mhurhangee/patent-ind-claim-en huggingface dataset:
A bending installation for forming transverse corrugations in a metal sheet , the bending installation including: - a drive device advancing the metal sheet horizontally from the rear toward the front in a direction of advance, and - a bending device including: - a frame mounted to be mobile parallel to the direction of advance, between a rear position and a front position, said frame being associated with a first actuator adapted to move said frame between the rear position and the front position, - a punch elongate in a transverse direction that is orthogonal to the direction of advance, and - a control unit which is configured to control the first actuator ; the bending installation being characterized in that the punch ismobile vertically on the frame between a rest position and a bending position in which said punch deforms the metal sheet in order to form one of the transverse corrugations, the punch being associated with a second actuator adapted to move said punch between the rest position and the bending position, and in that the control unit is configured to control the second actuator and is configured simultaneously to move the frame of the bending device from the rear position toward the front position and the punch from the rest position toward the bending position. - a drive device advancing the metal sheet horizontally from the rear toward the front in a direction of advance, and - a bending device including: - a frame mounted to be mobile parallel to the direction of advance, between a rear position and a front position, said frame being associated with a first actuator adapted to move said frame between the rear position and the front position, - a punch elongate in a transverse direction that is orthogonal to the direction of advance, and - a frame mounted to be mobile parallel to the direction of advance, between a rear position and a front position, said frame being associated with a first actuator adapted to move said frame between the rear position and the front position, - a punch elongate in a transverse direction that is orthogonal to the direction of advance, and - a control unit which is configured to control the first actuator ; the bending installation being characterized in that the punch ismobile vertically on the frame between a rest position and a bending position in which said punch deforms the metal sheet in order to form one of the transverse corrugations, the punch being associated with a second actuator adapted to move said punch between the rest position and the bending position, and in that the control unit is configured to control the second actuator and is configured simultaneously to move the frame of the bending device from the rear position toward the front position and the punch from the rest position toward the bending position.
An operation method of an inter-antenna phase calibration device in a wireless communication system operating in an unlicensed band, the method comprising: determining a listen-before-talk LBT required processing time during an LBT operation (S800); selecting a mode (S700) for calibrating phases of antennas based on said LBT processing time; and calibrating the phases of the antennas in the selected mode (S720). determining a listen-before-talk LBT required processing time during an LBT operation (S800); selecting a mode (S700) for calibrating phases of antennas based on said LBT processing time; and calibrating the phases of the antennas in the selected mode (S720).
A composition comprising a compound represented by the following formula (I), wherein R 1 is a hydrogen atom, a C 1-6 -alkyl group, a C 1-6 -alkoxy group, a C 2-6 -alkenyloxy group, a halogen atom, a C 1-6 -haloalkyl group, a C 1-6 -haloalkoxy group, or a substituted or unsubstituted phenyl group; and R 2 is a hydrogen atom, a C 1-6 -alkyl group, a C 1-6 -alkoxy group, a C 2-6 -alkenyloxy group, a halogen atom, a C 1-6 -haloalkyl group, a C 1-6 -haloalkoxy group, or a substituted or unsubstituted phenyl group; or a salt thereof, or a solvate thereof, for use as an antipruritic agent. wherein R 1 is a hydrogen atom, a C 1-6 -alkyl group, a C 1-6 -alkoxy group, a C 2-6 -alkenyloxy group, a halogen atom, a C 1-6 -haloalkyl group, a C 1-6 -haloalkoxy group, or a substituted or unsubstituted phenyl group; and R 2 is a hydrogen atom, a C 1-6 -alkyl group, a C 1-6 -alkoxy group, a C 2-6 -alkenyloxy group, a halogen atom, a C 1-6 -haloalkyl group, a C 1-6 -haloalkoxy group, or a substituted or unsubstituted phenyl group; or a salt thereof, or a solvate thereof, for use as an antipruritic agent.
A lining method comprising: fixing a backing strip in a frame shape to a concrete surface of already-placed concrete so that the backing strip protrudes from the concrete surface ; disposing a filler inside a frame of the backing strip ; making edges of a plurality of lining plates butt against each other at a position of the backing strip to cover the backing strip and the concrete surface ; and joining the edges of the lining plates by seal welding . fixing a backing strip in a frame shape to a concrete surface of already-placed concrete so that the backing strip protrudes from the concrete surface ; disposing a filler inside a frame of the backing strip ; making edges of a plurality of lining plates butt against each other at a position of the backing strip to cover the backing strip and the concrete surface ; and joining the edges of the lining plates by seal welding .
