mhurhangee/patent-ind-claim-en huggingface dataset:
A photoresponsive adhesive polymer comprising adhesive polymers crosslinked with a crosslinker that includes a photoresponsive group, where the photoresponsive group is not pendantly attached to the crosslinker and the photoresponsive adhesive polymer is a polymer of a vinyl monomer and a photoresponsive crosslinker with two acryl end groups, where the vinyl monomer is selected from the group consisting of acrylates, methacrylates, substituted acrylates, acrylamides, methacrylamides, and vinyl siloxanes, and the photoresponsive crosslinker is defined by the formula: where P is a photoresponsive group that is a coumarin group or an alkoxyphenacyl group.
Mechanical device comprising: - a mobile member (B; H); - a fixed or movable banking element (T); and - a holding device (B1, B2, S1, S2, S; P1, E1) to hold the mobile member (B; H) in abutment against the banking element (T), characterised in that the holding device comprises at least one mobile element (B1, B2; P1) in abutment against the mobile member (B; H) and in that the geometry(ies), mass(es) and position(s) of the at least one mobile element (B1, B2; P1) are such that, in the event of any linear shock tending to move the mobile member (B; H) away from the banking element (T), the at least one mobile element (B1, B2; P1) exerts on the mobile member (B; H), under the effect of the shock, an action antagonistic to the action exerted by the shock on the mobile member (B; H), this antagonistic action holding the mobile member (B; H) against the banking element (T). - a mobile member (B; H); - a fixed or movable banking element (T); and - a holding device (B1, B2, S1, S2, S; P1, E1) to hold the mobile member (B; H) in abutment against the banking element (T), characterised in that the holding device comprises at least one mobile element (B1, B2; P1) in abutment against the mobile member (B; H) and in that the geometry(ies), mass(es) and position(s) of the at least one mobile element (B1, B2; P1) are such that, in the event of any linear shock tending to move the mobile member (B; H) away from the banking element (T), the at least one mobile element (B1, B2; P1) exerts on the mobile member (B; H), under the effect of the shock, an action antagonistic to the action exerted by the shock on the mobile member (B; H), this antagonistic action holding the mobile member (B; H) against the banking element (T).
A fan blade for a gas turbine engine , comprising: a root ; and an airfoil extending from the root and having pressure and suction sides extending in a radial direction from a 0% span position at an inner flow path location to a 100% span position at an airfoil tip , wherein the airfoil has a relationship between a tangential stacking offset (Y d ) and a span position of a span that is at least a third order polynomial curve that includes at least one positive and negative slope, the positive slope leans toward the suction side and the negative slope leans toward the pressure side , an initial slope starting at the 0% span position is either zero or positive, and the tangential stacking offset (Y d ) corresponds to a circumferential distance from a tangential center of the root to a center of gravity of a section of the airfoil at a given span position, characterised in that a first critical point is in the range of 5-15% span. a root ; and an airfoil extending from the root and having pressure and suction sides extending in a radial direction from a 0% span position at an inner flow path location to a 100% span position at an airfoil tip , wherein the airfoil has a relationship between a tangential stacking offset (Y d ) and a span position of a span that is at least a third order polynomial curve that includes at least one positive and negative slope, the positive slope leans toward the suction side and the negative slope leans toward the pressure side , an initial slope starting at the 0% span position is either zero or positive, and the tangential stacking offset (Y d ) corresponds to a circumferential distance from a tangential center of the root to a center of gravity of a section of the airfoil at a given span position, characterised in that a first critical point is in the range of 5-15% span.
A system for processing an image, the system comprising: a tile module configured to select one or more tiles in a first image; a processing module configured to perform, for each of the one or more tiles, an image processing operation on an image processing region within the tile based on a second image for K iterations, decreasing the size of the image processing region with each iteration, wherein K is an integer above 2 and the first image and the second image are two successive frames of a digital video stream, and wherein in each iteration of the K iterations, the image processing operation modifies pixel values of one or more pixels within the image processing region, the one or more modified pixels forming a processed region having a size smaller than the size of the corresponding image processing region; and the at least one processor is further configured to: designate the processed region of a current iteration as the image processing region of a next iteration. a tile module configured to select one or more tiles in a first image; a processing module configured to perform, for each of the one or more tiles, an image processing operation on an image processing region within the tile based on a second image for K iterations, decreasing the size of the image processing region with each iteration, wherein K is an integer above 2 and the first image and the second image are two successive frames of a digital video stream, and wherein in each iteration of the K iterations, the image processing operation modifies pixel values of one or more pixels within the image processing region, the one or more modified pixels forming a processed region having a size smaller than the size of the corresponding image processing region; and the at least one processor is further configured to: designate the processed region of a current iteration as the image processing region of a next iteration. in each iteration of the K iterations, the image processing operation modifies pixel values of one or more pixels within the image processing region, the one or more modified pixels forming a processed region having a size smaller than the size of the corresponding image processing region; and the at least one processor is further configured to: designate the processed region of a current iteration as the image processing region of a next iteration.
