mhurhangee/patent-ind-claim-en huggingface dataset:
A rock drilling rig which is electrically driven and which comprises: a carriage provided with a plurality of wheels for moving the carriage ; at least one drilling boom movable by means of at least one boom actuator in relation to the carriage , at least one drilling unit which comprises: a feed beam , a rock drilling machine which is supported to the feed beam and which comprises at least a percussion device and a rotating device , and a feeding device for moving the rock drilling machine on the feed beam , a hydraulic drilling system which comprises at least one hydraulic pump whose pressure energy drives at least one of the following drilling actuators: the percussion device , the rotating device , the feeding device , the boom actuator , and a drive equipment which includes at least one electric drive motor and mechanical drive transmission means for transmitting driving power from the drive motor to the wheels , characterized in that the hydraulic pump of the hydraulic drilling system and the mechanical drive transmission of the drive equipment are arranged for being driven by at least one common electric motor (M), and the hydraulic drilling system and the mechanical drive transmission are each independently connectable and disconnectable to be driven and not to be driven by the electric motor (M) by means of clutches (K). a carriage provided with a plurality of wheels for moving the carriage ; at least one drilling boom movable by means of at least one boom actuator in relation to the carriage , at least one drilling unit which comprises: a feed beam , a rock drilling machine which is supported to the feed beam and which comprises at least a percussion device and a rotating device , and a feeding device for moving the rock drilling machine on the feed beam , a hydraulic drilling system which comprises at least one hydraulic pump whose pressure energy drives at least one of the following drilling actuators: the percussion device , the rotating device , the feeding device , the boom actuator , and a drive equipment which includes at least one electric drive motor and mechanical drive transmission means for transmitting driving power from the drive motor to the wheels , characterized in that the hydraulic pump of the hydraulic drilling system and the mechanical drive transmission of the drive equipment are arranged for being driven by at least one common electric motor (M), and the hydraulic drilling system and the mechanical drive transmission are each independently connectable and disconnectable to be driven and not to be driven by the electric motor (M) by means of clutches (K).
An information processing device comprising: a combining unit configured to combine audio objects with sounds that are undistinguishable at a predetermined supposed listening position from among a plurality of audio objects for the predetermined supposed listening position among a plurality of supposed listening positions; and a transmitting unit configured to transmit data of a combined audio object obtained by the combination along with data of other audio objects with sounds that are distinguishable at the predetermined supposed listening position; wherein the combining unit is configured to: determine a plurality of audio objects as being undistinguishable distant audio objects if the plurality of audio objects are at positions that are away from the predetermined supposed listening position by distances which are equal to or longer than a predetermined distance and the plurality of audio objects are within a horizontal angle range from each other, as measured from the predetermined supposed listening position, that is narrower than an angle that allows the human auditory sense to distinguish sounds; and combine the plurality of audio objects if it is determined that they are undistinguishable distant audio objects. a combining unit configured to combine audio objects with sounds that are undistinguishable at a predetermined supposed listening position from among a plurality of audio objects for the predetermined supposed listening position among a plurality of supposed listening positions; and a transmitting unit configured to transmit data of a combined audio object obtained by the combination along with data of other audio objects with sounds that are distinguishable at the predetermined supposed listening position; wherein the combining unit is configured to: determine a plurality of audio objects as being undistinguishable distant audio objects if the plurality of audio objects are at positions that are away from the predetermined supposed listening position by distances which are equal to or longer than a predetermined distance and the plurality of audio objects are within a horizontal angle range from each other, as measured from the predetermined supposed listening position, that is narrower than an angle that allows the human auditory sense to distinguish sounds; and combine the plurality of audio objects if it is determined that they are undistinguishable determine a plurality of audio objects as being undistinguishable distant audio objects if the plurality of audio objects are at positions that are away from the predetermined supposed listening position by distances which are equal to or longer than a predetermined distance and the plurality of audio objects are within a horizontal angle range from each other, as measured from the predetermined supposed listening position, that is narrower than an angle that allows the human auditory sense to distinguish sounds; and combine the plurality of audio objects if it is determined that they are undistinguishable distant audio objects.
