mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing apparatus comprising: a semantic analysis unit configured to perform semantic analysis on speech text recognized by a speech recognition unit until a time point in the middle of a speech; a score calculation unit (lOd) configured to calculate a score for a response candidate, acquired by a responding action acquisition unit , on the basis of a result of the analysis performed by the semantic analysis unit , wherein the score calculation unit updates the score according to the semantic analysis sequentially performed on the speech by the semantic analysis unit ; and a notification control unit configured to perform control to notify of the response candidate, until a time point in the middle of the speech, according to the score calculated by the score calculation unit , wherein the notification control unit performs control to update display of the response candidate in association with the updating of the score and to notify of a plurality (21a, 21b, 21c, 21c-2, 22) of the response candidates in display forms corresponding to the scores. a semantic analysis unit configured to perform semantic analysis on speech text recognized by a speech recognition unit until a time point in the middle of a speech; a score calculation unit (lOd) configured to calculate a score for a response candidate, acquired by a responding action acquisition unit , on the basis of a result of the analysis performed by the semantic analysis unit , wherein the score calculation unit updates the score according to the semantic analysis sequentially performed on the speech by the semantic analysis unit ; and a notification control unit configured to perform control to notify of the response candidate, until a time point in the middle of the speech, according to the score calculated by the score calculation unit , wherein the notification control unit performs control to update display of the response candidate in association with the updating of the score and to notify of a plurality (21a, 21b, 21c, 21c-2, 22) of the response candidates in display forms corresponding to the scores.
A two-stage high-pressure pump with high sealing performance, comprising: a motor , a noise attenuating filter and a high-pressure filter , wherein a reduction gearbox is disposed in front of the motor ; an output shaft is disposed in the reduction gearbox ; one end of the output shaft is connected to a crank shaft ; one end of the crank shaft is connected to a connecting rod ; the connecting rod has one end connected to the crank shaft and the other end connected to a primary piston ; a primary cylinder is disposed at one end of the primary piston , and the other end of the primary piston is connected to a secondary piston rod ; a primary cylinder cover is disposed at one end of the primary cylinder ; a cylinder block is fixed on the periphery of the primary cylinder , and the primary cylinder cover is connected to the noise attenuating filter ; the other end of the secondary piston rod is connected to a high-pressure piston ; a secondary cylinder is disposed at one end of the high-pressure piston ; the secondary piston rod and the primary piston are connected in a sealed manner connecting a gas storage chamber inside the primary piston to said primary and secondary cylinders ; one end of the secondary cylinder is connected to a high-pressure cylinder cover ; one end of the high-pressure cylinder cover is connected to a high-pressure limiting explosion-proof device , and the other side of the high-pressure cylinder cover is connected to the high-pressure filter through a high-pressure gas pipe .
A gas turbine engine , comprising: a first bearing compartment ; a seal assembly within the first bearing compartment , comprising: a rotatable seal seat ; a gutter radially outward of the seal seat and fixed against rotation, the gutter including a channel on its radially inner face; a second bearing compartment ; a scavenge pump in communication with a first supply line configured to supply the first bearing compartment and a second supply line configured to supply the second bearing compartment , wherein the gutter is in communication with the scavenge pump through a gutter scavenge line ; and a valve between the scavenge pump and the second supply line configured to close in response to a dry port event, such that closing the valve stops oil supply to the second supply line , while allowing oil supply to the first supply line . a first bearing compartment ; a seal assembly within the first bearing compartment , comprising: a rotatable seal seat ; a gutter radially outward of the seal seat and fixed against rotation, the gutter including a channel on its radially inner face; a rotatable seal seat ; a gutter radially outward of the seal seat and fixed against rotation, the gutter including a channel on its radially inner face; a second bearing compartment ; a scavenge pump in communication with a first supply line configured to supply the first bearing compartment and a second supply line configured to supply the second bearing compartment , wherein the gutter is in communication with the scavenge pump through a gutter scavenge line ; and a valve between the scavenge pump and the second supply line configured to close in response to a dry port event, such that closing the valve stops oil supply to the second supply line , while allowing oil supply to the first supply line .
