mhurhangee/patent-ind-claim-en huggingface dataset:
A protective fan guard with at least one mounting strut and at least one fastening device for fastening the mounting strut of the protective fan guard , having a first and second leg that extend in a longitudinal direction and engage over a plurality of guard bars of the protective fan guard , wherein the legs have a free longitudinal end and the fastening device is arranged in the vicinity of the free longitudinal end of the legs , wherein the fastening device comprises a fastening sleeve which is designed in such a way that at least one clamping region receiving the first and second legs is formed and supported, wherein a vertical axial web is embodied on the fastening sleeve against which the legs are brought laterally into abutment, and wherein the fastening device is flush with the free longitudinal end of the legs and the clamping region formed by the fastening sleeve is undersized relative to the legs , so that a clamping connection is formed in the fastened state, the fastening sleeve having a collar which engages completely over the legs and also borders the clamping region .
An effective amount of an interferon that comprises anti-cancer activity for use in a method of treatment of cancer in bone in a subject, wherein the interferon comprises an amino acid sequence of SEQ ID NO: 1.
Method for operating a motor vehicle , comprising the following steps: - checking, by way of a narrow section assistant of the motor vehicle, based on data characterizing dimensions of a narrow section , whether it is possible to determine at least one trajectory for the motor vehicle to drive through the narrow section without a collision; - if it is not possible to determine a trajectory to drive through the narrow section without a collision: outputting a warning notification; - if at least one trajectory to drive through the narrow section without a collision has been determined: signalling that the narrow section is passable; wherein, in accordance with the determined trajectory, a target driving tube is displayed by way of a display device of the motor vehicle , wherein, as long as the motor vehicle drives within the target driving tube, the narrow section is able to be driven through without a collision, characterized in that the narrow section assistant determines, on the basis of provided map data and/or swarm data from other motor vehicles , whether the motor vehicle , after having driven through the narrow section , is able to continue its journey taking into consideration at least one predefined criterion from the following criteria following the narrow section: - dimensions of the motor vehicle in relation to ground clearance and/or vehicle height, - the tyres of the motor vehicle and/or - road conditions, and to make the driver aware thereof even before the driver attempts to drive through the narrow section . - checking, by way of a narrow section assistant of the motor vehicle, based on data characterizing dimensions of a narrow section , whether it is possible to determine at least one trajectory for the motor vehicle to drive through the narrow section without a collision; - if it is not possible to determine a trajectory to drive through the narrow section without a collision: outputting a warning notification; - if at least one trajectory to drive through the narrow section without a collision has been determined: signalling that the narrow section is passable; wherein, in accordance with the determined trajectory, a target driving tube is displayed by way of a display device of the motor vehicle , wherein, as long as the motor vehicle drives within the target driving tube, the narrow section is able to be driven through without a collision, characterized in that the narrow section assistant determines, on the basis of provided map data and/or swarm data from other motor vehicles , whether the motor vehicle , after having driven through the narrow section , is able to continue its journey taking into consideration at least one predefined criterion from the following criteria following the narrow section: - dimensions of the motor vehicle in relation to ground clearance and/or vehicle height, - the tyres of the motor vehicle and/or - road conditions, - dimensions of the motor vehicle in relation to ground clearance and/or vehicle height, - the tyres of the motor vehicle and/or - road conditions, and to make the driver aware thereof even before the driver attempts to drive through the narrow section .
An impingement cooled component comprising: a first wall including a plurality of impingement holes ; and a second wall spaced apart from said first wall, wherein the second wall is downstream of said first wall, relative to a cooling flow , the second wall having a contoured surface facing said first wall, said contoured surface includes a plurality of contours, each contour being defined by a plurality of peaks and a plurality of valleys ; characterised in that each peak of each contour of said plurality of contours is aligned with an impingement axis defined by one of said impingement holes in said plurality of impingement holes. a first wall including a plurality of impingement holes ; and a second wall spaced apart from said first wall, wherein the second wall is downstream of said first wall, relative to a cooling flow , the second wall having a contoured surface facing said first wall, said contoured surface includes a plurality of contours, each contour being defined by a plurality of peaks and a plurality of valleys ; characterised in that each peak of each contour of said plurality of contours is aligned with an impingement axis defined by one of said impingement holes in said plurality of impingement holes.
