mhurhangee/patent-ind-claim-en huggingface dataset:
A tensioning device for automated tensioning of a delivery cable ensuring the displacement of a delivery trolley displaceable along a delivery jib of a crane , said tensioning device comprising a motor cooperating with the delivery cable to ensure the displacement of the delivery trolley and further comprising a tensioner mechanism coupled to the delivery cable to ensure a setting of the tension of the delivery cable , said tensioning device being characterized in that it further comprises an automated control system comprising: - a stop movably mounted on a fixed structure element of the crane between a rest position in the absence of a thrust exerted by the delivery trolley on the stop , and several work position in the presence of a thrust force exerted by the delivery trolley on the stop ; - an elastic biasing member urging said stop towards its rest position and providing a force resisting a thrust force exerted by the delivery trolley on the stop ; and - a proximity sensor configured to detect the stop in its rest position and its work positions; - a piloting unit connected to the motor and to the proximity sensor to pilot said motor , and consequently a setting of the tension of the delivery cable , according to a travel of the stop between its rest position and its work positions. - a stop movably mounted on a fixed structure element of the crane between a rest position in the absence of a thrust exerted by the delivery trolley on the stop , and several work position in the presence of a thrust force exerted by the delivery trolley on the stop ; - an elastic biasing member urging said stop towards its rest position and providing a force resisting a thrust force exerted by the delivery trolley on the stop ; and - a proximity sensor configured to detect the stop in its rest position and its work positions; - a piloting unit connected to the motor and to the proximity sensor to pilot said motor , and consequently a setting of the tension of the delivery cable , according to a travel of the stop between its rest position and its work positions.
An utterance condition determination device comprising: a backchannel frequency calculation unit configured to calculate a backchannel frequency of a second speaker for each of a plurality of frames, a frame being a predetermined unit of time, based on a voice section detected from a first voice signal containing a voice of a first speaker and a backchannel section detected from a second voice signal containing a voice of the second speaker, the second speaker having a conversation with the first speaker, characterized in that the utterance condition determination device further comprises: an average backchannel frequency estimation unit configured to estimate an average backchannel frequency for a conversation held when the second speaker is in a normal condition, based on the voice sections in the first voice signal and the backchannel sections of the second speaker in the second voice signal, that is achieved during a period that ranges from a voice start time of the second speaker to a prescribed number of frames; and a determination unit configured to determine a satisfaction level of the second speaker in a frame based on the average backchannel frequency and the backchannel frequency of the second speaker in the frame. a backchannel frequency calculation unit configured to calculate a backchannel frequency of a second speaker for each of a plurality of frames, a frame being a predetermined unit of time, based on a voice section detected from a first voice signal containing a voice of a first speaker and a backchannel section detected from a second voice signal containing a voice of the second speaker, the second speaker having a conversation with the first speaker, characterized in that the utterance condition determination device further comprises: an average backchannel frequency estimation unit configured to estimate an average backchannel frequency for a conversation held when the second speaker is in a normal condition, based on the voice sections in the first voice signal and the backchannel sections of the second speaker in the second voice signal, that is achieved during a period that ranges from a voice start time of the second speaker to a prescribed number of frames; and a determination unit configured to determine a satisfaction level of the second speaker in a frame based on the average backchannel frequency and the backchannel frequency of the second speaker in the frame. an average backchannel frequency estimation unit configured to estimate an average backchannel frequency for a conversation held when the second speaker is in a normal condition, based on the voice sections in the first voice signal and the backchannel sections of the second speaker in the second voice signal, that is achieved during a period that ranges from a voice start time of the second speaker to a prescribed number of frames; and a determination unit configured to determine a satisfaction level of the second speaker in a frame based on the average backchannel frequency and the backchannel frequency of the second speaker in the frame.
