mhurhangee/ep-ind-claims huggingface dataset:
A display module for mounting on a support chassis, the display module comprising: a circuit board having a first face, a second face, a first edge and a second edge; a plurality of light-emitting elements coupled to the first face of the circuit board; and one or more translating structures coupled to the second face of the circuit board, each of the one or more translating structures comprising a first portion extending generally rearward from the second face and a second portion extending rearward and downward from the first portion, wherein the second portion forms an acute angle with respect to the second face; wherein the or each translating structure is configured for engagement with a corresponding feature of the support chassis to effectuate a translation of the display module from a first position to a second position, wherein the or each translating structure is configured to, during movement of the display module from the first position to the second position, slide the second portion of each of the one or more translating structures along the corresponding features of the support chassis, to cause the first edge to pivot away from the support chassis and the second edge to pivot towards the support chassis and lift and translate the display module away from an adjacently-positioned display module mounted to the chassis to avoid contact with the adjacently-positioned display module, when uninstalling the display module. a circuit board having a first face, a second face, a first edge and a second edge; a plurality of light-emitting elements coupled to the first face of the circuit board; and one or more translating structures coupled to the second face of the circuit board, each of the one or more translating structures comprising a first portion extending generally rearward from the second face and a second portion extending rearward and downward from the first portion, wherein the second portion forms an acute angle with respect to the second face;
A cable retention system comprising: a portable welding device; a support strap for carrying the portable welding device including first and second outer connectors (110,115) and first and second inner connectors (120,125) coupled to a flexible member, wherein the first inner connector is positioned along the flexible member between the first outer connector and the second inner connector and the second inner connector is positioned along the flexible member between the second outer connector and the first inner connector; and the portable welding device including first and second outer connector attachment points (112,117) and first and second inner connector attachment points (122,127), wherein the first and second outer connectors (110,115) of the support strap are connected to the first and second outer connecter attachment points, respectively, and the first and second inner connectors (120,125) of the support strap are connected to the first and second inner connecter attachment points, respectively, wherein a linear distance between the first and second outer connector attachment points is less than a linear distance between the first and second inner connector attachment points; wherein the first and second inner connectors (120,125) are displaceable along at least a portion of the flexible member. a portable welding device; a support strap for carrying the portable welding device including first and second outer connectors (110,115) and first and second inner connectors (120,125) coupled to a flexible member, wherein the first inner connector is positioned along the flexible member between the first outer connector and the second inner connector and the second inner connector is positioned along the flexible member between the second outer connector and the first inner connector; and the portable welding device including first and second outer connector attachment points (112,117) and first and second inner connector attachment points (122,127), wherein the first and second outer connectors (110,115) of the support strap are connected to the first and second outer connecter attachment points, respectively, and the first and second inner connectors (120,125) of the support strap are connected to the first and second inner connecter attachment points, respectively, wherein a linear distance between the first and second outer connector attachment points is less than a linear distance between the first and second inner connector attachment points; wherein the first and second inner connectors (120,125) are displaceable along at least a portion of the flexible member.
A structure or laminate comprising a fibrous reinforcement material and a reinforcement resin material wherein the structure or laminate further comprises a tack material on an outer face, the tack material increasing the surface tack of the structure or laminate over a tack temperature range of from -10°C to 10°C in comparison to the original surface tack of the structure or laminate in the absence of the tack material over the same tack temperature range; and further wherein the tack material comprises a porous sheet material at least partially impregnated with a polymer material having a glass transition temperature of less than 0°C.
A bodywork finishing element mounted on an opening panel of a vehicle and forming a cavity capable of containing a volume of water originating from running off and/or spraying from the exterior of the vehicle and capable of changing orientation and of emptying itself when the opening panel is opened, characterized in that it includes sealing means with the opening panel which are arranged so as to prevent at least partially the emptying of the volume of water when the opening panel is opened, said cavity being formed by the finishing element and the opening panel.
A projector comprising: image projection means for projecting an image; means for inputting a screen type on which the image is projected as first environmental information; and correction means for correcting the image based on the first environmental information. image projection means for projecting an image; means for inputting a screen type on which the image is projected as first environmental information; and correction means for correcting the image based on the first environmental information.