An electromagnetic actuator comprising: a repulsive plate , a coil and a movable core connected to a movable shaft penetrating the coil , and provided so as to be opposed to each other with the coil interposed therebetween; and an elastic member having an end connected to the movable shaft via the movable core , and another end fixed, wherein in a first state, a distance between the repulsive plate and the coil is smaller than a distance between the movable core and the coil , when the coil is energized and the movable shaft moves with the repulsive plate repelling the coil due to an electromagnetic force acting on the repulsive plate so that a second state is established, the distance between the repulsive plate and the coil becomes greater than the distance between the movable core and the coil , and the movable shaft is pressed by the elastic member in a moving direction of the movable shaft so as to separate the repulsive plate from the coil , characterized in that the movable core has a projection projecting toward the coil along the movable shaft , and an outer diameter of the projection of the movable core is smaller than an inner diameter of the coil . a repulsive plate , a coil and a movable core connected to a movable shaft penetrating the coil , and provided so as to be opposed to each other with the coil interposed therebetween; and an elastic member having an end connected to the movable shaft via the movable core , and another end fixed, wherein in a first state, a distance between the repulsive plate and the coil is smaller than a distance between the movable core and the coil , when the coil is energized and the movable shaft moves with the repulsive plate repelling the coil due to an electromagnetic force acting on the repulsive plate so that a second state is established, the distance between the repulsive plate and the coil becomes greater than the distance between the movable core and the coil , and the movable shaft is pressed by the elastic member in a moving direction of the movable shaft so as to separate the repulsive plate from the coil , characterized in that the movable core has a projection projecting toward the coil along the movable shaft , and an outer diameter of the projection of the movable core is smaller than an inner diameter of the coil .
A fire or smoke curtain comprising: • a plurality of panels of fire curtain material, the panels being arranged to overlap at edges when deployed, each over-lapping edge having: • a metallic reinforcing strip incorporated with the panel having the said edge along the latter, wherein the panels overlap to an extent when deployed that the metallic reinforcing strips of the overlapping edges of adjacent panels do not overlap each other. • a plurality of panels of fire curtain material, the panels being arranged to overlap at edges when deployed, each over-lapping edge having: • a metallic reinforcing strip incorporated with the panel having the said edge along the latter, wherein the panels overlap to an extent when deployed that the metallic reinforcing strips of the overlapping edges of adjacent panels do not overlap each other. • a metallic reinforcing strip incorporated with the panel having the said edge along the latter,
A feed device for an elongated sheet-shaped reinforcing fiber material made of a reinforcing fiber and a matrix resin, the feed device including a raw-material roll formed by winding the reinforcing fiber material, and a cutting mechanism for cutting the reinforcing fiber material pulled out from the raw-material roll and hence cutting off a reinforcing fiber material piece from the reinforcing fiber material, wherein the cutting mechanism comprises a cutter roll , a receiving member , and a rotational driving mechanism for rotationally driving the cutter roll , the cutter roll having a roll body and a blade portion protruding from a peripheral surface of the roll body , the blade portion formed at a same position on a circumference of the roll body and extending in an axial direction of the roll body , the cutter roll arranged so that the axial direction is at a predetermined angle with respect to a pull-out direction of the reinforcing fiber material, the receiving member extending in the axial direction and provided to face the cutter roll , and characterized in that the cutting mechanism further comprises a slide mechanism that can displace the cutter roll in the axial direction toward a side in the pull-out direction of the reinforcing fiber material at least when the reinforcing fiber material is cut, that is within a period in which the blade portion contacts the reinforcing fiber material along with the rotation of the cutter roll .
