mhurhangee/ep-ind-claims huggingface dataset:
Seat belt retractor comprising - a belt shaft which is mounted so as to be rotatable in a frame, on which belt shaft a seat belt can be taken up, and - a blocking device for blocking the belt shaft in the extension direction of the seat belt, and - a control device having a control disk with a toothing for activating the blocking device, and - an electric actuator having a first blocking lever spring-loaded in the engagement direction into the toothing of the control disk, and - an ECL blocking lever which, in a first position, blocks the first blocking lever of the actuator during a first belt strap extension in a position in which this does not engage in the toothing of the control disk, and - an LC blocking lever which, in a first position, blocks the first blocking lever of the actuator in a first position if the belt strap extension length falls short of a predetermined length, in which first position it does not engage in the toothing of the control disk and, upon exceeding the predetermined belt strap extension length, is moved by means of a switching device into a second position in which it does not block the first blocking lever, characterized in that - the LC blocking lever and/or a carrier plate of the LC blocking lever have a blocking contour which is shaped in such a way that the ECL blocking lever comes to rest thereon in a second position releasing the first blocking lever if the LC blocking lever is arranged in the second position. - a belt shaft which is mounted so as to be rotatable in a frame, on which belt shaft a seat belt can be taken up, and - a blocking device for blocking the belt shaft in the extension direction of the seat belt, and - a control device having a control disk with a toothing for activating the blocking device, and - an electric actuator having a first blocking lever spring-loaded in the engagement direction into the toothing of the control disk, and - an ECL blocking lever which, in a first position, blocks the first blocking lever of the actuator during a first belt strap extension in a position in which this does not engage in the toothing of the control disk, and - an LC blocking lever which, in a first position, blocks the first blocking lever of the actuator in a first position if the belt strap extension length falls short of a predetermined length, in which first position it does not engage in the toothing of the control disk and, upon exceeding the predetermined belt strap extension length, is moved by means of a switching device into a second position in which it does not block the first blocking lever, - the LC blocking lever and/or a carrier plate of the LC blocking lever have a blocking contour which is shaped in such a way that the ECL blocking lever comes to rest thereon in a second position releasing the first blocking lever if the LC blocking lever is arranged in the second position.
A flywheel arrangement comprising a flywheel and support means, wherein a rotatable shaft of the flywheel is arranged to be supported within the support means by way of a recess and pin configuration arranged at least at one end of the rotatable shaft, the end of the rotatable shaft being provided with two magnets (20 and 15), wherein the support means comprises: a first arrangement of magnets for horizontal stabilization of the shaft; and a second arrangement of magnets for vertical stabilization of the shaft; wherein the first of the two magnets of the shaft interacts with the first arrangement and the second of the two magnets of the shaft interacts with the second arrangement, and characterised in that the vertical position of the support means can be adjusted to alter the vertical position of the flywheel shaft. a first arrangement of magnets for horizontal stabilization of the shaft; and a second arrangement of magnets for vertical stabilization of the shaft; wherein the first of the two magnets of the shaft interacts with the first arrangement and the second of the two magnets of the shaft interacts with the second arrangement, and characterised in that the vertical position of the support means can be adjusted to alter the vertical position of the flywheel shaft.
A zoom lens comprising in order from an object side to an image side: a first lens unit (Gl) having a positive refractive power and adapted not to move for zooming; a second lens unit having a negative refractive power and adapted to move for zooming; a third lens unit having a negative refractive power and adapted to move for zooming; a fourth lens unit having a positive refractive power and adapted to move for zooming; and a fifth lens unit having a positive refractive power and adapted not to move for zooming, wherein for zooming from a wide angle end to a telephoto end, the second lens unit is adapted to move to the image side, the third lens unit is adapted to move so as to take a locus convex toward the object side, and the fourth lens unit is adapted to move to compensate for an image plane variation due to the zooming, characterized in that the conditional expression fw × Z 0.07 < fz < fw × Z 0.5 is satisfied where fw denotes a focal length of the zoom lens at the wide angle end, Z denotes a zoom ratio of the zoom lens, and fz denotes a focal length of the zoom lens at a zoom state where the third lens unit is at a position closest to the object side. a first lens unit (Gl) having a positive refractive power and adapted not to move for zooming; a second lens unit having a negative refractive power and adapted to move for zooming; a third lens unit having a negative refractive power and adapted to move for zooming; a fourth lens unit having a positive refractive power and adapted to move for zooming; and a fifth lens unit having a positive refractive power and adapted not to move for zooming, wherein for zooming from a wide angle end to a telephoto end, the second lens unit is adapted to move to the image side, the third lens unit is adapted to move so as to take a locus convex toward the object side, and the fourth lens unit is adapted to move to compensate for an image plane variation due to the zooming, characterized in that the conditional expression fw × Z 0.07 < fz < fw × Z 0.5 is satisfied where fw denotes a focal length of the zoom lens at the wide angle end, Z denotes a zoom ratio of the zoom lens, and fz denotes a focal length of the zoom lens at a zoom state where the third lens unit is at a position closest to the object side.
