mhurhangee/ep-ind-claims huggingface dataset:
An electrical connector, including: - a tubular casing having a longitudinal axis with a distal end coupleable to an end portion of an elongate lighting module, - a tilting member tiltable between a position retracted away from said distal end and a position advanced towards said distal end about a tilting axis extending transversely of said longitudinal axis, - at least one tooth-like electrical contact carried by said tilting member facing towards said distal end of the connector casing, the at least one electrical contact adapted to penetrate into said end portion of the lighting module as a result of the tilting member tilting from said retracted position to said advanced position, wherein - said at least one tooth-like electrical contact includes a tapered puncturing shape, and - said at least one tooth-like electrical contact includes an arched shape, with concavity towards said tilting axis. - a tubular casing having a longitudinal axis with a distal end coupleable to an end portion of an elongate lighting module, - a tilting member tiltable between a position retracted away from said distal end and a position advanced towards said distal end about a tilting axis extending transversely of said longitudinal axis, - at least one tooth-like electrical contact carried by said tilting member facing towards said distal end of the connector casing, the at least one electrical contact adapted to penetrate into said end portion of the lighting module as a result of the tilting member tilting from said retracted position to said advanced position, wherein - said at least one tooth-like electrical contact includes a tapered puncturing shape, and - said at least one tooth-like electrical contact includes an arched shape, with concavity towards said tilting axis.
A vehicle control apparatus applied to a vehicle comprising; abnormality determination means for determining whether or not a driver of said vehicle is in an abnormal state where said driver loses an ability to drive said vehicle; driving operation invalidation means for invalidating a driving state change request which is based on an operation of a driving operation element operated by said driver for a purpose of changing a driving state of said vehicle after an abnormality determination point in time at which said driver has been determined to be in said abnormal state; and specific operation determination means for determining whether or not a specific driving operation has occurred after said abnormality determination point in time, said specific driving operation being an operation that a state of said driving operation element changes from an operating state in which said driving operation element is regarded as being operated to a non-operating state in which said driving operation element is regarded as not being operated, and thereafter again changes to said operating state within a predetermined threshold time, wherein, said driving operation invalidation means is configured to cancel invalidating said driving state change request when said specific driving operation is determined to have occurred. abnormality determination means for determining whether or not a driver of said vehicle is in an abnormal state where said driver loses an ability to drive said vehicle; driving operation invalidation means for invalidating a driving state change request which is based on an operation of a driving operation element operated by said driver for a purpose of changing a driving state of said vehicle after an abnormality determination point in time at which said driver has been determined to be in said abnormal state; and specific operation determination means for determining whether or not a specific driving operation has occurred after said abnormality determination point in time, said specific driving operation being an operation that a state of said driving operation element changes from an operating state in which said driving operation element is regarded as being operated to a non-operating state in which said driving operation element is regarded as not being operated, and thereafter again changes to said operating state within a predetermined threshold time, wherein, said driving operation invalidation means is configured to cancel invalidating said driving state change request when said specific driving operation is determined to have occurred.
A rotor blade including an actuator comprising an electric motor having a rotary drive shaft; a bearing for mounting the rotary drive shaft along an axis extending along the length of the rotor blade; a lubrication system for lubricating the bearing, the lubrication system including a sump closer to the tip of the blade than the bearing, and a piston and cylinder pump for pumping lubricant from the sump to the bearing; wherein a portion of the rotary drive shaft is threaded and a correspondingly threaded output member is mounted non-rotatably on the rotary drive shaft, whereby rotation of the drive shaft results in linear movement of the output member which drives the piston and cylinder pump; characterised in that the output member is in fixed axial relationship to the cylinder of the piston and cylinder pump and the rotary drive shaft is in fixed axial relationship to the piston of the piston and cylinder pump.
A vehicle having a damper, in which vehicle a drive unit having an engine is provided in a vehicle body frame, the damper comprising: a connection part for connecting the drive unit with the vehicle body frame; and a detection means for detecting vibrations of the drive unit; a controller for controlling at least roll vibration of vibration behaviours of the drive unit by operating the connection part on the basis of a detection signal from the detection means, the damper is characterised in that: the detection means is mounted at or on the outer surface of a case constituting the external contour of the drive unit, or fixed at plural positions (4a, 4b) at the surface of the engine; wherein the detected vibrations are roll vibrations around a roll axis of the drive unit with respect to a ground contact surface of the tire of the vehicle.
