mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus , comprising: at least one memory comprising computer program code; at least one processor ; wherein the at least one memory and the computer program code are configured, with the at least one processor , to carry out at least: allocating resources in a subframe so as to avoid at least one of a first orthogonal code resource or a last orthogonal code resource in the subframe, wherein the subframe is a non-sounding reference signal subframe; and sending a message comprising the resource allocation of the subframe to a user equipment. at least one memory comprising computer program code; at least one processor ; wherein the at least one memory and the computer program code are configured, with the at least one processor , to carry out at least: allocating resources in a subframe so as to avoid at least one of a first orthogonal code resource or a last orthogonal code resource in the subframe, wherein the subframe is a non-sounding reference signal subframe; and sending a message comprising the resource allocation of the subframe to a user equipment. allocating resources in a subframe so as to avoid at least one of a first orthogonal code resource or a last orthogonal code resource in the subframe, wherein the subframe is a non-sounding reference signal subframe; and sending a message comprising the resource allocation of the subframe to a user equipment.
An electrically conductive multilayer film comprising a non-conductive base layer , a transparent layer comprising transparent conductor material , and a transparent primer layer , wherein the non-conductive base layer, the transparent layer comprising transparent conductor material, and the transparent primer layer are arranged one on the other in a vertical direction such that the transparent primer layer is situated between the non-conductive base layer and the transparent layer comprising transparent conductor material and is in direct contact with the transparent layer comprising transparent conductor material, and wherein the transparent primer layer is formed of a composition comprising a polymer, wherein the polymer is selected from a group consisting of polyvinylidene chloride, a copolymer, wherein one of the monomers is vinylidene chloride, and any combination thereof, and wherein the thickness of the transparent primer layer is 150 - 2000 nm, and wherein the transparent conductor material comprises or consists of a conductive high aspect ratio molecular structure (HARMS) network; or of a transparent conductive oxide; or of graphene, silver nanowires, poly(3,4-ethylenedioxythiophene) PEDOT, poly(3,4-ethylenedioxythiophene) polystyrene sulfonate PEDOT:PSS, polyaniline, or a metal mesh conductor. wherein the non-conductive base layer, the transparent layer comprising transparent conductor material, and the transparent primer layer are arranged one on the other in a vertical direction such that the transparent primer layer is situated between the non-conductive base layer and the transparent layer comprising transparent conductor material and is in direct contact with the transparent layer comprising transparent conductor material, and wherein the transparent primer layer is formed of a composition comprising a polymer, wherein the polymer is selected from a group consisting of polyvinylidene chloride, a copolymer, wherein one of the monomers is vinylidene chloride, and any combination thereof, and wherein the thickness of the transparent primer layer is 150 - 2000 nm, and wherein the transparent conductor material comprises or consists of a conductive high aspect ratio molecular structure (HARMS) network; or of a transparent conductive oxide; or of graphene, silver nanowires, poly(3,4-ethylenedioxythiophene) PEDOT, poly(3,4-ethylenedioxythiophene) polystyrene sulfonate PEDOT:PSS, polyaniline, or a metal mesh conductor.
A slip ring arrangement for an electric machine with a slip ring composed of a cylindrical body , an end section and a shrink seat , whereas in the cylindrical body radial openings are formed, the shrink seat is shrinkable on a shaft or a shaft support mounted to the shaft , characterized in that the shaft or the shaft support has a reduced diameter under the cylindrical body in order to form a sloped annular air gap beneath the cylindrical body to direct cooling medium through the radial openings , whereas the sloped annular air gap has a decreasing cross-section in the direction of the flow of the cooling medium from the outer to the inner side of the slip ring which inner side is adjacent to the shrink seat .
A wireless power supply system that performs wireless power supply between a power transmission coil installed at a parking space and a power reception coil mounted on a vehicle , wherein the wireless power supply system is configured to transmit judging power for judging a parking position from the power transmission coil to the power reception coil in an operation of parking the vehicle in the parking space, and the wireless power supply system is further configured to set an excitation frequency of the judging power to a frequency lower than an in-phase resonance point or higher than an anti-phase resonance point in order to set a received power voltage at the power reception coil to monotonously increase according to a distance between the power transmission coil and the power reception coil and judge the parking position of the vehicle by monitoring said received power voltage, wherein the in-phase resonance point is a frequency at which a magnetic flux generated at the power transmission coil and a magnetic flux generated at the power reception coil resonate with each other while strengthening each other, and the anti-phase resonance point is a frequency at which the magnetic flux generated at the power transmission coil and the magnetic flux generated at the power reception coil resonate with each other while cancelling out each other, wherein the judging power is electric power transmitted under settings such that an excitation voltage and an excitation frequency of the power transmission coil are fixed, the excitation frequency of the judging power is set to a frequency at which a transimpedance representing a ratio of a received power voltage of the power reception coil to an excitation current of the power transmission coil is equal to or higher than a predetermined value, the predetermined value is set such that the received power voltage of the power reception coil is higher than a minimum resolution of a voltage detector that detects the received power voltage of the power reception coil , and a surface leakage magnetic flux density of the power transmission coil is equal to or lower than a standard value set for the power transmission coil .
