mhurhangee/ep-ind-claims huggingface dataset:
A RF power device for amplifying RF signals comprising: a flange, an input lead, an output lead, an input matching network comprising a passive input die including a matching capacitor having a first terminal electrically coupled to the input lead by a plurality of bond-wires and a second terminal electrically coupled to the flange, an active die mounted on the flange, the active die comprising at least one power transistor, at least one input terminal and at least one output terminal respectively electrically coupled to the input lead and the output lead by a plurality of bond-wires; an output matching network comprising a passive output die including a matching capacitor having a first terminal electrically coupled to the at least one output terminal by a plurality of bond-wires and a second terminal electrically coupled to the flange, and at least one capacitance element connected to one of the input lead and the output lead and wherein in operation the at least one capacitance element is adapted to modify the impedance of the respective one of the input lead and the output lead, wherein the current distribution at an edge of the active die is modified, wherein the input lead and output lead at least partially overlap the flange and the at least one capacitance element comprises a conductive pillar partially spanning a gap between the flange and a surface of one of the input lead and the output lead. a flange, an input lead, an output lead, an input matching network comprising a passive input die including a matching capacitor having a first terminal electrically coupled to the input lead by a plurality of bond-wires and a second terminal electrically coupled to the flange, an active die mounted on the flange, the active die comprising at least one power transistor, at least one input terminal and at least one output terminal respectively electrically coupled to the input lead and the output lead by a plurality of bond-wires; an output matching network comprising a passive output die including a matching capacitor having a first terminal electrically coupled to the at least one output terminal by a plurality of bond-wires and a second terminal electrically coupled to the flange, and at least one capacitance element connected to one of the input lead and the output lead and wherein in operation the at least one capacitance element is adapted to modify the impedance of the respective one of the input lead and the output lead, wherein the current distribution at an edge of the active die is modified, wherein the input lead and output lead at least partially overlap the flange and the at least one capacitance element comprises a conductive pillar partially spanning a gap between the flange and a surface of one of the input lead and the output lead.
A striking tool having an ejecting path of a fastener which is formed in a nose part, and configured to sequentially strike fasteners supplied to the nose part, the striking tool comprising: an attachment member that can be attached to and detached from a tip end of the nose part, characterized in that the attachment member can be fixed to and released from the nose part by operating the attachment member in a direction different from an ejecting direction of the fastener. an attachment member that can be attached to and detached from a tip end of the nose part, characterized in that the attachment member can be fixed to and released from the nose part by operating the attachment member in a direction different from an ejecting direction of the fastener.
A cable clamp assembly (60, 160) for a cable having a jacket and inner optical fibers, comprising: a main body (62, 162) with a jacket clamp assembly (64, 164), the jacket clamp assembly (64, 164) including a first body which is moveably mounted relative to the main body (62, 162), and a wrap which is extendable around the jacket; wherein the wrap is adjustable in length to accommodate different diameters for the jacket; wherein the first body moves linearly perpendicular to the cable; wherein the wrap includes a loop and a coextensive portion; wherein the wrap mounts to the first body with a first fastener engaging with the wrap; and wherein the jacket clamp assembly includes a second fastener for mounting the first body to the main body and for moving the first body in a direction away from the main body. a main body (62, 162) with a jacket clamp assembly (64, 164), the jacket clamp assembly (64, 164) including a first body which is moveably mounted relative to the main body (62, 162), and a wrap which is extendable around the jacket; wherein the wrap is adjustable in length to accommodate different diameters for the jacket; wherein the first body moves linearly perpendicular to the cable; wherein the wrap includes a loop and a coextensive portion; wherein the wrap mounts to the first body with a first fastener engaging with the wrap; and wherein the jacket clamp assembly includes a second fastener for mounting the first body to the main body and for moving the first body in a direction away from the main body.
