mhurhangee/patent-ind-claim-en huggingface dataset:
A control system comprising: - a variable volume positive displacement rotary pump , in turn comprising: i) a stator that is movable so as to determine a variation in the volume of the pump ; ii) a first thrust chamber for thrusting the stator and designed to be filled with a fluid processed by the pump so as to determine a movement of the stator and a variation in the volume of the pump ; - a supply line for supplying the fluid processed by the pump to a load; - an element that defines a localized pressure drop, said element being located along said supply line ; - control means for controlling the flow of the fluid supplying said first chamber , said control means being able to assume at least a first and a second configuration; - a first branch , which, in the first configuration of the control means , allows for directing the fluid, collected from said supply line downstream of said element , into the first thrust chamber ; - a second branch , which, in the second configuration of the control means , allows for directing the fluid, collected from said supply line upstream of said element , into the first thrust chamber ; with respect to the first configuration, said second configuration enabling functioning of the load under more demanding conditions. - a variable volume positive displacement rotary pump , in turn comprising: i) a stator that is movable so as to determine a variation in the volume of the pump ; ii) a first thrust chamber for thrusting the stator and designed to be filled with a fluid processed by the pump so as to determine a movement of the stator and a variation in the volume of the pump ; i) a stator that is movable so as to determine a variation in the volume of the pump ; ii) a first thrust chamber for thrusting the stator and designed to be filled with a fluid processed by the pump so as to determine a movement of the stator and a variation in the volume of the pump ; - a supply line for supplying the fluid processed by the pump to a load; - an element that defines a localized pressure drop, said element being located along said supply line ; - control means for controlling the flow of the fluid supplying said first chamber , said control means being able to assume at least a first and a second configuration; - a first branch , which, in the first configuration of the control means , allows for directing the fluid, collected from said supply line downstream of said element , into the first thrust chamber ; - a second branch , which, in the second configuration of the control means , allows for directing the fluid, collected from said supply line upstream of said element , into the first thrust chamber ; with respect to the first configuration, said second configuration enabling functioning of the load under more demanding conditions.
A container manufacturing method for manufacturing a container (C) that contains a content liquid (L) by liquid blow molding a synthetic resin preform (PF), the method comprising: a preform setup step in which the preform (PF) is disposed in a blow molding mold and a filling nozzle connected to a liquid supply path is engaged with a mouth portion (PFa) of the preform (PF); a blow molding step in which the preform (PF) is liquid blow molded into a shape conforming to a cavity of the blow molding mold by supplying a pressurized liquid (L) supplied to the liquid supply path from the filling nozzle into the preform (PF); a liquid discharge step in which a predetermined amount of liquid (L) in the container (C) is discharged to the outside of the container (C) by supplying pressurized air from air holes provided in the blow molding mold to the cavity and pushing by the air an outer surface of the container (C) after molding; and a headspace forming step in which a headspace (HS) is formed in the container (C) by separating the filling nozzle from a mouth portion (Ca) of the container (C) in a state in which a predetermined amount of liquid (L) is discharged to the outside. a preform setup step in which the preform (PF) is disposed in a blow molding mold and a filling nozzle connected to a liquid supply path is engaged with a mouth portion (PFa) of the preform (PF); a blow molding step in which the preform (PF) is liquid blow molded into a shape conforming to a cavity of the blow molding mold by supplying a pressurized liquid (L) supplied to the liquid supply path from the filling nozzle into the preform (PF); a liquid discharge step in which a predetermined amount of liquid (L) in the container (C) is discharged to the outside of the container (C) by supplying pressurized air from air holes provided in the blow molding mold to the cavity and pushing by the air an outer surface of the container (C) after molding; and a headspace forming step in which a headspace (HS) is formed in the container (C) by separating the filling nozzle from a mouth portion (Ca) of the container (C) in a state in which a predetermined amount of liquid (L) is discharged to the outside.