A method of controlling an aircraft during takeoff comprising: sensing a rotation command; sensing rotational response of the aircraft to the rotation command; sensing position of an elevator ; and when the sensed rotational response is inadequate and the sensed elevator position is at or near maximum, using at least one processor to automatically move a pitch trimming control surface from an initial takeoff position to assist the aircraft in pitching up for rotation; and characterized in that the processor automatically moves the pitch trimming control surface during the takeoff rotation when all the following conditions are satisfied: a. the aircraft is on the ground; b. the elevator or longitudinal inceptor control is close to its maximum allowable position without adequate pitch rate response from the aircraft for a predetermined time; c. thrust lever angles are at takeoff/go-around, TOGA, position; and d. calibrated airspeed is above a certain airspeed; and/or wherein the processor ceases moving the trimming control surface when any of the following conditions are satisfied: e. the elevator returns to a value closer to neutral; f. thrust lever angles are reduced to idle position indicating the pilot has aborted the takeoff; g. the movement duration becomes larger than a predefined maximum. sensing a rotation command; sensing rotational response of the aircraft to the rotation command; sensing position of an elevator ; and when the sensed rotational response is inadequate and the sensed elevator position is at or near maximum, using at least one processor to automatically move a pitch trimming control surface from an initial takeoff position to assist the aircraft in pitching up for rotation; and characterized in that the processor automatically moves the pitch trimming control surface during the takeoff rotation when all the following conditions are satisfied: a. the aircraft is on the ground; b. the elevator or longitudinal inceptor control is close to its maximum allowable position without adequate pitch rate response from the aircraft for a predetermined time; c. thrust lever angles are at takeoff/go-around, TOGA, position; and d. calibrated airspeed is above a certain airspeed; and/or a. the aircraft is on the ground; b. the elevator or longitudinal inceptor control is close to its maximum allowable position without adequate pitch rate response from the aircraft for a predetermined time; c. thrust lever angles are at takeoff/go-around, TOGA, position; and d. calibrated airspeed is above a certain airspeed; and/or wherein the processor ceases moving the trimming control surface when any of the following conditions are satisfied: e. the elevator returns to a value closer to neutral; f. thrust lever angles are reduced to idle position indicating the pilot has aborted the takeoff; g. the movement duration becomes larger than a predefined maximum. e. the elevator returns to a value closer to neutral; f. thrust lever angles are reduced to idle position indicating the pilot has aborted the takeoff; g. the movement duration becomes larger than a predefined maximum.
A method for producing hypromellose acetate succinate, the method comprising: an esterification step of adding acetic anhydride and succinic anhydride to a solution of hypromellose in glacial acetic acid in the presence of sodium acetate to obtain a reaction product mixture, wherein an amount of the acetic anhydride is from 0.4 to 1.3 moles relative to 1 mole of the hypromellose from the standpoint of degree of substitution and yield of the obtained hypromellose acetate succinate and the succinic anhydride is added intermittently; and a precipitation step of mixing the reaction product mixture with water to precipitate the hypromellose acetate succinate wherein during a period when the succinic anhydride is added, an average addition rate of the succinic anhydride is 0.0020 to 0.2000 mol/min. an esterification step of adding acetic anhydride and succinic anhydride to a solution of hypromellose in glacial acetic acid in the presence of sodium acetate to obtain a reaction product mixture, wherein an amount of the acetic anhydride is from 0.4 to 1.3 moles relative to 1 mole of the hypromellose from the standpoint of degree of substitution and yield of the obtained hypromellose acetate succinate and the succinic anhydride is added intermittently; and a precipitation step of mixing the reaction product mixture with water to precipitate the hypromellose acetate succinate wherein during a period when the succinic anhydride is added, an average addition rate of the succinic anhydride is 0.0020 to 0.2000 mol/min.
Gripping means intended to be sealed for its subsequent use in a hardenable material forming part of the object to be grasped formed when this foam material is hardened, comprising a handle or spacer linking two vertical lateral walls mounted on a flat or substantially flat support , said flat or substantially flat support having, on its bottom face opposite that receiving said lateral walls , at least one anchoring means protruding from said gripping means into said hardenable material, or the anchoring means being produced in the form of a horizontal plate parallel or substantially parallel to the flat or substantially flat support and linked thereto by at least one vertical spacer .