A mobile elevating work platform comprising: a chassis ; a pair of fixed wheels secured to the chassis; a pair of caster wheels secured to the chassis; a driving and steering wheel secured to the chassis; a control implement coupled with the driving and steering wheel, the control implement being configured to adjust a steering position of the driving and steering wheel; and a drive motor operable to drive the driving and steering wheel, wherein the chassis comprises a pivot link , and wherein the drive motor and the driving and steering wheel are pivotally secured to the chassis via the pivot link, characterized in that the mobile elevating work platform further comprising a driving wheel suspension secured between the driving and steering wheel and the chassis , wherein the driving wheel suspension comprises a spring. a chassis ; a pair of fixed wheels secured to the chassis; a pair of caster wheels secured to the chassis; a driving and steering wheel secured to the chassis; a control implement coupled with the driving and steering wheel, the control implement being configured to adjust a steering position of the driving and steering wheel; and a drive motor operable to drive the driving and steering wheel, wherein the chassis comprises a pivot link , and wherein the drive motor and the driving and steering wheel are pivotally secured to the chassis via the pivot link, characterized in that the mobile elevating work platform further comprising a driving wheel suspension secured between the driving and steering wheel and the chassis , wherein the driving wheel suspension comprises a spring.
Device for vertically adjusting a door leaf of a rail vehicle door with respect to a door drive , comprising a first toothed plate and a second toothed plate , wherein the first toothed plate is detachably fastened on the door leaf and the second toothed plate is detachably fastened on the door drive , and wherein the toothed plates are each equipped on a surface with a tooth structure for mutual form-fit engagement into increments of the tooth pitch characterised in that for the detachable fastening of the toothed plates to the door drive and the door leaf , a screw connection is provided in each case and wherein the tooth structure is aligned horizontally in the installation position.
Use of a composition physiologically active to chestnut tortrix in controlling chestnut tortrix, the composition comprising E,E-8,10-dodecadienol, which is a substance physiologically active to chestnut tortrix.
Apparatus for use in a cap applicator unit , the apparatus comprising: • a spigot comprising an elongate body and a head connected to one end of the elongate body , and • an anvil provided with a hole therein, the elongate body of the spigot mounted in the hole of the anvil , wherein the size of the hole of the anvil is sufficiently greater than the size of the elongate body of the spigot to permit angular movement of the spigot relative to the anvil characterised in that the apparatus further comprises at least one tensioning device arranged to provide a force tensioning the spigot against the anvil and a two-part spherical bearing provided with a hole therein, the elongate body of the spigot mounted in the hole of the two-part spherical bearing and the two-part spherical bearing engaging the anvil on one side and the head of the spigot on the other side. • a spigot comprising an elongate body and a head connected to one end of the elongate body , and • an anvil provided with a hole therein, the elongate body of the spigot mounted in the hole of the anvil ,
An optical apparatus , comprising: a display ; one or more optical devices configured to collimate at least a portion of divergent light from each pixel on the display into a collimated light beam and configured to output a plurality of diverging light beams; a light expander comprising an entrance face , an end face , an upper face , a lower face and first and second side faces , wherein the upper face , lower face and first and second side faces extend between the entrance face and the end face and wherein the lower face and the upper face diverge from one another, in a first dimension, as they extend from the entrance face towards the end face ; the light expander configured to expand light, input into the light expander through the entrance face from the one or more optical devices , in the first dimension, and configured to provide diverging light that diverges in the first dimension; a grooved reflector comprising a plurality of reflective surfaces configured to redirect the diverging light, received from the light expander , to produce converging light that converges in the first dimension; and a further light expander , configured to expand the light, converging in the first dimension and received from the grooved reflector, in a second dimension substantially orthogonal to the first dimension, wherein the further light expander is configured to provide an exit pupil for the apparatus and comprises an in-coupling portion configured to receive the converging light from the grooved reflector, and an out-coupling portion configured to output light to a user. a display ; one or more optical devices configured to collimate at least a portion of divergent light from each pixel on the display into a collimated light beam and configured to output a plurality of diverging light beams; a light expander comprising an entrance face , an end face , an upper face , a lower face and first and second side faces , wherein the upper face , lower face and first and second side faces extend between the entrance face and the end face and wherein the lower face and the upper face diverge from one another, in a first dimension, as they extend from the entrance face towards the end face ; the light expander configured to expand light, input into the light expander through the entrance face from the one or more optical devices , in the first dimension, and configured to provide diverging light that diverges in the first dimension; a grooved reflector comprising a plurality of reflective surfaces configured to redirect the diverging light, received from the light expander , to produce converging light that converges in the first dimension; and a further light expander , configured to expand the light, converging in the first dimension and received from the grooved reflector, in a second dimension substantially orthogonal to the first dimension, wherein the further light expander is configured to provide an exit pupil for the apparatus and comprises an in-coupling portion configured to receive the converging light from the grooved reflector, and an out-coupling portion configured to output light to a user.
