mhurhangee/ep-ind-claims huggingface dataset:
An agricultural harvester comprising a harvesting implement and a system for adjusting the harvesting implement orientation, the harvesting implement defining a longitudinal axis extending between a forward end of the harvesting implement and an aft end of the harvesting implement, the harvesting implement configured to be coupled to the agricultural harvester in a manner that permits a fore/aft tilt angle, defined between the longitudinal axis of the harvesting implement and a field surface, to be adjusted, the system further comprising a sensor configured to detect a parameter indicative of a distance between the harvesting implement and the field surface and a controller communicatively coupled to the sensor, the controller being configured to monitor the distance between the harvesting implement and the field surface based on data received from the sensor, the system characterized by the controller being configured to: receive an input associated with a predetermined characteristic of the harvesting implement wherein the predetermined characteristic comprises at least one of a manufacturer, model, or type of the harvesting implement; and initiate adjustments of the fore/aft tilt angle based on the received input and the monitored distance. receive an input associated with a predetermined characteristic of the harvesting implement wherein the predetermined characteristic comprises at least one of a manufacturer, model, or type of the harvesting implement; and initiate adjustments of the fore/aft tilt angle based on the received input and the monitored distance.
A rubber composition comprising silica and a functionalized elastomer, the functionalized elastomer having the formula (P-B n) q -X where P is a polydiene segment, B is a styrenic monomer residue, n is the number of styrenic monomer residues and ranges from 1 to 10, B n is a styrenic segment; X is a multifunctional polymerization terminator residue, and q is the number of (P-B n) chains coupled to X.
A communication method, comprising: sending, by a source access network device, a first handover request to a core network device, wherein the first handover request is used to request to hand over a session of a terminal from the source access network device to a target access network device, and the first handover request comprises information about the target access network device; after receiving the first handover request, sending by the core network device, a second handover request to the target access network device, wherein the second handover request comprises a session identifier corresponding to a session that the target access network device is requested to set up and indication information of a network slice corresponding to the session identifier; sending, by the target access network device, a handover failure message to the core network device, wherein the handover failure message comprises indication information indicating that the target access network device fails to accept the session because a radio resource is not available for the network slice corresponding to the session; and receiving, by the source access network device, a first handover response message from the core network device, wherein the first handover response message is a handover preparation failure message if no session is accepted by the target access network device, the handover preparation failure message comprises a handover failure cause value, and the cause value is that a radio resource is not available for the network slice. sending, by a source access network device, a first handover request to a core network device, wherein the first handover request is used to request to hand over a session of a terminal from the source access network device to a target access network device, and the first handover request comprises information about the target access network device; after receiving the first handover request, sending by the core network device, a second handover request to the target access network device, wherein the second handover request comprises a session identifier corresponding to a session that the target access network device is requested to set up and indication information of a network slice corresponding to the session identifier; sending, by the target access network device, a handover failure message to the core network device, wherein the handover failure message comprises indication information indicating that the target access network device fails to accept the session because a radio resource is not available for the network slice corresponding to the session; and receiving, by the source access network device, a first handover response message from the core network device, wherein the first handover response message is a handover preparation failure message if no session is accepted by the target access network device, the handover preparation failure message comprises a handover failure cause value, and the cause value is that a radio resource is not available for the network slice.
