mhurhangee/patent-ind-claim-en huggingface dataset:
A method for monitoring hoisting ropes in an elevator system , comprising: measuring tension of each hoisting rope ; calculating a mean value of the tension in the hoisting ropes ; determining if the tension in any hoisting rope is significantly higher than the mean value; and providing a signal that rope snag has been detected if the tension in any hoisting rope is significantly higher than the mean value; characterized in that the method further comprises: measuring tension of each hoisting rope while an elevator car is parked at a floor; calculating rope frequency and rope amplitude of each rope sway based on periodical fluctuation of the tension; and moving an elevator car to a predetermined refuge floor if the rope amplitude is higher than a predetermined level. measuring tension of each hoisting rope ; calculating a mean value of the tension in the hoisting ropes ; determining if the tension in any hoisting rope is significantly higher than the mean value; and providing a signal that rope snag has been detected if the tension in any hoisting rope is significantly higher than the mean value; characterized in that the method further comprises: measuring tension of each hoisting rope while an elevator car is parked at a floor; calculating rope frequency and rope amplitude of each rope sway based on periodical fluctuation of the tension; and moving an elevator car to a predetermined refuge floor if the rope amplitude is higher than a predetermined level.
A control channel transmission method by a base station in a wireless communication system, the method comprising: transmitting configuration information of a control channel, which includes configuration of the control channel region in a resource block, to a terminal; determining an aggregation level for transmitting the control channel; mapping a demodulation reference signal, DMRS, to first resource elements corresponding to a first DMRS port in the resource block based on the aggregation level, characterised in that if the determined aggregation level is one of levels 2, 4, and 8, configuring second resource elements corresponding to a second DMRS port to transmit the DMRS, to which the same precoding is applied as the first DMRS port; and transmitting the same DMRS, on the first resource elements and the second resource elements, and control channel to the terminal. transmitting configuration information of a control channel, which includes configuration of the control channel region in a resource block, to a terminal; determining an aggregation level for transmitting the control channel; mapping a demodulation reference signal, DMRS, to first resource elements corresponding to a first DMRS port in the resource block based on the aggregation level, characterised in that if the determined aggregation level is one of levels 2, 4, and 8, configuring second resource elements corresponding to a second DMRS port to transmit the DMRS, to which the same precoding is applied as the first DMRS port; and transmitting the same DMRS, on the first resource elements and the second resource elements, and control channel to the terminal.
A method comprising: in response to receiving a request to perform an operation for a snapshot comprising snapshot data stored within an object of an object store according to an object format where the snapshot data is structured according to a snapshot file system tree structure , on-demand generating a plurality of data connector components as stateless containers ; wherein the requested operation is one of integrity checking and anomaly detection; wherein the state information of the stateless containers does not need to be tracked, saved, or restored; assigning portions of the snapshot file system tree structure to the plurality of data connector components ; and executing the plurality of data connector components in parallel to concurrently perform the requested operation on different non-overlapping portions of the snapshot file system tree structure . in response to receiving a request to perform an operation for a snapshot comprising snapshot data stored within an object of an object store according to an object format where the snapshot data is structured according to a snapshot file system tree structure , on-demand generating a plurality of data connector components as stateless containers ; wherein the requested operation is one of integrity checking and anomaly detection; wherein the state information of the stateless containers does not need to be tracked, saved, or restored; wherein the requested operation is one of integrity checking and anomaly detection; wherein the state information of the stateless containers does not need to be tracked, saved, or restored; assigning portions of the snapshot file system tree structure to the plurality of data connector components ; and executing the plurality of data connector components in parallel to concurrently perform the requested operation on different non-overlapping portions of the snapshot file system tree structure .
