mhurhangee/patent-ind-claim-en huggingface dataset:
An electric actuator , comprising: a motor part (A) configured to drive upon receiving supply of power; a motion conversion mechanism part (B) configured to convert a rotary motion of the motor part (A) into a linear motion to output the linear motion; a housing configured to house the motor part (A) and the motion conversion mechanism part (B); and a terminal part (D), wherein the motion conversion mechanism part (B) comprises: a screw shaft arranged coaxially with a rotation center of a rotor of the motor part (A); and a nut member rotatably fitted to an outer periphery of the screw shaft , wherein the screw shaft performs a linear motion in an axial direction along with a rotation of the nut member upon receiving a rotary motion of the rotor , and wherein the housing comprises a plurality of members coupled to one another in the axial direction, wherein a terminal main body forms the terminal part (D), comprises a tubular portion sandwiched by the members forming the housing from both sides in the axial direction; and is configured to hold a power supply circuit configured to supply the power to the motor part (A), characterized in that the said terminal main body is also configured to hold a rotation angle detection sensor configured to detect a rotation angle of the rotor ; and a stroke detection sensor configured to detect a movement amount of the screw shaft directly in the axial direction. a motor part (A) configured to drive upon receiving supply of power; a motion conversion mechanism part (B) configured to convert a rotary motion of the motor part (A) into a linear motion to output the linear motion; a housing configured to house the motor part (A) and the motion conversion mechanism part (B); and a terminal part (D), wherein the motion conversion mechanism part (B) comprises: a screw shaft arranged coaxially with a rotation center of a rotor of the motor part (A); and a nut member rotatably fitted to an outer periphery of the screw shaft , a screw shaft arranged coaxially with a rotation center of a rotor of the motor part (A); and a nut member rotatably fitted to an outer periphery of the screw shaft , wherein the screw shaft performs a linear motion in an axial direction along with a rotation of the nut member upon receiving a rotary motion of the rotor , and wherein the housing comprises a plurality of members coupled to one another in the axial direction, wherein a terminal main body forms the terminal part (D), comprises a tubular portion sandwiched by the members forming the housing from both sides in the axial direction; and is configured to hold a power supply circuit configured to supply the power to the motor part (A), characterized in that the said terminal main body is also configured to hold a rotation angle detection sensor configured to detect a rotation angle of the rotor ; and a stroke detection sensor configured to detect a movement amount of the screw shaft directly in the axial direction.
A method of reporting Channel State Information, CSI, by a User Equipment, UE, in a wireless communication system supporting an unlicensed band, the method comprising: receiving, from a Base Station, BS, a Downlink Control Information, DCI, for scheduling uplink transmission in the unlicensed band; determining a transmission of a Physical Uplink Shared Channel, PUSCH, including only aperiodic CSI based on the DCI satisfying all specific conditions, wherein the specific conditions include that 1) a value of a Modulation and Coding Scheme, MCS, field in the DCI is 29, 2) a CSI request bit configured to trigger an aperiodic CSI report is included in the DCI, and 3) the number of subframes scheduled by the DCI is 1; and transmitting, to the BS , the PUSCH including only the aperiodic CSI. receiving, from a Base Station, BS, a Downlink Control Information, DCI, for scheduling uplink transmission in the unlicensed band; determining a transmission of a Physical Uplink Shared Channel, PUSCH, including only aperiodic CSI based on the DCI satisfying all specific conditions, wherein the specific conditions include that 1) a value of a Modulation and Coding Scheme, MCS, field in the DCI is 29, 2) a CSI request bit configured to trigger an aperiodic CSI report is included in the DCI, and 3) the number of subframes scheduled by the DCI is 1; and transmitting, to the BS , the PUSCH including only the aperiodic CSI.
