279results about How to "Compact dimensions" patented technology

An applicator for the application of a product, for example a cosmetic or dermatological product, including a reservoir of which a first side is attached to a finger or mounted to a finger to face the finger. An applicator portion is arranged on a second side of the reservoir opposite the first, and the applicator portion is isolated from the reservoir at least before first use of the applicator. The applicator device further includes a device to establish communication between the reservoir and the applicator portion, for example, in response to an operating action at least during the first use of the applicator.

An applicator for the application of a product, for example a cosmetic or dermatological product, including a reservoir of which a first side is attached to a finger or mounted to a finger to face the finger. An applicator portion is arranged on a second side of the reservoir opposite the first, and the applicator portion is isolated from the reservoir at least before first use of the applicator. The applicator device further includes a means to establish communication between the reservoir and the applicator portion, for example, in response to an operating action at least during the first use of the applicator.

A valve arrangement having an integral rail-like valve carrier body fitted with a plurality of valve units placed in a row or in-line. Each valve unit comprises a valve and at least one valve drive, the latter making electrical contact by way of a plug contact with electrical connector. Each valve is provided with its own connection module having the associated electrical connector, all connection modules being placed in a row free of mutual electrical control connection in sequence. Electrical conductors extend from each connection module and are in the form of flexible wire conductors.

A clamp for holding containers, having two rigid gripping arms that are pivotably supported about at least one axis in opposite direction and have clamp structures at one end, a force accumulator which is operative between the gripping arms, gripping-arm closing levers as extensions of the gripping arms towards the other axis side, a closing cam which is rotatable between the closing levers, with at least one closing lever being actuatable by the closing cam via an elastic deformation area, the deformation area is a section of an arm which acts on the closing cam and which is constructionally separated from the gripping arm and which is positively coupled with the gripping arm for joint pivotable movement, and a defined deformation space is provided at least in a substantially undeformed state of the section between a stop on the closing lever and the section.

A crossbow that includes a frame along which a movement trajectory of an arrow substantially passes, a first limb and a second limb connected to the frame on opposite sides from the movement trajectory. Each of said limbs having a loose end. The crossbow further includes a first cam having a first rotation axle and a second cam having a second rotation axle. The cams rotatably arranged on a first holder and on a second holder, respectively. The holders fixed on said frame on opposite sides from the movement trajectory. In addition, the crossbow is provided with a bowstring connecting the first cam and the second cam, a first cable connecting the first cam and the loose end of the first limb, and a second cable connecting the second cam and the loose end of the second limb.

A device for suspension and level adjustment in motor vehicles has a first connection element for connecting to at least one vehicle wheel, a second connection element for connecting to the body of the motor vehicle, at least one chassis spring, and an adjusting device. The adjusting device has two bearing points which are adjustable in their distance to one another via a gear driven by a motor. A first bearing point is connected to one connection element. A second bearing point is supported against the other connection element via the chassis spring. The gear has a coiled spring and at least one engagement element which engages between at least two coils of the spring adjacent to one another. The gear spring is assigned to the one bearing point and the engagement element is assigned to the other bearing point. The gear spring and the engagement element are pivotably mounted relative to one another and, for adjusting the distance of the bearing points, are able to be rotationally driven using a drive motor.

A method and apparatus for removing the first pouch from a stack of pouches includes apparatus adapted to bend an edge of the first pouch away from the second pouch of a stack to define a bent edge and a bend in the first pouch. The first pouch is then slid away from the second pouch to remove the first pouch from the plurality of adjacent pouches. This method allows the first pouch to be reliably separated from the second pouch by overcoming the various forces that typically cause adjacent pouches to cling to each other while stacked together.