A nickel-based superalloy comprising, in mass percentages: - 5 to 6.5% aluminum, - 4.5 to 7% cobalt, - 14.5 to 16.5% chromium, - 0 to 0.2% hafnium, - 0 to 1.5% molybdenum, - 2 to 3.5% tantalum, - 0 to 2% titanium, - 1 to 2.5% tungsten, - 0 to 0.08% zirconium, - 0 to 0.03% boron, - 0 to 0.07% carbon, the remainder consisting of nickel and unavoidable impurities. - 5 to 6.5% aluminum, - 4.5 to 7% cobalt, - 14.5 to 16.5% chromium, - 0 to 0.2% hafnium, - 0 to 1.5% molybdenum, - 2 to 3.5% tantalum, - 0 to 2% titanium, - 1 to 2.5% tungsten, - 0 to 0.08% zirconium, - 0 to 0.03% boron, - 0 to 0.07% carbon,
A composite switch comprising: a group IV transistor in a lower active die, a source and a gate of said group IV transistor being situated on a bottom side of said lower active die and a drain of said group IV transistor being situated on a top side of said lower active die; a group III-V transistor in an upper active die stacked over said lower active die, a drain, a source, and a gate of said group III-V transistor being situated on a top side of said upper active die, and; said source of said group III-V transistor being electrically coupled to a drain of said group IV transistor using a through-semiconductor via of said upper active die, characterized in that a source contact of said group III-V transistor is formed directly on top of the drain of said group IV transistor. a group IV transistor in a lower active die, a source and a gate of said group IV transistor being situated on a bottom side of said lower active die and a drain of said group IV transistor being situated on a top side of said lower active die; a group III-V transistor in an upper active die stacked over said lower active die, a drain, a source, and a gate of said group III-V transistor being situated on a top side of said upper active die, and; said source of said group III-V transistor being electrically coupled to a drain of said group IV transistor using a through-semiconductor via of said upper active die, characterized in that a source contact of said group III-V transistor is formed directly on top of the drain of said group IV transistor.
A pulsating device for transforming a liquid flow entering the device from a liquid source upstream to an intermittent pulsating liquid flow ejected from the device downstream, the device comprising a chamber for receiving the liquid flow entering the device and gas that occupies an initial volume in the chamber, the liquid entering the chamber being adapted to compress the gas and decrease the volume that the gas occupies in the chamber and increase the pressure in the chamber, the device further comprises a valve that is adapted to open above a first threshold pressure Po within the chamber to begin a liquid pulse that exists the chamber and after being opened to close below a second threshold pressure Pc within the chamber to end the liquid pulse exiting the chamber, characterized in that the device also comprises an outlet gate that communicates between the interior and the exterior of the chamber, and the liquid in the chamber can exit the chamber via the outlet gate when the pressure in the chamber at the outlet gate is above zero.
A transfer member for an image forming apparatus comprising: a base material layer; and a coating layer provided on a surface of the base material layer and composed of an inorganic-organic hybrid material, the coating layer having a thickness of 10 μm or less, characterised in that the coating layer having a surface having a microhardness from 140 to 600 mN/mm 2 as measured at an indentation depth of 0.05 μm with a Berkovich indenter by a method conforming to ISO 14577-1. a base material layer; and a coating layer provided on a surface of the base material layer and composed of an inorganic-organic hybrid material, the coating layer having a thickness of 10 μm or less, characterised in that the coating layer having a surface having a microhardness from 140 to 600 mN/mm 2 as measured at an indentation depth of 0.05 μm with a Berkovich indenter by a method conforming to ISO 14577-1.
A tablecloth including means for attaching to a table, of the type that fully covers a table, and which can be made of any of the materials usually used in this product, comprising on the lower face thereof, in correspondence with the corners of the table and situated on either side of each corner of the tablecloth in the area of the same defining the skirts of the tablecloth that protrude beyond the surface that covers the table when placed in position, attachment means joining both skirts that meet at each corner, thereby keeping all the corners of the table and the tablecloth fitted to the table top formed and joined characterized in that the attachment means joining the two skirts that meet at each corner of the tablecloth consist of a metal strip, situated perpendicularly to the bisector formed by the two skirts that meet at one corner which, by folding said strip in on itself, keeps the shape of the corner of the tablecloth.