A method of transmitting a hybrid automatic repeat request-acknowledgement, HARQ-ACK, signal by a user equipment, UE, in a wireless communication system, the method comprising: receiving, in a first bandwidth part, BWP, at least one first physical downlink shared channel, PDSCH; receiving downlink control information, DCI, for switching an active BWP related to a downlink signal from the first BWP to a second BWP; receiving, in the second BWP, at least one second PDSCH; obtaining, based on a semi-static HARQ-ACK codebook scheme, a HARQ-ACK signal to be transmitted in response to the at least one first PDSCH and the at least one second PDSCH; and transmitting, in a slot of the second BWP, the HARQ-ACK signal, wherein the HARQ-ACK signal does not include HARQ-ACK information for the at least one first PDSCH, and wherein a size of the HARQ-ACK signal is determined only based on a number of candidate PDSCH reception occasions in at least one slot of the second BWP among the candidate PDSCH reception occasions for a feedback timing of the HARQ-ACK signal included in a plurality of slots, and wherein the plurality of slots include (i) the at least one slot of the second BWP and (ii) at least one slot of the first BWP. receiving, in a first bandwidth part, BWP, at least one first physical downlink shared channel, PDSCH; receiving downlink control information, DCI, for switching an active BWP related to a downlink signal from the first BWP to a second BWP; receiving, in the second BWP, at least one second PDSCH; obtaining, based on a semi-static HARQ-ACK codebook scheme, a HARQ-ACK signal to be transmitted in response to the at least one first PDSCH and the at least one second PDSCH; and transmitting, in a slot of the second BWP, the HARQ-ACK signal, wherein the HARQ-ACK signal does not include HARQ-ACK information for the at least one first PDSCH, and wherein a size of the HARQ-ACK signal is determined only based on a number of candidate PDSCH reception occasions in at least one slot of the second BWP among the candidate PDSCH reception occasions for a feedback timing of the HARQ-ACK signal included in a plurality of slots, and wherein the plurality of slots include (i) the at least one slot of the second BWP and (ii) at least one slot of the first BWP.
Contact carrier for receiving a plurality of U-shaped contact pins (8, 8', 8") for producing jumpers, wherein the contact carrier is suitable for being releasably fastened in or to a housing cover of a plug-in connector, wherein the contact carrier has polarization means and latching means in order to be polarized relative to an insulating body of the plug-in connector and in order to be latched to or unlatched from the housing cover , wherein the polarization means consists in a polarization element integrally formed on the contact carrier , wherein the contact carrier is of at least two-part design, wherein the contact carrier has at least two parts, specifically an upper part and a lower part which each have a contact face and, situated opposite, a plug-in region , wherein in each case at least one elongate recess is arranged in each of the two contact faces as the contact receptacle (316, 326', 326"), wherein at least two of the contact receptacles (316, 236', 326") differ in length.
A strip-shaped fibrous texture (100 extending in a longitudinal direction (X) over a determined length (L 100 ) between a proximal portion and a distal portion and in a lateral direction (Y) over a determined width (I 100 ) between a first lateral edge and a second lateral edge , the fibrous texture having a three-dimensional or multi-layered weaving between a plurality of layers of warp yarns or strands extending in the longitudinal direction and a plurality of layers of weft yarns or strands extending in the lateral direction, characterized in that the fibrous texture comprises a first section (P1) extending along the longitudinal direction over a determined length (L P1 ) from the proximal portion and in which one or more layers of the plurality of layers of weft yarns or strands consist of a plurality of groups of yarns or strands each comprising at least one carbon fiber yarn or strand (Tc1-Tc9) and one glass fiber yarn or strand (Tv1-Tv9), the carbon fiber yarn or strand and the glass fiber yarn or strand of each group of yarns being woven together according to the same weaving pattern or weave, the fibrous texture further comprising a second section (P2) present along the longitudinal direction between the first section and the distal portion of said fibrous texture in which the layers of the plurality of weft yarns or strands include carbon fiber yarns or strands (Tc1-Tc9).
Lighting device, comprising a first housing , a lighting means arranged on a printed circuit board , an electronic circuitry accommodated in the first housing for operating the lighting means and electrically connected to the lighting means by wires, the printed circuit board being mounted to an off-centre pivot point by holding means to the first housing , whereby the printed circuit board is designed to be rotated in a plane parallel to the a first housing whereby the holding means keeps the printed circuit board being mechanically connected to the first housing , the first housing further comprises a first fixing element and a second fixing element , whereby the both fixing elements are designed to hold the printed circuit board in a fixed and secure position mounted to the first housing allowing operation of the lighting means , and the first housing further comprises a stopping element designed to retain the printed circuit board when the printed circuit board is released from the first housing by unlocking the printed circuit board from the first fixing element and the second fixing element , whereby the printed circuit board is designed to rotate around the off-centre pivot point formed by the holding means and to retain in a defined position when the stopping element stops the rotation of the printed circuit board . a first housing , a lighting means arranged on a printed circuit board , an electronic circuitry accommodated in the first housing for operating the lighting means and electrically connected to the lighting means by wires, the printed circuit board being mounted to an off-centre pivot point by holding means to the first housing , whereby the printed circuit board is designed to be rotated in a plane parallel to the a first housing whereby the holding means keeps the printed circuit board being mechanically connected to the first housing , the first housing further comprises a first fixing element and a second fixing element , whereby the both fixing elements are designed to hold the printed circuit board in a fixed and secure position mounted to the first housing allowing operation of the lighting means , and the first housing further comprises a stopping element designed to retain the printed circuit board when the printed circuit board is released from the first housing by unlocking the printed circuit board from the first fixing element and the second fixing element , whereby the printed circuit board is designed to rotate around the off-centre pivot point formed by the holding means and to retain in a defined position when the stopping element stops the rotation of the printed circuit board .