A composite comprising as superimposed layers of a layer sequence a) a substrate, and b) a first layer; wherein the first layer i) a first layer surface, ii) a polymer, and iii) a multitude of electrically conductive particles is included; wherein the first layer surface is adjacent to the substrate; wherein at least in a first region the first layer is characterized by a first portion of the electrically conductive particles at a first distance from the first layer surface; wherein at least in the first region the first layer is characterized by a further distance from the first layer surface by a further portion of the electrically conductive particles; wherein the first share is less than the other share; wherein the first distance is less than the further distance. a) a substrate, and b) a first layer; i) a first layer surface, ii) a polymer, and iii) a multitude of electrically conductive particles
A method of arranging particles on a substrate, the method comprising: (a) preparing a substrate, a surface of which has depressions or projections capable of fixing the positions and/or orientations of one particle; and (b) placing the particles on the substrate and applying a physical pressure to the particles so that a portion or the whole of each particle is inserted in each of pores defined by the depressions or the projections to form a particle monolayer array; wherein the physical pressure is applied by rubbing against the substrate, and wherein the particles to be placed on the substrate are a powder form in the absence of solvents, or a coated, immersed or dispersed form in a volume of solvent of up to 10 times the volume of the particles. (a) preparing a substrate, a surface of which has depressions or projections capable of fixing the positions and/or orientations of one particle; and (b) placing the particles on the substrate and applying a physical pressure to the particles so that a portion or the whole of each particle is inserted in each of pores defined by the depressions or the projections to form a particle monolayer array;
A foldable wheelchair comprising: - a chair assembly comprising a seat assembly, in which a seat frame defines a plane P1, and a backrest assembly, in which a backrest frame defines a plane P2, - a wheel assembly comprising a rear wheel assembly including at least two rear wheels (41a, 41b) in rotation around or defining a first rotation axis, a front wheel assembly including at least two front wheels (42a, 42b) in rotation around or defining a second rotation axis, and a folding frame connected to the rear and front wheel assemblies (41, 42), wherein said folding frame is foldable along a longitudinal direction between an unfolded position and a folded position, said first rotation axis and said second rotation axis being closer in said folded position than in said unfolded position, characterized in that, when the folding frame moves from its unfolded position to its folded position, the second rotation axis moves rearward relative to the chair assembly, the first rotation axis does not move relative to the chair assembly, and the plane P2 is parallel or approximately parallel to the plane P1. - a chair assembly comprising a seat assembly, in which a seat frame defines a plane P1, and a backrest assembly, in which a backrest frame defines a plane P2, - a wheel assembly comprising a rear wheel assembly including at least two rear wheels (41a, 41b) in rotation around or defining a first rotation axis, a front wheel assembly including at least two front wheels (42a, 42b) in rotation around or defining a second rotation axis, and a folding frame connected to the rear and front wheel assemblies (41, 42), wherein said folding frame is foldable along a longitudinal direction between an unfolded position and a folded position, said first rotation axis and said second rotation axis being closer in said folded position than in said unfolded position, characterized in that, when the folding frame moves from its unfolded position to its folded position, the second rotation axis moves rearward relative to the chair assembly, the first rotation axis does not move relative to the chair assembly, and the plane P2 is parallel or approximately parallel to the plane P1.
An indicating apparatus configured to be positioned at a location and to project a visual light pattern indicative of the radio coverage field of a corresponding directional antenna of a radio transceiver unit positioned at that location or to be positioned at that location.
A portable bottle for fluid contents arranged in normal use to be opened once only, the bottle including light-emitting means (13, 127), means for detecting opening of the bottle, a self-contained power source and connecting means (15, 20) including an electric or electronic circuit for connecting the light-emitting means (13, 127) with the means for detecting opening of the bottle and the power source, wherein opening of the bottle is detected by the opening or the closing of the circuit, wherein illumination can be activated once only such that on detection of opening of the bottle light is emitted, wherein the light-emitting means (13, 127) and/or the power source are located in an indentation (12, 132) external to the bottle, wherein the bottle is fabricated from a material able to transmit light, wherein the light-emitting means (13, 127) is arranged to be able to illuminate the contents of the bottle.
Process for producing granular polycrystalline silicon in a fluidized bed reactor which is operated at 0 to 7 bar gauge, comprising fluidization of silicon seed particles by means of a gas flow in a fluidized bed which is heated to a temperature in the reaction range of 850°C to 1100°C by means of a heating apparatus, with injection of a silicon- and halogen-containing reaction gas through one or more nozzles into the fluidized bed, such that local gas velocities at the exit of the nozzles are 1 to 160 m/s and a concentration of the reaction gas in the nozzle based on the total amount of gas through the nozzle is 20 mol% to 80 mol%, with a concentration of the reaction gas based on the total amount of gas through the fluidized bed of 10 mol% to 50 mol%, with a residence time of the reaction gas in the fluidized bed of 0.1 to 10 s, with deposition of elemental silicon on the hot seed particle surfaces by means of pyrolysis, forming the granular polycrystalline silicon, with removal of particles whose diameter has grown as a result of deposition and an offgas comprising hydrogen halide from the reactor and metered addition of fresh seed particles, characterized in that the concentration of hydrogen halide in the offgas is determined as the controlled variable and a rate of metered addition of fresh seed particles and a heating output of the heating apparatus are controlled as manipulated variables, the seed particle metering rate to be controlled being from 1.0, to 2.5 kg/h and the reactor heating output to be controlled being from 100 to 200 kw, in order to keep the hydrogen halide concentration in the offgas within an above-defined range, preferably within a range of greater than 1.8% by volume and less than 2.5% by volume, during operation, and further characterized in that the granular polycrystalline silicon comprises particles having a convexity of 0.850-1.000.