A method performed by a user equipment for handling a mobility management state transition after fallback to a radio-resource-control establishment, the method comprising: transmitting a radio-resource-control request to a network to initiate a radio-resource-control connection procedure; receiving, in response to the transmitting the radio-resource-control request, a radio-resource-control setup message from the network; communicating , from a radio-resource-control protocol layer at the user equipment to a fifth-generation mobility-management protocol layer at the user equipment , an indication of the fallback based on the receiving; transitioning the fifth-generation mobility-management protocol layer to a fifth-generation mobility-management idle state ; communicating , from the radio-resource-control protocol layer to the fifth-generation mobility-management protocol layer, a radio-resource-control connection-established indication; and transitioning the fifth-generation mobility-management protocol layer to a fifth-generation mobility-management connected state to enable data transmission and reception with the network. transmitting a radio-resource-control request to a network to initiate a radio-resource-control connection procedure; receiving, in response to the transmitting the radio-resource-control request, a radio-resource-control setup message from the network; communicating , from a radio-resource-control protocol layer at the user equipment to a fifth-generation mobility-management protocol layer at the user equipment , an indication of the fallback based on the receiving; transitioning the fifth-generation mobility-management protocol layer to a fifth-generation mobility-management idle state ; communicating , from the radio-resource-control protocol layer to the fifth-generation mobility-management protocol layer, a radio-resource-control connection-established indication; and transitioning the fifth-generation mobility-management protocol layer to a fifth-generation mobility-management connected state to enable data transmission and reception with the network.
A foldable bicycle frame, comprising a center tube , a main beam tube , and a rear triangle sleeved on a rear wheel ; a central portion of the main beam tube is an arched portion; both ends of the main beam tube are bent downward; one end of the main beam tube is fixedly connected to the center tube ; the other end of the main beam tube is fixedly connected to a head tube ; the center tube comprises a connection part ; one end of the connection part is hinge-connected to the rear triangle ; wherein the rear triangle comprises a horizontal plate and two symmetrical triangular frames; the horizontal plate and the two triangular frames are fixedly connected as a whole; and the horizontal plate is hinge-connected to the connection part ; characterized by two lower tubes being symmetrical with respect to the main beam tube ; one end of each of the two lower tubes being fixedly connected to the other end of the connection part respectively; the other end of each of the two lower tubes and the main beam tube being fixedly connected at two thirds of the length of the main beam tube in the direction of the head tube ; and the rear wheel being sleeved between the two lower tubes when the rear triangle is folded.
A device for dispensing powdered food product, comprising a tank , a passage for pouring the food product connected to the tank , and a means for transporting the food product, said transport means being located inside the tank , characterised in that the transport means includes a worm screw , the device further comprising a means for recycling a mixture of air and powdered food product suspended in the pouring passage , the tank being delimited by a closed enclosure, the recycling means comprising a tube connecting the pouring passage to the closed enclosure, and a shell integral with the tank delimiting the pouring passage .
Polyethylene homo- or copolymer characterized in that the abrasion index of said polyethylene is related to the elongational stress according to the formula: AI < ES − β α in which ES = elongational stress as measured according to ISO 11542-2:1998 Al = abrasion index, as measured according to ISO 15527:2010 where the reference material according to ISO 15527:2010 is set to 100; β < 1.7; and a=-0.0165 ES = elongational stress as measured according to ISO 11542-2:1998 Al = abrasion index, as measured according to ISO 15527:2010 where the reference material according to ISO 15527:2010 is set to 100; β < 1.7; and a=-0.0165
A method of providing network quality parameters for a plurality of different wireless networks from a client device , the method comprising: communicating with each of the plurality of different wireless networks over a network interface of the client device ; measuring, by a client application residing on the client device , the network quality parameters for each of the plurality of different wireless networks ; providing, by the client application , the network quality parameters for each of the plurality of different wireless networks to a reporting module of the client device ; collecting, by the reporting module , network information associated with the network quality parameters for each of the plurality of different wireless networks ; and sending, by the reporting module , the network information and the network quality parameters for each of the plurality of different wireless networks to a server ; communicating with the server to access data in a database ; selecting one out of a plurality of available wireless networks from the plurality of different wireless networks based on a route of travel of the client device and a map of wireless network quality based on the data; and attaching to the selected wireless network. communicating with each of the plurality of different wireless networks over a network interface of the client device ; measuring, by a client application residing on the client device , the network quality parameters for each of the plurality of different wireless networks ; providing, by the client application , the network quality parameters for each of the plurality of different wireless networks to a reporting module of the client device ; collecting, by the reporting module , network information associated with the network quality parameters for each of the plurality of different wireless networks ; and sending, by the reporting module , the network information and the network quality parameters for each of the plurality of different wireless networks to a server ; communicating with the server to access data in a database ; selecting one out of a plurality of available wireless networks from the plurality of different wireless networks based on a route of travel of the client device and a map of wireless network quality based on the data; and attaching to the selected wireless network.