An autonomous travel system comprising: a route creation unit that is configured to create a plurality of linear routes arrayed in a farm field; a forward movement control unit that is configured to autonomously implement at least steerage to cause a working vehicle to travel along the plurality of linear routes while causing the working vehicle to conduct a work; characterized in that the system comprises: a backward movement control unit that is configured to cause the working vehicle to move backward either according to an operation by an operator or autonomously, without causing the working vehicle to conduct the work, after the operator stops the working vehicle , which is traveling toward an edge of the farm field; and a turning control unit that is configured to autonomously implement at least the steerage to cause the working vehicle to turn toward a linear route designated in advance without causing the working vehicle to conduct the work, on condition that a forward movement instruction is given by the operator after the working vehicle , which is being caused to move backward by the backward movement control unit, is stopped autonomously. a route creation unit that is configured to create a plurality of linear routes arrayed in a farm field; a forward movement control unit that is configured to autonomously implement at least steerage to cause a working vehicle to travel along the plurality of linear routes while causing the working vehicle to conduct a work; characterized in that the system comprises: a backward movement control unit that is configured to cause the working vehicle to move backward either according to an operation by an operator or autonomously, without causing the working vehicle to conduct the work, after the operator stops the working vehicle , which is traveling toward an edge of the farm field; and a turning control unit that is configured to autonomously implement at least the steerage to cause the working vehicle to turn toward a linear route designated in advance without causing the working vehicle to conduct the work, on condition that a forward movement instruction is given by the operator after the working vehicle , which is being caused to move backward by the backward movement control unit, is stopped autonomously. a backward movement control unit that is configured to cause the working vehicle to move backward either according to an operation by an operator or autonomously, without causing the working vehicle to conduct the work, after the operator stops the working vehicle , which is traveling toward an edge of the farm field; and a turning control unit that is configured to autonomously implement at least the steerage to cause the working vehicle to turn toward a linear route designated in advance without causing the working vehicle to conduct the work, on condition that a forward movement instruction is given by the operator after the working vehicle , which is being caused to move backward by the backward movement control unit, is stopped autonomously.
A cyclone collector for collecting particles in an intake gas, comprising: a container which internally forms a space and which consists of a revolution body having an axis of rotation, and including an upper-end portion , a lower-end portion , and a side wall extending between the upper-end portion and the lower-end portion ; a liquid-film forming section , provided for the container, and being configured to form a liquid film having a certain height on an interior surface of the side wall , a gas inlet provided in the container and having an opening that opens in the container; and an exhaust pipe provided in the container, wherein the gas inlet extends toward the space at an angle with an orthogonal plane perpendicular to the axis of rotation of the container, characterized in that the entire area of the opening of the gas inlet is located outside an area where the liquid film exists, and the intake gas is ejected from the gas inlet toward the liquid film . a container which internally forms a space and which consists of a revolution body having an axis of rotation, and including an upper-end portion , a lower-end portion , and a side wall extending between the upper-end portion and the lower-end portion ; a liquid-film forming section , provided for the container, and being configured to form a liquid film having a certain height on an interior surface of the side wall , a gas inlet provided in the container and having an opening that opens in the container; and an exhaust pipe provided in the container, wherein the gas inlet extends toward the space at an angle with an orthogonal plane perpendicular to the axis of rotation of the container, characterized in that the entire area of the opening of the gas inlet is located outside an area where the liquid film exists, and the intake gas is ejected from the gas inlet toward the liquid film .
A terminal comprising: a receiving section that is configured to receive, through System Information Block, SIB, configuration information related to a first type discovery resource including a resource that is available to allocate a discovery signal for terminal discovery and a second type discovery resource including a resource to allocate the discovery signal based on information received by Radio Resource Control, RRC, signaling; and a control section that is configured to control resource allocation of the discovery signal, wherein the first type discovery is a type 1 discovery and the second type discovery is a type 2 discovery, and the receiving section is configured to receive discovery signals transmitted from other terminals via a resource group including the first type discovery resource and the second type discovery resource, and characterized in that : the configuration information includes at least a number of subframes of the resource group, a number of subframes of the first type discovery resource, a frame number, SFN: System Frame Number, of start timing of the resource group, a subframe offset value of the resource group and a resource period of the resource group. a receiving section that is configured to receive, through System Information Block, SIB, configuration information related to a first type discovery resource including a resource that is available to allocate a discovery signal for terminal discovery and a second type discovery resource including a resource to allocate the discovery signal based on information received by Radio Resource Control, RRC, signaling; and a control section that is configured to control resource allocation of the discovery signal, wherein the first type discovery is a type 1 discovery and the second type discovery is a type 2 discovery, and the receiving section is configured to receive discovery signals transmitted from other terminals via a resource group including the first type discovery resource and the second type discovery resource, and characterized in that : the configuration information includes at least a number of subframes of the resource group, a number of subframes of the first type discovery resource, a frame number, SFN: System Frame Number, of start timing of the resource group, a subframe offset value of the resource group and a resource period of the resource group.
