mhurhangee/ep-ind-claims huggingface dataset:
A composition for use in treatment of diastolic dysfunction in a subject, wherein the composition comprises a therapeutically effective amount of a substance which increases the level and/or activity of a crystalline protein in cardiomyocytes of the subject, wherein the subject to be treated has: diastolic heart failure; heart failure with preserved ejection fraction; aortic stenosis; and/or dilated cardiomyopathy and wherein the substance is geranylgeranylacetone or NYK9354 or an alpha B chain crystalline protein of SEQ ID: 1, or a protein that has an amino acid sequence identity of at least 80%, preferably at least 90%, more preferably at least 95%, most preferably 98% or 99% with the alpha B chain crystalline protein, which protein is capable of reducing a diastolic stiffness of cardiomyocytes of the subject.
Optical signalling device (1; 11; 21; 31; 41) for a motor-vehicle, comprising a main light source (4; 14; 24; 34; 44) and an auxiliary light source (2; 12; 22; 32; 42), the auxiliary light source comprising an areal light source comprising an organic light-emitting diode (2; 12; 22; 32; 42), characterized in that the main light source and the auxiliary light source provide no more than one signalling function, the signalling function being a photometric function that is useful to the vehicle when it is being driven on-road, and that allows the vehicle to be seen by other vehicles.
Access system including a control unit arranged in a vehicle, and a portable electronic device, wherein the portable electronic device includes a battery, which is designed to supply various further components of the portable electronic device with power; the portable electronic device includes a transponder unit, which can be wirelessly supplied with power by the control unit; the control unit is designed to send a request signal to the portable electronic device; the portable electronic device is designed to check, upon receipt of a request signal, whether a power supply by the battery is possible; the portable electronic device is also designed to provide a wireless power supply to the transponder unit by the control unit and to send a response signal to the control unit for the case in which a power supply by the battery is not possible; and the portable electronic device is also designed to send a response signal to the control unit for the case in which a power supply by the battery is possible and a switch or a button of the electronic device has been actuated by a user within a specific time period before or after the receipt of the request signal; wherein the vehicle is unlocked if the electronic device is recognized on the basis of the response signal as belonging to the vehicle. the portable electronic device includes a battery, which is designed to supply various further components of the portable electronic device with power; the portable electronic device includes a transponder unit, which can be wirelessly supplied with power by the control unit; the control unit is designed to send a request signal to the portable electronic device; the portable electronic device is designed to check, upon receipt of a request signal, whether a power supply by the battery is possible; the portable electronic device is also designed to provide a wireless power supply to the transponder unit by the control unit and to send a response signal to the control unit for the case in which a power supply by the battery is not possible; and the portable electronic device is also designed to send a response signal to the control unit for the case in which a power supply by the battery is possible and a switch or a button of the electronic device has been actuated by a user within a specific time period before or after the receipt of the request signal; wherein the vehicle is unlocked if the electronic device is recognized on the basis of the response signal as belonging to the vehicle.
An elevator brake for braking and holding an elevator cab in an elevator system, the elevator brake comprising a first brake lining with a first actuating device and a second brake lining with a second actuating device, wherein the second and the first brake lining (21, 22) are arranged at a distance from one another, so that a braking strip of a guide rail of the elevator cab or a brake disc of an elevator drive can be arranged between the first and the second brake lining (21, 22), wherein the second actuating device is designed to move the second brake lining if necessary towards the first brake lining and to clamp and brake the braking strip or the brake disc between the second and first brake lining (21, 22), and the first actuating device is designed to move the first brake lining towards the second brake lining and to clamp and brake the braking strip or the brake disc between the first and second brake lining (22, 21), characterised in that the first actuating device operates according to a first principle of operation and the second actuating device operates according to a second principle of operation, which second principle of operation is different from the first principle of operation.