A shut-off valve for integration in a gas meter, comprising a motor-driven reduction transmission , a shut-off body which is longitudinally displaceable relative to a valve seat by means of the motor-driven reduction transmission with an integrated nut-threaded spindle drive , a direct current motor , and control electronics adapted to detect current in the direct current motor , and characterised in that the shut-off body is movable between: an open valve position in which the shut-off body is drawn relative to a gas outlet of the shut-off valve; a biased closed valve position where the shut-off body in which the nut-threaded spindle drive has moved the shut-off body to be urged against a fixed stop by means of the motor-driven reduction transmission by the direct current motor ; and an unbiased closed valve position in which the shut-off body is released from the fixed stop by a short time-controlled reversal of the motor-driven reduction transmission in a motor-driven way when the control electronics detects the biased closed state due to an increase of motor current or a current maximum in the direct current motor , the control electronics reacting by switching off the motor current and reversing the poles of the direct current at the direct current motor , and wherein a gas-tightness of the shut-off valve is maintained by a flexible lip seal which operates against the shut-off body .
Sintered bead having: - the following crystal phases, in percentages by mass based on crystal phases and for a total of 100%: - 25% ≤ zircon, or "Z 1 ", ≤ 94%; - 4% ≤ stabilized zirconia + stabilized hafnia, or "Z 2 ", ≤ 61%; - monoclinic zirconia + monoclinic hafnia, or "Z 3 ", ≤ 50%; - corundum ≤ 57%; - crystal phases other than Z 1 , Z 2 , Z 3 and corundum < 10%; - the following chemical composition, in percentages by mass based on oxides and for a total of 100%: 33% ≤ ZrO 2 + HfO 2 , or "Z 4 ", ≤ 83.4%; HfO 2 ≤ 2%; 10.6% ≤ SiO 2 ≤ 34.7%; Al 2 O 3 ≤ 50%; 0% ≤ Y 2 O 3 , or "Z 5 "; 0% ≤ CeO 2 , or "Z 6 "; 0.3% ≤ CeO 2 + Y 2 O 3 ≤ 19%, provided that CeO 2 + 3.76*Y 2 O 3 ≥ 0.128*Z, and CeO 2 + 1.3*Y 2 O 3 ≤ 0.318*Z, with Z = Z 4 + Z 5 + Z 6 − 0.67 * Z 1 * Z 4 + Z 5 + Z 6 / 0.67 * Z 1 + Z 2 + Z 3 ; MgO ≤ 5%; CaO ≤ 2%; oxides other than ZrO 2 , HfO 2 , SiO 2 , Al 2 O 3 , MgO, CaO, CeO 2 and Y 2 O 3 < 5.0%. - the following crystal phases, in percentages by mass based on crystal phases and for a total of 100%: - 25% ≤ zircon, or "Z 1 ", ≤ 94%; - 4% ≤ stabilized zirconia + stabilized hafnia, or "Z 2 ", ≤ 61%; - monoclinic zirconia + monoclinic hafnia, or "Z 3 ", ≤ 50%; - corundum ≤ 57%; - crystal phases other than Z 1 , Z 2 , Z 3 and corundum < 10%; - 25% ≤ zircon, or "Z 1 ", ≤ 94%; - 4% ≤ stabilized zirconia + stabilized hafnia, or "Z 2 ", ≤ 61%; - monoclinic zirconia + monoclinic hafnia, or "Z 3 ", ≤ 50%; - corundum ≤ 57%; - crystal phases other than Z 1 , Z 2 , Z 3 and corundum < 10%; - the following chemical composition, in percentages by mass based on oxides and for a total of 100%: 33% ≤ ZrO 2 + HfO 2 , or "Z 4 ", ≤ 83.4%; HfO 2 ≤ 2%; 10.6% ≤ SiO 2 ≤ 34.7%; Al 2 O 3 ≤ 50%; 0% ≤ Y 2 O 3 , or "Z 5 "; 0% ≤ CeO 2 , or "Z 6 "; 0.3% ≤ CeO 2 + Y 2 O 3 ≤ 19%, provided that CeO 2 + 3.76*Y 2 O 3 ≥ 0.128*Z, and CeO 2 + 1.3*Y 2 O 3 ≤ 0.318*Z, with Z = Z 4 + Z 5 + Z 6 − 0.67 * Z 1 * Z 4 + Z 5 + Z 6 / 0.67 * Z 1 + Z 2 + Z 3 ; MgO ≤ 5%; CaO ≤ 2%; oxides other than ZrO 2 , HfO 2 , SiO 2 , Al 2 O 3 , MgO, CaO, CeO 2 and Y 2 O 3 < 5.0%. 33% ≤ ZrO 2 + HfO 2 , or "Z 4 ", ≤ 83.4%; HfO 2 ≤ 2%; 10.6% ≤ SiO 2 ≤ 34.7%; Al 2 O 3 ≤ 50%; 0% ≤ Y 2 O 3 , or "Z 5 "; 0% ≤ CeO 2 , or "Z 6 "; 0.3% ≤ CeO 2 + Y 2 O 3 ≤ 19%, provided that CeO 2 + 3.76*Y 2 O 3 ≥ 0.128*Z, and CeO 2 + 1.3*Y 2 O 3 ≤ 0.318*Z, CeO 2 + 3.76*Y 2 O 3 ≥ 0.128*Z, and CeO 2 + 1.3*Y 2 O 3 ≤ 0.318*Z, with Z = Z 4 + Z 5 + Z 6 − 0.67 * Z 1 * Z 4 + Z 5 + Z 6 / 0.67 * Z 1 + Z 2 + Z 3 ; MgO ≤ 5%; CaO ≤ 2%; oxides other than ZrO 2 , HfO 2 , SiO 2 , Al 2 O 3 , MgO, CaO, CeO 2 and Y 2 O 3 < 5.0%.