A method of making an expandable package, comprising the steps of: providing a web of flexible material; forming a series of preferentially weakened areas transversely of the web of material, spaced along the longitudinal axis of said web at intervals corresponding to the length of each package being formed; providing a plurality of folded expansion elements; joining each one of said expansion elements to said web of material at a pair of longitudinally spaced regions of said web of material so that the expansion element extends across one of said preferentially weakened areas between the respective longitudinally spaced regions, each said expansion element having an unfolded longitudinal dimension greater than the spacing between the respective ones of the pair of longitudinally spaced regions; providing a plurality of articles to placed in each of the packages being formed; and folding said web of material to forming a series of said packages, each including an outer bag body having front and rear panels (12, 14), and a pair of opposite ends (20, 22) between which said body panels extend, with at least one of said expansion elements positioned interiorly of each of the packages being formed, including positioning the plurality of said articles, under compression, in the package being formed, so that upon opening of each package at the preferentially weakened area, the ends of the bag body can separate from each other as the expansion element unfolds, thereby facilitating removal of articles from within the package. providing a web of flexible material; forming a series of preferentially weakened areas transversely of the web of material, spaced along the longitudinal axis of said web at intervals corresponding to the length of each package being formed; providing a plurality of folded expansion elements; joining each one of said expansion elements to said web of material at a pair of longitudinally spaced regions of said web of material so that the expansion element extends across one of said preferentially weakened areas between the respective longitudinally spaced regions, each said expansion element having an unfolded longitudinal dimension greater than the spacing between the respective ones of the pair of longitudinally spaced regions; providing a plurality of articles to placed in each of the packages being formed; and folding said web of material to forming a series of said packages, each including an outer bag body having front and rear panels (12, 14), and a pair of opposite ends (20, 22) between which said body panels extend, with at least one of said expansion elements positioned interiorly of each of the packages being formed, including positioning the plurality of said articles, under compression, in the package being formed, so that upon opening of each package at the preferentially weakened area, the ends of the bag body can separate from each other as the expansion element unfolds, thereby facilitating removal of articles from within the package.
Apparatus for decoding a significance map indicating positions of significant transform coefficients within a transform coefficient block from a data stream comprising: a decoder configured to extract a significance map indicating positions of significant transform coefficients within the transform coefficient block, and then the values of the significant transform coefficients within the transform coefficient block from a data stream, with, in extracting the significance map, sequentially extracting first-type syntax elements from the data stream by context-adaptive entropy decoding, the first-type syntax elements indicating, for associated positions within the transform coefficient block as to whether at the respective position a significant or insignificant transform coefficient is situated; and an associator configured to sequentially associate the sequentially extracted first-type syntax elements to the positions of the transform coefficient block in a predetermined scan order among the positions of the transform coefficient block, wherein the decoder is configured to use, in context-adaptively entropy decoding the first-type syntax elements, contexts which are individually selected for each of the first-type syntax elements depending on a number of positions at which according to the previously extracted and associated first-type syntax elements significant transform coefficients are situated, in a neighborhood of the position with which a current first-type syntax element is associated. a decoder configured to extract a significance map indicating positions of significant transform coefficients within the transform coefficient block, and then the values of the significant transform coefficients within the transform coefficient block from a data stream, with, in extracting the significance map, sequentially extracting first-type syntax elements from the data stream by context-adaptive entropy decoding, the first-type syntax elements indicating, for associated positions within the transform coefficient block as to whether at the respective position a significant or insignificant transform coefficient is situated; and an associator configured to sequentially associate the sequentially extracted first-type syntax elements to the positions of the transform coefficient block in a predetermined scan order among the positions of the transform coefficient block, wherein the decoder is configured to use, in context-adaptively entropy decoding the first-type syntax elements, contexts which are individually selected for each of the first-type syntax elements depending on a number of positions at which according to the previously extracted and associated first-type syntax elements significant transform coefficients are situated, in a neighborhood of the position with which a current first-type syntax element is associated.