Device for supporting the laying of coverings with a profiled part which is straight at least in regions and has a stop for measuring, marking, cutting and/or scribing a covering which can be laid or applied and the length of which is a multiple of its width, the device comprising at least one spacer element which is adjustable in length with respect to its distance from the profiled part and can be reversibly locked in a definable position with respect to its length by means of at least one first locking means , wherein the spacer element and the profile part rest at least in sections on a common plane (B) and the spacer element comprises a support part which is fixed or reversibly fastened to the profile part , wherein the spacer element can be adjusted with respect to its angle (a) relative to the profile part , wherein the set angle (a) of the spacer element can be locked by means of at least one second locking means , characterised in that the device comprises at least one carriage (8; 15) which is displaceably mounted on the profile part and on which a tool designed for marking, cutting and/or scribing a layable covering is arranged, wherein a parallel stop is provided on the profile part , which parallel stop is adjustable with respect to its position and/or orientation relative to the profile part , so that the joint dimension specified by the manufacturer can be set on the parallel stop .
A microwave measuring device of an arrangement for the inspection of rod-shaped articles or of a rod of material of the tobacco processing industry, in particular for inspecting fluid-filled capsules in filters of filter cigarettes conveyed in the direction of the longitudinal or transverse axis, or in a filter rod conveyed in the direction of the longitudinal axis, comprising at least one microwave resonator , characterized in that the microwave resonator is configured as a reflection resonator having a resonator cavity which has a microwave coupling on one side and a reflection surface on one side arranged opposite the microwave coupling, wherein the resonator cavity has a passageway for the articles or the rod of material which divides the resonator cavity into multiple resonator cavity portions (25, 25', 25"; 125, 125', 125"; 225, 225', 225"; 325, 325', 325"), wherein the microwave resonator comprises a coupling element between the microwave coupling and the resonator cavity , wherein the coupling element is configured as a diaphragm which has at least one, in particular oval or round, opening, wherein the reflection surface is located opposite the diaphragm .
A display device (DP), comprising: a display configured to emit light for displaying an image; a microlens array (MLA) on the display and configured to collimate the image incident from the display so as to be delivered to eyes of a user, the microlens array (MLA) including a refractive index conversion layer (RCL) in which a refractive index varies from region to region; and an optical path adjustment layer (FML) configured to collect the light, emitted from the display and transmitted by the microlens array (MLA), and to space the display and the microlens array a preset distance apart from each other, wherein the refractive index conversion layer (RCL) includes a polymer and liquid crystal molecules that interact with the polymer. a display configured to emit light for displaying an image; a microlens array (MLA) on the display and configured to collimate the image incident from the display so as to be delivered to eyes of a user, the microlens array (MLA) including a refractive index conversion layer (RCL) in which a refractive index varies from region to region; and an optical path adjustment layer (FML) configured to collect the light, emitted from the display and transmitted by the microlens array (MLA), and to space the display and the microlens array a preset distance apart from each other, wherein the refractive index conversion layer (RCL) includes a polymer and liquid crystal molecules that interact with the polymer.
A method of operating a wireless terminal in communication with a radio access network over a radio interface comprising: while the wireless terminal is in a Radio Resource Control, RRC, connected state or an RRC idle state and while the wireless terminal is in a discontinuous reception, DRX, mode comprising idle periods, receiving a message from the radio access network requesting that measurements be performed by the wireless terminal on downlink signals transmitted from one or more cells of the radio access network; in response to receiving the message, shortening or eliminating at least one idle period of the DRX mode; and performing the measurements. while the wireless terminal is in a Radio Resource Control, RRC, connected state or an RRC idle state and while the wireless terminal is in a discontinuous reception, DRX, mode comprising idle periods, receiving a message from the radio access network requesting that measurements be performed by the wireless terminal on downlink signals transmitted from one or more cells of the radio access network; in response to receiving the message, shortening or eliminating at least one idle period of the DRX mode; and performing the measurements.
