mhurhangee/patent-ind-claim-en huggingface dataset:
A grease manufacturing method, comprising: introducing a first base oil comprising a first thickener precursor and a second base oil comprising a second thickener precursor into a reactor, equipped with a high-speed rotating portion and an inner wall surface, and being configured to generate shearing by relative movement of facing wall surfaces; applying a shear rate of 10 4 s -1 or more to the mixture within 15 minutes after mixing the first base oil and the second base oil; and mixing and dispersing the first thickener precursor and the second thickener precursor for reaction to prepare a thickener. introducing a first base oil comprising a first thickener precursor and a second base oil comprising a second thickener precursor into a reactor, equipped with a high-speed rotating portion and an inner wall surface, and being configured to generate shearing by relative movement of facing wall surfaces; applying a shear rate of 10 4 s -1 or more to the mixture within 15 minutes after mixing the first base oil and the second base oil; and mixing and dispersing the first thickener precursor and the second thickener precursor for reaction to prepare a thickener.
An antibody that binds to a B7-H1 polypeptide of amino acid residues 23 to 290 of SEQ ID NO:1, wherein the antibody is a monoclonal antibody.
An electro-photographic sheet of paper duplex printing machine having a sheet supply section , a sheet positioning section , an electro-photographic printing section , a chain delivery section and a delivery section arranged in order from upstream to downstream in a direction of carriage of sheets of paper, and having a sheet carrying section for turnover disposed above the sheet supply , wherein the sheet supply section is configured to send out sheets one by one onto the sheet positioning section , the sheet positioning section is configured to position the sheets and to send out positioned sheets to a backup roller in the electro-photographic printing section , the electro-photographic printing section is configured to print a toner image, transferred onto a transfer roller , on a sheet , conveyed by the backup roller , the chain delivery section is configured to selectively transfer printed sheets transferred from the backup roller to the delivery section or the sheet carrying section for turnover , and the delivery section has a fixing device for fixing the toner image, characterized in that the sheet carrying section for turnover is configured to be supplied with a one side printed sheet (2b(P1)) dropped from the chain delivery section when the sheet carrying section for turnover is at a standstill, and to supply the one side printed sheet (2b(P1)) to the sheet positioning section by a suction conveyer which is intermittently driven, at the time of duplex printing, the sheet supply section and the sheet carrying section for turnover are so configured as to send a sheet (2b(W)) from the sheet supply section and a one side printed sheet (2b(P1)) from the sheet carrying section for turnover into the sheet positioning section alternately, the chain delivery section being configured to transfer a one side printed sheet (2b(P1)) produced by printing one side of a sheet (2b(W)) to the sheet carrying section for turnover and to carry a both side printed sheet (2b(P2)) produced by printing one side and the other side of a sheet to the delivery section to pass the sheets (2b, 2b(P2)) through the fixing device at regular intervals, and at the time of one side printing, the sheet supply section is configured to send a sheet (2b(W)) to the sheet positioning section , and the chain delivery section is configured to send a one side printed sheet (2b(P1)) to the delivery section so that the sheets (2b, 2b(P1)) pass through the fixing device at regular intervals.
A wire harness manufacturing system comprising: a conduction inspection device configured to inspect a conductive state of each of a plurality of sub-harnesses at an other end of each of the plurality of sub-harnesses in a state that one end of each of the plurality of sub-harnesses is connected to a control box ; and an information writing device configured to write terminal information of the plurality of sub-harnesses in a box side storage portion of the control box , wherein the information writing device includes: a numerical value acquisition portion configured to acquire an electric numerical value at a position of the other end of each of the plurality of sub-harnesses in the conductive state; a terminal information storage portion configured to store a plurality of the terminal information corresponding to the plurality of sub-harnesses ; and an information writing portion configured to read corresponding terminal information from the terminal information storage portion based on the electric numerical value and write the corresponding terminal information in the box side storage portion . a conduction inspection device configured to inspect a conductive state of each of a plurality of sub-harnesses at an other end of each of the plurality of sub-harnesses in a state that one end of each of the plurality of sub-harnesses is connected to a control box ; and an information writing device configured to write terminal information of the plurality of sub-harnesses in a box side storage portion of the control box , wherein the information writing device includes: a numerical value acquisition portion configured to acquire an electric numerical value at a position of the other end of each of the plurality of sub-harnesses in the conductive state; a terminal information storage portion configured to store a plurality of the terminal information corresponding to the plurality of sub-harnesses ; and an information writing portion configured to read corresponding terminal information from the terminal information storage portion based on the electric numerical value and write the corresponding terminal information in the box side storage portion . a numerical value acquisition portion configured to acquire an electric numerical value at a position of the other end of each of the plurality of sub-harnesses in the conductive state; a terminal information storage portion configured to store a plurality of the terminal information corresponding to the plurality of sub-harnesses ; and an information writing portion configured to read corresponding terminal information from the terminal information storage portion based on the electric numerical value and write the corresponding terminal information in the box side storage portion .