A method of controlling a network in which data is transmitted in frames, the network having a plurality of bridges, the method being implemented by one or more bridges within the network and comprising: configuring each bridge (A-I) in a region of the network as a root of a Multiple Spanning Tree Instance, MSTI, with each bridge (A-I) being the root of its own MSTI; sending, by a bridge, a first frame according to a first MSTI having a receiving bridge as a root bridge, wherein a field of the first frame has a per-bridge per-MSTI bit for each MSTI of the region;, the bit being set to "No" when the frame is passed through a port that is not a root port of any MSTI of the region, or otherwise to "Yes"; receiving, by the bridge, a second frame according to a second MSTI having another receiving bridge as a root bridge, wherein a field of the second frame also has such a per-bridge per-MSTI bit; and if the value of the per-bridge per-MSTI bit sent by the bridge does not equal the value of the per-bridge per-MSTI bit received by the bridge, determining that the first and second MSTIs are not in synch, and applying a rule set to determine which bridge is to select an alternate port as a new root port, in order to synch the first and second MSTIs. configuring each bridge (A-I) in a region of the network as a root of a Multiple Spanning Tree Instance, MSTI, with each bridge (A-I) being the root of its own MSTI; sending, by a bridge, a first frame according to a first MSTI having a receiving bridge as a root bridge, wherein a field of the first frame has a per-bridge per-MSTI bit for each MSTI of the region;, the bit being set to "No" when the frame is passed through a port that is not a root port of any MSTI of the region, or otherwise to "Yes"; receiving, by the bridge, a second frame according to a second MSTI having another receiving bridge as a root bridge, wherein a field of the second frame also has such a per-bridge per-MSTI bit; and if the value of the per-bridge per-MSTI bit sent by the bridge does not equal the value of the per-bridge per-MSTI bit received by the bridge, determining that the first and second MSTIs are not in synch, and applying a rule set to determine which bridge is to select an alternate port as a new root port, in order to synch the first and second MSTIs.
A wireless communication system comprising: - at least one active phased array antenna unit (100, 410, 415, 420, 425) for transmission and reception of data communication; - a phased array circuit for driving and controlling said at least one active phased array antenna unit, wherein said at least one active phased array antenna unit comprises at least four arrays of radiators, each array of radiators comprising at least one one-dimensional array of radiators (110, 115, 120, 125) and wherein said phased array circuit comprises a plurality of phased shifted injection-locked push-push oscillators (320-327, 340-355), characterized in that said at least one active phased array antenna unit (100, 410, 415, 420, 425) is adapted to transmit or receive electromagnetic radiation by selectively switching among radiation modes, a radiation mode being defined by a number of arrays of radiators and a phase shift associated with each array of radiators, wherein selectively switching between the radiation modes is configured for steering of a beam transmitted or received by the at least one active phased array antenna unit over a horizontal angle exceeding 90 degrees, and wherein the plurality of phased shifted injection-locked push-push oscillators are configured for steering of a beam transmitted or received by the at least one active phased array antenna unit vertically. - at least one active phased array antenna unit (100, 410, 415, 420, 425) for transmission and reception of data communication; - a phased array circuit for driving and controlling said at least one active phased array antenna unit, wherein said at least one active phased array antenna unit comprises at least four arrays of radiators, each array of radiators comprising at least one one-dimensional array of radiators (110, 115, 120, 125) and wherein said phased array circuit comprises a plurality of phased shifted injection-locked push-push oscillators (320-327, 340-355),
Spray dried particles for inhalation composition comprising: a) between 5 and 50% by weight of at least one azole antifungal in amorphous state; and b) at least one matricial agent to the composition selected from a group consisting of polyol such as sorbitol, mannitol and xylitol; a monosaccharide such as glucose and arabinose; disaccharide such as lactose, maltose, saccharose and dextrose; cholesterol, and any mixture thereof. a) between 5 and 50% by weight of at least one azole antifungal in amorphous state; and b) at least one matricial agent to the composition selected from a group consisting of polyol such as sorbitol, mannitol and xylitol; a monosaccharide such as glucose and arabinose; disaccharide such as lactose, maltose, saccharose and dextrose; cholesterol, and any mixture thereof.
Electrode for enzymatic biosensor being in the form of a fibrous material and comprising electrically conductive fibres and electrically non-conductive fibres, all or part of said non-conductive fibres being functionalised by enzymes, identical or different, said electrically conductive fibres being non-functionalised by enzymes, and said enzymes being distributed over the whole of the lateral part of said non-conductive fibres. all or part of said non-conductive fibres being functionalised by enzymes, identical or different, said electrically conductive fibres being non-functionalised by enzymes, and said enzymes being distributed over the whole of the lateral part of said non-conductive fibres.
