mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical power terminal comprising: a block having a front side and a rear side opposite the front side ; a first outer side and a second outer side that is opposite the first outer side ; a termination pad surface that is planar and configured to mechanically couple and electrically connect to a power cable , the block defining a port extending therethrough, wherein the port is spaced apart from the termination pad surface , comprises a first port opening and a second port opening and is configured to receive a cooling tube ; and a pin having a distal end and a proximal end opposite the distal end , wherein the pin is attached at its proximal end to the front side of the block and extends from the front side of the block to its distal end ; characterized in that : the port extends linearly through the block from the first outer side to the second outer side and is configured to receive a cooling tube , which cooling tube is configured to extend continuously through the port and protrude from both the first opening of the port and the second opening of the port. a block having a front side and a rear side opposite the front side ; a first outer side and a second outer side that is opposite the first outer side ; a termination pad surface that is planar and configured to mechanically couple and electrically connect to a power cable , the block defining a port extending therethrough, wherein the port is spaced apart from the termination pad surface , comprises a first port opening and a second port opening and is configured to receive a cooling tube ; and a pin having a distal end and a proximal end opposite the distal end , wherein the pin is attached at its proximal end to the front side of the block and extends from the front side of the block to its distal end ; characterized in that : the port extends linearly through the block from the first outer side to the second outer side and is configured to receive a cooling tube , which cooling tube is configured to extend continuously through the port and protrude from both the first opening of the port and the second opening of the port.
A method of operation of a radio access node in a cellular communications network , comprising: in response to a trigger based on current operating conditions, transmitting a bundling indicator to a wireless device that indicates that a transmit scheme utilized by the wireless device for transmission of an uplink control channel is to be changed, wherein the bundling indicator indicates that the transmit scheme is to use a bundling scheme comprising spatial domain bundling, wherein the trigger is one or more of a group consisting of: a gap between an achieved Signal to Interference plus Noise Ratio, SINR, for uplink transmission from the wireless device to the radio access node and a desired SINR; a Power Headroom Report, PHR, received from the wireless device ; and a component carrier configuration for the wireless device . in response to a trigger based on current operating conditions, transmitting a bundling indicator to a wireless device that indicates that a transmit scheme utilized by the wireless device for transmission of an uplink control channel is to be changed, wherein the bundling indicator indicates that the transmit scheme is to use a bundling scheme comprising spatial domain bundling, wherein the trigger is one or more of a group consisting of: a gap between an achieved Signal to Interference plus Noise Ratio, SINR, for uplink transmission from the wireless device to the radio access node and a desired SINR; a Power Headroom Report, PHR, received from the wireless device ; and a component carrier configuration for the wireless device .
A preform for producing a weld-free geocell system, said preform being made of a sheet of a flexible material , comprising incisions whereby - said incisions have a central portion in the form of a straight line and two end portions in an arcuate form, - the central portions of said incisions being arranged in rows (R 1 , R 2 , ...R N ), wherein the incision lines in the neighboring rows being offset along the incision direction, characterized in that - thickened areas are made at the end portions of the incisions , the preform thickness in said thickened areas being up to 300% of the thickness of the main body of the sheet material . - said incisions have a central portion in the form of a straight line and two end portions in an arcuate form, - the central portions of said incisions being arranged in rows (R 1 , R 2 , ...R N ), wherein the incision lines in the neighboring rows being offset along the incision direction, characterized in that - thickened areas are made at the end portions of the incisions , the preform thickness in said thickened areas being up to 300% of the thickness of the main body of the sheet material .
Telescopic suspension device configured to be attached to the hub of a wheel comprising a first tube , a second tube sliding relative to the first tube and a main spring arranged inside said tubes, and further comprising a pretension adjustment stopper of the main spring installed at the upper end of said first tube , characterized in that the pretension adjustment stopper of the main spring comprises a pretension tracking system of the main spring representative of the weight of the user.
Process for the realization of profiled elements for door and window frames, comprising at least one step of providing at least one reinforcing bar made of a metal material having at least one drillable face , characterized by the fact that the process further comprises at least: - one step of drilling of said drillable face to obtain at least one fixing hole in said reinforcing bar having at least one characteristic dimension (A) comprised between 2 mm and 5 mm; - one step of providing one profiled element made of plastic material; - one step of inserting said reinforcing bar into a containment seat of said profiled element ; and - one step of penetrating said fixing hole by softened plastic material of said profiled element to define a riveting portion for fixing said profiled element to said reinforcing bar . - one step of drilling of said drillable face to obtain at least one fixing hole in said reinforcing bar having at least one characteristic dimension (A) comprised between 2 mm and 5 mm; - one step of providing one profiled element made of plastic material; - one step of inserting said reinforcing bar into a containment seat of said profiled element ; and - one step of penetrating said fixing hole by softened plastic material of said profiled element to define a riveting portion for fixing said profiled element to said reinforcing bar .