A side arm hybrid prosthesis for deployment in a body vessel, the prosthesis comprising: a tubular stent body comprising a wire comprising a shape memory alloy, the tubular stent body having a self-expanding portion comprising a distal portion of the wire and a balloon-expandable portion comprising a proximal portion of the wire, wherein the distal portion of the wire has a helical configuration comprising bent wire first portions alternating with straight wire first portions in a helical zigzag pattern about a longitudinal axis of the stent body, wherein the proximal portion of the wire has a ring-like configuration including one or more rings centered about a longitudinal axis of the stent body, each of the one or more rings including bent wire second portions alternating with straight wire second portions in a circumferential zigzag pattern about the longitudinal axis, and wherein the balloon-expandable portion comprising the proximal portion of the wire comprises a flareable end portion for securing the side arm prosthesis to a main body prosthesis, wherein the flareable end portion ensures proper engagement between the main body prosthesis and the side arm prosthesis. a tubular stent body comprising a wire comprising a shape memory alloy, the tubular stent body having a self-expanding portion comprising a distal portion of the wire and a balloon-expandable portion comprising a proximal portion of the wire, wherein the distal portion of the wire has a helical configuration comprising bent wire first portions alternating with straight wire first portions in a helical zigzag pattern about a longitudinal axis of the stent body, wherein the proximal portion of the wire has a ring-like configuration including one or more rings centered about a longitudinal axis of the stent body, each of the one or more rings including bent wire second portions alternating with straight wire second portions in a circumferential zigzag pattern about the longitudinal axis, and wherein the balloon-expandable portion comprising the proximal portion of the wire comprises a flareable end portion for securing the side arm prosthesis to a main body prosthesis, wherein the flareable end portion ensures proper engagement between the main body prosthesis and the side arm prosthesis.
Filter bag for a vacuum cleaner, with an inflow opening through which air to be cleaned can flow into the filter bag in order to then flow through the filter material of the filter bag and in that case be cleaned, wherein the filter material comprises at least one layer of non-woven material and wherein the filter material is stamped at least in a region and the effective filter area is increased by a profiling of the filter material, characterised in that the profilings are formed as spherical segments with a diameter of 4 millimetres to 40 millimetres.
A gel electrolyte comprising: LiPO 2 F 2; and a sultone-based compound selected from the group consisting of 1,3-propene sultone, 1,3-propane sultone, and combinations thereof. LiPO 2 F 2; and a sultone-based compound selected from the group consisting of 1,3-propene sultone, 1,3-propane sultone, and combinations thereof.
Method for starting up and personalizing subscriber identification modules in a mobile radio network, in which a multiplicity of subscriber identification modules are equipped, prior to first start-up, with identical, non-individual, non-explicit provisional parameter data records of initial identification and authentication parameters, containing at least a non-individual and provisional subscriber identification and a non-individual and provisional secret key, wherein the parameter data records permit the first start-up of the subscriber identification modules in the mobile radio network by means of a mobile radio terminal and the number of parameter data records is smaller than the number of subscriber identification modules equipped with the parameter data records in total, wherein the first start-up of one of the subscriber identification modules is followed by personalization being performed by virtue of an individual and final subscriber data record being transmitted and being stored on the subscriber identification module, containing an explicit final subscriber identification and a secret key.