A compounder system, comprising: a cartridge having a plurality of controllable fluid pathways fluidly coupled to at least one diluent port and a receiving container port; a syringe holder configured to hold a syringe to be fluidly coupled to the receiving container port, wherein the syringe holder comprises at least one of an air in-line sensor and a vibration device; and a dual lumen tubing fluidly coupling the receiving container port of the cartridge to the syringe, the dual lumen tubing having a fluid lumen for providing fluid into the syringe and a vent lumen for venting fluid or gas out of the syringe. a cartridge having a plurality of controllable fluid pathways fluidly coupled to at least one diluent port and a receiving container port; a syringe holder configured to hold a syringe to be fluidly coupled to the receiving container port, wherein the syringe holder comprises at least one of an air in-line sensor and a vibration device; and a dual lumen tubing fluidly coupling the receiving container port of the cartridge to the syringe, the dual lumen tubing having a fluid lumen for providing fluid into the syringe and a vent lumen for venting fluid or gas out of the syringe.
An article of footwear having an upper and a sole structure secured to the upper, the sole structure comprising a fluid-filled chamber with an upper surface, an opposite lower surface, and a sidewall surface extending between the upper surface and the lower surface, at least a portion of the sidewall surface being exposed around substantially all of the sole structure, and wherein the chamber includes an interior subchamber, the chamber having an inflation area which extends through a center of the interior subchamber and is spaced inward from the sidewall surface, the upper surface and the lower surface being bonded to each other in the inflation area, and wherein at least one of the upper surface and the lower surface defines an aperture in the inflation area.
A process for the continuous production of 1,1,1,2,3-pentachloropropane, the process comprising: i. continuously feeding 1,1,1,3-tetrachloropropane liquid feedstock to a reactor; ii. continuously feeding chlorine gas to the reactor; iii. continuously or periodically feeding ferric chloride to the reactor; iv. producing 1,1,1,2,3-pentachloropropane within the reactor; and v. continuously removing the 1,1,1,2,3-pentachloropropane as liquid product from the reactor. i. continuously feeding 1,1,1,3-tetrachloropropane liquid feedstock to a reactor; ii. continuously feeding chlorine gas to the reactor; iii. continuously or periodically feeding ferric chloride to the reactor; iv. producing 1,1,1,2,3-pentachloropropane within the reactor; and v. continuously removing the 1,1,1,2,3-pentachloropropane as liquid product from the reactor.
An ophthalmological device comprising: a memory that stores a plurality of angiograms acquired by applying optical coherence tomography to a fundus of a subject's eye; a detecting processor configured to detect a feature point from each of the plurality of angiograms; an identifying processor configured to identify a plurality of feature point groups from among a plurality of feature points detected from the plurality of angiograms by the detecting processor, each of the plurality of feature point groups corresponding to a same site of the fundus; a transforming processor configured to transform at least part of the plurality of angiograms based on the plurality of feature point groups identified by the identifying processor; a composing processor configured to compose two or more angiograms of the plurality of angiograms at least part of which has been transformed by the transforming processor, based on the plurality of feature point groups; an edge detecting processor configured to construct a plurality of edge images by applying an edge detection to each of the plurality of angiograms in the event that a process performed by any of the detecting processor, the identifying processor, the transforming processor, and the composing processor has failed; a distance image constructing processor configured to construct a plurality of distance images by applying a Hausdorff transformation to the plurality of edge images; and a second composing processor configured to compose the two or more angiograms of the plurality of angiograms by applying registration to the plurality of distance images. a memory that stores a plurality of angiograms acquired by applying optical coherence tomography to a fundus of a subject's eye; a detecting processor configured to detect a feature point from each of the plurality of angiograms; an identifying processor configured to identify a plurality of feature point groups from among a plurality of feature points detected from the plurality of angiograms by the detecting processor, each of the plurality of feature point groups corresponding to a same site of the fundus; a transforming processor configured to transform at least part of the plurality of angiograms based on the plurality of feature point groups identified by the identifying processor; a composing processor configured to compose two or more angiograms of the plurality of angiograms at least part of which has been transformed by the transforming processor, based on the plurality of feature point groups; an edge detecting processor configured to construct a plurality of edge images by applying an edge detection to each of the plurality of angiograms in the event that a process performed by any of the detecting processor, the identifying processor, the transforming processor, and the composing processor has failed; a distance image constructing processor configured to construct a plurality of distance images by applying a Hausdorff transformation to the plurality of edge images; and a second composing processor configured to compose the two or more angiograms of the plurality of angiograms by applying registration to the plurality of distance images.
