mhurhangee/ep-ind-claims huggingface dataset:
Footwear comprising: a sole portion supporting a foot sole of a foot of a wearer, the sole portion including a ground contact surface, and a shock absorbing portion formed from an elastic body, the shock absorbing portion including a three-dimensional mesh structure portion in which a plurality of unit structures are repeatedly arranged so as to be adjacent to each other, and an irregularly shaped portion that has a different shape from each of the unit structures, the irregularly shaped portion being at least partially embedded in the three-dimensional mesh structure portion, and the irregularly shaped portion including a protruding plate portion (240A, 240B, 240C, 240D, 240E) in which a central portion protrudes relative to a peripheral edge portion in a direction orthogonal to the ground contact surface, wherein a surface of a portion of the protruding plate portion (240A, 240B, 240C, 240D, 240E) that is embedded in the three-dimensional mesh structure portion is connected to the three-dimensional mesh structure portion by being entirely covered with the three-dimensional mesh structure portion. a sole portion supporting a foot sole of a foot of a wearer, the sole portion including a ground contact surface, and a shock absorbing portion formed from an elastic body, the shock absorbing portion including a three-dimensional mesh structure portion in which a plurality of unit structures are repeatedly arranged so as to be adjacent to each other, and an irregularly shaped portion that has a different shape from each of the unit structures, the irregularly shaped portion being at least partially embedded in the three-dimensional mesh structure portion, and a three-dimensional mesh structure portion in which a plurality of unit structures are repeatedly arranged so as to be adjacent to each other, and an irregularly shaped portion that has a different shape from each of the unit structures, the irregularly shaped portion being at least partially embedded in the three-dimensional mesh structure portion, and the irregularly shaped portion including a protruding plate portion (240A, 240B, 240C, 240D, 240E) in which a central portion protrudes relative to a peripheral edge portion in a direction orthogonal to the ground contact surface, wherein a surface of a portion of the protruding plate portion (240A, 240B, 240C, 240D, 240E) that is embedded in the three-dimensional mesh structure portion is connected to the three-dimensional mesh structure portion by being entirely covered with the three-dimensional mesh structure portion.
Reduction gearing with a ring gear, at least one planet gear (3; 3.1, 3.2, 3.3) rolling around in said ring gear with a planet gear axis (4; 4.1, 4.2, 4.3), and an output rotatably mounted coaxially to said ring gear, where said planet gear (3; 3.1, 3.2, 3.3) comprises a guide member (5; 5A, 5B, 5C, 5D, 5E, 5F) that is spaced apart from said planet gear axis (4; 4.1, 4.2, 4.3) and describes a hypocycloid relative to said ring gear when said planet gear (3; 3.1, 3.2, 3.3) rolls around, wherein guidance is provided between said guide member (5; 5A, 5B, 5C, 5D, 5E, 5F) and a cam disk of said output such that said output experiences a drive motion by said planet gear (3; 3.1, 3.2, 3.3) rolling around, characterized in that said cam disk comprises a cam contour for guiding said guide member (5; 5A, 5B, 5C, 5D, 5E, 5F), wherein said cam contour is a closed hypocycloid or the envelope of a closed hypocycloid that is described by the motion of said guide member (5; 5A, 5B, 5C, 5D, 5E, 5F) at a ratio other than the actual ratio of the effective radius R of said ring gear to the effective radius r of said planet gear (3; 3.1, 3.2, 3.3).
An intravascular pulsed electric field apparatus configured to effectuate electroporation in target cells, comprising: a catheter and an expandable distal basket formed from a plurality of circumferential struts or members, wherein the basket has a plurality of electrodes formed along the members of the basket, wherein the electrodes are configured to physically contact a vessel wall for delivery of a pulsed electric field when the basket is expanded, and wherein the basket members are coupled to the catheter at proximal and distal connections, respectively, and wherein individual electrodes are arranged along each basket member. a catheter and an expandable distal basket formed from a plurality of circumferential struts or members, wherein the basket has a plurality of electrodes formed along the members of the basket, wherein the electrodes are configured to physically contact a vessel wall for delivery of a pulsed electric field when the basket is expanded, and wherein the basket members are coupled to the catheter at proximal and distal connections, respectively, and wherein individual electrodes are arranged along each basket member.
