mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for laying an elongate member in a trench having a curved trench portion, the apparatus comprising: a main body portion; ground-contacting apparatus on which the main body portion is mounted and by which the apparatus may in use move over the ground; an elongate member moving device configured to move the elongate member from an initial position to an elongate member laying position; a trench cutting apparatus; and a depressor having an elongate member entry portion, an elongate member exit portion and a substantially rigid element having a curved underside surface which bears against the elongate member as it is transferred into the trench and wherein the depressor is rotatable in use about an axis which is co-axial with a longitudinal axis of the portion of the elongate member engaged in use by the depressor such that, upon rotation of the depressor the curved configuration of the depressor more closely matches the curve of the curved portion of the trench, wherein the depressor is mounted immediately to the rear, with respect to the direction of trench cutting, of the trench cutting apparatus and attached, directly or indirectly, to the main body portion, and wherein the depressor is configured to guide the elongate member from an elongate member laying position to its in-trench location. a main body portion; ground-contacting apparatus on which the main body portion is mounted and by which the apparatus may in use move over the ground; an elongate member moving device configured to move the elongate member from an initial position to an elongate member laying position; a trench cutting apparatus; and a depressor having an elongate member entry portion, an elongate member exit portion and a substantially rigid element having a curved underside surface which bears against the elongate member as it is transferred into the trench and wherein the depressor is rotatable in use about an axis which is co-axial with a longitudinal axis of the portion of the elongate member engaged in use by the depressor such that, upon rotation of the depressor the curved configuration of the depressor more closely matches the curve of the curved portion of the trench, wherein the depressor is mounted immediately to the rear, with respect to the direction of trench cutting, of the trench cutting apparatus and attached, directly or indirectly, to the main body portion, and wherein the depressor is configured to guide the elongate member from an elongate member laying position to its in-trench location.
A method for deriving a brake signal indicative of a stopping force to be applied by at least one brake of a vehicle (10; 12), said vehicle including a plurality of wheels (1 to 8), each wheel including a corresponding wheel speed sensor for detecting wheel speed and a brake for providing a stopping force to the wheel, comprising: determining if the wheel speed sensors are functional or malfunctional; and generating a brake signal for a brake corresponding to a malfunctional wheel speed sensor based on wheel speed data from a functional wheel speed sensor, characterised in that generating the brake signal includes: applying a compensation factor to the generated brake signal to derive a compensated brake signal; and using the compensated brake signal as the brake signal for the brake corresponding to the malfunctional wheel speed sensor, wherein applying the compensation factor includes limiting the compensated brake signal to a level less than a normal brake signal provided to a brake corresponding to the functional wheel speed sensor. determining if the wheel speed sensors are functional or malfunctional; and generating a brake signal for a brake corresponding to a malfunctional wheel speed sensor based on wheel speed data from a functional wheel speed sensor, characterised in that generating the brake signal includes: applying a compensation factor to the generated brake signal to derive a compensated brake signal; and using the compensated brake signal as the brake signal for the brake corresponding to the malfunctional wheel speed sensor, wherein applying the compensation factor includes limiting the compensated brake signal to a level less than a normal brake signal provided to a brake corresponding to the functional wheel speed sensor. applying a compensation factor to the generated brake signal to derive a compensated brake signal; and using the compensated brake signal as the brake signal for the brake corresponding to the malfunctional wheel speed sensor, wherein applying the compensation factor includes limiting the compensated brake signal to a level less than a normal brake signal provided to a brake corresponding to the functional wheel speed sensor.