A sanitary washing device , comprising: a casing ; and a water supply pipe that is connected to the casing a recess that is arranged on one of left and right peripheral sides of the casing and formed into a spot-facing shape so as to have a step against another site on a lower surface of the casing so as to form in the casing , an open space capable of laying the water supply pipe , characterized in that : the water supply pipe is rotatable in the open space in a surface direction parallel to the lower surface of the casing about an axis being a vertically upward direction of the sanitary washing device. a casing ; and a water supply pipe that is connected to the casing a recess that is arranged on one of left and right peripheral sides of the casing and formed into a spot-facing shape so as to have a step against another site on a lower surface of the casing so as to form in the casing , an open space capable of laying the water supply pipe , characterized in that : the water supply pipe is rotatable in the open space in a surface direction parallel to the lower surface of the casing about an axis being a vertically upward direction of the sanitary washing device.
A wing for an aircraft , comprising a fixed wing , a foldable wing tip portion mounted to the fixed wing via a hinge rotatable about a hinge axis between an extended position and a folded position , and an actuation mechanism for actuating the foldable wing tip portion for movement between the extended position and the folded position , wherein the hinge comprises a tip hinge part mounted to the foldable wing tip portion and a wing hinge part mounted to the fixed wing and engaging the tip hinge part in a manner rotatable about the hinge axis , wherein the actuation mechanism comprises a drive arm mounted to the fixed wing in a manner rotatably driven about a drive axis , and wherein the drive arm is configured to effect movement of the foldable wing tip portion between the extended position and the folded position upon rotation of the drive arm about the drive axis , characterized in that the actuation mechanism comprises a catch element mounted to the tip hinge part or to the structure of the foldable wing tip portion , and the drive arm and the catch element are configured such that in the extended position of the foldable wing tip portion upon rotation of the drive arm the drive arm contacts the catch element and upon further rotation pushes the foldable wing tip portion towards the folded position . a fixed wing , a foldable wing tip portion mounted to the fixed wing via a hinge rotatable about a hinge axis between an extended position and a folded position , and an actuation mechanism for actuating the foldable wing tip portion for movement between the extended position and the folded position , wherein the hinge comprises a tip hinge part mounted to the foldable wing tip portion and a wing hinge part mounted to the fixed wing and engaging the tip hinge part in a manner rotatable about the hinge axis , wherein the actuation mechanism comprises a drive arm mounted to the fixed wing in a manner rotatably driven about a drive axis , and wherein the drive arm is configured to effect movement of the foldable wing tip portion between the extended position and the folded position upon rotation of the drive arm about the drive axis , characterized in that the actuation mechanism comprises a catch element mounted to the tip hinge part or to the structure of the foldable wing tip portion , and the drive arm and the catch element are configured such that in the extended position of the foldable wing tip portion upon rotation of the drive arm the drive arm contacts the catch element and upon further rotation pushes the foldable wing tip portion towards the folded position .
An actinic radiation-curable ink-jet ink that undergoes temperature-dependent reversible sol-gel phase transition, comprising a photopolymerizable compound, a photoinitiator, and a gelling agent, characterized in that the photopolymerizable compound comprises one or more combinations of: a compound A that has n (n is an integer of 2 or more) (meth)acrylate ester units, is represented by the following formula, and has a molecular weight in a range of 280 to 1500; and a compound B that has n-1 (meth)acrylate ester units and a hydroxyl group, is represented by the following formula, and has a molecular weight in a range of 280 to 1500, (wherein n is an integer of 2 or more, R is an n-valent branched or unbranched linear or cyclic hydrocarbon group that optionally contains an oxygen atom or a nitrogen atom, and n and R in both the compounds A and B are the same integer and the same structure, respectively), in at least one of the combinations of the compound A and the compound B, an amount of the compound B contained is 5 to 15 mass% of a total mass of the compound A as a counterpart of the compound B, an amount of the gelling agent contained is 0.5 to 7.0 mass% of a total mass of the ink, and a gelling temperature of the ink is 50°C or more. a compound A that has n (n is an integer of 2 or more) (meth)acrylate ester units, is represented by the following formula, and has a molecular weight in a range of 280 to 1500; and a compound B that has n-1 (meth)acrylate ester units and a hydroxyl group, is represented by the following formula, and has a molecular weight in a range of 280 to 1500, (wherein n is an integer of 2 or more, R is an n-valent branched or unbranched linear or cyclic hydrocarbon group that optionally contains an oxygen atom or a nitrogen atom, and n and R in both the compounds A and B are the same integer and the same structure, respectively), in at least one of the combinations of the compound A and the compound B, an amount of the compound B contained is 5 to 15 mass% of a total mass of the compound A as a counterpart of the compound B, an amount of the gelling agent contained is 0.5 to 7.0 mass% of a total mass of the ink, and a gelling temperature of the ink is 50°C or more.