A modified cellobiose dehydrogenase (CDH) or its functional flavodehydrogenase domain comprising a modified flavodehydrogenase domain based on one of the unmodified flavodehydrogenase domains according to amino acids 253-829 of SEQ ID NO: 4, amino acids 253-831 of SEQ ID NO: 1, amino acids 269-845 of SEQ ID NO: 2, amino acids 249-787 of SEQ ID NO: 3, amino acids 251-828 of SEQ ID NO: 5, amino acids 251-829 of SEQ ID NO: 6, amino acids 246-785 of SEQ ID NO: 17; said modified flavodehydrogenase domain has a sequence with at least 75% sequence identity with one of said unmodified flavodehydrogenase domains and further comprises a substitution mutation at least at one of the amino acids of the galacto-oligosaccharide binding motif corresponding to amino acids 555-557 and 639-641 of SEQ ID NO: 4 (CDH from N. crassa ), wherein the ratio of lactose oxidation activity to the oxidation activity of 6-galactosyllactose is at least 2:1.
A robotically-assisted handholdable guide instrument for aligning a trajectory of a surgical device, the instrument comprising: a hand-holdable body adapted to be freely holdable and moved by a hand of a user; and a trajectory assembly operatively connected with the hand-holdable body , the trajectory assembly including: a shaft extending from the hand-holdable body ; a pivot frame coupled with the shaft ; a guide member pivotally connected with the pivot frame ; a support member outwardly extending from and connected with the guide member ; two actuators coextending and substantially parallel to an axis of the shaft , each actuator pivotally connected with the support member ; wherein the trajectory assembly converts linear movement of the actuators into pivotal movement of the guide member to adjust a trajectory axis, the actuators selectively configured to push and pull the support member connected with the guide member ; and wherein the guide member is adjustable to a target trajectory with the actuators , adjusting the trajectory axis of the guide member in at least two degrees of freedom to align the trajectory axis with the target trajectory. a hand-holdable body adapted to be freely holdable and moved by a hand of a user; and a trajectory assembly operatively connected with the hand-holdable body , the trajectory assembly including: a shaft extending from the hand-holdable body ; a pivot frame coupled with the shaft ; a guide member pivotally connected with the pivot frame ; a support member outwardly extending from and connected with the guide member ; two actuators coextending and substantially parallel to an axis of the shaft , each actuator pivotally connected with the support member ; wherein the trajectory assembly converts linear movement of the actuators into pivotal movement of the guide member to adjust a trajectory axis, the actuators selectively configured to push and pull the support member connected with the guide member ; and wherein the guide member is adjustable to a target trajectory with the actuators , adjusting the trajectory axis of the guide member in at least two degrees of freedom to align the trajectory axis with the target trajectory. a shaft extending from the hand-holdable body ; a pivot frame coupled with the shaft ; a guide member pivotally connected with the pivot frame ; a support member outwardly extending from and connected with the guide member ; two actuators coextending and substantially parallel to an axis of the shaft , each actuator pivotally connected with the support member ; wherein the trajectory assembly converts linear movement of the actuators into pivotal movement of the guide member to adjust a trajectory axis, the actuators selectively configured to push and pull the support member connected with the guide member ; and wherein the guide member is adjustable to a target trajectory with the actuators , adjusting the trajectory axis of the guide member in at least two degrees of freedom to align the trajectory axis with the target trajectory.