A method for enabling transmission of streaming content in a point to multipoint delivery, the method being performed in a radio network node of a cellular network , the method comprising the steps of: receiving a donor indication message from a wireless device in response to the wireless device receiving a donor command from an application server, in response to the application server receiving a message associated with a content provider from the wireless device, the message comprising an identifier of a current cell of the wireless device, and the donor indication message indicating that the wireless device requests to be a donor device ; setting up a point to multipoint delivery session; obtaining downlink data of streaming content destined for the donor device in a unicast delivery; transmitting the downlink data in a unicast delivery to the donor device ; and transmitting a copy of the downlink data using the point to multipoint session, such that the downlink data can be received by a plurality of wireless devices being recipient devices. receiving a donor indication message from a wireless device in response to the wireless device receiving a donor command from an application server, in response to the application server receiving a message associated with a content provider from the wireless device, the message comprising an identifier of a current cell of the wireless device, and the donor indication message indicating that the wireless device requests to be a donor device ; setting up a point to multipoint delivery session; obtaining downlink data of streaming content destined for the donor device in a unicast delivery; transmitting the downlink data in a unicast delivery to the donor device ; and transmitting a copy of the downlink data using the point to multipoint session, such that the downlink data can be received by a plurality of wireless devices being recipient devices.
A print head for manufacturing composite elements with a hybrid structure which is located on an arm of an industrial robot adapted to print composite elements in a 3D printing technology, said print head equipped with a printing unit for continuous fiber printing, characterized in that it has at least two mechanical connections for fastening the print head to one of the robot arms , and has at least two receiving elements of the energy transmission system , and each of the robot arms is equipped with a transmitting element of the energy transmission system and a mechanical connection for the arm which is compatible with each of the mechanical connections of the head , which, when connected form the mounting element of the print head . of an industrial robot adapted to print composite elements in a 3D printing technology, said print head equipped with a printing unit for continuous fiber printing, characterized in that it has at least two mechanical connections for fastening the print head to one of the robot arms , and has at least two receiving elements of the energy transmission system , and each of the robot arms is equipped with a transmitting element of the energy transmission system and a mechanical connection for the arm which is compatible with each of the mechanical connections of the head , which, when connected form the mounting element of the print head .
A tourniquet comprising a strip having a longitudinal axis, a head portion at a first longitudinal end of the strip, a tail portion at a second longitudinal end of the strip, and a loop portion between the head portion and the tail portion, the loop portion having a sufficient length to encircle a limb of a human or animal, characterized in that the strip further comprises a tension sensor having a first longitudinal end and a second longitudinal end, the tension sensor comprising a plurality of cuts arranged in a predetermined pattern, wherein the tension sensor is adapted to extend along the longitudinal axis of the tourniquet by widening of the plurality of cuts when the tourniquet is subjected to a tension force along its longitudinal axis, wherein the pattern of plurality of cuts forms at least one meandering path (M) of material defined between individual cuts of the plurality of cuts, the meandering path constituting the shortest available meandering path through the strip material from a point at the first longitudinal end of the tension sensor to the second longitudinal end of the tension sensor, the plurality of cuts thus hindering a linear shortest available path, through the material of the strip, that links the first longitudinal end of the tension sensor and the second longitudinal end of the tension sensor and thereby enabling the tension sensor to elongate along the longitudinal axis upon being subjected to a tension force, wherein the material pattern resulting from the plurality of cuts provides a controlled resistance to the applied tension force and enables the user to determine when the intended appropriate tension in the tourniquet has been achieved, the tension force correlating to pressure on the limb to which the tourniquet is applied.
A vehicle comprising: a vehicle body ; a plurality of wheel assemblies each having a rotation axis; at least one suspension linkage , each suspension linkage coupling a respective wheel assembly to the vehicle body to permit motion of the rotation axis of each respective wheel assembly relative to the vehicle body; a damper coupled to a respective suspension linkage to constrain the motion of the associated wheel assembly by applying a damper reaction force to the suspension linkage, the damper being configured to be responsive to a damper force control output to vary the damper reaction force being applied to the suspension linkage; at least one vehicle sensor configured to provide vehicle condition data; and characterised in that the vehicle further comprises a damper control unit configured to generate the damper force control output that causes the damper to generate respective damper reaction forces to act against the suspension linkage to control the motion of the wheel assembly towards a set position for the wheel assembly relative to the vehicle body, adjust the set position based on a change in the vehicle condition data, and calculate the set position based on variations in the vehicle condition data over time. a vehicle body ; a plurality of wheel assemblies each having a rotation axis; at least one suspension linkage , each suspension linkage coupling a respective wheel assembly to the vehicle body to permit motion of the rotation axis of each respective wheel assembly relative to the vehicle body; a damper coupled to a respective suspension linkage to constrain the motion of the associated wheel assembly by applying a damper reaction force to the suspension linkage, the damper being configured to be responsive to a damper force control output to vary the damper reaction force being applied to the suspension linkage; at least one vehicle sensor configured to provide vehicle condition data; and characterised in that the vehicle further comprises a damper control unit configured to generate the damper force control output that causes the damper to generate respective damper reaction forces to act against the suspension linkage to control the motion of the wheel assembly towards a set position for the wheel assembly relative to the vehicle body, adjust the set position based on a change in the vehicle condition data, and calculate the set position based on variations in the vehicle condition data over time.