A lock and key system, comprising a lock cylinder housing having a cylinder core which is rotatably mounted therein and in the keyway of which a flat key may be inserted, which flat key has, on its flat side, a coding which may be registered in the lock cylinder, wherein, with a non-matching coding, a blocking element mounted in the cylinder core may be displaced over the parting plane of the cylinder core and the lock cylinder housing into a recess in the lock cylinder housing and thus prevents the rotation of the cylinder core, characterised in that - the coding comprises rings arranged in a recess in the key shaft, which are fixed in the key by a common spindle arranged in the longitudinal key-shaft plane but may be displaced transversely to the longitudinal key-shaft plane, - an appropriate clearance is provided in the cylinder core to enable the insertion of the key with the rings in the keyway, - the clearance is widened at a defined point in the keyway in such a way that the rings may be displaced transversely to the longitudinal key-shaft plane, - this displacement takes place by means of two blocking elements (5, 6), which are associated with the rings, may be moved transversely to the longitudinal key-shaft plane, are arranged on both sides of the keyway in the cylinder core and are each in engagement with two rings, wherein, with a non-matching coding of the key, which is defined by the transverse displacement of the rings, the blocking elements (5, 6) can reach into the recesses of the lock cylinder housing, passing over the parting plane. - the coding comprises rings arranged in a recess in the key shaft, which are fixed in the key by a common spindle arranged in the longitudinal key-shaft plane but may be displaced transversely to the longitudinal key-shaft plane, - an appropriate clearance is provided in the cylinder core to enable the insertion of the key with the rings in the keyway, - the clearance is widened at a defined point in the keyway in such a way that the rings may be displaced transversely to the longitudinal key-shaft plane, - this displacement takes place by means of two blocking elements (5, 6), which are associated with the rings, may be moved transversely to the longitudinal key-shaft plane, are arranged on both sides of the keyway in the cylinder core and are each in engagement with two rings,
A crystalline Form-1 of cabazitaxel, which is characterized by an X-ray powder diffraction pattern, determined with a Cu Kα radiation,having the wavelength 1.541 Å, having peaks at 7.27, 8.098, 8.9288, 9.8386, 10.3719, 11.1279, 12.6872, 12.9551, 14.3024, 15.3175, 15.7891, 16.5281 and 17.2208 ±0.2 degrees two-theta.
A transmission characteristic compensation apparatus comprising: a reception circuit including a first adaptive compensator compensating distortion of a received signal; and an adaptive compensation coefficient calculator, wherein the adaptive compensation coefficient calculator includes a known-signal detector detecting first and second known-signals from the received signal, a second adaptive compensator compensating distortion of the received signal, a tap coefficient initial value calculator calculating an initial value of a tap coefficient of the second adaptive compensator by comparing the first known-signal with its true value, a first phase shift compensator compensating phase shift of an output of the second adaptive compensator using the second known-signal, and a tap coefficient calculator calculating tap coefficients of the first and second adaptive compensators (7,10) by comparing at least one of the first and second known-signals compensated by the second adaptive compensator and the first phase shift compensator with its true value. a reception circuit including a first adaptive compensator compensating distortion of a received signal; and an adaptive compensation coefficient calculator, wherein the adaptive compensation coefficient calculator includes a known-signal detector detecting first and second known-signals from the received signal, a second adaptive compensator compensating distortion of the received signal, a tap coefficient initial value calculator calculating an initial value of a tap coefficient of the second adaptive compensator by comparing the first known-signal with its true value, a first phase shift compensator compensating phase shift of an output of the second adaptive compensator using the second known-signal, and a tap coefficient calculator calculating tap coefficients of the first and second adaptive compensators (7,10) by comparing at least one of the first and second known-signals compensated by the second adaptive compensator and the first phase shift compensator with its true value.
Child-resistant smoking article package, comprising: a case with an opening adapted to receive a smoking article, a cap movable between a closed state wherein the cap closes the case and an open state wherein the opening of the case is accessible, a first, second and third releaseably engageable fixation member, wherein the second and third releaseably engageable fixation members (108-2, 108-3) are arranged on opposing sides of the child-resistant smoking article package and wherein the first, second and third releaseably engageable fixation members (108-1, 108-2, 108-3) are adapted to immovably fix the cap to the case in the closed state and to release the cap when simultaneously actuated, wherein the case further comprises an insert which is fixed within the case, characterized in that the cap comprises a base section and an arm section, wherein the arm section extends along the outside of the case from the base section along a direction that is parallel to the height of the case in the closed state of the child-resistant smoking article package,wherein the insert comprises a body section and a spring arm section, wherein the body section is enclosed by the opening and wherein the spring arm section extends from the body section along the arm section of the cap, and wherein the first releaseably engageable fixation member is arranged on the spring arm section of the insert or on the arm section of the cap and is adapted to detachably fix the spring arm section of the insert and the arm section of the cap to one another. a case with an opening adapted to receive a smoking article, a cap movable between a closed state wherein the cap closes the case and an open state wherein the opening of the case is accessible, a first, second and third releaseably engageable fixation member, wherein the second and third releaseably engageable fixation members (108-2, 108-3) are arranged on opposing sides of the child-resistant smoking article package and wherein the first, second and third releaseably engageable fixation members (108-1, 108-2, 108-3) are adapted to immovably fix the cap to the case in the closed state and to release the cap when simultaneously actuated, wherein the case further comprises an insert which is fixed within the case, characterized in that the cap comprises a base section and an arm section, wherein the arm section extends along the outside of the case from the base section along a direction that is parallel to the height of the case in the closed state of the child-resistant smoking article package,wherein the insert comprises a body section and a spring arm section, wherein the body section is enclosed by the opening and wherein the spring arm section extends from the body section along the arm section of the cap, and wherein the first releaseably engageable fixation member is arranged on the spring arm section of the insert or on the arm section of the cap and is adapted to detachably fix the spring arm section of the insert and the arm section of the cap to one another.