An elevator request authorization system , comprising: a second server configured to grant an elevator use token upon request from a first server registerable with the second server for establishing secure communications between the second server and the first server , the first server being configured to be receptive of an elevator request relating to elevator usage by a user, to authenticate the user, to authorize the elevator usage by the user to which the elevator request relates, to request the elevator use token from the second server via the secure communications upon authentication and authorization and to deliver the elevator use token to the user upon receipt, characterized in that the elevator use token is valid for a predefined sequence of elevator usages. a second server configured to grant an elevator use token upon request from a first server registerable with the second server for establishing secure communications between the second server and the first server , the first server being configured to be receptive of an elevator request relating to elevator usage by a user, to authenticate the user, to authorize the elevator usage by the user to which the elevator request relates, to request the elevator use token from the second server via the secure communications upon authentication and authorization and to deliver the elevator use token to the user upon receipt, characterized in that the elevator use token is valid for a predefined sequence of elevator usages.
An emulsion composition comprising a continuous phase, a discontinuous phase and a plurality of particles, the discontinuous phase being aqueous and the continuous phase comprising an oil; wherein the particles comprise a hydrophilic polymer to which iodine is covalently bound.
. Tank (20 ; 30) for the storage of pressurized fluid comprising a plastic tank liner (10 ; 100 ; 200 ; 300) for the storage of a pressurized fluid, the plastic tank liner comprising: - two ends, - at least two elongated cylindrical sections (12, 14 ; 112, 114, 116 ; 212, 214, 216 ; 312, 314, 316), the two cylindrical sections or at least two cylindrical sections having different diameters, - at least one connecting section (13 ; 116 ; 216 ; 316) connecting two cylindrical sections and having a concave portion connected to the cylindrical section of smaller diameter and a convex portion adjacent to the cylindrical section of larger diameter, - two convex domes located on both ends of the plastic tank liner so that each of the domes is connected to a different cylindrical section, - fibers wound in a helical direction around one or more of the cylindrical sections , at least partially around the or at least one of the connecting sections , and at least partially around at least one of the domes , wherein the convex portion of the at least one connecting section (13 ; 116 ; 216; 316) has an isotensoid shape, the plastic tank liner comprises fibers wound in a circular direction only around one or more of the cylindrical sections , the fibers (21 ; 22) around the cylindrical sections in helical and circular directions being wound one layer above the others. - two ends, - at least two elongated cylindrical sections (12, 14 ; 112, 114, 116 ; 212, 214, 216 ; 312, 314, 316), the two cylindrical sections or at least two cylindrical sections having different diameters, - at least one connecting section (13 ; 116 ; 216 ; 316) connecting two cylindrical sections and having a concave portion connected to the cylindrical section of smaller diameter and a convex portion adjacent to the cylindrical section of larger diameter, - two convex domes located on both ends of the plastic tank liner so that each of the domes is connected to a different cylindrical section, - fibers wound in a helical direction around one or more of the cylindrical sections , at least partially around the or at least one of the connecting sections , and at least partially around at least one of the domes ,
A charge port door assembly for a vehicle , comprising : - a charge port door ; - an actuation system , configured to move the charge port door between a closed position, in which the door is intended to cover a charge port of a vehicle and to remain flush with an outer surface of the vehicle , and an open position, in which the door is intended to permit access to the charge port, the actuation system comprising a linkage connecting the door to a support intended to be fixed relative to the vehicle , and an actuator configured to actuate the linkage to move the door , the actuation system further comprising at least an actuation arm , the actuation arm being connected, at a first end , by the means of an actuation lever assembly , to an output member of the actuator , and being directly or indirectly connected at an opposite, second end to the door , the output member being movable between a first position corresponding to the closed position of the door and a second position corresponding to the open position of the door , characterized in that the actuation lever assembly comprising an actuation lever and an elastic biasing device , the actuation lever being rotatably coupled at a first end to the output member of the actuator and being rotatably coupled at a second end to the actuation arm , the actuation lever being moveable relative to the output member between an engagement position and an extended position, the elastic biasing device being configured to bias the actuation lever towards the engagement position. - a charge port door ; - an actuation system , configured to move the charge port door between a closed position, in which the door is intended to cover a charge port of a vehicle and to remain flush with an outer surface of the vehicle , and an open position, in which the door is intended to permit access to the charge port, the actuation system comprising a linkage connecting the door to a support intended to be fixed relative to the vehicle , and an actuator configured to actuate the linkage to move the door , the actuation system further comprising at least an actuation arm , the actuation arm being connected, at a first end , by the means of an actuation lever assembly , to an output member of the actuator , and being directly or indirectly connected at an opposite, second end to the door , the output member being movable between a first position corresponding to the closed position of the door and a second position corresponding to the open position of the door , characterized in that the actuation lever assembly comprising an actuation lever and an elastic biasing device , the actuation lever being rotatably coupled at a first end to the output member of the actuator and being rotatably coupled at a second end to the actuation arm , the actuation lever being moveable relative to the output member between an engagement position and an extended position, the elastic biasing device being configured to bias the actuation lever towards the engagement position.