A sprinkler bulb comprising a sealed frangible housing containing fluid , and a circuit device within the housing, wherein the circuit device is disposed within the fluid and comprises: a capacitor arranged to be used as a pressure sensor to detect pressure changes within the housing ; a heating element operable to heat the fluid within the housing of the sprinkler bulb, and a control unit configured to monitor changes in the capacitance of the capacitor and thereby use the capacitor as a pressure sensor. a capacitor arranged to be used as a pressure sensor to detect pressure changes within the housing ; a heating element operable to heat the fluid within the housing of the sprinkler bulb, and a control unit configured to monitor changes in the capacitance of the capacitor and thereby use the capacitor as a pressure sensor.
A method implemented by a first wireless communication device (14-1) in a first one (12-1) of multiple groups of wireless communication devices in a wireless communication system , where devices in any given group are synchronized to the same timing reference and devices in different groups are not synchronized to the same timing reference, the method comprising: estimating , based on a timing with which direct control signaling was received from a second device (14-4) being part of a second group of wireless devices, intervals of times during which direct control signaling is expected to be received at the first wireless communication device (14-1) from devices in said second group (12-2), wherein the estimating comprises determining a range of possible values for misalignment between the timing references of the first and second groups (12-1, 12-2), said range accounting for uncertainty in that misalignment ; and adjusting intervals of times during which the first wireless communication device (14-1) is configured tc operate in an awake state to encompass the intervals of times during which said direct control signaling is expected to be received from devices in said second group (12-2), wherein the first wireless communication device (14-1) operates in either the awake state or a sleep state, and wherein in the awake state and the sleep state the first wireless communication device (14-1) respectively does and does not monitor for direct control signaling from other devices , and as a result of said adjusting, operating the first wireless communication device (14-1) in the sleep state during intervals of time when said direct control signaling is not expected to be received at the first wireless communication device (14-1). estimating , based on a timing with which direct control signaling was received from a second device (14-4) being part of a second group of wireless devices, intervals of times during which direct control signaling is expected to be received at the first wireless communication device (14-1) from devices in said second group (12-2), wherein the estimating comprises determining a range of possible values for misalignment between the timing references of the first and second groups (12-1, 12-2), said range accounting for uncertainty in that misalignment ; and adjusting intervals of times during which the first wireless communication device (14-1) is configured tc operate in an awake state to encompass the intervals of times during which said direct control signaling is expected to be received from devices in said second group (12-2), wherein the first wireless communication device (14-1) operates in either the awake state or a sleep state, and wherein in the awake state and the sleep state the first wireless communication device (14-1) respectively does and does not monitor for direct control signaling from other devices , and as a result of said adjusting, operating the first wireless communication device (14-1) in the sleep state during intervals of time when said direct control signaling is not expected to be received at the first wireless communication device (14-1).
System for installing a cable across two movable sections of a structure comprising: - a first support fixed to a first section of a structure and holding a portion of a cable ; - a second support fixed to a second section of the structure and holding a portion of the cable ; - a first frame rigid with the first section of the structure and extended across a gap between the first section and the second section of the structure ; - a second frame holding a portion of the cable and slidable mounted on the second section of the structure ; - a first transmission member attached to the second section and acting between the first frame and the second frame , wherein said first transmission member is actuated by the first frame and actuates, with a predetermined transmission ratio, the second frame when the first and second section of the structure move each other. - a first support fixed to a first section of a structure and holding a portion of a cable ; - a second support fixed to a second section of the structure and holding a portion of the cable ; - a first frame rigid with the first section of the structure and extended across a gap between the first section and the second section of the structure ; - a second frame holding a portion of the cable and slidable mounted on the second section of the structure ; - a first transmission member attached to the second section and acting between the first frame and the second frame , wherein said first transmission member is actuated by the first frame and actuates, with a predetermined transmission ratio, the second frame when the first and second section of the structure move each other.