mhurhangee/ep-ind-claims huggingface dataset:
Ventilation unit, comprising an air intake, a duct, and a filter, arranged after the duct as seen in a direction of an airflow from the intake, characterized in that a plate formed from any airtight material is arranged between the duct and the filter approximately transversal to the direction of the airflow, wherein the plate is attached to a socket at the open end of the duct, allowing the airflow to pass over the surface of the plate so that the airflow is deflected and spread out approximately radially towards and past its edges towards the filter, and that the plate is larger than the cross-section of the duct.
A fluid monitoring apparatus for deployment within a pipe arrangement having a primary pipe configured to permit fluid flow therethrough, the fluid monitoring apparatus comprising: a measurement device configured to measure data indicative of a fluid property; and an energy harvesting system comprising a turbine configured to be rotated by a flow of fluid through the pipe arrangement, and a generator coupled to the turbine and configured to generate electrical energy; wherein the fluid monitoring apparatus is configured to use the electrical energy to power the measurement device wherein the turbine is configured to be deployed within the primary pipe of the pipe arrangement and comprises an axis of rotation (A-A) configured to be arranged parallel to a longitudinal axis of the primary pipe of the pipe arrangement; and wherein the turbine comprises turbine blades which define a turbine diameter, wherein the turbine blades are configured to transition between a collapsed state and an expanded state, and wherein the turbine diameter is smaller in the collapsed state than in the expanded state. a measurement device configured to measure data indicative of a fluid property; and an energy harvesting system comprising a turbine configured to be rotated by a flow of fluid through the pipe arrangement, and a generator coupled to the turbine and configured to generate electrical energy; wherein the fluid monitoring apparatus is configured to use the electrical energy to power the measurement device wherein the turbine is configured to be deployed within the primary pipe of the pipe arrangement and comprises an axis of rotation (A-A) configured to be arranged parallel to a longitudinal axis of the primary pipe of the pipe arrangement; and wherein the turbine comprises turbine blades which define a turbine diameter, wherein the turbine blades are configured to transition between a collapsed state and an expanded state, and wherein the turbine diameter is smaller in the collapsed state than in the expanded state.
A robot (100, 100a) comprising: a three-dimensional shape detecting sensor to detect a three dimensional shape of a travel surface existing in a forward travelling direction of the robot (100, 100a); a posture stabilizer to stabilize a posture of a body of the robot (100, 100a);a feature data generator to generate feature data of the detected three dimensional shape; an inclination angle prediction generator to generate a prediction value of an inclination angle of the body when the robot (100, 100a) is to reach a position on the travel surface in the forward travelling direction at a future time point based on the feature data and a prediction model; an inclination angle sensor to detect the inclination angle of the body; and an overturn prevention controller to control the posture stabilizer to prevent an overturn of the robot (100, 100a) based on the prediction value, characterised in that the robot (100, 100a) further comprises a learning data generator to generate a combination of the feature data of the three dimensional shape of the travel surface generated by the feature data generator and the inclination angle detected by the inclination angle sensor when the robot (100, 100a) is to reach the position on the travel surface in the forward travelling direction at the future time point as the learning data; a prediction model generator to generate the prediction model by applying machine learning using the generated learning data; and a prediction correction unit to correct the prediction value based on the inclination angle detected by the inclination angle sensor. a three-dimensional shape detecting sensor to detect a three dimensional shape of a travel surface existing in a forward travelling direction of the robot (100, 100a); a posture stabilizer to stabilize a posture of a body of the robot (100, 100a);a feature data generator to generate feature data of the detected three dimensional shape; an inclination angle prediction generator to generate a prediction value of an inclination angle of the body when the robot (100, 100a) is to reach a position on the travel surface in the forward travelling direction at a future time point based on the feature data and a prediction model; an inclination angle sensor to detect the inclination angle of the body; and an overturn prevention controller to control the posture stabilizer to prevent an overturn of the robot (100, 100a) based on the prediction value, characterised in that the robot (100, 100a) further comprises a learning data generator to generate a combination of the feature data of the three dimensional shape of the travel surface generated by the feature data generator and the inclination angle detected by the inclination angle sensor when the robot (100, 100a) is to reach the position on the travel surface in the forward travelling direction at the future time point as the learning data; a prediction model generator to generate the prediction model by applying machine learning using the generated learning data; and a prediction correction unit to correct the prediction value based on the inclination angle detected by the inclination angle sensor.