A method of initiating a Random Access communication; the method comprising: if a current active UpLink BandWidth Part, UL-BWP, of a User Equipment, UE, has valid Physical Random Access Channel, PRACH, resources, the UE sending a Random Access Preamble on said current active UL-BWP; and if the current active UL- BWP of the UE has no valid PRACH resources, the UE sending the Random Access Preamble on an initial UL-BWP; characterized by the method further comprising: the UE monitoring a Random Access Response, RAR, in an initial DownLink BandWidth Part, DL-BWP, whatever a current active DL-BWP of the UE is at a time the Random Access Preamble is sent. if a current active UpLink BandWidth Part, UL-BWP, of a User Equipment, UE, has valid Physical Random Access Channel, PRACH, resources, the UE sending a Random Access Preamble on said current active UL-BWP; and if the current active UL- BWP of the UE has no valid PRACH resources, the UE sending the Random Access Preamble on an initial UL-BWP; characterized by the method further comprising: the UE monitoring a Random Access Response, RAR, in an initial DownLink BandWidth Part, DL-BWP, whatever a current active DL-BWP of the UE is at a time the Random Access Preamble is sent.
A process for preheating a metal charge fed in continuous to an electric melting furnace through a preheating tunnel provided with a horizontal conveyor , wherein said metal charge is hit, in countercurrent, by the exhaust fumes or gas leaving said electric melting furnace and by jets of gas ejected through a plurality of nozzles positioned on the hood of said tunnel provided with side walls and said hood, characterized in that said nozzles are arranged in groups interspaced with respect to each other in a longitudinal direction with respect to the tunnel, and inject gas jets that can penetrate the main gas stream passing through the preheating tunnel , and said nozzles simultaneously generate a "horseshoe vortex" structure, consisting of a descending central gas flow and ascending flows close to the side walls of the preheating tunnel which allow the necessary circulation of the gases and further characterized in that the gas jets released from said nozzles are distributed transversely on the hood of the preheating tunnel in a non-uniform manner, with a greater concentration on the top of the hood of said tunnel .
A personal voice assistant authentication method, comprising: authenticating a user of a mobile application executing on a first client device to a service executing on one or more servers , wherein the one or more servers are communicatively coupled with the first client device via one or more computing networks, and wherein the service is configured to interact with one or more personal voice assistants; based on the authenticating, providing , to the first client device via one or more of the computing networks, a speakable credential, wherein the speakable credential is capable of being spoken aloud, and wherein the providing triggers the first client device to provide, as output using one or more output devices of the first client device, the speakable credential; receiving , directly or indirectly from a personal voice assistant associated with a second client device , data that is generated in response to speech input received at the second client device , wherein the speech input included an utterance by the user of the speakable credential; matching the data to the speakable credential; and authenticating the personal voice assistant associated with the second client device with the service based on the matching, all the steps of the method being performed by a system. authenticating a user of a mobile application executing on a first client device to a service executing on one or more servers , wherein the one or more servers are communicatively coupled with the first client device via one or more computing networks, and wherein the service is configured to interact with one or more personal voice assistants; based on the authenticating, providing , to the first client device via one or more of the computing networks, a speakable credential, wherein the speakable credential is capable of being spoken aloud, and wherein the providing triggers the first client device to provide, as output using one or more output devices of the first client device, the speakable credential; receiving , directly or indirectly from a personal voice assistant associated with a second client device , data that is generated in response to speech input received at the second client device , wherein the speech input included an utterance by the user of the speakable credential; matching the data to the speakable credential; and authenticating the personal voice assistant associated with the second client device with the service based on the matching,
A method of manufacturing an organic semiconductor film, comprising a step (i) of moving a blade surface of a coating blade disposed to be spaced so as to face a substrate surface of a substrate in a first direction (X) parallel to the substrate surface in a manner of being in contact with an organic semiconductor solution , while supplying the organic semiconductor solution to a portion between the blade surface and the substrate surface , so as to form an organic semiconductor film in the first direction (X), characterized in that the coating blade is disposed so as to have a first gap (G1) and a second gap (G2) having different separation gap sizes with respect to the substrate surface in a region in which the blade surface and the organic semiconductor solution are in contact with each other, such that the first gap (G1) is provided on an upstream side (Du) of the first direction (X) and a second gap (G2) having a smaller gap size compared with the first gap (G1) is provided on a downstream side (Dd), and the size of the second gap (G2) is the minimum distance between the substrate surface and the blade surface and is ≤ 40 μm, wherein the blade surface has a tilted surface that is tilted with respect to the substrate surface by 1-14°.