A peptide with immunomodulating and/or anti-inflammatory properties, characterized in that its amino acid sequence has at least 95% similarity with SEQ ID No: 1 has a content of at least 50% of the amino acids serine and threonine, and wherein the ST peptide comprises a fragment of at least 30 kDa without cleavage sites for the proteases: pepsin, trypsin and chymotrypsin.
Holding device for an intermediate support of a warp detecting device of a loom, with a carrier part and a clamping part which can be fastened to the carrier part, which are configured for fastening to a thread carrier tube of the warp detecting device, with a first holding face on the clamping part and a second holding face on the carrier part which adjoin a recess for the thread carrier tube, wherein when a connection is created between the holding device and the thread carrier tube, the first holding face lies flat on the thread carrier tube, wherein the clamping part has a base body and a support protrusion protruding away from the base body and serving to support the intermediate support and/or a spacer element (48, 49) mounted on the intermediate support, characterised in that - when a connection is created between the holding device and the thread carrier tube, the second holding face lies flat on the thread carrier tube, and/or - when a connection is created between the holding device and the thread carrier tube, both holding faces (70, 71) engage on the thread carrier tube on the side of the longitudinal centre plane through the thread carrier tube on which the intermediate support is situated. - when a connection is created between the holding device and the thread carrier tube, the second holding face lies flat on the thread carrier tube, and/or - when a connection is created between the holding device and the thread carrier tube, both holding faces (70, 71) engage on the thread carrier tube on the side of the longitudinal centre plane through the thread carrier tube on which the intermediate support is situated.
A work machine comprising: a boom; a work tool configured to drive with respect to the boom; a cylinder configured to drive the work tool; a sub-link attached to the boom, the sub-link being configured to transmit driving force of the cylinder to the work tool; and a control section configured to control the cylinder based on a posture of the sub-link with respect to the boom; an operating member for operating the work tool; a detection section (54, 55) for detecting a stroke of the cylinder, wherein the control section is configured to give a target cylinder drive command based on one of a first cylinder drive command based on difference between the posture of the sub-link and a limit posture of the sub-link and a second cylinder drive command based on difference between the stroke and an end position of the cylinder, characterized in that the target cylinder drive command includes information on supplied flow rate of hydraulic fluid to the cylinder, each of the first cylinder drive command and the second cylinder drive command includes information on a limit flow rate for supplied flow rate of hydraulic fluid to the cylinder by operating the operating member, and the control section is configured to give the target cylinder drive command using a larger limit flow rate of both the first cylinder drive command and the second cylinder drive command, wherein a larger limit flow rate results in a smaller flow rate of the hydraulic fluid supplied to the cylinder. a boom; a work tool configured to drive with respect to the boom; a cylinder configured to drive the work tool; a sub-link attached to the boom, the sub-link being configured to transmit driving force of the cylinder to the work tool; and a control section configured to control the cylinder based on a posture of the sub-link with respect to the boom; an operating member for operating the work tool; a detection section (54, 55) for detecting a stroke of the cylinder, wherein the control section is configured to give a target cylinder drive command based on one of a first cylinder drive command based on difference between the posture of the sub-link and a limit posture of the sub-link and a second cylinder drive command based on difference between the stroke and an end position of the cylinder, characterized in that the target cylinder drive command includes information on supplied flow rate of hydraulic fluid to the cylinder, each of the first cylinder drive command and the second cylinder drive command includes information on a limit flow rate for supplied flow rate of hydraulic fluid to the cylinder by operating the operating member, and the control section is configured to give the target cylinder drive command using a larger limit flow rate of both the first cylinder drive command and the second cylinder drive command, wherein a larger limit flow rate results in a smaller flow rate of the hydraulic fluid supplied to the cylinder.
A method of inactivating helper virus in a sample containing helper virus particles, adeno-associated virus particles, and a buffer, the method comprising: heating the sample to a temperature greater than or equal to 45 °C for between 1 minute and 6 hours, wherein the buffer comprises a concentration of between 25 mM and 500 mM of divalent or trivalent cations, or a concentration of between 0.5 M and 0.6 M of kosmotropic salt.