A process for the catalytic alkylation of an olefin with an isoparaffin, the process comprising: contacting an olefin-containing feed with an isoparaffin-containing feed under alkylation conditions in the presence of a solid acid catalyst comprising a crystalline microporous material of the MWW framework type, wherein the olefin-containing feed consists essentially of pentenes.
A method for decoding a video picture partitioned into one or more coding blocks, the method comprising: for a coding block of said video picture having a size greater than a maximum transform size N, splitting said coding block into at least a first transform block and a second transform block, thereby forming a first transform boundary between said first and second transform blocks; splitting said coding block into at least a first prediction sub-block and a second prediction sub-block, thereby generating a first prediction boundary between said first and second prediction sub-blocks, and wherein said first prediction boundary is within said first transform block; applying a first deblocking filter to the first prediction boundary; and applying a second deblocking filter to the first transform boundary, wherein a distance between said first prediction boundary and said first transform boundary is 8 samples, said first deblocking filter modifies, between said boundaries a distance of 2 samples from the first prediction boundary, and said second deblocking filter modifies, between said boundaries, a distance of 5 samples from the first transform boundary. for a coding block of said video picture having a size greater than a maximum transform size N, splitting said coding block into at least a first transform block and a second transform block, thereby forming a first transform boundary between said first and second transform blocks; splitting said coding block into at least a first prediction sub-block and a second prediction sub-block, thereby generating a first prediction boundary between said first and second prediction sub-blocks, and wherein said first prediction boundary is within said first transform block; applying a first deblocking filter to the first prediction boundary; and applying a second deblocking filter to the first transform boundary, wherein a distance between said first prediction boundary and said first transform boundary is 8 samples, said first deblocking filter modifies, between said boundaries a distance of 2 samples from the first prediction boundary, and said second deblocking filter modifies, between said boundaries, a distance of 5 samples from the first transform boundary.
An operating device comprising: a lever rotatable about a rotating axis ; a first torsion bar coupled to the lever , having a tubular shape including the rotating axis as its central axis, and extending in a first direction along the rotating axis ; a second torsion bar provided inside the first torsion bar , extending along the rotating axis , coupled to the first torsion bar at a portion located farther in the first direction than the lever , and extending from the portion of coupling with the first torsion bar toward a second direction opposite to the first direction beyond the lever ; and a third torsion bar surrounding the second torsion bar , having a tubular shape including the rotating axis as its center, coupled to the second torsion bar at a portion located farther in the second direction than the lever , and extending from the portion of coupling with the second torsion bar in the first direction, wherein rotation of the third torsion bar is restricted at its end located in the first direction. a lever rotatable about a rotating axis ; a first torsion bar coupled to the lever , having a tubular shape including the rotating axis as its central axis, and extending in a first direction along the rotating axis ; a second torsion bar provided inside the first torsion bar , extending along the rotating axis , coupled to the first torsion bar at a portion located farther in the first direction than the lever , and extending from the portion of coupling with the first torsion bar toward a second direction opposite to the first direction beyond the lever ; and a third torsion bar surrounding the second torsion bar , having a tubular shape including the rotating axis as its center, coupled to the second torsion bar at a portion located farther in the second direction than the lever , and extending from the portion of coupling with the second torsion bar in the first direction, wherein rotation of the third torsion bar is restricted at its end located in the first direction.