A method for wireless communication by a base station, BS, comprising: bundling a plurality of control resource sets, CORESETs, into a global resource set; configuring the global resource set for a user equipment, UE, ; determining that resources assigned to a downlink data channel for communication with the UE overlap at least a portion of the global resource set configured for the UE; determining whether data on the downlink data channel is to be rate matched around the global resource set or use resources in the global resource set; transmitting the data on the downlink data channel based on the determination whether data on the downlink data channel is to be rate matched around the global resource set or use resources in the global resource set; and transmitting a one bit indication of whether or not the data on the downlink data channel is rate matched around the global resource set. bundling a plurality of control resource sets, CORESETs, into a global resource set; configuring the global resource set for a user equipment, UE, ; determining that resources assigned to a downlink data channel for communication with the UE overlap at least a portion of the global resource set configured for the UE; determining whether data on the downlink data channel is to be rate matched around the global resource set or use resources in the global resource set; transmitting the data on the downlink data channel based on the determination whether data on the downlink data channel is to be rate matched around the global resource set or use resources in the global resource set; and transmitting a one bit indication of whether or not the data on the downlink data channel is rate matched around the global resource set.
Use of a solvent composition to improve the stability of polymer solutions, wherein the polymer solution is a polysulphone, polyethersulphone or polyphenylsulphone solution, preferably a polysulphone solution, the solvent composition comprising a mixture of at least one molecule having at least one sulphoxide function and at least one molecule having at least one amide function where the nitrogen atom carries a hydrogen atom (-NH-C(O)-), the molecule carrying an amide function not being epsilon-caprolactam, and said composition containing one or more polyethersulphones in an amount less than 1% by weight based on the total weight of the composition. the solvent composition comprising a mixture of at least one molecule having at least one sulphoxide function and at least one molecule having at least one amide function where the nitrogen atom carries a hydrogen atom (-NH-C(O)-), the molecule carrying an amide function not being epsilon-caprolactam, and
A method of transferring electromagnetic energy comprising: providing a first resonator structure receiving energy from an external power supply, said first resonator structure has a first Q-factor Q 1 , providing a second resonator structure being positioned distal from said first resonator structure and supplying useful working power to an external load, said second resonator structure has a second Q-factor Q 2 , transferring non-radiative energy between the first resonator structure and the second resonator structure through coupling of their resonant-field evanescent tails, wherein the resonator structures use resonant modes of high Q = ω / (2Γ) for low intrinsic-loss rates Γ 1,2 and with evanescent tails significantly longer than the characteristic sizes L 1 and L 2 of the two resonators structures for the non radiative energy transfer, characterised in that Q 1 >100, and Q 2 >100, and κ/sqrt(Γ 1 ∗Γ 2 ) > 2, where κ is the coupling rate for the non-radiative energy transfer. providing a first resonator structure receiving energy from an external power supply, said first resonator structure has a first Q-factor Q 1 , providing a second resonator structure being positioned distal from said first resonator structure and supplying useful working power to an external load, said second resonator structure has a second Q-factor Q 2 , transferring non-radiative energy between the first resonator structure and the second resonator structure through coupling of their resonant-field evanescent tails, wherein the resonator structures use resonant modes of high Q = ω / (2Γ) for low intrinsic-loss rates Γ 1,2 and with evanescent tails significantly longer than the characteristic sizes L 1 and L 2 of the two resonators structures for the non radiative energy transfer, characterised in that Q 1 >100, and Q 2 >100, and κ/sqrt(Γ 1 ∗Γ 2 ) > 2, where κ is the coupling rate for the non-radiative energy transfer.
An optical thin film provided on a base substrate , comprising: a layer whose main component is ytterbium oxide ; and a layer whose main component is magnesium fluoride disposed on the layer whose main component is ytterbium oxide , the layer whose main component is magnesium fluoride being positioned opposite from the base substrate with respect to the layer whose main component is ytterbium oxide . a layer whose main component is ytterbium oxide ; and a layer whose main component is magnesium fluoride disposed on the layer whose main component is ytterbium oxide , the layer whose main component is magnesium fluoride being positioned opposite from the base substrate with respect to the layer whose main component is ytterbium oxide .