A Fe-based hydrogenation catalyst having Fe as a primary active metal component, and zinc and potassium as a first co-active element component, based on the total weight of the Fe-based hydrogenation catalyst, a total amount of the primary active metal component and first co-active element component is 5-100%, with the balance being a binder or carrier, in terms of oxides, wherein the molar ratio of the primary active metal component to the first co-active metal component is 0.5-200:1; wherein the Fe-based hydrogenation catalyst is a sulfurized Fe-based hydrogenation catalyst.
A full aperture beverage can end having a centre panel, a countersink surrounding the centre panel, a transition radius between the countersink and the centre panel, and a main score arranged in proximity to the countersink to define a removeable aperture panel, wherein the beverage can end is adapted for use with products that are pressurised to over 207 kPa when opened, characterized by a vent score, and in that during opening the vent score is adapted to sever first, controlling the pressure differential between the external surface and internal surface of the centre panel, thereby allowing the main score to tear in a controlled and reliable manner, wherein the centreline of the main score 50 is located between 0.000 and 0.508 mm (0.020 inches) when measured horizontally from the centre of the transition radius between the countersink and the centre panel.
A peptide consisting of the amino acid sequence of SEQ ID No. 1 (KVLEHVVRV), or a pharmaceutical acceptable salt thereof, for use in the treatment of cancer, wherein said cancer is selected from non-small cell lung cancer and small cell lung cancer.
A luminous signaling slab of integral construction having a structure made up of a plurality of superposed layers that are fastened to one another, said structure comprising: - A transparent or translucent first layer forming a front face of said slab; - A luminous assembly comprising a plurality of light-emitting diodes (Ds) that are electrically connected to one another; - An encapsulating assembly (202a, 202b) encapsulating said plurality of light-emitting diodes; characterized in that said structure further comprises: - A second layer forming a rear face of said slab and composed of a polymer or a polymer/glass-fiber composite material; - Said encapsulating assembly being positioned between said first layer and said second layer. - A transparent or translucent first layer forming a front face of said slab; - A luminous assembly comprising a plurality of light-emitting diodes (Ds) that are electrically connected to one another; - An encapsulating assembly (202a, 202b) encapsulating said plurality of light-emitting diodes; characterized in that said structure further comprises: - A second layer forming a rear face of said slab and composed of a polymer or a polymer/glass-fiber composite material; - Said encapsulating assembly being positioned between said first layer and said second layer.
A computer-implemented method for managing loads on a wind turbine, the method implemented using a processor coupled to a memory device, the method comprising: determining (502,504) at least one of a first moment of a wind load acting about a first axis of a rotor of the wind turbine and a second moment of the wind load acting about a second axis of the rotor of the wind turbine; determining, by the processor, a resultant moment of the at least one of the first moment and the second moment; generating, by the processor, an error signal indicating a difference between the resultant moment and a predetermined moment level threshold signal; generating, by the processor, a first activation signal over a range of the generated error signal between a first zero activation signal level and a first full activation signal level; characterized by the following steps: generating a power error signal indicating a difference between the electrical load of the wind turbine and a predetermined power level threshold signal; generating a second activation signal over a range of the generated power error signal between a second zero activation signal level and a second full activation signal level; and activating a rotor imbalance control circuit using at least one of the first activation signal and the second activation signal. determining (502,504) at least one of a first moment of a wind load acting about a first axis of a rotor of the wind turbine and a second moment of the wind load acting about a second axis of the rotor of the wind turbine; determining, by the processor, a resultant moment of the at least one of the first moment and the second moment; generating, by the processor, an error signal indicating a difference between the resultant moment and a predetermined moment level threshold signal; generating, by the processor, a first activation signal over a range of the generated error signal between a first zero activation signal level and a first full activation signal level; characterized by the following steps: generating a power error signal indicating a difference between the electrical load of the wind turbine and a predetermined power level threshold signal; generating a second activation signal over a range of the generated power error signal between a second zero activation signal level and a second full activation signal level; and activating a rotor imbalance control circuit using at least one of the first activation signal and the second activation signal. generating a power error signal indicating a difference between the electrical load of the wind turbine and a predetermined power level threshold signal; generating a second activation signal over a range of the generated power error signal between a second zero activation signal level and a second full activation signal level; and activating a rotor imbalance control circuit using at least one of the first activation signal and the second activation signal.