A load cell for metallic silos, comprising: - a bottom base plate for supporting it on a ground surface (P); - a top plate for receiving and supporting a portion of a metallic silo to be weighed; - a flexible element comprising at least one extensometer ; - a spacer interposed between said bottom plate and said flexible element , wherein said load cell comprises a monobloc structure , comprising said bottom plate, said top plate and said flexible element , and wherein said monobloc structure comprises ground fastening means comprising four holes , arranged in proximity of the four corners of said monobloc structure , and four corresponding screws , adapted to co-act stably with four corresponding threaded bushings provided in holes produced in said ground surface (P), characterized in that said monobloc structure is substantially parallelepiped in shape, having two longer sides and two shorter sides , and two of said four holes extend to intercept a same side of said monobloc structure , so that the load cell is easily removable from below the silos by removing only two of these screws, also for replacement or maintenance. - a bottom base plate for supporting it on a ground surface (P); - a top plate for receiving and supporting a portion of a metallic silo to be weighed; - a flexible element comprising at least one extensometer ; - a spacer interposed between said bottom plate and said flexible element , wherein said load cell comprises a monobloc structure , comprising said bottom plate, said top plate and said flexible element , and wherein said monobloc structure comprises ground fastening means comprising four holes , arranged in proximity of the four corners of said monobloc structure , and four corresponding screws , adapted to co-act stably with four corresponding threaded bushings provided in holes produced in said ground surface (P), characterized in that said monobloc structure is substantially parallelepiped in shape, having two longer sides and two shorter sides , and two of said four holes extend to intercept a same side of said monobloc structure , so that the load cell is easily removable from below the silos by removing only two of these screws, also for replacement or maintenance. wherein said load cell comprises a monobloc structure , comprising said bottom plate, said top plate and said flexible element , and wherein said monobloc structure comprises ground fastening means comprising four holes , arranged in proximity of the four corners of said monobloc structure , and four corresponding screws , adapted to co-act stably with four corresponding threaded bushings provided in holes produced in said ground surface (P), characterized in that said monobloc structure is substantially parallelepiped in shape, having two longer sides and two shorter sides , and two of said four holes extend to intercept a same side of said monobloc structure , so that the load cell is easily removable from below the silos by removing only two of these screws, also for replacement or maintenance.
A construction comprising a junction between a partition wall and an enclosing structure selected from a wall, a ceiling, and a floor; said enclosing structure containing an outer layer formed of panels ; wherein said partition wall is positioned against said outer layer , thereby forming an interface between said partition wall and said outer layer ; characterized in that said outer layer comprises a single layer of panels comprising first panels and one or more second panels , said first panels and one or more second panels being arranged parallel to said enclosing structure , wherein: - said one or more second panels are positioned between said first panels ; - said one or more second panels have a damping loss factor which is higher than the damping loss factor of said first panels ; and - said one or more second panels span said interface. - said one or more second panels are positioned between said first panels ; - said one or more second panels have a damping loss factor which is higher than the damping loss factor of said first panels ; and - said one or more second panels span said interface.
A miniature kinetic energy harvester for generating electrical energy, comprising: - a support , - a first element having walls (32-35) surrounding at least one cavity , - at least one spring mounted between the first element and the support , the spring being arranged so that the first element may be brought into oscillation relative to the support according to at least one direction (X) of oscillation, characterized in that - a transducer arranged between the first element and the support for converting oscillation of the first element relative to the support into an electrical signal, - at least one second element housed within the cavity and mounted to freely move within the cavity relative to the first element so as to impact the walls (32-35) of the cavity when the harvester is subjected to vibrations. - a support , - a first element having walls (32-35) surrounding at least one cavity , - at least one spring mounted between the first element and the support , the spring being arranged so that the first element may be brought into oscillation relative to the support according to at least one direction (X) of oscillation, characterized in that - a transducer arranged between the first element and the support for converting oscillation of the first element relative to the support into an electrical signal, - at least one second element housed within the cavity and mounted to freely move within the cavity relative to the first element so as to impact the walls (32-35) of the cavity when the harvester is subjected to vibrations.