A LED filament, comprising a plurality of LED chips , a first bracket and a second bracket , the plurality of LED chips being secured on the first bracket and/or the second bracket , the first bracket and the second bracket made out of metal; two ends of each of the plurality of LED chips being electrically connected with the first bracket and the second bracket respectively; or the plurality of LED chips being divided into groups of serially connected LED chips, and two ends of each of the groups of serially connected LED chips being electrically connected with the first bracket and the second bracket respectively; the first bracket comprises a die bonding section , the die bonding section comprises a die bonding region (A) and a connection region (B), the die bonding region (A) and the connection region (B) are spaced apart, a cross-sectional area of the die bonding region (A) is larger than a cross-sectional area of the connection region (B), the die bonding region (A) has the LED chip fixed therein; characterized in that : a cross-sectional area of the die bonding section gradually decreases from middle of the die bonding region (A) to middle of the connection region (B). two ends of each of the plurality of LED chips being electrically connected with the first bracket and the second bracket respectively; or the plurality of LED chips being divided into groups of serially connected LED chips, and two ends of each of the groups of serially connected LED chips being electrically connected with the first bracket and the second bracket respectively; the first bracket comprises a die bonding section , the die bonding section comprises a die bonding region (A) and a connection region (B), the die bonding region (A) and the connection region (B) are spaced apart, a cross-sectional area of the die bonding region (A) is larger than a cross-sectional area of the connection region (B), the die bonding region (A) has the LED chip fixed therein; characterized in that : a cross-sectional area of the die bonding section gradually decreases from middle of the die bonding region (A) to middle of the connection region (B).
Polycrystalline diamond, comprising: carbon, the polycrystalline diamond having a concentration of each of hydrogen, oxygen, nitrogen, silicon, and boron not higher than 0.01 mass % and a crystal grain size not greater than 500 nm, having Knoop hardness not lower than 150 GPa, and fabricated by sintering graphite having a concentration of impurities of 0.01 mass% or less obtained by thermal decomposition of hydrocarbon having purity not lower than 99.99%, at a temperature not lower than 1500°C, wherein said graphite is sintered at a temperature of from 1200 °C to 2500 °C under a pressure of from 7 GPa to 25 GPa, without adding a sintering aid or a catalyst. carbon, the polycrystalline diamond having a concentration of each of hydrogen, oxygen, nitrogen, silicon, and boron not higher than 0.01 mass % and a crystal grain size not greater than 500 nm, having Knoop hardness not lower than 150 GPa, and fabricated by sintering graphite having a concentration of impurities of 0.01 mass% or less obtained by thermal decomposition of hydrocarbon having purity not lower than 99.99%, at a temperature not lower than 1500°C, wherein said graphite is sintered at a temperature of from 1200 °C to 2500 °C under a pressure of from 7 GPa to 25 GPa, without adding a sintering aid or a catalyst.
An assembly for loading parts to be treated in a single-side or double-side treatment machine which has a work plate, comprising: - a part holder in the form of a plate for holding at least one part to be treated, comprising a second side and a first side, said first side being flat, and said part holder defining at least one through-hole forming a cell for accommodating at least one part to be treated, and - a film mounted on the first side of the part holder opposite said through-hole , on which rests a lower side of said part to be treated at least during the loading step, said film forming a temporary supporting film and being suitable for being destroyed by dissolving or by friction during the treatment by the treatment machine, allowing thereby, after the film has been eliminated, the treatment of the lower side of the part by direct contact with the work plate. - a part holder in the form of a plate for holding at least one part to be treated, comprising a second side and a first side, said first side being flat, and said part holder defining at least one through-hole forming a cell for accommodating at least one part to be treated, and - a film mounted on the first side of the part holder opposite said through-hole , on which rests a lower side of said part to be treated at least during the loading step, said film forming a temporary supporting film and being suitable for being destroyed by dissolving or by friction during the treatment by the treatment machine, allowing thereby, after the film has been eliminated, the treatment of the lower side of the part by direct contact with the work plate.
