mhurhangee/patent-ind-claim-en huggingface dataset:
Measuring equipment, which when combined with operational components of earth moving equipment that comprise a bucket or a corresponding earth holding implement, enables the determination of the volume of earth removed from a pre-determined area, said measuring equipment, when combined, being fitted to the outermost lever and the digging bucket of earth moving equipment, the instant end position of said outermost lever being calculated from pre-installed inclination and length determining instrumentation, said measuring equipment comprising a ground distance sensor fitted to the outermost lever and an inclination sensor fitted to the digging bucket, and a calculating unit for the volume determination based on information relating to: - the bucket dimensions and orientation, - a vertical ground distance (D) calculated from the position of a predetermined point of the outermost lever and the ground distance (DL) measured, and - the horizontal distance travelled by the bucket as determined by signals from the pre-installed inclination and length determining instrumentation. - the bucket dimensions and orientation, - a vertical ground distance (D) calculated from the position of a predetermined point of the outermost lever and the ground distance (DL) measured, and - the horizontal distance travelled by the bucket as determined by signals from the pre-installed inclination and length determining instrumentation.
A method for configuring a Scheduling Request, SR, applied to a network device, the method comprising: configuring, for a terminal device, an SR configuration corresponding to each of at least one carrier , at least one SR configuration being configured for the at least one carrier; and configuring, for the terminal device, a mapping relationship between each of at least one Logical Channel, LCH, and the at least one SR configuration , wherein configuring, for the terminal device, the SR configuration corresponding to each of the at least one carrier comprises: configuring different SR configurations for different carriers, different SR configurations with a same SR configuration period being configured for different carriers, characterized in that : two different SR configurations including a first SR configuration and a second SR configuration are configured for each carrier, the first SR configurations of the different carries have a same SR configuration period, and the second SR configurations of the different carries have a same SR configuration period, and the first SR configurations of the different carries are mapped to a first group of LCHs, and the second SR configurations of the different carries are mapped to a second group of LCHs different from the first group of LCHs. configuring, for a terminal device, an SR configuration corresponding to each of at least one carrier , at least one SR configuration being configured for the at least one carrier; and configuring, for the terminal device, a mapping relationship between each of at least one Logical Channel, LCH, and the at least one SR configuration , wherein configuring, for the terminal device, the SR configuration corresponding to each of the at least one carrier comprises: configuring different SR configurations for different carriers, different SR configurations with a same SR configuration period being configured for different carriers, characterized in that : two different SR configurations including a first SR configuration and a second SR configuration are configured for each carrier, the first SR configurations of the different carries have a same SR configuration period, and the second SR configurations of the different carries have a same SR configuration period, and the first SR configurations of the different carries are mapped to a first group of LCHs, and the second SR configurations of the different carries are mapped to a second group of LCHs different from the first group of LCHs. two different SR configurations including a first SR configuration and a second SR configuration are configured for each carrier, the first SR configurations of the different carries have a same SR configuration period, and the second SR configurations of the different carries have a same SR configuration period, and the first SR configurations of the different carries are mapped to a first group of LCHs, and the second SR configurations of the different carries are mapped to a second group of LCHs different from the first group of LCHs.
A knitted textile for an article of apparel or footwear, comprising: (a) a first portion , which is auxetic; (b) a second portion , which is non-auxetic, wherein the second portion is adjacent to the first portion , and wherein the first portion comprises a first essentially flat element and a first protruding element . (a) a first portion , which is auxetic; (b) a second portion , which is non-auxetic,
Public transport vehicle extending in a longitudinal direction (X) and comprising two side walls delimiting an internal passenger transport compartment in a transverse direction (Y) of the vehicle, the internal compartment comprising at least one location for receiving a wheelchair and a transverse partition delimiting the location in the longitudinal direction, at least one seat being accommodated in each location , the seat comprising a seat that can be rotated about an axis parallel to the longitudinal direction (X) between a lowered position and a raised position, the seat being configured to support a seated passenger when the seat is in the lowered position, the vehicle being characterised in that the transverse bulkhead has a first backrest configured to allow a passenger to rest their back against the first backrest when the passenger is seated on the seat .