A tape or label printing apparatus comprising: feeding means for applying a driving force to feed a print-receiving medium; and print forming means for performing a print forming process on said print-receiving medium fed by the driving force of said feeding means; wherein feeding means; harmonization controlling means for harmonizing and controlling a driving speed of said feeding means and the print forming process operation of said print forming means, based on an input of print information according to an operation of an operator by using a predetermined harmonization correlation; and harmonization changing means for changing said harmonization correlation according to properties of said print-receiving medium or a bonding medium to be bonded to said print-receiving medium, are provided. feeding means for applying a driving force to feed a print-receiving medium; and print forming means for performing a print forming process on said print-receiving medium fed by the driving force of said feeding means; wherein feeding means; harmonization controlling means for harmonizing and controlling a driving speed of said feeding means and the print forming process operation of said print forming means, based on an input of print information according to an operation of an operator by using a predetermined harmonization correlation; and harmonization changing means for changing said harmonization correlation according to properties of said print-receiving medium or a bonding medium to be bonded to said print-receiving medium, are provided.
A lanyard tracking system, the lanyard tracking system comprising: a tool lanyard assembly (10; 110) comprising: a strap having a first end and a second end, the strap having a weight rating for supporting a tool of up to 22.7 kilograms, characterized by an RFID tag coupled to the strap, the RFID tag configured to transmit a unique RFID code, a cinch coupled to the first end, the cinch having an elastic attachment portion; and an attachment member coupled to the second end; and a tracking system configured to receive the unique RFID code from the RFID tag and notify a user when the tool lanyard assembly (10; 110) is due to be inspected or replaced based on the unique RFID code. a tool lanyard assembly (10; 110) comprising: a strap having a first end and a second end, the strap having a weight rating for supporting a tool of up to 22.7 kilograms, characterized by an RFID tag coupled to the strap, the RFID tag configured to transmit a unique RFID code, a cinch coupled to the first end, the cinch having an elastic attachment portion; and an attachment member coupled to the second end; and a strap having a first end and a second end, the strap having a weight rating for supporting a tool of up to 22.7 kilograms, characterized by an RFID tag coupled to the strap, the RFID tag configured to transmit a unique RFID code, a cinch coupled to the first end, the cinch having an elastic attachment portion; and an attachment member coupled to the second end; and a tracking system configured to receive the unique RFID code from the RFID tag and notify a user when the tool lanyard assembly (10; 110) is due to be inspected or replaced based on the unique RFID code.
A gas turbine engine comprising: a fan to deliver air into a bypass duct defined between an outer housing and a core housing as propulsion air, and further to deliver air into said core housing where it communicates with a low pressure compressor, a high pressure compressor, a combustor, a high pressure turbine, and a low pressure turbine, said high pressure turbine driving said high pressure compressor and said low pressure turbine driving said low pressure compressor and also driving said fan through a gear reduction gearbox; said low pressure turbine having an input shaft driving a sun gear in said gear reduction gearbox, said sun gear driving intermediate gears, and there being an output shaft being driven by one of a carrier and a ring gear in said gear reduction gearbox to in turn drive a fan drive shaft to drive said fan; a bearing compartment housing enclosing said gear reduction gearbox and having an inlet bearing supporting said inlet shaft and a fan shaft bearing (108; 109) supporting said fan drive shaft; an oil supply system communicating with a main oil pump, said oil supply system delivering oil to at least one of said sun gear, said intermediate gears and said ring gear; and a scavenge system returning oil from said bearing compartment housing to a sump which communicates with said main oil pump, said scavenge system including a scavenge tube (132; 232), and an ejector pump (134; 202) communicating with a source of pressurized fluid to assist in driving oil from within said bearing compartment housing into said scavenge tube (132; 232). a fan to deliver air into a bypass duct defined between an outer housing and a core housing as propulsion air, and further to deliver air into said core housing where it communicates with a low pressure compressor, a high pressure compressor, a combustor, a high pressure turbine, and a low pressure turbine, said high pressure turbine driving said high pressure compressor and said low pressure turbine driving said low pressure compressor and also driving said fan through a gear reduction gearbox; said low pressure turbine having an input shaft driving a sun gear in said gear reduction gearbox, said sun gear driving intermediate gears, and there being an output shaft being driven by one of a carrier and a ring gear in said gear reduction gearbox to in turn drive a fan drive shaft to drive said fan; a bearing compartment housing enclosing said gear reduction gearbox and having an inlet bearing supporting said inlet shaft and a fan shaft bearing (108; 109) supporting said fan drive shaft; an oil supply system communicating with a main oil pump, said oil supply system delivering oil to at least one of said sun gear, said intermediate gears and said ring gear; and a scavenge system returning oil from said bearing compartment housing to a sump which communicates with said main oil pump, said scavenge system including a scavenge tube (132; 232), and an ejector pump (134; 202) communicating with a source of pressurized fluid to assist in driving oil from within said bearing compartment housing into said scavenge tube (132; 232).