A RFID label device (100, 200, 300, 400, 500) configured to be affixed to a green rubber article withstand and maintain RFID operability during vulcanization of the rubber article, the RFID label device comprising: (a) a protective topcoat layer (101, 201) that is an outermost layer of the device; (b) a rubber adhesion layer that is configured to adhere the device to an unvulcanized and/or vulcanized rubber article; characterized by (c) a polyimide layer (103, 203) with a heat resistant RFID device (104, 204) positioned thereon or therein, the polyimide layer is positioned between the protective topcoat layer and the rubber adhesion layer such that the polyimide layer with heat resistant RFID capabilities maintains RFID operability during vulcanization and post-vulcanization of the rubber article; (d) a plurality of polyester layers (110, 210, 112, 114) positioned between the topcoat layer and rubber adhesion layer with at least a first polyester layer (110, 210, 112) positioned above and at least a second polyester layer positioned below the polyimide layer such that the first and second polyester layers surround the polyimide layer to insulate, protect, and maintain RFID operability of the polyimide layer with heat resistant RFID capabilities during vulcanization of the rubber article; and (e) a plurality of adhesive layers (120, 121) positioned between and bonding together the topcoat, the plurality of polyester, polyimide, and rubber adhesion layers. (a) a protective topcoat layer (101, 201) that is an outermost layer of the device; (b) a rubber adhesion layer that is configured to adhere the device to an unvulcanized and/or vulcanized rubber article; characterized by (c) a polyimide layer (103, 203) with a heat resistant RFID device (104, 204) positioned thereon or therein, the polyimide layer is positioned between the protective topcoat layer and the rubber adhesion layer such that the polyimide layer with heat resistant RFID capabilities maintains RFID operability during vulcanization and post-vulcanization of the rubber article; (d) a plurality of polyester layers (110, 210, 112, 114) positioned between the topcoat layer and rubber adhesion layer with at least a first polyester layer (110, 210, 112) positioned above and at least a second polyester layer positioned below the polyimide layer such that the first and second polyester layers surround the polyimide layer to insulate, protect, and maintain RFID operability of the polyimide layer with heat resistant RFID capabilities during vulcanization of the rubber article; and (e) a plurality of adhesive layers (120, 121) positioned between and bonding together the topcoat, the plurality of polyester, polyimide, and rubber adhesion layers.
A tool for supporting a vessel, in particular a cup and/or a bottle, comprising at least one first side and one second side which are connected together in at least one connection point, wherein at least one side (2, 3) is designed in the form of a two-sided lever with a force arm (2.1, 3.1) below the connection point and a load arm (2.2, 3.2) above the connection point, it being possible to transition the load arm (2.2, 3.2) of one side (2, 3) above the connection point relative to the other side (3, 2) from an open position to a closed position and vice versa when the force arm (2.1, 3.1) is actuated, it being possible for the load arm (2.2, 3.2) of one side (2, 3) and the other side (2, 3) to hold, at least frictionally and/or interlockingly, the vessel, which is inserted between the sides (2, 3), in the open position, a cuff being located between the two sides (2, 3) above the connection point, said cuff holding the vessel inserted between the sides (2, 3) in the open position, and the sides (2, 3), which are designed in the form of levers, being connected together by way of at least one hinge, there being crossbars (8.2, 8.2) connected at the two ends thereof to a load arm (2.2, 3.2), respectively, of a first side (2, 2) in the form of a two-sided lever, and to a load arm of a second side (3, 3) in the form of a two-sided lever, the sides (2, 3) designed in the form of levers each being connected together on both sides of the crossbars (8.2, 8.2), respectively, in at least one connection point (7, 7), and the cuff being located between the sides (2, 3) on both sides of the crossbars (8.2, 8.2) and being connected to the crossbars (8.2, 8.2) in the longitudinal direction, a first front side, a second front side, a first rear side, and a second rear side being provided, the first and second sides (2, 3) which are designed in the form of levers being connected together by way of at least one hinge, characterized in that the closed position of the sides (2, 3) can be held in place by at least one fixing element which is in operative connection with at least one force arm (2.1, 3.1) and/or at least one crossbar (8.1, 8.2).
Maritime surveillance system comprising: i) at least one Processing and Control Centre (PCC, 10); ii) at least one cluster of Multi-Sensor Platforms (MSPs, 30), each MSP comprising at least two sensors of a first type and a second type (340, 350); iii) a first data fusion module which is adapted to process data from sensors of one of the first and second types (340, 350) in said cluster; iv) a second data fusion module which is adapted to process the output of the first data fusion module relating to the at least two sensors (340, 350) of one MSP, said maritime surveillance system being characterised in that the at least two sensors are adapted to provide distance and bearing, one of them being adapted to be designated as master sensor within its cluster, the other sensors being adapted to be designated as slaves to the master, the master and slave sensors being further adapted to provide output to be integrated in a Resolution Cell Response, the RCRs from the slave sensors being integrated with the RCR of an overlapping area of the master sensor, master and slave sensors each contributing sensor data from non-overlapping areas as input to the second data fusion module.