A method in a mobile device (103, 110) for identifying control channel element search spaces for control information, the method comprising the steps of: - determining a mobile device identifier; - determining from the mobile device identifier a set of candidate control channel elements; - using the bandwidth for communication to select the search spaces for the mobile device; and - searching only the set of candidate control elements to determine the control channel in a sub-frame. - determining a mobile device identifier; - determining from the mobile device identifier a set of candidate control channel elements; - using the bandwidth for communication to select the search spaces for the mobile device; and - searching only the set of candidate control elements to determine the control channel in a sub-frame.
A bearing assembly for an other side tool support base and/or other side tool post mounted to a casting breaking apparatus which is a breaking apparatus constructed by a constitution in which one side between side plates for a frame is provided with one side tool apparatus an upper face of which is axially fixed, other side between the side plates is movably provided with other side tool apparatus a lower face of which is axially fixed, the other side tool apparatus is made to be movable by a cylinder provided at the frame by constituting a fulcrum by an axially fixed portion thereof, a casting waste is broken by way of one side and other side tools (42,52) provided at one side and other side tool posts (41,51) arranged at the one side and the other side tool apparatus (4,5) and brought into an opposed relationship, and a piece of the broken casting waste is discharged from a discharge port of the one side and the other side tool apparatus (4,5); wherein the bearing assembly comprises: a side plate (2a,2b), and an axially fixed portion provided at the side plate (2a,2b), characterised in that the fixed portion comprises a bearing provided at the side plate (2a,2b), wherein the bearing comprises an inner peripheral face and a thin-walled metal tube which is provided at the inner peripheral face of the bearing, and in that dust seals are provided at both ends of the inner peripheral face of the bearing. a side plate (2a,2b), and an axially fixed portion provided at the side plate (2a,2b), characterised in that the fixed portion comprises a bearing provided at the side plate (2a,2b), wherein the bearing comprises an inner peripheral face and a thin-walled metal tube which is provided at the inner peripheral face of the bearing, and in that dust seals are provided at both ends of the inner peripheral face of the bearing.
An access point, AP, comprising: a signal generator adapted to generate a transmission signal that comprises a data field containing a Wake Up Radio, WUR, Mode Setup frame; and a transmitter adapted to transmit, to a station, the generated transmission signal, characterized in that a field of a WUR Mode element included in the WUR Mode Setup frame contains information on group Identifiers, IDs, assigned by the AP to the station, the field comprises a subfield containing a group ID bitmap whose size is equal to the number of group IDs in a group ID value range, in which the AP assigns group IDs to STAs, and, when bit Y of the group ID bitmap is set to 1, a group ID assigned by the AP to the station is equal to a smallest group ID in the group ID value range plus Y, wherein Y = 0,1,...L-1 and L is the size of the group ID bitmap. a signal generator adapted to generate a transmission signal that comprises a data field containing a Wake Up Radio, WUR, Mode Setup frame; and a transmitter adapted to transmit, to a station, the generated transmission signal, characterized in that a field of a WUR Mode element included in the WUR Mode Setup frame contains information on group Identifiers, IDs, assigned by the AP to the station, the field comprises a subfield containing a group ID bitmap whose size is equal to the number of group IDs in a group ID value range, in which the AP assigns group IDs to STAs, and, when bit Y of the group ID bitmap is set to 1, a group ID assigned by the AP to the station is equal to a smallest group ID in the group ID value range plus Y, wherein Y = 0,1,...L-1 and L is the size of the group ID bitmap.
A compound selected from: Ac-Arg-c(Cys-D-Ala-His-D-2-Nal-Arg-Trp-Cys)-NH 2 (SEQ ID NO: 49) Ac-Nle-c(Cys-D-Ala-His-D-Phe-Arg-Trp-Pen)-NH 2 (SEQ ID NO: 22) Ac-Arg-c(Cys-D-Ala-His-D-Phe-Arg-Trp-Pen)-NH 2 (SEQ ID NO: 51) Ac-D-Arg-c(Cys-D-Ala-His-D-Phe-Arg-Trp-Pen)-NH 2 (SEQ ID NO: 51) Ac-Nle-c(Cys-D-Ala-His-D-Phe-Arg-Trp-Cys)-NH 2 (SEQ ID NO: 7) Ac-D-Arg-c(Cys-D-Ala-His-D-Phe-Arg-Trp-Cys)-NH 2 (SEQ ID NO: 50) or a pharmaceutically acceptable salt thereof.