System on chip for a control device of a vehicle with at least one bus (13, 14), at least one control unit (15, 16, 17) connected to the at least one bus (13, 14) for controlling a peripheral device (40, 50) assigned to the at least one control unit (15, 16, 17), multiple processors (11, 12) connected to the at least one bus and a protection system, which is configured to authorise allowed access of a certain processor (11, 12) to a certain control unit (15, 16, 17) or of the certain control unit (15, 16, 17) to the certain processor (11, 12) and to prevent prohibited access of a certain processor (11,12) to a certain control unit (15, 16, 17) or of the certain control unit (15, 16, 17) to the certain processor (11, 12).
A vehicle seat comprising: a seat cushion frame comprising: a pair of side frames (2, 3); and a front cross member located on a front side of the vehicle seat, the front cross member extending between the side frames (2, 3); and at least one leg support member connected to the front cross member, and arranged forward of the front cross member, wherein the at least one leg support member comprises at least one lateral portion extending in a vehicle lateral direction and at least one connecting portion extending from the lateral portion to the front cross member, wherein a base end portion of the at least one connecting portion is fixed to the front cross member, said at least one leg support member comprising a substantially U-shaped portion, characterized by said at least one lateral portion having a strength lower than a strength of the front cross member the vehicle seat being further characterized in that said at least one lateral portion is plastically deformable in the rear direction of the vehicle to bear a load from the legs of an occupant when the occupant moves rearward with respect to the seat upon a vehicle rear-end collision. a seat cushion frame comprising: a pair of side frames (2, 3); and a front cross member located on a front side of the vehicle seat, the front cross member extending between the side frames (2, 3); and at least one leg support member connected to the front cross member, and arranged forward of the front cross member, a pair of side frames (2, 3); and a front cross member located on a front side of the vehicle seat, the front cross member extending between the side frames (2, 3); and at least one leg support member connected to the front cross member, and arranged forward of the front cross member, wherein the at least one leg support member comprises at least one lateral portion extending in a vehicle lateral direction and at least one connecting portion extending from the lateral portion to the front cross member, wherein a base end portion of the at least one connecting portion is fixed to the front cross member, said at least one leg support member comprising a substantially U-shaped portion,
Connecting device which can be arranged relative to a photovoltaic module for the purpose of electrically connecting a plurality of photovoltaic modules to one another and/or to an inverter device having at least a housing having at least a first housing element, which can be arranged directly on the photovoltaic module, and a second housing element, first connection devices for electrical connection to the photovoltaic module arranged in the first housing element, second connection devices for electrical connection to a further connecting device or to the inverter device arranged in the first housing element of a semiconductor circuit arrangement having at least one semiconductor component arranged in the second housing element, and first contact devices, which are associated with the first housing element, and second contact devices, which are associated with the second housing element, as a result of which the semiconductor circuit arrangement can be electrically connected to the first connection devices, wherein the semiconductor circuit arrangement as a functional unit has at least one electrically insulating substrate with interconnects arranged thereon and with semiconductor components materially connected thereto, and wherein a cooling device is provided in thermal contact with the substrate of the semiconductor circuit arrangement and is arranged in a cutout in the second housing element.