An SAW sensor arrangement for measuring the torque of an item such as a rotating shaft, the arrangement including a transducer , the transducer being located in use on a measurement surface of the item, the transducer including a SAW device and a support for supporting the SAW device , the support including a sensor location part located between two oppositely extending attachment parts , the SAW device being mounted to the sensor location part, the sensor arrangement including a clamp arrangement which applies a clamping force to clamp the sensor arrangement to the item, characterised in that the sensor arrangement includes at least two spaced friction raisers , the sensor arrangement being arranged so that in use each of the friction raisers is located between a different one of the attachment parts and the item, each attachment part including a correspondence surface , which substantially corresponds in shape to the measurement surface, each friction raiser comprising one or more particles, each of the particles being at least partially received in interlock recesses defined in the measurement surface of the item and the respective correspondence surfaces, the particles having a hardness which is greater than the hardness of both the measurement surface and the correspondence surfaces, each interlock recess being formed during assembly of the sensor arrangement to the item by the application of the clamping force, which forces at least part of the particles into the measurement surface and the correspondence surfaces to form the interlock recesses.
An evaluation device for evaluating security of an electronic control system in which a plurality of electronic control units (102-106) are connected to a bus used for communication, comprising: a holding unit that holds attack procedure information indicative of contents and a transmission order of a plurality of frames; a transmitting unit that transmits the plurality of frames to the bus in the transmission order indicated by the attack procedure information; a monitoring unit that monitors an actuator unit controlled by any of the plurality of electronic control units (102-106); and an evaluating unit that makes the evaluation on basis of a monitoring result obtained by the monitoring unit when the transmitting unit transmits the plurality of frames to the bus , characterized in that the monitoring unit detects, as the monitoring of the actuator unit , transmission of a control instruction frame to the bus , the control instruction frame instructing one of the plurality of electronic control units (102-106) to control the actuator unit ; and the evaluating unit makes the evaluation so that an evaluation result differs depending on whether or not transmission of the control instruction frame over the bus has been detected by the monitoring unit within a certain period after transmission of one or more of the plurality of frames from the transmitting unit to the bus . a holding unit that holds attack procedure information indicative of contents and a transmission order of a plurality of frames; a transmitting unit that transmits the plurality of frames to the bus in the transmission order indicated by the attack procedure information; a monitoring unit that monitors an actuator unit controlled by any of the plurality of electronic control units (102-106); and an evaluating unit that makes the evaluation on basis of a monitoring result obtained by the monitoring unit when the transmitting unit transmits the plurality of frames to the bus , characterized in that the monitoring unit detects, as the monitoring of the actuator unit , transmission of a control instruction frame to the bus , the control instruction frame instructing one of the plurality of electronic control units (102-106) to control the actuator unit ; and the evaluating unit makes the evaluation so that an evaluation result differs depending on whether or not transmission of the control instruction frame over the bus has been detected by the monitoring unit within a certain period after transmission of one or more of the plurality of frames from the transmitting unit to the bus .
A process of bauxite treatment comprising: receiving bauxite ; measuring the proportion of one or more target substance(s) within the chemical composition of the received bauxite, the target substance(s) being a substance(s) selected from: arsenic (As), mercury (Hg), molybdenum (Mo), chromium (Cr), lead (Pb), cadmium (Cd), selenium (Se), chloride (Cl - ); processing the received bauxite according to a Bayer process of bauxite treatment and therefrom producing a bauxite residue ; treating the bauxite residue by: mixing a quantity of the bauxite residue with a quantity of a glass material to form a mixture; compressing the mixture to form a green body; sintering the green body; and, cooling the sintered green body thereby to produce the solid product; wherein the quantity of a glass material, and/or the sintering temperature, and/or the sintering period of time are determined according to the measured proportion of the one or more target substances within the chemical composition of the received bauxite. receiving bauxite ; measuring the proportion of one or more target substance(s) within the chemical composition of the received bauxite, the target substance(s) being a substance(s) selected from: arsenic (As), mercury (Hg), molybdenum (Mo), chromium (Cr), lead (Pb), cadmium (Cd), selenium (Se), chloride (Cl - ); processing the received bauxite according to a Bayer process of bauxite treatment and therefrom producing a bauxite residue ; treating the bauxite residue by: mixing a quantity of the bauxite residue with a quantity of a glass material to form a mixture; compressing the mixture to form a green body; sintering the green body; and, cooling the sintered green body thereby to produce the solid product; mixing a quantity of the bauxite residue with a quantity of a glass material to form a mixture; compressing the mixture to form a green body; sintering the green body; and, cooling the sintered green body thereby to produce the solid product; wherein the quantity of a glass material, and/or the sintering temperature, and/or the sintering period of time are determined according to the measured proportion of the one or more target substances within the chemical composition of the received bauxite.