A method for determining communication parameters comprising a time and frequency hopping pattern for a mobile communication device comprising a first radio module communicating with a communication device in compliance with a first protocol, a second radio module communicating with a communication device in compliance with a second protocol, and a radio manager , the method comprising: - receiving, in the radio manager , communication parameters from the first radio module ; - receiving, in the radio manager , communication parameters from the second radio module ; - determining a minimum time slot (Tmin) and a minimum frequency band (Fmin) based on the received communication parameters, - deriving, in the radio manager , communication parameters for a communication requested from the at least one of the radio modules based on the communication parameters of the radio module requesting communication and the determined minimum time slot (Tmin) and the minimum frequency band (Fmin), and - forwarding, by the radio manager , the derived communication parameters to the radio module requesting communication. - receiving, in the radio manager , communication parameters from the first radio module ; - receiving, in the radio manager , communication parameters from the second radio module ; - determining a minimum time slot (Tmin) and a minimum frequency band (Fmin) based on the received communication parameters, - deriving, in the radio manager , communication parameters for a communication requested from the at least one of the radio modules based on the communication parameters of the radio module requesting communication and the determined minimum time slot (Tmin) and the minimum frequency band (Fmin), and - forwarding, by the radio manager , the derived communication parameters to the radio module requesting communication.
A use of a curable adhesive as blade guard for razor blades of shaving systems, the curable adhesive being applied in single or multiple layers to the razor blades and/or the razor blade holder, characterised in that the external cutting edges of the razor blades are completely embedded in the adhesive so that the gaps between the cutting edges are sealed with adhesive and that the curable adhesive is an optically transparent curable adhesive.
A clip that is suitable for the constriction of sausage casings , the clip having a general U-shaped configuration comprising two facing legs that are bent with respect to a base of the clip, the clip being characterised in that said base of the clip is divided so as to determine in the same two or more joining bridges between the legs , these joining bridges are spaced apart and the ends thereof converge at the aforementioned legs, so that between the said bridges one or several creases or folds of the casing can be at least partially housed when the clip tightly clasps around said casing .
A method for forming a reinforced metal matrix, including the steps of: (a) melting a metal or metal alloy, (b) adding basalt fibres to the melt of step (a) at a proportion from 1 to 10wt%, (c) stirring the basalt fibres and melt of step (b) at a rate from 400 to 1200rpm for a time from 1 to 60 minutes, and (d) sonicating the basalt fibres and melt of step (c) from 1 to 15 minutes at a frequency from 10kHz to 30kHz, a power from 2 to 5kW and an amplitude from 20 to 50μm. (a) melting a metal or metal alloy, (b) adding basalt fibres to the melt of step (a) at a proportion from 1 to 10wt%, (c) stirring the basalt fibres and melt of step (b) at a rate from 400 to 1200rpm for a time from 1 to 60 minutes, and (d) sonicating the basalt fibres and melt of step (c) from 1 to 15 minutes at a frequency from 10kHz to 30kHz, a power from 2 to 5kW and an amplitude from 20 to 50μm.
A control system for allocating a flow of steam from or to a steam header having a first pressure level to or from a plurality of pressure adjusting devices, the system comprising: a pressure unit adapted to measure the first pressure level in the steam header determine a difference between the first pressure level as measured and a desired pressure level, and generate a demand signal representative of a steam flow demand needed to adjust the pressure level in the steam header to correspond to the desired pressure level; at least one status monitoring unit coupled to the plurality of pressure adjusting devices for monitoring an output flow thereof; and a dispatching device having at least one input coupled to the pressure unit and to the at least one status monitoring unit, and at least one output coupled to the plurality of pressure adjusting devices, the dispatching device adapted to: receive the demand signal from the pressure unit; allocate the flow of steam among the plurality of pressure adjusting devices from the steam header as a function of the demand signal and in accordance with a priority scheme; receive from the status monitoring unit at least one feedback signal representative of a response of the plurality of pressure adjusting devices to allocation of the flow of steam; and adjust allocation of the flow of steam on the basis of the at least one feedback signal. a pressure unit adapted to measure the first pressure level in the steam header determine a difference between the first pressure level as measured and a desired pressure level, and generate a demand signal representative of a steam flow demand needed to adjust the pressure level in the steam header to correspond to the desired pressure level; at least one status monitoring unit coupled to the plurality of pressure adjusting devices for monitoring an output flow thereof; and a dispatching device having at least one input coupled to the pressure unit and to the at least one status monitoring unit, and at least one output coupled to the plurality of pressure adjusting devices, the dispatching device adapted to: receive the demand signal from the pressure unit; allocate the flow of steam among the plurality of pressure adjusting devices from the steam header as a function of the demand signal and in accordance with a priority scheme; receive from the status monitoring unit at least one feedback signal representative of a response of the plurality of pressure adjusting devices to allocation of the flow of steam; and adjust allocation of the flow of steam on the basis of the at least one feedback signal. receive the demand signal from the pressure unit; allocate the flow of steam among the plurality of pressure adjusting devices from the steam header as a function of the demand signal and in accordance with a priority scheme; receive from the status monitoring unit at least one feedback signal representative of a response of the plurality of pressure adjusting devices to allocation of the flow of steam; and adjust allocation of the flow of steam on the basis of the at least one feedback signal.