A down the hole drilling machine comprising: an elongated casing having a top end and a bottom end; a fluid powered piston arranged movably inside the casing; a top working chamber at a top side of the piston; a bottom working chamber at a bottom side of the piston; fluid passages and control elements for controlling feeding and discharging pressurized fluid into and out of the working chambers (21, 22) for generating reciprocating movement for the piston; an inlet port at the top end for feeding the pressurized fluid; a control sleeve inside the casing and comprising an inner surface and an outer surface and wherein the piston is arranged inside the control sleeve; and a drill bit connectable to the bottom end portion of the casing and provided with an impact surface facing towards the piston for receiving impacts of the piston; characterized in that between the outer surface of the control sleeve and an inner surface of the casing surrounding the control sleeve are one or more main feed passages, one or more top feed passages one or more bottom feed passages and one or more discharge passages, whereby feed flows to both working chambers (21, 22) and discharge flows from both working chambers (21, 22) are conveyed between surfaces of the control sleeve and the casing. an elongated casing having a top end and a bottom end; a fluid powered piston arranged movably inside the casing; a top working chamber at a top side of the piston; a bottom working chamber at a bottom side of the piston; fluid passages and control elements for controlling feeding and discharging pressurized fluid into and out of the working chambers (21, 22) for generating reciprocating movement for the piston; an inlet port at the top end for feeding the pressurized fluid; a control sleeve inside the casing and comprising an inner surface and an outer surface and wherein the piston is arranged inside the control sleeve; and a drill bit connectable to the bottom end portion of the casing and provided with an impact surface facing towards the piston for receiving impacts of the piston; characterized in that between the outer surface of the control sleeve and an inner surface of the casing surrounding the control sleeve are one or more main feed passages, one or more top feed passages one or more bottom feed passages and one or more discharge passages, whereby feed flows to both working chambers (21, 22) and discharge flows from both working chambers (21, 22) are conveyed between surfaces of the control sleeve and the casing.
A power saving method of a terminal in a wireless communication system supporting enhanced inter-cell interference coordination, elCIC in which transmit power control is performed in units of subframe, the method comprising: receiving control information including a reference pattern for a power saving mode and a threshold value from a base station; determining, by the terminal, whether a channel measurement value being a channel value measured by the terminal and reported to the base station, is less than the threshold value; and skipping, if the channel measurement value is less than the threshold value, decoding of a downlink control channel at an almost blank subframe, ABS, indicated in the reference pattern. receiving control information including a reference pattern for a power saving mode and a threshold value from a base station; determining, by the terminal, whether a channel measurement value being a channel value measured by the terminal and reported to the base station, is less than the threshold value; and skipping, if the channel measurement value is less than the threshold value, decoding of a downlink control channel at an almost blank subframe, ABS, indicated in the reference pattern.
A shot blasting turbine to throw abrasive materials to a surface of a piece to be shot blasted, with at least two blades to direct the abrasive over the surface of the piece and placed between two runner heads (20,25), an impeller that accelerates the abrasive towards the blade, and a control cage with an opening or window from which the abrasive leaves the impeller to the blade, characterized in that said control cage comprises two, three or four lining sectors, pieces or parts (42, 43) at least one lining sector, piece or part covering at least one fourth of the inside surface of the control cage, wherein one of the sectors, pieces or parts includes a window.
Dust hood having a flange for fastening the dust hood to a gear neck of a cut-off grinder, and having a hood body for at least partially covering a circular cut-off wheel on both sides, and having an extraction port via which abrasively removed substrate can be extracted from the hood body, wherein the dust hood has a depth stop, by means of which a cutting depth of the cut-off wheel can be delimited, characterized in that the depth stop is mounted on the flange side of the hood body via a one-arm mount, and wherein the hood body comprises a main extraction duct, wherein the main extraction duct is subdivided into two suction chambers (30, 30') by a hood web. the depth stop is mounted on the flange side of the hood body via a one-arm mount, and wherein the hood body comprises a main extraction duct, wherein the main extraction duct is subdivided into two suction chambers (30, 30') by a hood web.
A pharmaceutical composition comprising a pharmaceutically acceptable carrier and 3-(methylthio)propionitrile, or a pharmaceutically acceptable salt thereof.
A cosmetic product comprising spheres of an anhydrous composition suspended in an aqueous gel, wherein: said anhydrous composition comprises 10-65 wt% of a mixture of dimethicone and dimethicone crosspolymer, based on the weight of the anhydrous composition, and optionally at least one pigment, said aqueous gel comprises water and polyacrylate, said aqueous gel having a Brookfield viscosity of 0.2-0.9 Pa*s, at 20 rpm and 25°C, and said spheres of anhydrous composition have a diameter of about 1 mm up to 8 mm. said anhydrous composition comprises 10-65 wt% of a mixture of dimethicone and dimethicone crosspolymer, based on the weight of the anhydrous composition, and optionally at least one pigment, said aqueous gel comprises water and polyacrylate, said aqueous gel having a Brookfield viscosity of 0.2-0.9 Pa*s, at 20 rpm and 25°C, and said spheres of anhydrous composition have a diameter of about 1 mm up to 8 mm.