A method of making a wind turbine blade , the method comprising: providing a mould assembly having first and second mould halves , each mould half comprising a mould surface , the mould assembly having an open position in which the mould halves are spaced apart, and a closed position in which the mould halves are brought together; making a first half shell of the wind turbine blade in the first mould half and making a second half shell of the wind turbine blade in the second mould half when the mould assembly is in the open position, each half shell comprising a composite material; characterised by : integrating a metallic lightning receptor component with the first half shell ; configuring the mould assembly such that a clearance region is defined between the mould surface of the second mould half and the metallic lightning receptor component when the mould assembly is in the closed position, such that contact between the second mould half and the metallic lightning receptor component is substantially avoided; closing the mould assembly ; joining the first and second half shells together; and a metal blade tip is connected to the metallic lightning receptor component or the metallic lightning receptor component is a metal blade tip. providing a mould assembly having first and second mould halves , each mould half comprising a mould surface , the mould assembly having an open position in which the mould halves are spaced apart, and a closed position in which the mould halves are brought together; making a first half shell of the wind turbine blade in the first mould half and making a second half shell of the wind turbine blade in the second mould half when the mould assembly is in the open position, each half shell comprising a composite material; characterised by : integrating a metallic lightning receptor component with the first half shell ; configuring the mould assembly such that a clearance region is defined between the mould surface of the second mould half and the metallic lightning receptor component when the mould assembly is in the closed position, such that contact between the second mould half and the metallic lightning receptor component is substantially avoided; closing the mould assembly ; joining the first and second half shells together; and a metal blade tip is connected to the metallic lightning receptor component or the metallic lightning receptor component is a metal blade tip. integrating a metallic lightning receptor component with the first half shell ; configuring the mould assembly such that a clearance region is defined between the mould surface of the second mould half and the metallic lightning receptor component when the mould assembly is in the closed position, such that contact between the second mould half and the metallic lightning receptor component is substantially avoided; closing the mould assembly ; joining the first and second half shells together; and a metal blade tip is connected to the metallic lightning receptor component or the metallic lightning receptor component is a metal blade tip.
An extendable cylinder body for lock cylinders, in particular for electronic lock cylinders, which comprises at least one middle module; an outer-side end module and/or an inner-side end module, wherein the modules have mutual guides; wherein a respective two modules can be fixedly connected to one another by an axially arranged fastening bolt ; and wherein a foot part of the fastening bolt can be axially fastened in one of the two modules, characterized in that a head part of the fastening bolt is axially movably placed in the other one of the two modules; and in that said fastening bolt can be fastened in such a manner by a threaded bolt which is radially arranged there and which acts against its head part that an increasing tensile force is exerted onto the foot part of the fastening bolt as the threaded bolt is increasingly screwed in.
An apparatus for a transceiver of a mobile relay station transceiver of a mobile communication system , the mobile communication system comprising at least a first radio cell , the apparatus comprising a transceiver module to communicate with the at least first radio cell using a first data rate; a control module to: control the transceiver module , obtain information related to measurement results on signals of a second radio cell , the second radio cell being configured to provide a wireless service with a second data rate, determine whether the second data rate of the second radio cell is potentially higher than the first rate, and affect handover or reselection of the transceiver from the first cell to the second cell if the second data rate is potentially higher than the first data rate; and a receiver module , and wherein the control module is configured to measure radio signals of the second radio cell using the receiver module , wherein the second cell overlaps the first radio cell and uses a different radio access technology than the first cell , wherein the control module is configured to measure radio signals of the second radio cell using the receiver while the transceiver module communicates with the first cell . control the transceiver module , obtain information related to measurement results on signals of a second radio cell , the second radio cell being configured to provide a wireless service with a second data rate, determine whether the second data rate of the second radio cell is potentially higher than the first rate, and affect handover or reselection of the transceiver from the first cell to the second cell if the second data rate is potentially higher than the first data rate; and
An electrostatic rotary sprayer for coating product, this sprayer comprising: - a spraying cup ; - a body ; - a drive turbine assembled in the body and configured to rotate the spraying cup about an axis of rotation (A100) defined by the body; and - electrodes for charging the coating product sprayed by the spraying cup, these electrodes being assembled on a ring attached on the body and each supplied with high voltage through a resistance ; characterized in that each resistance extends axially outside the ring and is equipped, at its end opposite the electrode that it supplies, with a first electrical connection plug for electrical connection, with a movement parallel to the axis of rotation, on a second plug of corresponding geometry provided on the body , and in that the ring is configured to be assembled and connected (F2) on the body , or disassembled and disconnected (F1) from the body while being equipped with the electrodes and the resistances . - a spraying cup ; - a body ; - a drive turbine assembled in the body and configured to rotate the spraying cup about an axis of rotation (A100) defined by the body; and - electrodes for charging the coating product sprayed by the spraying cup, these electrodes being assembled on a ring attached on the body and each supplied with high voltage through a resistance ;