An information processing device comprising: a processing unit that is configured to perform computation processing of a detection signal of a radar ; and a control unit that is configured to control a computation processing mode in the processing unit on a basis of detection result of another sensor , characterized in that the radar is of FCM mode and in that the control unit is configured to control at least one of a computation area or computation accuracy of computation processing in the processing unit on a basis of detection result of the another sensor . a processing unit that is configured to perform computation processing of a detection signal of a radar ; and a control unit that is configured to control a computation processing mode in the processing unit on a basis of detection result of another sensor , characterized in that the radar is of FCM mode and in that the control unit is configured to control at least one of a computation area or computation accuracy of computation processing in the processing unit on a basis of detection result of the another sensor .
Method for producing containers from thermally conditioned preforms of thermoplastic material, wherein a preform is arranged in a mould, is stretched by a stretching rod and a blowing gas which is introduced into the preform, wherein after the forming of the container and with the start of a reduction of the pressure and/or after a predefined period of time after the start of the reduction of the pressure of the blowing gas arranged in the container, a base of the container is cooled by a purging gas, characterised in that the purging gas is directed onto the base with a plurality of pulsed purging gas pulses at continuously decreasing pressure in the container.
A household appliance (1; 31), in particular washer-dryer, comprising: - a process air circuit for circulating process air (P) comprising a treatment chamber having an air inlet opening and an air outlet opening and a process air channel connecting the openings , - a heating device for heating the process air (P), and - a water circuit comprising: a water/process air heat exchanger adapted to cool process air (P) flowing within the process air circuit , and a water circulation device for circulating the water (W) in the water circuit characterized in that - the water / process air heat exchanger is made of at least one capillary tube mat (11a to 11c, 36, 37, 38) being positioned within the process air channel and/or being integrated into at least one wall section of the process air channel and - the water/process air heat exchanger comprises a water outlet opening that opens into the process air circuit such that the water circuit and the process air circuit partly coincide. - a process air circuit for circulating process air (P) comprising a treatment chamber having an air inlet opening and an air outlet opening and a process air channel connecting the openings , - a heating device for heating the process air (P), and - a water circuit comprising: a water/process air heat exchanger adapted to cool process air (P) flowing within the process air circuit , and a water circulation device for circulating the water (W) in the water circuit characterized in that - the water / process air heat exchanger is made of at least one capillary tube mat (11a to 11c, 36, 37, 38) being positioned within the process air channel and/or being integrated into at least one wall section of the process air channel and - the water/process air heat exchanger comprises a water outlet opening that opens into the process air circuit such that the water circuit and the process air circuit partly coincide.
A method of forming a layer over a substrate , the method comprising: receiving data identifying a desired thickness of the layer; using a processor to generate instructions for a printing mechanism to deposit droplets of ink onto the substrate according to the data, the ink carrying material to form the layer; wherein using the processor comprises identifying a density of ink to be applied to a unit area of the substrate which will produce blanket coverage of the unit area with the ink, identifying a resultant layer thickness produced by said density of ink following hardening of the ink to form the layer, scaling said density of ink according to desired thickness relative to the resultant layer thickness, and selecting a droplet pattern for the ink dependent on said scaled density; printing the ink according to said scaled density on to the substrate ; and processing the printed ink to harden the material and thereby form the layer. receiving data identifying a desired thickness of the layer; using a processor to generate instructions for a printing mechanism to deposit droplets of ink onto the substrate according to the data, the ink carrying material to form the layer; wherein using the processor comprises identifying a density of ink to be applied to a unit area of the substrate which will produce blanket coverage of the unit area with the ink, identifying a resultant layer thickness produced by said density of ink following hardening of the ink to form the layer, scaling said density of ink according to desired thickness relative to the resultant layer thickness, and selecting a droplet pattern for the ink dependent on said scaled density; printing the ink according to said scaled density on to the substrate ; and processing the printed ink to harden the material and thereby form the layer.