A band that can be stored in reel format, which has areas coated by a thermally-activatable adhesive material following a coating pattern that is repeated along the band, said band having a front face , a rear face and two optionally parallel longitudinal edges , the coating pattern , on the same rear face of the band , comprising at least two main transversal strips that extend between the two longitudinal edges of the band, characterized in that the said transversal strips include areas coated with a grammage of thermally-activatable adhesive material between 35 and 130 gr/m 2 .
An alkali stable Fc binding protein comprising one or more domains, wherein at least one domain comprises an amino acid sequence of SEQ ID. NO: 2, wherein at least one amino acid in position 40, 42, 43, 46, 47, 49, 50, 51, 53, or 54 corresponding to SEQ ID NO: 2 is Cysteine.
A battery module, comprising: - a plurality of battery cells, which are in a form of pouch cells, and which are stacked and/or piled next to each other in a horizontal direction; - each battery cell comprising a positive terminal tab and a negative terminal tab extruding from opposite edges of the battery cell, or from a same edge of the battery cell; characterized in that the battery module further comprises: - a fastening portion per one battery cell, which fastening portion is a longitudinally shaped element, and where the fastening portion is placed along the edge of the battery cell where the positive or the negative terminal tab locates, right adjacent to the respective terminal tab ; - the positive and negative terminal tabs are configured to be in a bent fashion on top of a surface of the longitudinal shaped fastening portion ; wherein - the fastening portion is configured to hinder movement of the battery cells in an orthogonal direction compared to the longest dimension of the fastening portion ; and wherein - a desired number of battery cells are configured to be placed adjacently within the battery module so that respective fastening portions aligned in a parallel direction create support for the battery module. - a plurality of battery cells, which are in a form of pouch cells, and which are stacked and/or piled next to each other in a horizontal direction; - each battery cell comprising a positive terminal tab and a negative terminal tab extruding from opposite edges of the battery cell, or from a same edge of the battery cell; - a fastening portion per one battery cell, which fastening portion is a longitudinally shaped element, and where the fastening portion is placed along the edge of the battery cell where the positive or the negative terminal tab locates, right adjacent to the respective terminal tab ; - the positive and negative terminal tabs are configured to be in a bent fashion on top of a surface of the longitudinal shaped fastening portion ; wherein - the fastening portion is configured to hinder movement of the battery cells in an orthogonal direction compared to the longest dimension of the fastening portion ; and wherein - a desired number of battery cells are configured to be placed adjacently within the battery module so that respective fastening portions aligned in a parallel direction create support for the battery module.
A method of making a foamed part, comprising: introducing a long glass fiber filled polymeric material to a hopper of an injection molding machine, wherein the long glass fibers have a pre-molding length; melting the long glass fiber filled polymeric material to form a melt; pressurizing a plasticizing unit of the injection molding machine with a blowing agent, wherein a seal is located between a rotating part and a fixed part of the plasticizing unit; having the seal between a screw shaft and a plasticizing cylinder at an end of the screw shaft of the plasticizing unit to prevent loss of blowing agent; sealing the plasticizing unit with an airlock mounted between the cylinder of the injection molding machine and the hopper; increasing a pressure of the blowing agent and increasing a back pressure of the injection molding machine to homogenize the melt and the blowing agent, such that the screw is under a pressure with a relatively flat pressure profile to prevent breakage of the long glass fibers; and forming the foamed part; wherein a post-molding length of the long glass fibers in the foamed part is greater than or equal to a post-molding length of long glass fibers in a similarly dimensioned foamed part made without pressurizing the plasticizing unit due to long glass fiber breakage caused by shear stress during homogenizing of the melt and the blowing agent. introducing a long glass fiber filled polymeric material to a hopper of an injection molding machine, wherein the long glass fibers have a pre-molding length; melting the long glass fiber filled polymeric material to form a melt; pressurizing a plasticizing unit of the injection molding machine with a blowing agent, wherein a seal is located between a rotating part and a fixed part of the plasticizing unit; having the seal between a screw shaft and a plasticizing cylinder at an end of the screw shaft of the plasticizing unit to prevent loss of blowing agent; sealing the plasticizing unit with an airlock mounted between the cylinder of the injection molding machine and the hopper; increasing a pressure of the blowing agent and increasing a back pressure of the injection molding machine to homogenize the melt and the blowing agent, such that the screw is under a pressure with a relatively flat pressure profile to prevent breakage of the long glass fibers; and forming the foamed part; wherein a post-molding length of the long glass fibers in the foamed part is greater than or equal to a post-molding length of long glass fibers in a similarly dimensioned foamed part made without pressurizing the plasticizing unit due to long glass fiber breakage caused by shear stress during homogenizing of the melt and the blowing agent.