A folder for a printing press having a drive mechanism, caracterized in that the drive mechanism comprises: a first input member rotating in a first direction about a first axis; a second input member concentric with the first input member and rotating in a second direction about the first axis, the second direction being opposite to the first direction; a plurality of cams connected to the second input member; an orbiting output member, the orbiting output member rotating about a second axis and orbiting about the first axis, the second axis being connected to a point on the first input member, the second axis rotating about the first axis; and a plurality of cam followers connected to the orbiting output member and contacting the plurality of cams, the plurality of cam followers rotating about the second axis in the second direction. a first input member rotating in a first direction about a first axis; a second input member concentric with the first input member and rotating in a second direction about the first axis, the second direction being opposite to the first direction; a plurality of cams connected to the second input member; an orbiting output member, the orbiting output member rotating about a second axis and orbiting about the first axis, the second axis being connected to a point on the first input member, the second axis rotating about the first axis; and a plurality of cam followers connected to the orbiting output member and contacting the plurality of cams, the plurality of cam followers rotating about the second axis in the second direction.
Electric connection device for a solenoid valve with a temperature sensor for detecting a medium temperature, with an electric contact plug, characterised in that the electric contact plug is a part of a common housing, which in addition comprises an actuator coil for the solenoid valve and a plug contact for electrically contacting the temperature sensor when mounting the housing on the valve.
A circuit protection device which comprises a circuit switching element comprising a bimetal element as a circuit switching component and a movable terminal as well as a PTC element, the circuit protection device being characterized by: the PTC element and the movable terminal being connected electrically in parallel; the circuit switching element being able to cut off current which flows through the circuit switching element by moving, through actuation of the bimetal element at its actuating temperature (Top), the movable terminal positioned to pass the current, and being able to pass current through the circuit switching element by moving, through resetting of the bimetal element at its reset temperature (Tcl), the movable terminal positioned to pass current; the actuating temperature (Top) of the bimetal element being at least 20 °C higher than the reset temperature (Tcl) of the bimetal element; the bimetal element being placed between the PTC element and the movable terminal, characterized in that a trip temperature (Ttr) of the PTC element is at least 10°C higher than the actuating temperature (Top) of the bimetal element. the PTC element and the movable terminal being connected electrically in parallel; the circuit switching element being able to cut off current which flows through the circuit switching element by moving, through actuation of the bimetal element at its actuating temperature (Top), the movable terminal positioned to pass the current, and being able to pass current through the circuit switching element by moving, through resetting of the bimetal element at its reset temperature (Tcl), the movable terminal positioned to pass current; the actuating temperature (Top) of the bimetal element being at least 20 °C higher than the reset temperature (Tcl) of the bimetal element; the bimetal element being placed between the PTC element and the movable terminal, characterized in that a trip temperature (Ttr) of the PTC element is at least 10°C higher than the actuating temperature (Top) of the bimetal element.
A battery module comprising: a cell assembly that comprises a plurality of secondary batteries stacked in at least one direction, respectively comprising electrode leads, and electrically connected to each other via a connection between the electrode leads; and at least one bus bar that comprises an electrically conductive material and is electrically connected by contacting the electrode leads of the plurality of secondary batteries, wherein at least one of the electrode leads is combined and fixed to at least one of another electrode lead and the bus bar, which are contacted by the at least one of the electrode leads, via a welding spot formed in a tornado shape, wherein the welding spot is configured in a shape comprising a plurality of welding lines in a spiral form, wherein the welding spot is configured in a shape in which the plurality of welding lines have a same rotating direction and at least a portion of one of the plurality of welding lines is inserted between another one of the plurality of welding lines. a cell assembly that comprises a plurality of secondary batteries stacked in at least one direction, respectively comprising electrode leads, and electrically connected to each other via a connection between the electrode leads; and at least one bus bar that comprises an electrically conductive material and is electrically connected by contacting the electrode leads of the plurality of secondary batteries, wherein at least one of the electrode leads is combined and fixed to at least one of another electrode lead and the bus bar, which are contacted by the at least one of the electrode leads, via a welding spot formed in a tornado shape, wherein the welding spot is configured in a shape comprising a plurality of welding lines in a spiral form, wherein the welding spot is configured in a shape in which the plurality of welding lines have a same rotating direction and at least a portion of one of the plurality of welding lines is inserted between another one of the plurality of welding lines.