A refrigerator having a display and a home bar, comprising: a display (150, 250) configured to display operating information for the refrigerator; a home bar (160, 260) including a home bar housing being provided with an accommodation space in which a food is received; and a mounting frame (140, 240) installed at a refrigerator door (120, 220) for mounting the display therein, characterized in that the mounting frame (140, 240) comprises: a home bar frame portion (141, 241) provided to the refrigerator door (140, 240) and provided with a home bar opening (143, 243) through which the food is taken in or out of the home bar housing; and a display mounting portion (147, 247) provided to one side of the home bar frame portion (141, 241) for mounting the display therein wherein the mounting frame (140, 240) is mounted to a cut-out portion of the refrigerator door (140, 240), and a front surface of the home bar frame portion (141, 241) is brought into close contact with a back side of an outer cover member which is provided to a front surface of an outdoor (121, 221), wherein the home bar housing is mounted to a rear surface of the refrigerator door (140, 240) such that the home bar opening (143, 243) communicates with the accommodation space of the home bar housing. a display (150, 250) configured to display operating information for the refrigerator; a home bar (160, 260) including a home bar housing being provided with an accommodation space in which a food is received; and a mounting frame (140, 240) installed at a refrigerator door (120, 220) for mounting the display therein, characterized in that the mounting frame (140, 240) comprises: a home bar frame portion (141, 241) provided to the refrigerator door (140, 240) and provided with a home bar opening (143, 243) through which the food is taken in or out of the home bar housing; and a display mounting portion (147, 247) provided to one side of the home bar frame portion (141, 241) for mounting the display therein wherein the mounting frame (140, 240) is mounted to a cut-out portion of the refrigerator door (140, 240), and a front surface of the home bar frame portion (141, 241) is brought into close contact with a back side of an outer cover member which is provided to a front surface of an outdoor (121, 221), a home bar frame portion (141, 241) provided to the refrigerator door (140, 240) and provided with a home bar opening (143, 243) through which the food is taken in or out of the home bar housing; and a display mounting portion (147, 247) provided to one side of the home bar frame portion (141, 241) for mounting the display therein wherein the mounting frame (140, 240) is mounted to a cut-out portion of the refrigerator door (140, 240), and a front surface of the home bar frame portion (141, 241) is brought into close contact with a back side of an outer cover member which is provided to a front surface of an outdoor (121, 221), wherein the home bar housing is mounted to a rear surface of the refrigerator door (140, 240) such that the home bar opening (143, 243) communicates with the accommodation space of the home bar housing.
A method for manufacturing beverage crates from plastic with the appearance of a beverage crate of wood, meshwork, textile or masonry, wherein • an injection mold is provided for injection molding the beverage crate that is of such a kind that it provides the entire surface of the outer sides of the sidewalls (3 to 6) of the beverage crate with a characteristic surface structure of wood, meshwork, textile or masonry, the appearance of which the beverage crate is supposed to have, • films are introduced into the injection mold that have a photo realistic picture of wood, meshwork, textile or masonry with the same characteristic surface structure, wherein the films with the picture are oriented in a precise fit on the corresponding surface structures of the injection mold, and • the beverage crate is produced in the injection mold by back-molding the films, wherein the surface structures are generated to fit the picture, and a bonding of the material of a main body of the beverage crate to the films is simultaneously achieved. • an injection mold is provided for injection molding the beverage crate that is of such a kind that it provides the entire surface of the outer sides of the sidewalls (3 to 6) of the beverage crate with a characteristic surface structure of wood, meshwork, textile or masonry, the appearance of which the beverage crate is supposed to have, • films are introduced into the injection mold that have a photo realistic picture of wood, meshwork, textile or masonry with the same characteristic surface structure, wherein the films with the picture are oriented in a precise fit on the corresponding surface structures of the injection mold, and • the beverage crate is produced in the injection mold by back-molding the films, wherein the surface structures are generated to fit the picture, and a bonding of the material of a main body of the beverage crate to the films is simultaneously achieved.