An electrical power generation system, comprising: a micro-turbine alternator, comprising: a combustor; a first stage turbine configured to be driven by a combustor exhaust from the combustor; at least one compressor operably connected to the combustor to provide a compressed airflow to the combustor; a catalytic converter configured convert the combustor exhaust to a catalytic exhaust that comprises at least exothermic heat; a second stage turbine configured to be driven by the catalytic exhaust from the catalytic converter; one or more shafts connecting the first stage turbine and the second stage turbine to the at least one compressor such that rotation of the first stage turbine and the second stage turbine drives rotation of the at least one compressor; and characterized by an exhaust turbine reheat cycle configured to transfer heat from the combustor exhaust entering the first stage turbine to the combustor exhaust entering the catalytic converter. a combustor; a first stage turbine configured to be driven by a combustor exhaust from the combustor; at least one compressor operably connected to the combustor to provide a compressed airflow to the combustor; a catalytic converter configured convert the combustor exhaust to a catalytic exhaust that comprises at least exothermic heat; a second stage turbine configured to be driven by the catalytic exhaust from the catalytic converter; one or more shafts connecting the first stage turbine and the second stage turbine to the at least one compressor such that rotation of the first stage turbine and the second stage turbine drives rotation of the at least one compressor; and characterized by an exhaust turbine reheat cycle configured to transfer heat from the combustor exhaust entering the first stage turbine to the combustor exhaust entering the catalytic converter.
A medicine injecting tip comprising: a cylinder; a plunger (620; 623); and a needle disposed in the plunger, where the plunger (620; 623) is configured to reciprocate downward and upward, and wherein the plunger forms a first space and a second space inside the cylinder; wherein the needle is inserted into a skin when the plunger moves downward and the needle is discharged from the skin, when the plunger moves upward, and wherein the needle is disposed in the second space, such that a hole is formed in the surface of the skin through which the needle is inserted into and discharged from the skin; characterized in that a first channel is formed in the medicine injecting tip, wherein the channel connects the first space with the second space; and in that the medicine injection tip is configured such that a variation in the volume of the first space is equal to or greater than a variation in the volume of the second space, when the plunger (620; 623) reciprocates, resulting in a negative pressure state being formed in the second space when the plunger moves downward, and a positive pressure being formed around the hole in the second space by moving the plunger (620; 623) upward, whereby the needle is discharged from the skin and the medicine applied to the skin is injected into the hole when the needle is discharged from the hole by the positive pressure formed around the hole in the second space. a cylinder; a plunger (620; 623); and a needle disposed in the plunger, where the plunger (620; 623) is configured to reciprocate downward and upward, and wherein the plunger forms a first space and a second space inside the cylinder; wherein the needle is inserted into a skin when the plunger moves downward and the needle is discharged from the skin, when the plunger moves upward, and wherein the needle is disposed in the second space, such that a hole is formed in the surface of the skin through which the needle is inserted into and discharged from the skin; characterized in that a first channel is formed in the medicine injecting tip, wherein the channel connects the first space with the second space; and in that the medicine injection tip is configured such that a variation in the volume of the first space is equal to or greater than a variation in the volume of the second space, when the plunger (620; 623) reciprocates, resulting in a negative pressure state being formed in the second space when the plunger moves downward, and a positive pressure being formed around the hole in the second space by moving the plunger (620; 623) upward, whereby the needle is discharged from the skin and the medicine applied to the skin is injected into the hole when the needle is discharged from the hole by the positive pressure formed around the hole in the second space.
An isolated human anti-TNFa antibody, for use in treating hidradenitis suppurativa in a subject, wherein the isolated human anti-TNFa antibody is administered to the subject according to a multiple variable dose regimen comprising: a) a first loading dose of 160 mg at week 0, b) a second loading dose of 80 mg at week 2, and c) a weekly treatment dose of 40 mg starting at week 4; further wherein the anti-TNFa antibody is adalimumab. a) a first loading dose of 160 mg at week 0, b) a second loading dose of 80 mg at week 2, and c) a weekly treatment dose of 40 mg starting at week 4;