A polyamide resin comprising a diamine unit containing 70 mol% or more of a paraxylylenediamine unit and a dicarboxylic acid unit containing 70 mol% or more of a linear aliphatic dicarboxylic acid unit having from 6 to 18 carbon atoms, wherein the polyamide resin has a phosphorus atom concentration of from 50 to 1,000 ppm and a YI value of 10 or less in the color difference test in accordance with JIS-K-7105, and is obtainable by a production method which comprises a step of melt polycondensation of a diamine component containing 70 mol% or more of paraxylylenediamine and a dicarboxylic acid component containing 70 mol% or more of a linear aliphatic dicarboxylic acid having from 6 to 18 carbon atoms, in the presence of a phosphorus atom-containing compound which is at least one selected from a group consisting of calcium hypophosphite, magnesium hypophosphite, calcium phosphite, and calcium dihydrogen phosphate.
A shoe comprising: an upper surrounding internal space for accommodating a foot, wherein an air sucking out portion from which air is sucked out from the internal space to outside when a leg swings is provided on an inner foot outer surface of an inner foot portion of the upper, and the air sucking out portion extends in a direction which tilts by a predetermined first angle with respect to a vertical direction in a case where the shoe is placed on a horizontal plane and dents from the inner foot outer surface, characterized in that: an air intake portion for taking in outside air is provided on another outer surface (24f, 26f) except the inner foot outer surface among an outer surface of the upper, and the air intake portion extends in a direction intersecting with outside airflow (Af) when the leg swings and dents from the other outer surface (24f, 26f), and wherein the air intake portion and the air sucking out portion each tilt in a range from 20° to 70° in a same direction with respect to a center line of the shoe (La) in a state where the upper is developed on a plane. an upper surrounding internal space for accommodating a foot, wherein an air sucking out portion from which air is sucked out from the internal space to outside when a leg swings is provided on an inner foot outer surface of an inner foot portion of the upper, and the air sucking out portion extends in a direction which tilts by a predetermined first angle with respect to a vertical direction in a case where the shoe is placed on a horizontal plane and dents from the inner foot outer surface, characterized in that: an air intake portion for taking in outside air is provided on another outer surface (24f, 26f) except the inner foot outer surface among an outer surface of the upper, and the air intake portion extends in a direction intersecting with outside airflow (Af) when the leg swings and dents from the other outer surface (24f, 26f), and wherein the air intake portion and the air sucking out portion each tilt in a range from 20° to 70° in a same direction with respect to a center line of the shoe (La) in a state where the upper is developed on a plane. an air intake portion for taking in outside air is provided on another outer surface (24f, 26f) except the inner foot outer surface among an outer surface of the upper, and the air intake portion extends in a direction intersecting with outside airflow (Af) when the leg swings and dents from the other outer surface (24f, 26f), and wherein the air intake portion and the air sucking out portion each tilt in a range from 20° to 70° in a same direction with respect to a center line of the shoe (La) in a state where the upper is developed on a plane.
An installation for converting heat into mechanical energy, characterized in that it comprises: - a thermal machine capable of subjecting a working fluid to a thermodynamic cycle, - a reservoir (4, 40) of sensible heat thermal storage material, as means for storing a part of the heat released by the working fluid cooling circuit, the reservoir being capable of returning this part of the heat into the working fluid cooling circuit of the thermal machine in hours when the outside temperature is coldest in order to release the stored heat. - a thermal machine capable of subjecting a working fluid to a thermodynamic cycle, - a reservoir (4, 40) of sensible heat thermal storage material, as means for storing a part of the heat released by the working fluid cooling circuit, the reservoir being capable of returning this part of the heat into the working fluid cooling circuit of the thermal machine in hours when the outside temperature is coldest in order to release the stored heat.