A roof transport device to be arranged on a vehicle with a transport container (31; 131) and with a removal device, with which the transport container (31; 131) can be transferred from a transport position into a loading position, wherein the removal device comprises at least one stationary guide element (23; 123) as well as at least one sliding element (26; 126) that can be displaced on the guide element (23; 123) relative to the latter, and the transport container (31; 131) is provided on the at least one sliding element (23; 123), characterized in that an overlapping area of the at least one sliding element (26; 126) is larger with the at least one guide element (23; 123) in the loading position than in the transport position.
A method for preparing a carrier-nanoparticle complex comprising the steps of: preparing a carbon carrier having a portion or all of the surface thereof coated with a polymer selected from polyallylamine hydrochloride, polyethylene imine and an allylamine amidesulfate polymer; forming core particles by reducing a solution comprising one or two or more metal precursors, the carbon carrier, and a polyol at a temperature of 120°C or more and 220°C or less to form metal core particles supported on the carbon carrier; and forming core-shell nanoparticles by reducing an aqueous solution comprising the metal core particles supported on the carbon carrier, a Pt precursor, and water at a temperature of 20°C or more and 100°C or less to form a Pt shell on a portion or all of the metal core particle surface, wherein the core-shell nanoparticles are supported on the carbon carrier, and the Pt precursor is represented by the formula PtA m B n wherein: A is (NH 3), (CH 3 NH 2) or (H 2 O); B is a monovalent anion; m is 2, 4 or 6, and n is any one integer of 1 to 7. preparing a carbon carrier having a portion or all of the surface thereof coated with a polymer selected from polyallylamine hydrochloride, polyethylene imine and an allylamine amidesulfate polymer; forming core particles by reducing a solution comprising one or two or more metal precursors, the carbon carrier, and a polyol at a temperature of 120°C or more and 220°C or less to form metal core particles supported on the carbon carrier; and forming core-shell nanoparticles by reducing an aqueous solution comprising the metal core particles supported on the carbon carrier, a Pt precursor, and water at a temperature of 20°C or more and 100°C or less to form a Pt shell on a portion or all of the metal core particle surface, wherein the core-shell nanoparticles are supported on the carbon carrier, and the Pt precursor is represented by the formula PtA m B n wherein: A is (NH 3), (CH 3 NH 2) or (H 2 O); B is a monovalent anion; m is 2, 4 or 6, and n is any one integer of 1 to 7. A is (NH 3), (CH 3 NH 2) or (H 2 O); B is a monovalent anion; m is 2, 4 or 6, and n is any one integer of 1 to 7.
A pump and its fixing structure, comprising: a pump comprising a pump part and a motor part; and a fixing base to which the pump is fixed; wherein the pump part has an outlet port and an inlet port for fluid and comprises an impeller which is disposed in an inside of the pump part; wherein the motor part provided for rotating the impeller comprises: a stator which comprises a drive coil and a stator core around which the drive coil is wound; and a motor case featuring an outer peripheral face of the motor part; wherein the pump part comprises a fixed part which is fixed to the fixing base; wherein the fixing base is a metal plate and is provided with a motor support part disposed on a lower side with respect to the motor part; and wherein a space is formed between the motor part and the motor support part, a buffer member having elasticity is disposed between the motor part and the motor support part, and the motor part and the motor support part are contacted with the buffer member; characterized in that the motor case is formed of resin and is integrally molded with the stator, and in that the outer peripheral face of the motor part is formed in a substantially circular truncated cone face shape having a draft angle for drawing the motor case from a die which is used when the stator and the motor case are integrally molded, and in that the metal plate is bended, and the fixing base is formed in a substantially angular groove shape which is provided with the motor support part formed in a substantially rectangular shape and side face parts which are bent in a lower direction from each of a pair of opposite sides of the motor support part formed in the substantially rectangular shape, and in that the fixed part is fixed to one of two side face parts. a pump comprising a pump part and a motor part; and a fixing base to which the pump is fixed; a stator which comprises a drive coil and a stator core around which the drive coil is wound; and a motor case featuring an outer peripheral face of the motor part;
A therapeutic composition for use in the treatment of a patient having prostate or breast cancer, associated with an Androgen Receptor mutation, wherein the amino acid at position 877 of the Androgen Receptor in said patient is absent or is an amino acid other than phenylalanine, and wherein the therapeutic composition comprises the CDK4/6 inhibitor LEE011 and wherein the position 877 of the amino acids is in accordance with the numbering of SEQ ID NO: 1.