A plant state monitoring method of monitoring an operation state of a plant using a Mahalanobis distance related to state quantities of the plant, comprising: acquiring a first set of data including at least two state quantities of the plant from the plant; creating a third unit space, which serves as standard for determining whether or not the operation state of the plant is normal, based on the first set of data acquired during a period from a first point in time that is a predetermined time before the time when the state of the plant is evaluated to a second point in time that is a predetermined time before the first point in time; acquiring a second set of data including at least two state quantities of the plant when the state of the plant is evaluated; calculating a Mahalanobis distance of the second set of data regarding the various kinds of the state quantities acquired when the state of the plant is evaluated, based on the third unit space; and determining the state of the plant based on the calculated Mahalanobis distance and a predetermined threshold value. acquiring a first set of data including at least two state quantities of the plant from the plant; creating a third unit space, which serves as standard for determining whether or not the operation state of the plant is normal, based on the first set of data acquired during a period from a first point in time that is a predetermined time before the time when the state of the plant is evaluated to a second point in time that is a predetermined time before the first point in time; acquiring a second set of data including at least two state quantities of the plant when the state of the plant is evaluated; calculating a Mahalanobis distance of the second set of data regarding the various kinds of the state quantities acquired when the state of the plant is evaluated, based on the third unit space; and determining the state of the plant based on the calculated Mahalanobis distance and a predetermined threshold value.
A base station apparatus that is configured to perform a wireless communication with a plurality of wireless terminal apparatuses according to IEEE802.11, comprising: a frame generator that is configured to generate one or more first frames, each first frame including information indicating that a TXOP period assigned for communication with one of the plurality of wireless terminal apparatuses has expired and an additionally added Beacon element including information associated with the base station apparatus, and a transmitter that is configured to transmit the generated one or more first frames to the plurality of wireless terminal apparatuses. a frame generator that is configured to generate one or more first frames, each first frame including information indicating that a TXOP period assigned for communication with one of the plurality of wireless terminal apparatuses has expired and an additionally added Beacon element including information associated with the base station apparatus, and a transmitter that is configured to transmit the generated one or more first frames to the plurality of wireless terminal apparatuses.
A computer-implemented method to enable repeat checkin signals by user computing devices via periodically changing beacon device codes, comprising: receiving (240, 520), by a user computing device and from a beacon device at a location of a service provider system, a first beacon device code comprising a hardware identifier of the beacon device; in response to receiving the first beacon device code, transmitting (240, 530), by the user computing device and to one or more computing devices, a first checkin signal comprising the first beacon device code and a user account identifier associated with a user account; at a time after receiving the first beacon device code, receiving (250, 640), by the user computing device and from the beacon device, a second beacon device code and a hardware identifier associated with the beacon device; and in response to receiving the second beacon device code and a hardware identifier associated with the beacon device, transmitting (250, 650), by the user computing device and to the one or more computing devices, a second checkin signal comprising the first beacon device code and the user account identifier. receiving (240, 520), by a user computing device and from a beacon device at a location of a service provider system, a first beacon device code comprising a hardware identifier of the beacon device; in response to receiving the first beacon device code, transmitting (240, 530), by the user computing device and to one or more computing devices, a first checkin signal comprising the first beacon device code and a user account identifier associated with a user account; at a time after receiving the first beacon device code, receiving (250, 640), by the user computing device and from the beacon device, a second beacon device code and a hardware identifier associated with the beacon device; and in response to receiving the second beacon device code and a hardware identifier associated with the beacon device, transmitting (250, 650), by the user computing device and to the one or more computing devices, a second checkin signal comprising the first beacon device code and the user account identifier.
A method for polishing silicon nitride, comprising the steps of: preparing a polishing composition containing colloidal silica in which a sulfonic acid is immobilized, wherein the polishing composition has a pH of 6 or less, and wherein said step of preparing the polishing composition includes: coupling a silane coupling agent having a thiol group to colloidal silica; and oxidizing the thiol group of the silane coupling agent coupled to the colloidal silica; and using the polishing composition to polish a substrate including silicon nitride and polycrystalline silicon, wherein the ratio of the rate of polishing silicon nitride to the rate of polishing polycrystalline silicon is 2 or more. preparing a polishing composition containing colloidal silica in which a sulfonic acid is immobilized, wherein the polishing composition has a pH of 6 or less, and wherein said step of preparing the polishing composition includes: coupling a silane coupling agent having a thiol group to colloidal silica; and oxidizing the thiol group of the silane coupling agent coupled to the colloidal silica; and using the polishing composition to polish a substrate including silicon nitride and polycrystalline silicon, wherein the ratio of the rate of polishing silicon nitride to the rate of polishing polycrystalline silicon is 2 or more. coupling a silane coupling agent having a thiol group to colloidal silica; and oxidizing the thiol group of the silane coupling agent coupled to the colloidal silica; and using the polishing composition to polish a substrate including silicon nitride and polycrystalline silicon, wherein the ratio of the rate of polishing silicon nitride to the rate of polishing polycrystalline silicon is 2 or more.