An apparatus for restricting the bending of a tubular member underwater, said apparatus comprising a plurality of interlocking modules each formed from a first half shell component circumferentially displaced from a second half-shell component, each of the first and second half-shell components comprising a first end and a second end and side edges extending between the first and second ends, wherein the first half shell component comprises one or more projections extending from the side edge thereof and the second half shell component comprising one or more grooves in the side edge thereof, the projections and grooves being angled from the side edges of the first and second half shell components towards the first end of the components, the arrangement being such that when assembled together each of the one or more projections of the first half shell component are inter-engaged with a corresponding groove of the second half shell component to secure the two half shells together such that the two half shells cannot be radially separated without axial displacement of one half shell component relative to the other.
A vehicular door mirror device comprising: a mirror base which is attached to an outer side surface of a vehicle; a mirror housing (18, 60) which is attached to the mirror base; and a turning mechanism which enables the mirror housing to rotate toward a vehicle rear side when a load corresponding to more than a predetermined value is imposed on the mirror housing from a vehicle front side; wherein the mirror housing (18, 60) includes: a first region which occupies more than half in a vertical direction in front view of the vehicle, and a second region which occupies a smaller extent than the first region; characterized in that an outer surface of the second region is located ahead of an outer surface of the first region in a direction toward a vehicle front; and an acute angle (θ2) formed between the outer surface of the second region and the outer side surface of the vehicle in plan view is set greater than an acute angle (θ1) formed between the outer surface of the first region and the outer side surface of the vehicle in plan view. a mirror base which is attached to an outer side surface of a vehicle; a mirror housing (18, 60) which is attached to the mirror base; and a turning mechanism which enables the mirror housing to rotate toward a vehicle rear side when a load corresponding to more than a predetermined value is imposed on the mirror housing from a vehicle front side; a first region which occupies more than half in a vertical direction in front view of the vehicle, and a second region which occupies a smaller extent than the first region;
A method for machine vision image processing, the method comprising: obtaining a plurality of images of a scene from a camera having a dynamic range, each image having a different exposure value; characterized by: comparing pixel values of the images to the dynamic range of the camera to determine a minimal number of optimal images based on the comparison; combining the minimal number of optimal images to obtain an HDR image of the scene. obtaining a plurality of images of a scene from a camera having a dynamic range, each image having a different exposure value; characterized by: comparing pixel values of the images to the dynamic range of the camera to determine a minimal number of optimal images based on the comparison; combining the minimal number of optimal images to obtain an HDR image of the scene. comparing pixel values of the images to the dynamic range of the camera to determine a minimal number of optimal images based on the comparison; combining the minimal number of optimal images to obtain an HDR image of the scene.
An installation system to operate on an opening in a workpiece, the installation system comprising: an inner rod having an engagement section, a central section extending from the engagement section, a transition section extending from the central section, an expansion section extending from the transition section, a head section coupled to the expansion section, and a shoulder formed between the expansion section and the head section; a biasing member slidably receivable by at least a portion of the central section of the rod; and an outer member having a first end and a second end, the outer member receivable by the transition section of the rod, the first end of the outer member engaged with the biasing member, the second end of the outer member engageable with the shoulder to limit axial movement of the outer member in a first direction relative to the inner rod. an inner rod having an engagement section, a central section extending from the engagement section, a transition section extending from the central section, an expansion section extending from the transition section, a head section coupled to the expansion section, and a shoulder formed between the expansion section and the head section; a biasing member slidably receivable by at least a portion of the central section of the rod; and an outer member having a first end and a second end, the outer member receivable by the transition section of the rod, the first end of the outer member engaged with the biasing member, the second end of the outer member engageable with the shoulder to limit axial movement of the outer member in a first direction relative to the inner rod.