A refrigerator comprising a body ; a compartment which is disposed in the body and wherein the foodstuffs are placed; a shelf which is disposed in the body ; a carrier plate placed between the compartment and the shelf and having a planar surface and at least one surface on the long or short sides of the carrier plate which is angled with respect to the planar surface and which is not parallel with the base of the compartment , at least one housing which is placed on the planar surface as parallel with the base of the compartment , wherein at least one UV light source is placed into the housing on the planar surface, so as to emit light into the compartment at a right angle characterized in that the refrigerator further comprises - at least another housing which is placed on the at least one angled surface, wherein at least another UV light source is placed into the housing on the angled surface, so as to emit light into the compartment at a non-perpendicular angle, - a reflector placed in the compartment, wherein the reflector has a plurality of elevations for refracting the UV light so as to be transmitted to all the surfaces of the foodstuffs in the compartment , and a wire shelf which enables the foodstuffs to be placed so as not to cover the elevations and which is placed onto the reflector . - at least another housing which is placed on the at least one angled surface, wherein at least another UV light source is placed into the housing on the angled surface, so as to emit light into the compartment at a non-perpendicular angle, - a reflector placed in the compartment, wherein the reflector has a plurality of elevations for refracting the UV light so as to be transmitted to all the surfaces of the foodstuffs in the compartment , and a wire shelf which enables the foodstuffs to be placed so as not to cover the elevations and which is placed onto the reflector .
A fluorescent immunoassay cup for use in analysis of an immune system using an antigen-antibody reaction, in which beads are used as fluorescent markers, the fluorescent immunoassay cup comprising: a bottom ; and a side wall connected to the bottom , wherein the bottom is provided with a plurality of pores each configured to accommodate a corresponding one of the beads , and a region between the pores on an upper side of the bottom is formed in a planar shape, characterized in that the upper side of the bottom and a side wall of the pores are connected by a spline curve in a cross-section of the fluorescent immunoassay cup taken perpendicular to the bottom . a bottom ; and a side wall connected to the bottom , wherein the bottom is provided with a plurality of pores each configured to accommodate a corresponding one of the beads , and a region between the pores on an upper side of the bottom is formed in a planar shape, characterized in that the upper side of the bottom and a side wall of the pores are connected by a spline curve in a cross-section of the fluorescent immunoassay cup taken perpendicular to the bottom .
Connector including a ferrule and comprising a translucid or transparent cap membrane , fixed in a sealed manner to said ferrule by an adhesion zone, and totally blocking the opening of the connector, which cap membrane is detachable from the ferrule by peeling and includes means , in particular a strip, for the gripping of the membrane during the peeling, characterised in that the cap membrane includes a favoured cutting line preventing the reinstallation thereof on the ferrule after peeling.
A heat resistant curable ethylene vinyl acetate (EVA) copolymer - polyamide blend composition comprising: (A) from 99.9wt% to 90wt% of an EVA component selected from one or more of (i) amorphous EVA copolymers; (ii) EVA copolymers wherein each has melting peak temperatures of 100°C or less as determined by ASTM D3418-08; or (iii) combinations thereof; (B) from 0.1wt% to 10wt% of one or more polyamides; wherein the weight percent of the polyamides and the EVA component are based on the total combined amount of EVA component and polyamides in the blend, and the blend composition has a Mooney viscosity determined according to ASTM D1646, ML 1+4 at 100°C less than 200; and (C) a peroxide curative; with the proviso that Compositions E8, E9, CE6 and CE7 of WO 2014/089136 A1 and Compositions E9, E11, E14 and CE7 of WO 2014/042943 A1 are excluded, and wherein said curable composition, upon curing, forms a thermoset material. (A) from 99.9wt% to 90wt% of an EVA component selected from one or more of (i) amorphous EVA copolymers; (ii) EVA copolymers wherein each has melting peak temperatures of 100°C or less as determined by ASTM D3418-08; or (iii) combinations thereof; (i) amorphous EVA copolymers; (ii) EVA copolymers wherein each has melting peak temperatures of 100°C or less as determined by ASTM D3418-08; or (iii) combinations thereof; (B) from 0.1wt% to 10wt% of one or more polyamides; wherein the weight percent of the polyamides and the EVA component are based on the total combined amount of EVA component and polyamides in the blend, and the blend composition has a Mooney viscosity determined according to ASTM D1646, ML 1+4 at 100°C less than 200; and (C) a peroxide curative;
