer immunochemische Bestimmungen von Antigenen geeigneten Erythrocyten und deren Dosierungsformen

Verfahren zur Herstellung von für immunochemische Bestimmungen von Antigenen geeigneten Erythrocyten

Verfahren zur Herstellung von für immunochemische Bestimmungen von Antigenen geeigneten Erythrocyten

A locking pin and a locking pin arrangement

Μεθοδος δια την παρασκευην ερυθροκυτταρων καταλληλων δι' ανοσοχημικους προσδιορισμους και η εκ τουτων παρασκευη μορφων δοσολογικων μοναδων.

έθοδος δια την παρασκευήν ερυθροκυττάρων κατάλληλον δι ανοσοχημικόν προσδιορισμόν αντιγόνων, δια κατεργασίας των ερυθροκυττάρων δι ενός ή περισσοτέρων δεψικών παραγόντων και εν συνεχεία δι ευαισθητοποιήσεως με το αντιγόνο, χαρακτηριζομένη εκ του ότιτο τελευταίον στάδιον της ευαιθητοποιήσεως διεξάγεται παρουσία φορμαλεύδης εις μίαν συγκέντρωσιν κατωτέραν του 2% (βάρος κατ όγκον) και εις εν pH μεταξύ 5.5 και 8.

Process for the preparation of erytrocytes suitable for immunochemical determinations and the manufacture of dosage unit forms therefrom