A method for detecting D-physical downlink control channel, comprising: obtaining, by a UE, at least one type of antenna port information occupied by a D-physical downlink control channel, D-PDCCH; obtaining, by the UE, a mapping relationship between the antenna port information, aggregation level of the D-PDCCH, and resources occupied by the D-PDCCH; determining, by the UE, a search space of the D-PDCCH; and detecting, by the UE, the D-PDCCH in the search space according to the antenna port information and the mapping relationship. obtaining, by a UE, at least one type of antenna port information occupied by a D-physical downlink control channel, D-PDCCH; obtaining, by the UE, a mapping relationship between the antenna port information, aggregation level of the D-PDCCH, and resources occupied by the D-PDCCH; determining, by the UE, a search space of the D-PDCCH; and detecting, by the UE, the D-PDCCH in the search space according to the antenna port information and the mapping relationship.
A humanised recombinant antibody or an antigen binding fragment thereof that binds to CD40, comprising at least one variable domain having 90% sequence identity with at least one antibody light chain variable region of SEQ ID NO: 7; and at least one variable domain having 90% sequence identity with one antibody heavy chain variable region of SEQ ID NO: 6 and wherein the antibody has the CDRs obtained from the anti-CD40_11B6.1C3 antibody which has a heavy chain of SEQ ID NO.:6 and a light chain of SEQ ID NO.:7.
A process for obtaining an optically active epoxide or an optically active vicinal diol, which process includes the steps of: providing an enantiomeric mixture of a 2,2-disubstituted epoxide; creating a reaction mixture by adding to the enantiomeric mixture a Yarrowia lipolytica cell comprising an exogenous nucleic acid encoding, and capable of expressing, a heterologous polypeptide or a functional fragment thereof, having enantioselective 2,2-disubstituted epoxide hydrolase activity; incubating the reaction mixture; and recovering from the reaction mixture: (a) an enantiopure, or a substantially enantiopure, 2,2-disubstituted vicinal diol; (b) an enantiopure, or a substantially enantiopure, 2,2-disubstituted epoxide; or (c) an enantiopure, or a substantially enantiopure, 2,2-disubstituted vicinal diol and an enantiopure, or a substantially enantiopure, 2,2-disubstituted epoxide. providing an enantiomeric mixture of a 2,2-disubstituted epoxide; creating a reaction mixture by adding to the enantiomeric mixture a Yarrowia lipolytica cell comprising an exogenous nucleic acid encoding, and capable of expressing, a heterologous polypeptide or a functional fragment thereof, having enantioselective 2,2-disubstituted epoxide hydrolase activity; incubating the reaction mixture; and recovering from the reaction mixture: (a) an enantiopure, or a substantially enantiopure, 2,2-disubstituted vicinal diol; (b) an enantiopure, or a substantially enantiopure, 2,2-disubstituted epoxide; or (c) an enantiopure, or a substantially enantiopure, 2,2-disubstituted vicinal diol and an enantiopure, or a substantially enantiopure, 2,2-disubstituted epoxide.