A method of transmitting a device to device, D2D, synchronization signal by a D2D user equipment, UE, in wireless communication system, the method comprising: generating, by a Device to device, D2D, user equipment, UE, a primary D2D synchronization signal based on an ID information, wherein the ID information informs a D2D signal reception UE of whether the D2D UE is an in-coverage UE or an out-of-coverage UE; and transmitting, by the D2D UE, the primary D2D synchronization signal, wherein the primary D2D synchronization signal is transmitted on a same subframe as a secondary D2D synchronization signal and a Physical Sidelink Broadcast Channel, PSBCH, and wherein a transient period between the PSBCH and the secondary D2D synchronization signal is included in a transmission region of the secondary D2D synchronization signal. generating, by a Device to device, D2D, user equipment, UE, a primary D2D synchronization signal based on an ID information, wherein the ID information informs a D2D signal reception UE of whether the D2D UE is an in-coverage UE or an out-of-coverage UE; and transmitting, by the D2D UE, the primary D2D synchronization signal, wherein the primary D2D synchronization signal is transmitted on a same subframe as a secondary D2D synchronization signal and a Physical Sidelink Broadcast Channel, PSBCH, and wherein a transient period between the PSBCH and the secondary D2D synchronization signal is included in a transmission region of the secondary D2D synchronization signal.
A step-climbing attachment for a wheeled chair , the attachment comprising: a first wheel having at least a hub and a rim spaced from the hub , the hub and rim defining an inner region; a second wheel having a different diameter than the first wheel; and the second wheel being rotatably mounted to an extending arm and driven by rotation of the first wheel ; the extending arm being rotatable relative to the first wheel between a first position and at least one second position so as to cause the second wheel to at least partially orbit the first wheel, characterised by : a controllable electric motor configured to independently rotate the extending arm between the first position and the second position; wherein the controllable electric motor is housed wholly within the inner region of the first wheel . a first wheel having at least a hub and a rim spaced from the hub , the hub and rim defining an inner region; a second wheel having a different diameter than the first wheel; and the second wheel being rotatably mounted to an extending arm and driven by rotation of the first wheel ; the extending arm being rotatable relative to the first wheel between a first position and at least one second position so as to cause the second wheel to at least partially orbit the first wheel, characterised by : a controllable electric motor configured to independently rotate the extending arm between the first position and the second position; wherein the controllable electric motor is housed wholly within the inner region of the first wheel . a controllable electric motor configured to independently rotate the extending arm between the first position and the second position; wherein the controllable electric motor is housed wholly within the inner region of the first wheel .
A fitted sheet, for a mattress, comprising heat resistant elastic wherein the heat resistant elastic comprises a heat resistant rubber, characterised in that the heat resistant elastic has been heat set at a temperate in the range of 170 to 200°C, wherein the heat resistant elastic comprises a woven elastic which comprises a polyester yarn, rubber cords having a gauge in the range of 28 to 32 and an average in the range of 15 to 25 rubber cords per 2.54 cm across the width of the elastic.
An electrosurgical unit, comprising: a radiofrequency generator configured to generate electrosurgical energy, the radiofrequency generator including a detection circuit , the detection circuit having: a resistor ladder having at least three resistors ; a single isolation transformer in electrical communication with the resistor ladder ; and the detection circuit being configured to detect a change in impedance across the isolation transformer and correlate the change in impedance to one of a plurality of predetermined energy thresholds. a resistor ladder having at least three resistors ; a single isolation transformer in electrical communication with the resistor ladder ; and the detection circuit being configured to detect a change in impedance across the isolation transformer and correlate the change in impedance to one of a plurality of predetermined energy thresholds.