A method of wireless communication, comprising: determining a modulation coding scheme, MCS, or a rate for receiving channel state information based on a change of a state of a communication channel for which at least a portion of channel state information is requested; and transmitting a frame comprising a control field indicating the determined MCS or the determined rate and at least one field indicating that the at least a portion of the channel state information is requested; and the at least one field comprises one or more fields of a null data packet announcement or one or more fields of a polling message, and wherein the at least one field comprises a first field indicating a number of segments of the channel state information remaining to be received. determining a modulation coding scheme, MCS, or a rate for receiving channel state information based on a change of a state of a communication channel for which at least a portion of channel state information is requested; and transmitting a frame comprising a control field indicating the determined MCS or the determined rate and at least one field indicating that the at least a portion of the channel state information is requested; and the at least one field comprises one or more fields of a null data packet announcement or one or more fields of a polling message, and wherein the at least one field comprises a first field indicating a number of segments of the channel state information remaining to be received.
Solvent-free coating material for in-mould coating - where solvent-free means that the coating material consists to an extent of 100 per cent by weight of coating material and in the course of its processing neither requires drying nor releases volatile organic substances in the form of solvents - based on an amino-functional reaction partner for isocyanates, the solvent-free coating material being formed of two reactive components A and B, of which component A consists of an aliphatic isocyanate and/or blends thereof, and component B consists of a fraction of 50% to 90% of binder which is crosslinkable with component A and which is based on an amino-functional reaction partner and/or blends thereof, characterized in that component B includes a fraction of 3% to 40% of nanoscaleable fillers, a dispersion being provided of - nanoscaled fillers which after energy input by means of ultrasound in the power range from 500 W to 2000 W are present in the form of primary particles in a size of 1 to 10 nm, - 0% to 7% of stabilizers and - 0% to 3% of auxiliaries. - based on an amino-functional reaction partner for isocyanates, the solvent-free coating material being formed of two reactive components A and B, of which component A consists of an aliphatic isocyanate and/or blends thereof, and component B consists of a fraction of 50% to 90% of binder which is crosslinkable with component A and which is based on an amino-functional reaction partner and/or blends thereof, - nanoscaled fillers which after energy input by means of ultrasound in the power range from 500 W to 2000 W are present in the form of primary particles in a size of 1 to 10 nm, - 0% to 7% of stabilizers and - 0% to 3% of auxiliaries.
Construction machine, being a road paver or a feeder, with automatic fan rotational speed regulation, comprising a drive unit and a cooling system with a fan in order to generate a cooling airflow, wherein the cooling system furthermore comprises a regulatable viscous coupling that is connected on the input side to the drive unit and on the output side to the fan, and wherein the cooling system comprises a controller that is connected to the viscous coupling and to the drive unit, in order to register a load factor, wherein the controller is formed to register an ambient temperature of the drive unit, wherein the controller comprises means that is formed to calculate average values of the load factor and average values of the registered ambient temperature, in order to control thereby the viscous coupling, wherein the controller comprises memory from which average values of the registered load factors and average values of the ambient temperature can be retrieved for generating a target fan rotational speed, wherein the controller comprises a mapping which is configured for determining the target fan rotational speed based on the stored average values of the load factor and the ambient temperature by means of the mapping, and wherein the controller comprises a control unit that is connected to the viscous coupling and that generates an actuating variable by means of the target fan rotational speed, wherein the viscous coupling can be driven by means of this actuating variable, characterised in that in an event of a change from a pavement-laying operation into idling the last load factor and the last ambient temperature at the nominal rotational speed remain available in the memory.
A method of forming an energized ophthalmic lens, the method comprising: applying a coating of a binder layer onto a first mold part; positioning an energy source onto the binder layer applied to the first mold part; depositing a reactive mixture into the first mold part; and placing a second mold part proximate to the first mold part forming a cavity therebetween with the energy source held in place by the binder layer within the cavity; and polymerizing the reactive mixture to form an ophthalmic lens comprising polymerized lens material, wherein the energy source is an electrochemical cell or battery, or a semiconductor material, or at least one of: fuel cells, capacitors, piezoelectrics or photoelectrics. applying a coating of a binder layer onto a first mold part; positioning an energy source onto the binder layer applied to the first mold part; depositing a reactive mixture into the first mold part; and placing a second mold part proximate to the first mold part forming a cavity therebetween with the energy source held in place by the binder layer within the cavity; and polymerizing the reactive mixture to form an ophthalmic lens comprising polymerized lens material, wherein the energy source is an electrochemical cell or battery, or a semiconductor material, or at least one of: fuel cells, capacitors, piezoelectrics or photoelectrics.