A multi-fuel engine system, comprising: a diesel engine having a diesel tank fluidly connected to a combustion chamber by a first supply line; a natural gas tank fluidly connected to the combustion chamber by a second supply line; a microcontroller coupled to a sensor monitoring an operational characteristic of the diesel engine; a mixing chamber disposed in-line with the first and second supply lines (52, 54), wherein the mixing chamber mixes diesel fuel from the diesel tank and natural gas from the natural gas tank to form a multi-fuel mixture before the combustion chamber, wherein the mixing chamber is responsive to the microcontroller for selectively modulating formation of the multi-fuel mixture; and a fuel injector rail on the diesel engine and a fuel injector extending from the fuel injector rail to the combustion chamber, wherein the fuel injector is responsive to the microcontroller whereby the fuel injector is supplied by a fuel supply line from the mixing chamber, characterized in that the system further comprises a blow-by gas system including a PCV valve disposed in-line with a recirculating line extending from a crankcase of the diesel engine to the mixing chamber. a diesel engine having a diesel tank fluidly connected to a combustion chamber by a first supply line; a natural gas tank fluidly connected to the combustion chamber by a second supply line; a microcontroller coupled to a sensor monitoring an operational characteristic of the diesel engine; a mixing chamber disposed in-line with the first and second supply lines (52, 54), wherein the mixing chamber mixes diesel fuel from the diesel tank and natural gas from the natural gas tank to form a multi-fuel mixture before the combustion chamber, wherein the mixing chamber is responsive to the microcontroller for selectively modulating formation of the multi-fuel mixture; and a fuel injector rail on the diesel engine and a fuel injector extending from the fuel injector rail to the combustion chamber, wherein the fuel injector is responsive to the microcontroller whereby the fuel injector is supplied by a fuel supply line from the mixing chamber,
A pre-heating equipment for a welding process, said pre-heating equipment comprising: a pre-heater head configured to direct gases to the weld components to be reacted; a pre-heater module, the module comprising a gas inlet for receiving a pressurised gas, a gas outlet for allowing the pressurised gas to flow from the module towards the pre-heater head; the pre-heater module also comprising a gas pressure measurement means for measuring the gas pressure and a temperature measurement means for measuring temperature; at least one gas conduit configured to direct the pressurised gas from a pressurised gas supply (207, 208) to the pre-heater module; the pre-heater module being further configured to convert data from the gas pressure measurement means and the temperature measurement means into digital information, the pre-heater module being configured to provide the converted digital information visually and/or audibly, the pre-heating equipment including a control module, characterised in that the control module and the pre-heater module are configured for wireless connection to each other. a pre-heater head configured to direct gases to the weld components to be reacted; a pre-heater module, the module comprising a gas inlet for receiving a pressurised gas, a gas outlet for allowing the pressurised gas to flow from the module towards the pre-heater head; the pre-heater module also comprising a gas pressure measurement means for measuring the gas pressure and a temperature measurement means for measuring temperature; at least one gas conduit configured to direct the pressurised gas from a pressurised gas supply (207, 208) to the pre-heater module; the pre-heater module being further configured to convert data from the gas pressure measurement means and the temperature measurement means into digital information, the pre-heater module being configured to provide the converted digital information visually and/or audibly, the pre-heating equipment including a control module, characterised in that the control module and the pre-heater module are configured for wireless connection to each other.
A motorcycle, comprising: an approximately-cylindrical canister to which a hose for a flow from a fuel tank and a hose for a flow to an intake system are connected; and a canister holder supporting the canister, characterised in that the canister holder includes, in a combined form, a canister supporter supporting the canister and a plurality of cable supporters supporting a plurality of cables of an electrical component, with each cable supporter being formed in an approximately ring shape as viewed from the top, and the canister supporter and the cable supporters are configured to orient an axial direction of the canister supported at the canister supporter and an axial direction of the cables supported at the cable supporters in the up-and-down direction, further comprising a battery case supporting a battery, wherein the battery case has a canister-holder supporter supporting the canister holder. an approximately-cylindrical canister to which a hose for a flow from a fuel tank and a hose for a flow to an intake system are connected; and a canister holder supporting the canister, the canister holder includes, in a combined form, a canister supporter supporting the canister and a plurality of cable supporters supporting a plurality of cables of an electrical component, with each cable supporter being formed in an approximately ring shape as viewed from the top, and the canister supporter and the cable supporters are configured to orient an axial direction of the canister supported at the canister supporter and an axial direction of the cables supported at the cable supporters in the up-and-down direction, further comprising a battery case supporting a battery, wherein the battery case has a canister-holder supporter supporting the canister holder.