Hand-portable working apparatus , wherein the working apparatus has: - a working device , - at least one handle , wherein the handle is at least partially arranged behind the working device along a longitudinal axis (x) of the working apparatus , and wherein at least the handle defines a handle opening , wherein the handle opening extends approximately along the longitudinal axis (x), and - a transport eyelet , wherein the transport eyelet is arranged approximately at or before a front end of the handle opening along the longitudinal axis (x), and wherein at least the transport eyelet defines an eyelet opening , wherein, in an attaching and/or detaching position (EAS) of the transport eyelet , an eyelet opening normal of the eyelet opening is oriented approximately along a vertical axis (z) of the working apparatus , - wherein the working apparatus is a leaf blower (1ʺʺ) or a saw , in particular a chainsaw (1"), in particular a top-handle saw , and/or wherein the working device has, in particular is, a blowing tube or a saw rail and a saw chain (2"), characterized in - that the transport eyelet is arranged to the side of the handle opening in a transverse direction (y) of the working apparatus . - a working device , - at least one handle , wherein the handle is at least partially arranged behind the working device along a longitudinal axis (x) of the working apparatus , and wherein at least the handle defines a handle opening , wherein the handle opening extends approximately along the longitudinal axis (x), and - a transport eyelet , wherein the transport eyelet is arranged approximately at or before a front end of the handle opening along the longitudinal axis (x), and wherein at least the transport eyelet defines an eyelet opening , wherein, in an attaching and/or detaching position (EAS) of the transport eyelet , an eyelet opening normal of the eyelet opening is oriented approximately along a vertical axis (z) of the working apparatus , - wherein the working apparatus is a leaf blower (1ʺʺ) or a saw , in particular a chainsaw (1"), in particular a top-handle saw , and/or wherein the working device has, in particular is, a blowing tube or a saw rail and a saw chain (2"), characterized in wherein the working device has, in particular is, a blowing tube or a saw rail and a saw chain (2"), characterized in - that the transport eyelet is arranged to the side of the handle opening in a transverse direction (y) of the working apparatus .
A pressure applicator assembly including: a plurality of resilient nested members , each of said members having an outer surface for applying force to a subject whereby firmness of an outermost surface of the assembly is adjustable by removal or addition of one or more of said nested members; and each of the resilient nested members including one or more magnetic regions for attachment to a base ; wherein said members may be located as desired on the base by magnetic attraction between the magnetic regions and one or more magnetically attracted regions of the base. a plurality of resilient nested members , each of said members having an outer surface for applying force to a subject whereby firmness of an outermost surface of the assembly is adjustable by removal or addition of one or more of said nested members; and each of the resilient nested members including one or more magnetic regions for attachment to a base ; wherein said members may be located as desired on the base by magnetic attraction between the magnetic regions and one or more magnetically attracted regions of the base.
Medical instrumentarium (10; 10") for implanting a hip joint endoprosthesis, which instrumentarium (10; 10") comprises at least one sawing template (12; 12") with at least one guide slot (28; 28'; 28") for a saw blade , wherein the sawing template comprises at least one first coupling element (18; 18") for temporarily coupling the sawing template (12; 12") to a second coupling element of a rasp body of a prosthesis rasp in a coupling position, wherein a first securing element (98; 98") of a securing device is associated with the first coupling element (18; 18"), which first securing element (98; 98") in the coupling position is in engagement in a force- and/or positive-locking manner in a securing position with a second securing element arranged on the rasp body , characterized in that the first and the second securing element (98, 100; 98", 100) are configured in the form of cooperating latching members .
A fork for a forklift truck comprising: a toe portion ; and an elongate body portion coupled to the toe portion , the elongate body portion comprising a load portion and a truss portion coupled to the load portion ; characterized in that the truss portion comprises a first strut coupled to the load portion and extending away from the load portion , a first cross beam coupled to the first strut and extending away from the first strut , and a second strut extending away from the first cross beam towards the load portion , a third strut extending away from the load portion , a second cross beam coupled to the third strut and extending away from the third strut , and a fourth strut coupled to the second cross beam and extending towards the load portion and coupled to the load portion , and a third cross beam coupled to the second strut and the third strut . a toe portion ; and an elongate body portion coupled to the toe portion , the elongate body portion comprising a load portion and a truss portion coupled to the load portion ; characterized in that the truss portion comprises a first strut coupled to the load portion and extending away from the load portion , a first cross beam coupled to the first strut and extending away from the first strut , and a second strut extending away from the first cross beam towards the load portion , a third strut extending away from the load portion , a second cross beam coupled to the third strut and extending away from the third strut , and a fourth strut coupled to the second cross beam and extending towards the load portion and coupled to the load portion , and a third cross beam coupled to the second strut and the third strut .