System for cleaning a flow of harvested crop, said system comprising a conveyor and a second conveyor , the conveyor comprising an impervious conveyor belt and being arranged to convey said flow downstream of said conveyor onto the second conveyor underneath a cleaning zone (Z) into which said flow is intended to be discharged, and a suction cleaning unit located above said cleaning zone and operable to generate an upward air flow through said cleaning zone for extracting residues (L) contained in said discharged flow, said system further comprising at least an upstream conveying roll and a downstream conveying roll that are disposed behind a downstream end of the conveyor in an upstream part (Za) of the cleaning zone (Z) in order to be fed with the flow of harvested crop discharged from the conveyor , said conveying rolls being arranged to convey said crop flow and to discharge it into a downstream part (Zb) of the cleaning zone (Z), the upstream conveying roll being disposed in the continuity of the conveyor while forming passages (P') between the conveyor and the upstream roll , said passages being arranged to allow an upward air flow (A) therethrough for extracting residues (L) from the crop moving from the conveyor to the upstream roll , the second conveyor being arranged under a discharge zone of the downstream conveying roll to receive the flow of harvested crop fed thereto along a ballistic trajectory (T) imparted by the downstream conveying roll , the second conveyor further being arranged to convey a cleaned crop flow along a direction (L2) different from a conveying direction (L1) of the conveyor , wherein passages (P) are formed between or through said conveying rolls , said passages being arranged to allow an upward air flow (A) therethrough for extracting residues (L) from the crop present on the conveying rolls , the system being characterized in that the upstream conveying roll presents a nominal diameter that is greater than the nominal diameter of the downstream conveying roll .
Device for connecting a structural element , in particular made of a fibre-reinforced plastic composite material, to a holding element at a spacing from one another by means of a connecting screw , the device comprising a distance compensation element which has a longitudinal bore for the passage of the connecting screw , and comprising an entraining element which is arranged in the longitudinal bore and can be connected to the connecting screw by means of a friction fit, such that the distance compensation element can be transferred into a stop position which bridges the spacing between the structural element and the holding element by the connecting screw being screwed in, the distance compensation element being connected by a threaded connection to an insert part which has a fastening portion for gluing to the structural element , which portion can be arranged within the structural element , characterised in that the insert part has two fastening flanges on the fastening portion , which flanges are arranged spaced apart from one another and are for gluing the insert part to the structural element .
A two-piece fluid connector for use with an infusion set, the fluid connector comprising: a fluid path portion , comprising a cannula integral with and extending from a proximal interior surface of the fluid path portion, the cannula fluidly communicating with a port on the exterior of the fluid path portion; characterized in that the fluid connector further comprises: a latching portion secured to the fluid path portion, the latching portion comprising: a rigid stop ; and a pair of displaceable arms, each arm comprising: a connector latch disposed at a first, cantilevered end of the arm; and an activation lever disposed at an opposite cantilevered end of the arm; wherein the rigid stop is disposed between the activation levers and is adapted to provide an inward travel limit of the activation levers; and the connector latch is displaceable to a latching position in which at least a portion of the connector latch extends into an interior of the fluid path portion through an exterior side wall of the fluid path portion . a fluid path portion , comprising a cannula integral with and extending from a proximal interior surface of the fluid path portion, the cannula fluidly communicating with a port on the exterior of the fluid path portion; characterized in that the fluid connector further comprises: a latching portion secured to the fluid path portion, the latching portion comprising: a rigid stop ; and a pair of displaceable arms, each arm comprising: a connector latch disposed at a first, cantilevered end of the arm; and an activation lever disposed at an opposite cantilevered end of the arm; wherein the rigid stop is disposed between the activation levers and is adapted to provide an inward travel limit of the activation levers; and the connector latch is displaceable to a latching position in which at least a portion of the connector latch extends into an interior of the fluid path portion through an exterior side wall of the fluid path portion . a latching portion secured to the fluid path portion, the latching portion comprising: a rigid stop ; and a pair of displaceable arms, each arm comprising: a connector latch disposed at a first, cantilevered end of the arm; and an activation lever disposed at an opposite cantilevered end of the arm; a rigid stop ; and a pair of displaceable arms, each arm comprising: a connector latch disposed at a first, cantilevered end of the arm; and an activation lever disposed at an opposite cantilevered end of the arm; a connector latch disposed at a first, cantilevered end of the arm; and an activation lever disposed at an opposite cantilevered end of the arm; wherein the rigid stop is disposed between the activation levers and is adapted to provide an inward travel limit of the activation levers; and the connector latch is displaceable to a latching position in which at least a portion of the connector latch extends into an interior of the fluid path portion through an exterior side wall of the fluid path portion .