A method for updating a geographic database that includes geographic data for navigation-related services, the method comprising, by a user device: capturing, via a camera of the user device , a photograph of an observed geographic feature in a geographic region; storing comment information corresponding to the observed geographic feature, the comment information indicative of a discrepancy between the observed geographic feature and the geographic data corresponding to the geographic region; determining, using position circuitry of the user device , position data of a location of the user device capturing the photograph; determining position data of the observed geographic feature captured in the photograph by estimating a distance between the observed geographic feature and the location of the user device; associating the comment information and the position data of the observed geographic feature with the photograph to generate a report ; and transmitting the report to a map developer. capturing, via a camera of the user device , a photograph of an observed geographic feature in a geographic region; storing comment information corresponding to the observed geographic feature, the comment information indicative of a discrepancy between the observed geographic feature and the geographic data corresponding to the geographic region; determining, using position circuitry of the user device , position data of a location of the user device capturing the photograph; determining position data of the observed geographic feature captured in the photograph by estimating a distance between the observed geographic feature and the location of the user device; associating the comment information and the position data of the observed geographic feature with the photograph to generate a report ; and transmitting the report to a map developer.
A method for receiving a beam recovery request, wherein the method is applied to a network device and comprises: sending (S531) a first signal to a terminal device by using a first beam; receiving (S532) first index information sent by the terminal device, wherein the first index information indicates an index number of the first signal; sending (S54) a first notification message to the terminal device based on the first index information, wherein the first notification message comprises second index information, the second index information indicates an index number of a second signal, and the index number of the second signal corresponds to the first beam; and receiving (S55), on a time-frequency resource corresponding to the first beam, the beam recovery request sent by the terminal device; wherein the first beam is a second-level beam and the second index corresponds to a first-level beam formed using the second signal, wherein the first-level beam is a relatively wide beam and the second-level beam is a relatively narrow beam, and a receive/transmit angle of the narrow beam is within a range of a receive/transmit angle of the wide beam. sending (S531) a first signal to a terminal device by using a first beam; receiving (S532) first index information sent by the terminal device, wherein the first index information indicates an index number of the first signal; sending (S54) a first notification message to the terminal device based on the first index information, wherein the first notification message comprises second index information, the second index information indicates an index number of a second signal, and the index number of the second signal corresponds to the first beam; and receiving (S55), on a time-frequency resource corresponding to the first beam, the beam recovery request sent by the terminal device; wherein the first beam is a second-level beam and the second index corresponds to a first-level beam formed using the second signal, wherein the first-level beam is a relatively wide beam and the second-level beam is a relatively narrow beam, and a receive/transmit angle of the narrow beam is within a range of a receive/transmit angle of the wide beam.