An information providing method of an electronic device , the information providing method comprising: determining a selected first area of content displayed on a display of the electronic device based on a first user input; determining a first extraction method based on types of one or more objects included in the selected first area; extracting first information from the selected first area according to the first extraction method; displaying a first icon indicating a first analysis result based on the first information; receiving a second user input selecting a second area of the content; receiving a third user input dragging the selected second area onto the first icon; determining a second extraction method based on types of one or more objects included in the selected second area; extracting second information from the selected second area according to the second extraction method; analyzing the first information and the second information; and when a fourth input to select the first icon is received, provide information based on the analysis of the first information and the second information, wherein the determining of each of the first extraction method and the second extraction method comprises: determining the types of the one or more objects corresponding to a corresponding selected area among the selected first area and the selected second area; determining an extraction method as a text extraction method when all of the types of the objects are text types, and determining the extraction method as an image analysis method when at least a portion of types of the objects is not the text type. determining a selected first area of content displayed on a display of the electronic device based on a first user input; determining a first extraction method based on types of one or more objects included in the selected first area; extracting first information from the selected first area according to the first extraction method; displaying a first icon indicating a first analysis result based on the first information; receiving a second user input selecting a second area of the content; receiving a third user input dragging the selected second area onto the first icon; determining a second extraction method based on types of one or more objects included in the selected second area; extracting second information from the selected second area according to the second extraction method; analyzing the first information and the second information; and when a fourth input to select the first icon is received, provide information based on the analysis of the first information and the second information, determining the types of the one or more objects corresponding to a corresponding selected area among the selected first area and the selected second area; determining an extraction method as a text extraction method when all of the types of the objects are text types, and determining the extraction method as an image analysis method when at least a portion of types of the objects is not the text type.
An information processing apparatus connected to a print apparatus via a network, the information processing apparatus comprising: receiving means for receiving a plurality of jobs regarding respective components of a same product, which are to be performed subsequently and undergo post-processing steps regarding each component and/or a combination of components, which post processing steps are performed after the plurality of jobs are printed by the print apparatus; determination means for determining a priority level of each of the plurality of jobs in an order in which jobs are sent to the print apparatus, based on information of a post-processing step, which corresponds to each of the plurality of jobs; and sending means for sending the plurality of jobs to the print apparatus in accordance with the priority levels, which are determined by said determination means, wherein said determination means determines the priority level of each job such that a job which requires a larger number of post-processing steps has a higher priority level. receiving means for receiving a plurality of jobs regarding respective components of a same product, which are to be performed subsequently and undergo post-processing steps regarding each component and/or a combination of components, which post processing steps are performed after the plurality of jobs are printed by the print apparatus; determination means for determining a priority level of each of the plurality of jobs in an order in which jobs are sent to the print apparatus, based on information of a post-processing step, which corresponds to each of the plurality of jobs; and sending means for sending the plurality of jobs to the print apparatus in accordance with the priority levels, which are determined by said determination means, wherein said determination means determines the priority level of each job such that a job which requires a larger number of post-processing steps has a higher priority level.
A method of forming a component comprising: placing a core into a mold and pouring a component material around the core ; and allowing the component material to solidify, and then removing the core from within said material , leaving a component having at least a first and a second cavity formed by said core , characterised in that the method further comprises: moving a first filler material into the first cavity , and moving a second filler material into the second cavity ; and inspecting said component for the presence of an apparent residual core within said first cavity and said second cavity , and identifying the location of the apparent residual core from said core based upon an identification of whether the location of the apparent residual core is in the first or second filler material. placing a core into a mold and pouring a component material around the core ; and allowing the component material to solidify, and then removing the core from within said material , leaving a component having at least a first and a second cavity formed by said core , moving a first filler material into the first cavity , and moving a second filler material into the second cavity ; and inspecting said component for the presence of an apparent residual core within said first cavity and said second cavity , and identifying the location of the apparent residual core from said core based upon an identification of whether the location of the apparent residual core is in the first or second filler material.
method for decoding an image on a block-by-block basis from a coded bit stream, said method comprising parsing the coded bit stream to obtain difference information indicating a difference between a quantization parameter for a current block and a quantization parameter for a previous block located immediately before the current block in the processing order, wherein a value of zero is assigned to said difference information when the current block is an Intra Pulse Code Modulation, IPCM, block; determining a quantization parameter for the current block, using the quantization parameter for the previous block and the difference information, irrespective of whether the current block is an IPCM block or a non-Intra Pulse Code Modulation, non-IPCM, block; determining a filter strength of a deblocking filter using an average value of the quantization parameter for the current block and the quantization parameter for the previous block, the filtering strength being determined so as to increase with increasing average value of the quantization parameter in order to absorb a quantization error; and performing deblocking filtering on a boundary between the previous block and the current block using the determined filter strength of the deblocking filter, wherein performing the deblocking filtering comprises determining whether at least either one of the previous block and the current block is an IPCM block and applying the deblocking filtering to pixels of the non-IPCM blocks only.
