49results about How to "Avoid mechanical load" patented technology

The present invention relates to an apparatus, in particular for attaching to the back of a seat. The apparatus comprises a plate with a flat recess and an insert which is removably mountable in the flat recess of the plate and is configured to receive an information medium which is viewable when the insert is mounted in the flat recess of the plate. For releasably fixing of the insert on mounting of the same in the flat recess, the insert has the following: at least one tongue on a first border area of the insert for engagement in at least one correspondingly shaped groove in the plate, and at least one releasable fixing that is present in or on at least one second border area of the insert and that is operable by twisting and / or sliding at least one component.

The present invention relates to an apparatus, in particular for attaching to the back of a seat. The apparatus comprises a plate with a flat recess and an insert which is removably mountable in the flat recess of the plate and is configured to receive an information medium which is viewable when the insert is mounted in the flat recess of the plate. For releasably fixing of the insert on mounting of the same in the flat recess, the insert has the following: at least one tongue on a first border area of the insert for engagement in at least one correspondingly shaped groove in the plate, and at least one releasable fixing that is present in or on at least one second border area of the insert and that is operable by twisting and / or sliding at least one component.

The invention relates to a method and to a device for creating a product flow according to a predefined sequence (S). The products (A, B, C) are fed from different feed flows of a grouping path (G) and there, according to the sequence (S), are deposited onto a conveyor (10, 10) with a closed revolving path (U). According to the invention a repair function is realised in which the products (A, B, C) are then only transferred from the conveyor to a further-processing station if the sequence (S) is correct and all products (A, B, C) are present with the desired quality. Otherwise, the products (A, B, C) are led by the continuously operated conveyors (A, B, C) back to the grouping path (G). Here, the error is corrected by way of the deposition of the missing product (A, B, C), whilst the deposition of new products (A, B, C) is interrupted. For error correction, one may previously provide a discharge of a defect or wrong product (A, B, C). After the error correction, the creation of the product flow is continued by way of the sequentially correct deposition of further products (A, B, C). The method permits the error-free and sequentially correct creation of infinitely long and infinitely assembled sequences (S).

The invention relates to a blood pump (1). The blood pump comprises a hollow body (2) and magnetic bearing devices (15, 15', 16, 16', 17, 17', 18, 18'), all of which at least partially and actively stabilize. The hollow body is equipped with an impeller (3) having a blade device (4), which is used for generating axial propulsion of blood along the impeller (3). The impeller is set to rotate arounda rotary axis (R) of the impeller (3) by means of a motor stator (10). The hollow body (2) comprises an inlet (5) and an outlet (6). The inlet enables blood to flow into the hollow body (2) in an inflow direction (E) basically parallel to the rotary axis (R). The outlet (6) enables blood to flow out of the hollow body (2) along an outflow direction (A).

The invention relates to a furniture hinge comprising a stop element and a hinge cup which is pivotally connected to said stop element by means of an articulated lever, a damper being arranged in a housing, said housing being connected to the hinge cup by means of securing means, and a spring being functionally connected to the hinge cup and the stop element or the articulated lever. According to the invention, the housing comprises a spring seat by means of which said spring is secured to the housing. This achieves a damped, compact furniture hinge which has a spring to support at least the closing action, and which is easy to mount.

A compact self-ballasted fluorescent lamp (11) capable of providing a roughly same appearance as that of general lighting bulbs by efficiently storing a lighting device (17) on the inside of a ferrule (12) to reduce the size of a cover (13) and a lighting apparatus. The ferrule (12) is fitted to one end of the cover (13) and a light emitting tube (14) is supported on the cover (13) at the other end. Electronic parts (60) forming a lighting circuit (59) lighting the light emitting tube (14) are mounted on the substrate (58) of the lighting device (17). The substrate (58) is formed to have such a width dimension that allows the substrate to be inserted into the ferrule (12) and vertically disposed along the direction of the centerline of the ferrule (12) at a position offset from the centerline of the ferrule (12). Large electronic parts (60) among the electronic parts (60) are disposed on the surface of the substrate (58) which is more apart from the ferrule (12) than the other. Since the lighting device (17) is efficiently stored on the inside of the ferrule (12), the size of the cover (13) can be reduced and roughly the same appearance as that of the general lighting bulbs can be provided to the fluorescent lamp.

One aspect of the invention relates to a filter module comprising: —a filter element having at least one filter medium which separates a filtrate side and a retentate side of the filter element from one another, and having a filter medium holder to which the filter medium is attached and which has at least one holder intake channel and at least one holder discharge channel, —a first filter cartridge part having at least one first cartridge intake channel and at least one first cartridge discharge channel, —a second filter cartridge channel having at least one second cartridge intake channel and at least one second cartridge discharge channel, wherein the filter medium holder is arranged in an arrangement position between the first filter cartridge part and the second filter cartridge part in a fluid-tight manner, wherein the at least one holder intake channel has a fluid connection with the at least one first cartridge intake channel and the at least one second cartridge intake channel, in order to form a module intake channel, wherein the at least one holder discharge channel has a fluid connection with the at least one first cartridge discharge channel and the at least one second cartridge discharge channel, in order to form a module discharge channel, wherein the module intake channel has a fluid connection with the retentate side of the filter medium and wherein the module discharge channel has a fluid connection with the filtrate side of the filter medium, and a modular filter system.

The invention relates to a method for connecting parts of a multiple-part rotor carrier of an electric engine, said rotor carrier comprising a rotor hub as one part, and a carrier part arranged on the rotor hub, as another part, the rotor hub and carrier part being interconnected in a rotationally fixed manner by means of a connection process. According to the invention, the connection process consists of a penetrating joining method. The invention also relates to a multiple-part rotor carrier (1) of an electric engine, comprising a rotor hub (3) as one part (11), and a carrier part (9) arranged on the rotor hub, as another part (12), the rotor hub (3) and carrier parts (9) being interconnected in a rotationally fixed manner on at least one connection site (13). According to the invention, a penetrating joining site (14) is provided as the connection site (13).

The present invention relates to an apparatus and method for topical administration of medical fluids. The device has a hose that is flexibly deformable and has a hose wall. The hose wall has an outer wall of a first material and an inner wall of a second material, the outer wall being arranged radially outside, and the inner wall being arranged radially inside and delimiting the inner conduit of the hose. The hose has a plurality of orifices in the hose wall in the distal portion of the hose. A plurality of orifices connect the inner conduit of the hose with the surrounding environment of the hose. The distal portion of the hose is bounded by the distal end of the hose. The device has a closing element by which the hose is closed or can be closed in a liquid-tight manner at the distal end of the hose. The closure element can be manually inserted into the distal end. The proximal end of the hose is connected or connectable in a liquid-permeable manner with a container for medical fluid, so that the medical fluid can be pressed from the container through the proximal end of the hose into the inner conduit of the hose and through Multiple orifices press out into the surroundings of the hose.