Card body for a chip card, having two metal layers (16, 18), between which a nonconductive central layer is arranged, wherein a module opening for receiving a chip module is already created in one metal layer and the central layer or can still be created in a module opening zone, and two slits, one of which respectively extends in a metal layer (16, 17) from a peripheral face of the card body to the module opening or to the module opening zone and respectively divides the metal layer (16, 17) at a height, characterized in that entry angles (α) of the two slits into the metal layer are respectively not equal to 90° with respect to a surface of the metal layer, and wherein the two slits have an opposite inclination with respect to a surface normal of the surface of the metal layer. two metal layers (16, 18), between which a nonconductive central layer is arranged, wherein a module opening for receiving a chip module is already created in one metal layer and the central layer or can still be created in a module opening zone, and two slits, one of which respectively extends in a metal layer (16, 17) from a peripheral face of the card body to the module opening or to the module opening zone and respectively divides the metal layer (16, 17) at a height, characterized in that entry angles (α) of the two slits into the metal layer are respectively not equal to 90° with respect to a surface of the metal layer, and wherein the two slits have an opposite inclination with respect to a surface normal of the surface of the metal layer.
A high strength steel plate having a low yield ratio, the steel plate having a chemical composition consisting of, by mass%, C: 0.03% or more and 0.08% or less, Si: 0.01% or more and 1.0% or less, Mn: 1.2% or more and 3.0% or less, P: 0.015% or less, S: 0.005% or less, Al: 0.08% or less, Nb: 0.005% or more and 0.07% or less, Ti: 0.005% or more and 0.025% or less, N: 0.010% or less, O: 0.005% or less, optionally further consisting of, by mass%, one or more selected from among Cu: 0.5% or less, Ni: 1% or less, Cr: 0.5% or less, Mo: 0.5% or less, V: 0.1% or less, Ca: 0.0005% or more and 0.003% or less, B: 0.005% or less and the balance being Fe and inevitable impurities, a metallographic structure including a duplex-phase structure of a bainite phase and island martensite as a main body of the metallographic structure, and further including a polygonal ferrite phase only in surface portions within 5 mm from the upper and lower surfaces, wherein the area fraction of the island martensite is 3% or more and 15% or less, wherein the equivalent circle diameter of the island martensite is 3.0 μm or less, wherein the area fraction of the polygonal ferrite phase in the surface portions is 10% or more and less than 80%, and wherein the remainder of the metallographic structure consists of a bainite phase, a hardness variation in the thickness direction of ΔHV30 or less in terms of Vickers hardness, a hardness variation in the width direction of ΔHV30 or less in terms of Vickers hardness, a maximum hardness in the surface portions of the steel plate of HV230 or less in terms of Vickers hardness and a yield ratio of 85% or less and an elongation of 22% or more in a full-thickness tensile test using a test piece having a shape in accordance with GOST standards.
A surface light emitting semiconductor laser element, comprising: a substrate, a lower reflector, including a semiconductor multi-layer, disposed on the substrate, an active layer disposed on the lower reflector, an upper reflector, including a semiconductor multi-layer, disposed on the active layer, a compound semiconductor layer having a first opening for exposing the upper reflector and extending over the upper reflector, and a metal film having a second opening for exposing the upper reflector disposed inside of the first opening and extending over the compound semiconductor layer, characterized by an insulation film having a third opening disposed outside of the first opening for exposing the compound semiconductor layer, interposed between the compound semiconductor layer and the metal film, wherein the metal film, the compound semiconductor layer, and the insulation film constitute a complex refractive index distribution structure where a complex refractive index is changed isotropically from the center of the second opening towards the outside. a substrate, a lower reflector, including a semiconductor multi-layer, disposed on the substrate, an active layer disposed on the lower reflector, an upper reflector, including a semiconductor multi-layer, disposed on the active layer, a compound semiconductor layer having a first opening for exposing the upper reflector and extending over the upper reflector, and a metal film having a second opening for exposing the upper reflector disposed inside of the first opening and extending over the compound semiconductor layer, an insulation film having a third opening disposed outside of the first opening for exposing the compound semiconductor layer, interposed between the compound semiconductor layer and the metal film,