Apparatus for increasing the safety of a roller coaster or carousel, having at least one safety device , wherein the safety device comprises at least one means for the long-term measurement of at least one stress , in the form of a tensile, compressive or shear stress, in a component during operation of the roller coaster and/or of the carousel, and a second means for detecting a change in the at least one stress measured during the long-term measurement and for triggering at least one safety reaction on the roller coaster or carousel, wherein the long-term measurement is a measurement which is carried out over at least one travelling time of a ride distance of the roller coaster or of the carousel and a stress profile is compiled, wherein the second means comprise a safety controller which is in permanent communication with a system controller of the roller coaster or of the carousel and wherein the safety reaction includes a warning and wherein, if one or more warnings are disregarded, a controlled shutdown of the roller coaster or of the carousel, or an emergency stop, is triggered, wherein the first means comprises one or more data acquisition systems for long-term measurement and the second means detects the changes based on the stress profile of the component . wherein the safety device comprises at least one means for the long-term measurement of at least one stress , in the form of a tensile, compressive or shear stress, in a component during operation of the roller coaster and/or of the carousel, and a second means for detecting a change in the at least one stress measured during the long-term measurement and for triggering at least one safety reaction on the roller coaster or carousel, wherein the long-term measurement is a measurement which is carried out over at least one travelling time of a ride distance of the roller coaster or of the carousel and a stress profile is compiled, wherein the second means comprise a safety controller which is in permanent communication with a system controller of the roller coaster or of the carousel and wherein the safety reaction includes a warning and wherein, if one or more warnings are disregarded, a controlled shutdown of the roller coaster or of the carousel, or an emergency stop, is triggered, wherein the first means comprises one or more data acquisition systems for long-term measurement and the second means detects the changes based on the stress profile of the component .
Method for the underground placement of a pipe system for obtaining heat from the ground , in which a second wall is installed on the inner side of a first wall of a sewer , in which a pipe system is installed in said second wall , the sewer having a height (H), characterised in that the pipe system is installed over at least 75% of said height (H), said second wall being made of concrete.
A controlling system for an electric scooter, comprising: a case having a mounting room therein; and a circuit board received in the mounting room of the case , and having a recess portion ; wherein a driving shaft of an electric motor has at least a section in the mounting room of the case and is received in the recess portion of the circuit board , and the circuit board is electrically connected to the electric motor ; wherein the case has a separating layer to divide a space in the case into the mounting room and a heat dissipating room ; wherein the circuit board is attached to the separating layer to transfer the heat of the circuit board to the heat dissipating room via the separating layer ; the controlling system being characterised in that the recess portion of the circuit board is located at an edge thereof, the controlling system being further characterised in that : the heat dissipating room is filled with a lubricant; and the separating layer is provided with a plurality of ribs on a side inside the heat dissipating room . a case having a mounting room therein; and a circuit board received in the mounting room of the case , and having a recess portion ; wherein a driving shaft of an electric motor has at least a section in the mounting room of the case and is received in the recess portion of the circuit board , and the circuit board is electrically connected to the electric motor ; wherein the case has a separating layer to divide a space in the case into the mounting room and a heat dissipating room ; wherein the circuit board is attached to the separating layer to transfer the heat of the circuit board to the heat dissipating room via the separating layer ; the controlling system being characterised in that the recess portion of the circuit board is located at an edge thereof, the controlling system being further characterised in that : the heat dissipating room is filled with a lubricant; and the separating layer is provided with a plurality of ribs on a side inside the heat dissipating room . the heat dissipating room is filled with a lubricant; and the separating layer is provided with a plurality of ribs on a side inside the heat dissipating room .
Milling body comprising a prosthesis base blank for producing a prosthesis base for a dental prosthesis with a subtractive CAM method, wherein the prosthesis base blank is preformed and consists of a plastic material, characterised in that the prosthesis base blank is embedded in a wax bed so that the wax bed mechanically holds the prosthesis base blank and the milling body comprises a circumferential mould made of plastic material which delimits the milling body along a circumference, the wax bed being arranged between the prosthesis base blank and the circumferential mould .