A device for providing a flow of aerosol and / or air, comprising • a base unit containing o a first pump for providing a nebulizer air flow, o a first channel that connects the first pump to a first air outlet, o a second pump for providing a support air flow, which is a multiple head diaphragm pump, such as a rolling diaphragm pump; or a rotary vane pump; or a scroll pump, o a second channel that connects the second pump to a second air outlet, o a pressure sensor connected to the second channel, and o a controller for controlling the first and second pumps; • a handset containing o a reservoir for liquid to be nebulized, o a mouthpiece, and o a mixing chamber having a first air inlet connected to a nebulizing nozzle for generating an aerosol flow from the nebulizer air flow and the liquid, and a second air inlet; • a first tube connecting the first air outlet to the first air inlet; and • a second tube connecting the second air outlet to the second air inlet. • a base unit containing o a first pump for providing a nebulizer air flow, o a first channel that connects the first pump to a first air outlet, o a second pump for providing a support air flow, which is a multiple head diaphragm pump, such as a rolling diaphragm pump; or a rotary vane pump; or a scroll pump, o a second channel that connects the second pump to a second air outlet, o a pressure sensor connected to the second channel, and o a controller for controlling the first and second pumps; o a first pump for providing a nebulizer air flow, o a first channel that connects the first pump to a first air outlet, o a second pump for providing a support air flow, which is a multiple head diaphragm pump, such as a rolling diaphragm pump; or a rotary vane pump; or a scroll pump, o a second channel that connects the second pump to a second air outlet, o a pressure sensor connected to the second channel, and o a controller for controlling the first and second pumps; • a handset containing o a reservoir for liquid to be nebulized, o a mouthpiece, and o a mixing chamber having a first air inlet connected to a nebulizing nozzle for generating an aerosol flow from the nebulizer air flow and the liquid, and a second air inlet; o a reservoir for liquid to be nebulized, o a mouthpiece, and o a mixing chamber having a first air inlet connected to a nebulizing nozzle for generating an aerosol flow from the nebulizer air flow and the liquid, and a second air inlet; • a first tube connecting the first air outlet to the first air inlet; and • a second tube connecting the second air outlet to the second air inlet.
An antibody or antigen-binding fragment thereof which specifically binds to HER3 comprising an antibody variable light chain region and an antibody variable heavy chain region, which comprises a VL comprising SEQ ID NO: 3 and a VH comprising SEQ ID NO: 2.
Cover for an airbag, having at least one airbag lid which on the stationary cover region that surrounds the airbag lid is articulated by a textile hinge, wherein the airbag lid and the cover region surrounding the airbag lid are formed by a planar material from plastics, the rear side of said planar material supporting a textile planar element which has sacrificial threads which run in a substantially orthogonal manner to the hinge axis and when the airbag is triggered rupture in the region of the hinge, and wherein the textile planar element moreover has stop threads which when the airbag is triggered permits pivoting of the airbag lid about the hinge axis without rupturing in the region of the hinge, so as to securely hold the airbag lid after the airbag has been triggered, wherein the non-rupturing stop threads are disposed so as to be compressed in a wave-shaped and/or loop-shaped manner only in the region of the hinge and thus have a greater length therein than in the regions outside the hinge, and wherein the region compressed in a wave-shaped and/or loop-shaped manner is located in the plane of the textile planar element, characterized in that three or more different types of sacrificial threads of dissimilar lengths and/or thicknesses exist in the textile planar element, and the sacrificial thread types when opened rupture in a temporally sequential manner.
A metal-clad laminate, comprising: a thermoplastic liquid crystal polymer film; a metal deposition layer formed on one surface of the thermoplastic liquid crystal polymer film; and metal foil laminated to the other surface of the thermoplastic liquid crystal polymer film, wherein a metal forming the metal deposition layer has a crystal grain size of 0.1 μm or more and a metal plating layer is formed on the metal deposition layer. a thermoplastic liquid crystal polymer film; a metal deposition layer formed on one surface of the thermoplastic liquid crystal polymer film; and metal foil laminated to the other surface of the thermoplastic liquid crystal polymer film, wherein a metal forming the metal deposition layer has a crystal grain size of 0.1 μm or more and a metal plating layer is formed on the metal deposition layer.