An imaging device, comprising: a movable image sensor; a circuit board connected to the movable image sensor; an optical module comprising a lens group on an optical axis, the optical module being movable along the optical axis between at least a retracted position and an extended position; and an activating actuator configured to move the movable image sensor and the circuit board in a plane between an active position and an inactive position, wherein: in the active position the movable image sensor is stacked under the optical module on the optical axis, and the optical module is in an extended position; and in the inactive position the movable image sensor is positioned off the optical axis and away from the optical module, and the optical module is in a retracted position, wherein the activating actuator is configured to mechanically connect the movable image sensor and the optical module, wherein the activating actuator is configured to cause movement of the optical module between an extended position and a retracted position when the activating actuator moves the movable image sensor between the active position and the inactive position, and wherein the activating actuator comprises a connecting arm being configured to lift the optical module into the extended position along the optical axis when the activating actuator moves the movable image sensor in a plane towards the active position. a movable image sensor; a circuit board connected to the movable image sensor; an optical module comprising a lens group on an optical axis, the optical module being movable along the optical axis between at least a retracted position and an extended position; and an activating actuator configured to move the movable image sensor and the circuit board in a plane between an active position and an inactive position, wherein: in the active position the movable image sensor is stacked under the optical module on the optical axis, and the optical module is in an extended position; and in the inactive position the movable image sensor is positioned off the optical axis and away from the optical module, and the optical module is in a retracted position, in the active position the movable image sensor is stacked under the optical module on the optical axis, and the optical module is in an extended position; and in the inactive position the movable image sensor is positioned off the optical axis and away from the optical module, and the optical module is in a retracted position, wherein the activating actuator is configured to mechanically connect the movable image sensor and the optical module, wherein the activating actuator is configured to cause movement of the optical module between an extended position and a retracted position when the activating actuator moves the movable image sensor between the active position and the inactive position, and wherein the activating actuator comprises a connecting arm being configured to lift the optical module into the extended position along the optical axis when the activating actuator moves the movable image sensor in a plane towards the active position.
Pivoting mechanism for the movable attachment of a camera to a vehicle, wherein the pivoting mechanism comprises: - a vehicle-side component which can be attached to the vehicle (1; 23), - a first rotary joint which is attached to the vehicle-side component, - a first pivot arm having a first end, a second end and a first length, wherein the first end is rotatably mounted on the first rotary joint, - a second rotary joint which is attached to the vehicle-side component at a first distance from the first rotary joint, - a second pivot arm having a first end, a second end and a second length, wherein the first end is rotatably mounted on the second rotary joint, - a camera holder which can be attached to the camera, - a third rotary joint which is attached to the camera holder and on which the second end of the first pivot arm is rotatably mounted, and - a fourth rotary joint which is attached to the camera holder at a second distance from the third rotary joint and on which the second end of the second pivot arm is rotatably mounted, characterized in that the first distance, the second distance, the first length and the second length are dimensioned such that the camera holder is movable between a first position and a second position in relation to the vehicle-side component, and such that at least one region of the camera holder moves along an S-shaped movement path during a movement of the camera holder between the first position and the second position in relation to the vehicle-side component. - a vehicle-side component which can be attached to the vehicle (1; 23), - a first rotary joint which is attached to the vehicle-side component, - a first pivot arm having a first end, a second end and a first length, wherein the first end is rotatably mounted on the first rotary joint, - a second rotary joint which is attached to the vehicle-side component at a first distance from the first rotary joint, - a second pivot arm having a first end, a second end and a second length, wherein the first end is rotatably mounted on the second rotary joint, - a camera holder which can be attached to the camera, - a third rotary joint which is attached to the camera holder and on which the second end of the first pivot arm is rotatably mounted, and - a fourth rotary joint which is attached to the camera holder at a second distance from the third rotary joint and on which the second end of the second pivot arm is rotatably mounted, characterized in that the first distance, the second distance, the first length and the second length are dimensioned