A rotating electrical machine comprising: a rotor ; a stator disposed facing the rotor with a predetermined gap, and including a stator core and a stator coil ; a high voltage bushing that outputs electricity from the stator coil to the outside; and an electric power line including at least a connection ring extending in a circumferential direction over a circumference of one side of a coil end which is an axial-direction end of the stator coil , and connecting the high voltage bushing and the one side of the coil end to form an electrical path, characterized by a dummy ring including a metal as a main material and disposed in alignment with the connection ring in the circumferential direction and in a same circumference as the connection ring , so that the dummy ring and the connection ring extend substantially over the entire circumference in the circumferential direction on the one side of the stator coil , wherein the connection ring and the dummy ring are supported with a plurality of axial supports that are radially fixed to an axial-direction end of the stator core at a predetermined interval in the circumferential direction, and wherein the dummy ring has same measurements, density, and rigidity as those of the connection ring , and is configured not to pass electric current through the dummy ring . a rotor ; a stator disposed facing the rotor with a predetermined gap, and including a stator core and a stator coil ; a high voltage bushing that outputs electricity from the stator coil to the outside; and an electric power line including at least a connection ring extending in a circumferential direction over a circumference of one side of a coil end which is an axial-direction end of the stator coil , and connecting the high voltage bushing and the one side of the coil end to form an electrical path, a dummy ring including a metal as a main material and disposed in alignment with the connection ring in the circumferential direction and in a same circumference as the connection ring , so that the dummy ring and the connection ring extend substantially over the entire circumference in the circumferential direction on the one side of the stator coil , wherein the connection ring and the dummy ring are supported with a plurality of axial supports that are radially fixed to an axial-direction end of the stator core at a predetermined interval in the circumferential direction, and wherein the dummy ring has same measurements, density, and rigidity as those of the connection ring , and is configured not to pass electric current through the dummy ring .
An alternating current (AC) electric motor control device for selecting and conducting two phases of a three-phase AC electric motor , switching conducting phases based on a comparison between a voltage value of a remaining non-conducting phase and a threshold value for the voltage value, and rotatably driving the three-phase AC electric motor , characterized in that the setting of the threshold value is provided with a threshold value detection mode for detecting the threshold value, a rotor of the three-phase AC electric motor is once fixed by direct current (DC) conduction in the threshold value detection mode, and then an AC current, an average of which is zero, is conducted between two phases (U,V,W) to obtain the threshold value, and in that a function of sampling a voltage waveform of the non-conducting phase a plurality of number of times, detecting a vibration range at a time of a rise in the voltage waveform, and setting voltage detection timing to avoid the detected range is provided as an operation at a time of a start of the threshold value detection mode for detecting an induced voltage of a non-conducting phase including threshold value detection.
An all-solid type battery, comprising: an electrode assembly comprising a negative electrode , a positive electrode and a solid electrolyte layer interposed between the positive electrode and the negative electrode , the negative electrode comprising lithium metal as a negative electrode active material, wherein the solid electrolyte layer , the negative electrode and the positive electrode have equal area or the solid electrolyte layer , the negative electrode and the positive electrode reduce in area in that order on the basis of an area of a stacked surface, the negative electrode is in surface contact with the solid electrolyte layer , and disposed within the surface of the solid electrolyte layer , the positive electrode is in indirect contact with the negative electrode wherein the solid electrolyte layer is interposed between the positive electrode and the negative electrode , and disposed within the surface of the negative electrode , the electrode assembly further comprises a protective layer comprising polymer resin between the negative electrode and the solid electrolyte layer , the protective layer is in a shape of a frame with an edge portion having a predetermined width and an opening surrounded by the edge portion , an area of the opening is smaller than an area of the positive electrode , and the protective layer is placed such that the opening is disposed within the positive electrode surface. wherein the solid electrolyte layer , the negative electrode and the positive electrode have equal area or the solid electrolyte layer , the negative electrode and the positive electrode reduce in area in that order on the basis of an area of a stacked surface, the negative electrode is in surface contact with the solid electrolyte layer , and disposed within the surface of the solid electrolyte layer , the positive electrode is in indirect contact with the negative electrode wherein the solid electrolyte layer is interposed between the positive electrode and the negative electrode , and disposed within the surface of the negative electrode , the electrode assembly further comprises a protective layer comprising polymer resin between the negative electrode and the solid electrolyte layer , the protective layer is in a shape of a frame with an edge portion having a predetermined width and an opening surrounded by the edge portion , an area of the opening is smaller than an area of the positive electrode , and the protective layer is placed such that the opening is disposed within the positive electrode surface.