Telescope assembly for tracking celestial bodies, comprising a telescope and a positioning device for the telescope, wherein the positioning device is provided with an under frame to be placed on a base, a first telescope holder placed on the under frame which telescope holder in the placed condition of the under frame can be rotated about a vertical axis of rotation by means of a first rotary bearing, wherein the telescope is coupled at a first side to the first telescope holder or wherein the positioning device comprises a second telescope holder which at a first side is coupled to the first telescope holder and which bears the telescope, wherein by means of a second rotary bearing the telescope or the second telescope holder can be rotated with respect to the first telescope holder about a horizontal axis of rotation, wherein the vertical axis of rotation is perpendicular to the horizontal axis of rotation and intersects the horizontal axis of rotation in an intersection, wherein the telescope assembly is provided with a third telescope holder which, preferably at a distance from the intersection, is coupled to a second side of the telescope or the second telescope holder, wherein the third telescope holder at a distance from the coupling between the telescope or the second telescope holder and the third telescope holder is coupled to the under frame so as to be rotatable about a parallactic axis of rotation by means of a third rotary bearing, wherein the parallactic axis of rotation extends through the intersection of the horizontal and the vertical axis of rotation, wherein between the coupling of the third telescope holder with the telescope or the second telescope holder and the third rotary bearing, the third telescope holder extends free of the first telescope holder.
Refrigerant compressor having a compressor housing in which a cylinder housing having a piston which compresses a refrigerant and an electric motor which drives the piston are fastened to one another, the electric motor comprising a stator provided with a stator bore, the coil core of which is provided with a plurality of receiving grooves for accommodating a stator winding (11, 12) having any given number of windings, coil groups, and poles, wherein the coil core is preferably composed of a plurality of interconnected stator segments and wherein the stator winding (11, 12) in the region of the end faces (22, 23) of the coil core has winding heads (11', 12') which are each situated outside the receiving grooves, at least one end face (22, 23) of the coil core being provided with an insulating element which essentially covers the end face (22, 23) and which insulates the winding heads (11', 12') of the stator winding (11, 12) situated on this at least one end face with respect to the coil core, wherein the insulating element has an arbitrary number of projecting additional insulating sections in a peripheral edge region opposite the stator bore which insulate the winding heads (11', 12') of the stator winding (11, 12) situated on the at least one end face with respect to adjacent sections of the cylinder housing, in particular with respect to flange extensions of the cylinder housing which may be attached to the coil core, characterized in that the winding heads (11', 12') of the stator winding (11, 12) are pressed against the insulating element.
A light emitting diode module comprising: a substrate with an upper plane surface and a recess formed in the upper plane surface; an electrode directly disposed on the upper plane surface of the substrate; a light emitting diode chip directly mounted on the electrode; a phosphor layer formed on the light emitting diode chip; and a lens directly disposed on the upper plane surface of the substrate and fastened to the substrate through the recess; wherein the lens is fastened to the substrate by filling the recess with a lens forming material, thereby covering the recess, the electrode, the phosphor layer and the light emitting diode chip, characterized in that the electrode is directly disposed on the upper plane surface of the substrate without overlapping the recess. a substrate with an upper plane surface and a recess formed in the upper plane surface; an electrode directly disposed on the upper plane surface of the substrate; a light emitting diode chip directly mounted on the electrode; a phosphor layer formed on the light emitting diode chip; and a lens directly disposed on the upper plane surface of the substrate and fastened to the substrate through the recess; wherein the lens is fastened to the substrate by filling the recess with a lens forming material, thereby covering the recess, the electrode, the phosphor layer and the light emitting diode chip, characterized in that the electrode is directly disposed on the upper plane surface of the substrate without overlapping the recess.
A multilayer laminate consisting of: a support layer defining two oppositely directed faces; a first release layer disposed on one of the faces of the support layer; a second release layer disposed on another of the faces of the support layer; at least one preformed image or graphic disposed on the first release layer; a clear coat layer disposed between the first release layer and the image or graphic and at least one adhesive layer disposed on the image or graphic; wherein the release force of the first release layer is greater than the release force of the second release layer. a support layer defining two oppositely directed faces; a first release layer disposed on one of the faces of the support layer; a second release layer disposed on another of the faces of the support layer; at least one preformed image or graphic disposed on the first release layer; a clear coat layer disposed between the first release layer and the image or graphic and at least one adhesive layer disposed on the image or graphic; wherein the release force of the first release layer is greater than the release force of the second release layer.