Method for encoding at least one image (I N ) divided into partitions (PA1, PA2, ...PAn), characterized in that it implements, for a current partition (PA C ) to be encoded, steps of: - selecting (C2) at least one causal partition (PAi r , Pati r ) already encoded then decoded; - computing (C3) at least one motion vector associated with said current partition to be encoded; - computing (C4) at least one optimal encoding parameter of said at least one selected causal partition, in order to optimize a predetermined encoding-performance criterion of an encoding of the causal partition, via competition between a plurality of encoding parameters applied to said at least one selected causal partition; - encoding (C8) the current partition using said at least one computed optimal encoding parameter of said at least one selected causal partition. - selecting (C2) at least one causal partition (PAi r , Pati r ) already encoded then decoded; - computing (C3) at least one motion vector associated with said current partition to be encoded; - computing (C4) at least one optimal encoding parameter of said at least one selected causal partition, in order to optimize a predetermined encoding-performance criterion of an encoding of the causal partition, via competition between a plurality of encoding parameters applied to said at least one selected causal partition; - encoding (C8) the current partition using said at least one computed optimal encoding parameter of said at least one selected causal partition.
An expandable sleeved stent comprising: a tubular body with: first and second axial ends; a latticed peripheral wall ; and at least two arms that, upon radial expansion of the tubular body from a crimped condition to an expanded condition, protrude radially from the latticed peripheral wall, the free end of each arm being radially displaceable relative to the adjacent latticed peripheral wall; a sleeve that: extends from the first axial end of the tubular body and circumferentially covers at least a portion of the radial outer surface of the latticed peripheral wall between the free ends of the arms and the first axial end of the tubular body; and is secured to either: (i) the arms; or (ii) the tubular body in the vicinity between the free ends of the arms and the second axial end of the tubular body; characterised in that the sleeve bridges the spaces between the portions of the latticed peripheral wall adjacent the free ends of the arms; and the free ends of the arms; such that, upon radial expansion of the tubular body towards the expanded condition and consequent protrusion of the arms radially from the latticed peripheral wall, the portions of the sleeve that bridge the latticed peripheral wall and the arms flare radially outwards. a tubular body with: first and second axial ends; a latticed peripheral wall ; and at least two arms that, upon radial expansion of the tubular body from a crimped condition to an expanded condition, protrude radially from the latticed peripheral wall, the free end of each arm being radially displaceable relative to the adjacent latticed peripheral wall; a sleeve that: extends from the first axial end of the tubular body and circumferentially covers at least a portion of the radial outer surface of the latticed peripheral wall between the free ends of the arms and the first axial end of the tubular body; and is secured to either: (i) the arms; or (ii) the tubular body in the vicinity between the free ends of the arms and the second axial end of the tubular body; characterised in that the sleeve bridges the spaces between the portions of the latticed peripheral wall adjacent the free ends of the arms; and the free ends of the arms; extends from the first axial end of the tubular body and circumferentially covers at least a portion of the radial outer surface of the latticed peripheral wall between the free ends of the arms and the first axial end of the tubular body; and is secured to either: (i) the arms; or (ii) the tubular body in the vicinity between the free ends of the arms and the second axial end of the tubular body; characterised in that the sleeve bridges the spaces between the portions of the latticed peripheral wall adjacent the free ends of the arms; and the free ends of the arms;
A method for continuous production of tablets, including the steps of: providing a rotary tablet press with a plurality of dies, top and bottom punches and a tablet press feeder , providing at least one first material feeder with an inlet and a discharge end , providing at least one second material feeder with an inlet and a discharge end , providing a blender with an inlet end and a discharge end , wherein the inlet end and the discharge end of the blender are substantially aligned in the vertical direction, connecting the inlet of the blender to the discharge ends of the first and second material feeders, connecting the discharge end of the blender to the tablet press feeder, feeding a first material having a first predefined mean particle size to the first material feeder, feeding a second material containing particles having a second predefined mean particle size to the second material feeder; mixing the first material with the second material in the blender, feeding the mixed material stream from the discharge end of the blender to the tablet press, and tabletting the mixed material stream in the tablet press, characterized in that the blender is positioned in close connection with the tablet press with the distance between the discharge end of the blender and the tablet press feeder being below 1 m, and that the mixing step is carried out while transporting the mixed material stream substantially vertically from an upper level to a lower level, such that blending and vertical transport are combined. providing a rotary tablet press with a plurality of dies, top and bottom punches and a tablet press feeder , providing at least one first material feeder with an inlet and a discharge end , providing at least one second material feeder with an inlet and a discharge end , providing a blender with an inlet end and a discharge end , wherein the inlet end and the discharge end of the blender are substantially aligned in the vertical direction, connecting the inlet of the blender to the discharge ends of the first and second material feeders, connecting the discharge end of the blender to the tablet press feeder, feeding a first material having a first predefined mean particle size to the first material feeder, feeding a second material containing particles having a second predefined mean particle size to the second material feeder; mixing the first material with the second material in the blender, feeding the mixed material stream from the discharge end of the blender to the tablet press, and tabletting the mixed material stream in the tablet press, characterized in that the blender is positioned in close connection with the tablet press with the distance between the discharge end of the blender and the tablet press feeder being below 1 m, and that the mixing step is carried out while transporting the mixed material stream substantially vertically from an upper level to a lower level, such that blending and vertical transport are combined.