A computer-implemented method for generating an amplitude modulated multi-cluster halftone dot, the method comprising the steps of: - determining an arrangement of clusters within the dot; - at least one cluster within the dot having a shape being different from a rectangular shape; - determining a cluster function for each cluster, the cluster function defining a pixel sequence indicating a sequence of turning on of device pixels within an area of a particular cluster; - determining a dot function for the dot, the dot function determining the sequence of turning on the clusters; and - generating a set of data representative of the dot for a particular tonal value, by determining the device pixels within the dot turned on for that particular tonal value according to the cluster functions and the dot function. - determining an arrangement of clusters within the dot; - at least one cluster within the dot having a shape being different from a rectangular shape; - determining a cluster function for each cluster, the cluster function defining a pixel sequence indicating a sequence of turning on of device pixels within an area of a particular cluster; - determining a dot function for the dot, the dot function determining the sequence of turning on the clusters; and - generating a set of data representative of the dot for a particular tonal value, by determining the device pixels within the dot turned on for that particular tonal value according to the cluster functions and the dot function.
An antibody to a prorenin receptor or an antigen binding fragment of the antibody, wherein the antibody or the antigen binding fragment binds a region extending from the 200 th to 213 rd amino acid residues in an amino acid sequence (SEQ ID NO: 6) of a human prorenin receptor protein.
A multi-functional concrete 3D printing device, comprising: a control structure, comprising a control chamber and arm levers , wherein relative rotation between the arm levers is ensured by pins and bearings, relative movement between the arm levers is achieved by oil cylinders or steel wire ropes, and a controller of the control chamber is in transmission connection with the arm levers to control the action of the arm levers ; and a printing structure, being disposed at an end of the arm levers away from the control chamber , being connected to the arm lever at the end of said arm levers , and comprising a print carriage, a nozzle disposed on the print carriage, and at least one adjustable leg disposed on the print carriage, wherein an angle adjusting member is disposed between the print carriage and the arm lever , the nozzle is provided with an angle rotating member and a nozzle yaw power member , the controller controls the extension length of the leg to cause the angle adjusting member to drive the print carriage to rotate, and the nozzle sprays from different angles by rotation of the print carriage, and rotation of the nozzle yaw power member and the angle rotating member : characterized in that , a slewing structure is disposed between the print carriage and the arm lever , and comprises a planetary gear disposed on the arm lever and a slewing gear disposed on the print carriage, wherein the planetary gear is meshed with the slewing gear , and the slewing structure is in communication connection with the controller. a control structure, comprising a control chamber and arm levers , wherein relative rotation between the arm levers is ensured by pins and bearings, relative movement between the arm levers is achieved by oil cylinders or steel wire ropes, and a controller of the control chamber is in transmission connection with the arm levers to control the action of the arm levers ; and a printing structure, being disposed at an end of the arm levers away from the control chamber , being connected to the arm lever at the end of said arm levers , and comprising a print carriage, a nozzle disposed on the print carriage, and at least one adjustable leg disposed on the print carriage, wherein an angle adjusting member is disposed between the print carriage and the arm lever , the nozzle is provided with an angle rotating member and a nozzle yaw power member , the controller controls the extension length of the leg to cause the angle adjusting member to drive the print carriage to rotate, and the nozzle sprays from different angles by rotation of the print carriage, and rotation of the nozzle yaw power member and the angle rotating member : characterized in that , a slewing structure is disposed between the print carriage and the arm lever , and comprises a planetary gear disposed on the arm lever and a slewing gear disposed on the print carriage, wherein the planetary gear is meshed with the slewing gear , and the slewing structure is in communication connection with the controller.
A fat composition comprising: from 55 to 75 % StOSt; from 10 to 25 % POSt; and less than 10 % POP; said percentages being by weight based on total triglycerides present in the composition, and having the following N-values: N35 of less than 45; and N10 of greater than 80. from 55 to 75 % StOSt; from 10 to 25 % POSt; and less than 10 % POP; said percentages being by weight based on total triglycerides present in the composition, and having the following N-values: N35 of less than 45; and N10 of greater than 80. N35 of less than 45; and N10 of greater than 80.