A headlight (1; 11) for a vehicle, the headlight when mounted in a the vehicle producing a low-beam and a high-beam and having a generally horizontal longitudinal axis (Z), comprising: a transmissive lens through which light exits the headlight; a concave reflector that receives low-beam light from a low-beam source and directs reflected low-beam light toward the lens ; a cut-off edge (4; 5; 63) disposed longitudinally adjacent to the lens that comprises an edge that blocks a portion of the reflected low-beam light and forms a bright/dark edge in the reflected low-beam light; a stationary mirror disposed proximate the edge of the cut-off edge (4; 5; 63), and a high-beam light source which emits its light to the mirror which receives high-beam light directly from the high-beam source and directs reflected high-beam light toward the lens , the reflected high-beam light lacking a bright/dark edge, characterized in that the high-beam light source and the low-beam light source are arranged to emit both the high-beam light and low-beam light generally upward, and wherein the distribution of both emitted lights are centered around a generally vertical axis, and wherein the high-beam light reflected off the stationary mirror emerges generally horizontally, toward the lens . a transmissive lens through which light exits the headlight; a concave reflector that receives low-beam light from a low-beam source and directs reflected low-beam light toward the lens ; a cut-off edge (4; 5; 63) disposed longitudinally adjacent to the lens that comprises an edge that blocks a portion of the reflected low-beam light and forms a bright/dark edge in the reflected low-beam light; a stationary mirror disposed proximate the edge of the cut-off edge (4; 5; 63), and a high-beam light source which emits its light to the mirror which receives high-beam light directly from the high-beam source and directs reflected high-beam light toward the lens , the reflected high-beam light lacking a bright/dark edge, characterized in that the high-beam light source and the low-beam light source are arranged to emit both the high-beam light and low-beam light generally upward, and wherein the distribution of both emitted lights are centered around a generally vertical axis, and wherein the high-beam light reflected off the stationary mirror emerges generally horizontally, toward the lens .
An electronic device , comprising: a chassis mounting an electronic component ; a fan housing on the chassis ; a heat sink in thermal contact with the electronic component on the chassis ; and an air baffle for directing air flow to the heat sink , the air baffle mounted between the fan housing and the heat sink , the air baffle including a top cover plate ; a pair of side walls ; and a curved surface of the top cover plate , wherein the side walls are connected to the top cover plate , wherein the top cover plate and one end of each of the side walls define an inlet , wherein the curved surface and an opposite end of each of the side walls define an outlet , and wherein the cross section area of the outlet is smaller than the cross section area of the inlet ; and wherein the curved surface of the top cover plate includes an air scoop allowing diversion of air flow from the outlet . a chassis mounting an electronic component ; a fan housing on the chassis ; a heat sink in thermal contact with the electronic component on the chassis ; and an air baffle for directing air flow to the heat sink , the air baffle mounted between the fan housing and the heat sink , the air baffle including a top cover plate ; a pair of side walls ; and a curved surface of the top cover plate , wherein the side walls are connected to the top cover plate , wherein the top cover plate and one end of each of the side walls define an inlet , wherein the curved surface and an opposite end of each of the side walls define an outlet , and wherein the cross section area of the outlet is smaller than the cross section area of the inlet ; and wherein the curved surface of the top cover plate includes an air scoop allowing diversion of air flow from the outlet .
An apparatus for manufacturing powdered ice containing salinity, comprising: a water supply unit configured to supply a salted water; a spraying unit connected to the water supply unit and configured to generate a pressurized salted water-air mist; an ice generating unit connected to the spraying unit and configured to generate ice nuclei; an collecting unit connected to the ice generating unit and configured to grow the size of the powdered ice and to collect the powdered ice; and a reserving unit connected to the collecting unit and configured to transfer and store the powdered ice, wherein the spraying unit further comprises an air compressor connected to an inlet line of the spraying unit configured to supply a compressed air therein and a smoke generator connected to the inlet line of the spraying unit configured to supply a smoke therein; and wherein a plurality of particles from the smoke generator is used to form the ice nuclei faster. a water supply unit configured to supply a salted water; a spraying unit connected to the water supply unit and configured to generate a pressurized salted water-air mist; an ice generating unit connected to the spraying unit and configured to generate ice nuclei; an collecting unit connected to the ice generating unit and configured to grow the size of the powdered ice and to collect the powdered ice; and a reserving unit connected to the collecting unit and configured to transfer and store the powdered ice, wherein the spraying unit further comprises an air compressor connected to an inlet line of the spraying unit configured to supply a compressed air therein and a smoke generator connected to the inlet line of the spraying unit configured to supply a smoke therein; and wherein a plurality of particles from the smoke generator is used to form the ice nuclei faster.