A method of determining dimensional information of a target surface, comprising: generating a first point cloud corresponding to a first plurality of reconstructed surface points of the target surface generated by a first imaging system-illumination source pair of a phase profilometry system; generating a second point cloud corresponding to a second plurality of reconstructed surface points of the target surface generated by a second imaging system-illumination source pair of the phase profilometry system; generating an initial estimate of the target surface based on the first and second point clouds; characterized by refining the initial surface estimate using positions of the first and second point clouds and geometry of the first and second imaging system-illumination source pairs to generate a final point cloud. generating a first point cloud corresponding to a first plurality of reconstructed surface points of the target surface generated by a first imaging system-illumination source pair of a phase profilometry system; generating a second point cloud corresponding to a second plurality of reconstructed surface points of the target surface generated by a second imaging system-illumination source pair of the phase profilometry system; generating an initial estimate of the target surface based on the first and second point clouds; characterized by refining the initial surface estimate using positions of the first and second point clouds and geometry of the first and second imaging system-illumination source pairs to generate a final point cloud.
A refrigeration appliance , comprising: a door , the door comprising a door panel having an opening ; and a dispenser provided in the door , the dispenser comprising a dispenser casing , the dispenser casing being connected with the door panel and defining an inner cavity which corresponds to the opening , and at least a portion of the inner cavity being configured to receive an outside container; and the dispenser casing comprising a cavity rim provided along a front end of the inner cavity , the cavity rim being connected with the back surface of the door panel ; wherein the dispenser casing as a whole does not extend beyond the front surface of the door panel ; characterized in that the door further comprises sealing means arranged between the back surface of the door panel and the cavity rim . a door , the door comprising a door panel having an opening ; and a dispenser provided in the door , the dispenser comprising a dispenser casing , the dispenser casing being connected with the door panel and defining an inner cavity which corresponds to the opening , and at least a portion of the inner cavity being configured to receive an outside container; and the dispenser casing comprising a cavity rim provided along a front end of the inner cavity , the cavity rim being connected with the back surface of the door panel ; wherein the dispenser casing as a whole does not extend beyond the front surface of the door panel ; characterized in that the door further comprises sealing means arranged between the back surface of the door panel and the cavity rim .
Device for clamping an effector on a skin , comprising a support for said effector and at least one clamping module (14 1 -14 2 ) having a plurality of suction pads and means for distributing a predetermined pressure controlling said suction pads , characterized in that said suction pads are able to move translationally along their longitudinal axis independently of one another with respect to a structural element of said module (14 1 -14 2 ), in that said clamping module (14 1 -14 2 ) comprises blocking means for blocking said plurality of suction pads in a locked position on said skin , said blocking means acting simultaneously on all of the suction pads , said module (14 1 -14 2 ) carrying one or more blocking parts that are able to move translationally perpendicularly to rods carrying said suction pads , said blocking part(s) being able to assume a release position, in which said rods are able to move translationally, and a blocking position, in which said rods are blocked against moving translationally, said blocking part acting on a set of locking jaws that each come into contact with one of said rods in the blocking position. in that said clamping module (14 1 -14 2 ) comprises blocking means for blocking said plurality of suction pads in a locked position on said skin , said blocking means acting simultaneously on all of the suction pads , said module (14 1 -14 2 ) carrying one or more blocking parts that are able to move translationally perpendicularly to rods carrying said suction pads , said blocking part(s) being able to assume a release position, in which said rods are able to move translationally, and a blocking position, in which said rods are blocked against moving translationally, said blocking part acting on a set of locking jaws that each come into contact with one of said rods in the blocking position.