An oral care implement having a front side and a back side opposite the front side , an overall length extension extending between a proximal end and a distal end , the distal end being opposite the proximal end , the oral care implement comprising a head at the proximal end and a handle , the head having at least one cleaning element extending from the front side , the handle being at least partially made from a material having a density being higher than the density of the material of the head , the handle having a cross-sectional area extending substantially perpendicular to the overall length extension of the oral are implement , the cross-sectional area having a height extension extending between the front side and the back side , the oral care implement having a center of gravity and an axis of rotation when the oral care implement is placed with the back side on a surface , wherein the center of gravity is below the axis of rotation and the center of gravity is closer to the back side than to the front side of the oral care implement when measured along the height extension of the handle , wherein the material of the head is a non-magnetic and/or non-ferromagnetic material, preferably polypropylene; characterized in that the material of the handle comprises a magnetic and/or ferromagnetic material comprising amorphous thermoplastic resin; iron oxide; and aluminium oxide, boron nitride or aluminium silicate. the handle having a cross-sectional area extending substantially perpendicular to the overall length extension of the oral are implement , the cross-sectional area having a height extension extending between the front side and the back side , the oral care implement having a center of gravity and an axis of rotation when the oral care implement is placed with the back side on a surface , wherein the center of gravity is below the axis of rotation and the center of gravity is closer to the back side than to the front side of the oral care implement when measured along the height extension of the handle , wherein the material of the head is a non-magnetic and/or non-ferromagnetic material, preferably polypropylene; characterized in that the material of the handle comprises a magnetic and/or ferromagnetic material comprising amorphous thermoplastic resin; iron oxide; and aluminium oxide, boron nitride or aluminium silicate.
A composite particle, comprising: a core , a shielding layer deposited on the core, and further comprising an interlayer region formed at an interface of the shielding layer and the core, and a metallic layer not identical to the shielding layer and deposited on the shielding layer, wherein: at least one of the shielding layer , the interlayer region , and the metallic layer is discontinuous; the interlayer region has a reactivity less than that of the core , wherein the core is anodic relative to the interlayer region ; the shielding layer has a reactivity less than that of the interlayer region, wherein the interlayer region is anodic relative to the shielding layer ; and the metallic layer has a reactivity less than that of the core , wherein the core is anodic relative to the metallic layer; and optionally, the composite particle comprises an adhesion metal layer deposited on the metallic layer . a core , a shielding layer deposited on the core, and further comprising an interlayer region formed at an interface of the shielding layer and the core, and a metallic layer not identical to the shielding layer and deposited on the shielding layer, wherein: at least one of the shielding layer , the interlayer region , and the metallic layer is discontinuous; the interlayer region has a reactivity less than that of the core , wherein the core is anodic relative to the interlayer region ; the shielding layer has a reactivity less than that of the interlayer region, wherein the interlayer region is anodic relative to the shielding layer ; and the metallic layer has a reactivity less than that of the core , wherein the core is anodic relative to the metallic layer; and optionally, the composite particle comprises an adhesion metal layer deposited on the metallic layer . at least one of the shielding layer , the interlayer region , and the metallic layer is discontinuous; the interlayer region has a reactivity less than that of the core , wherein the core is anodic relative to the interlayer region ; the shielding layer has a reactivity less than that of the interlayer region, wherein the interlayer region is anodic relative to the shielding layer ; and the metallic layer has a reactivity less than that of the core , wherein the core is anodic relative to the metallic layer; and optionally, the composite particle comprises an adhesion metal layer deposited on the metallic layer .