Transmitter device for a system of distributed interference cancelation based on delayed channel gain information for a plurality of transmitters and respective receivers, wherein the transmitter device is configured to: apply repetition coding to a symbol stream to be transmitted to obtain an encoded symbol stream ; apply a distributed interference compression to said symbol stream and to delayed channel gain information , to obtain a compressed interference signal ; and transmit a signal of said encoded symbol stream and said compressed interference signal ; wherein said distributed interference compression is calculated such that the interference generated by each transmitter is the same, at the receivers, after distributed interference compression by each receiver. apply repetition coding to a symbol stream to be transmitted to obtain an encoded symbol stream ; apply a distributed interference compression to said symbol stream and to delayed channel gain information , to obtain a compressed interference signal ; and transmit a signal of said encoded symbol stream and said compressed interference signal ; wherein said distributed interference compression is calculated such that the interference generated by each transmitter is the same, at the receivers, after distributed interference compression by each receiver.
An aerosol-generating device comprising: a housing defining a chamber for receiving at least a portion of an aerosol-generating article , the housing comprising a metal, an alloy, a plastic, or a composite material containing one or more of a metal, an alloy, and a plastic; an inductor coil disposed around at least a portion of the chamber; an elongate susceptor element projecting into the chamber; and a power supply and a controller connected to the inductor coil and configured to provide an alternating electric current to the inductor coil such that, in use, the inductor coil generates an alternating magnetic field to heat the elongate susceptor element and thereby heat at least a portion of an aerosol-generating article received in the chamber, wherein the elongate susceptor element comprises an elongate support body and at least one heating portion formed from a susceptor layer on an outer surface of the elongate support body, wherein the elongate support body is formed from a thermally insulative material and the susceptor layer comprises one or more susceptor materials. a housing defining a chamber for receiving at least a portion of an aerosol-generating article , the housing comprising a metal, an alloy, a plastic, or a composite material containing one or more of a metal, an alloy, and a plastic; an inductor coil disposed around at least a portion of the chamber; an elongate susceptor element projecting into the chamber; and a power supply and a controller connected to the inductor coil and configured to provide an alternating electric current to the inductor coil such that, in use, the inductor coil generates an alternating magnetic field to heat the elongate susceptor element and thereby heat at least a portion of an aerosol-generating article received in the chamber, wherein the elongate susceptor element comprises an elongate support body and at least one heating portion formed from a susceptor layer on an outer surface of the elongate support body, wherein the elongate support body is formed from a thermally insulative material and the susceptor layer comprises one or more susceptor materials.
Movement device for a movable furniture component, in particular a furniture flap, door or drawer or similar, with an actuator and an output, drivable by the actuator, for the movable furniture component, wherein a coupling interacting with the actuator and the output is provided, which is designed as an overload coupling, which has a first coupling part in driving connection with the actuator, and a second coupling part in output connection with the output, which disengage from one another when a certain moment of force is exceeded, wherein between the two coupling parts coupling means are effective which may be moved between a driving position which couples the two coupling parts together and a release position allowing a relative movement between the two coupling parts , and wherein the coupling means include latching elements which, in the driving position , engage in assigned latching locations on one of the two coupling parts , and in the release position are disengaged from them, characterised in that the latching elements are firmly clamped to one of the two coupling parts while the latching locations are formed on the other coupling part , wherein the two coupling parts are wheel-shaped and arranged coaxial to a rotation axis and concentric to one another, wherein the coupling means are arranged between the two coupling parts , and wherein the latching elements are designed as bending parts which are elastically bendable under the action of the moment of force and disengage from the assigned latching locations when the specific moment of force is exceeded.