Method for securing the processing of transactional data, the method being implemented within a communications terminal (TC) comprising a transactional data processing module (ModT), said method comprising: - a step for the detection, by the processing module (ModT), of a display of at least one entry area (ZoS) relating to a piece of payment means data; - a step for the activation, by the processing module (ModT), of a contactless data reading module (ModSC); - a step for the obtaining, by the contactless data reading module (ModSC), of at least one piece of payment means data coming from a payment means; said method being characterized in that it comprises: - a step for the generation, by the processing module (ModT), of a current authentication code (CAC), said step for the generation comprising a step for the computing of a symmetric bilinear coupling function as a function of a piece of identification data (IdTerm) of the communications terminal and of a piece of authentication data (AuthU) of an user with whom said communications terminal is associated, delivering said current authentication code (CAC); - a step for the furnishing, at said at least one entry area (ZoS), of at least one piece of payment means data previously obtained and of said generated current authentication code (CAC). - a step for the detection, by the processing module (ModT), of a display of at least one entry area (ZoS) relating to a piece of payment means data; - a step for the activation, by the processing module (ModT), of a contactless data reading module (ModSC); - a step for the obtaining, by the contactless data reading module (ModSC), of at least one piece of payment means data coming from a payment means; - a step for the generation, by the processing module (ModT), of a current authentication code (CAC), said step for the generation comprising a step for the computing of a symmetric bilinear coupling function as a function of a piece of identification data (IdTerm) of the communications terminal and of a piece of authentication data (AuthU) of an user with whom said communications terminal is associated, delivering said current authentication code (CAC); - a step for the furnishing, at said at least one entry area (ZoS), of at least one piece of payment means data previously obtained and of said generated current authentication code (CAC).
A method of gate-level masking of secret data during a cryptographic process comprising: determining a mask share, wherein a first portion of the mask share comprises a first number of zero-values and a second number of one-values, and a second portion of the mask share comprises the first number of one-values and the second number of zero-values, wherein for a masked gate logic having n inputs the number of bits in each portion of the mask share is 2 n ; inputting masked data values and the first portion of the mask share into a first portion of the masked gate logic , and inputting the masked data values and the second portion of the mask share into a second portion of the masked gate logic ; and identifying a first output from the first portion of the masked gate logic and a second output from the second portion of the masked gate logic , wherein either the first output or the second output is a zero-value. determining a mask share, wherein a first portion of the mask share comprises a first number of zero-values and a second number of one-values, and a second portion of the mask share comprises the first number of one-values and the second number of zero-values, wherein for a masked gate logic having n inputs the number of bits in each portion of the mask share is 2 n ; inputting masked data values and the first portion of the mask share into a first portion of the masked gate logic , and inputting the masked data values and the second portion of the mask share into a second portion of the masked gate logic ; and identifying a first output from the first portion of the masked gate logic and a second output from the second portion of the masked gate logic , wherein either the first output or the second output is a zero-value.
A compound which is cirsimaritin and has the following structure: or a pharmaceutically acceptable ester or salt thereof, for use in healing a chronic wound in skin.
Connection device for connecting a first cleaning cart to a second cleaning cart along a connecting direction , each configured for receiving cleaning utensils and comprising rollers for moving on a ground surface , wherein the connection device comprises a first connecting part fixed or fixable to the first cleaning cart and a second connecting part fixed or fixable to the second cleaning cart , wherein the respective connecting part comprises a base region and a projection region projecting therefrom in a direction towards the respective other connecting part , wherein a first locking element is arranged at the first projection region of the first connecting part and a second locking element is arranged at the second projection region of the second connecting part , wherein the locking elements are configured to be in engagement with one another when in a locking position and to be out of engagement when in an unlocking position, and wherein the projection regions are arranged transversely and in particular perpendicularly to the connecting direction , in lateral side-by-side relation to one another, characterized in that a through-opening is formed at the first projection region and/or at the second projection region for passing a cleaning tool therethrough. wherein the respective connecting part comprises a base region and a projection region projecting therefrom in a direction towards the respective other connecting part , wherein a first locking element is arranged at the first projection region of the first connecting part and a second locking element is arranged at the second projection region of the second connecting part , wherein the locking elements are configured to be in engagement with one another when in a locking position and to be out of engagement when in an unlocking position, and wherein the projection regions are arranged transversely and in particular perpendicularly to the connecting direction , in lateral side-by-side relation to one another, characterized in that a through-opening is formed at the first projection region and/or at the second projection region for passing a cleaning tool therethrough.
An offshore structure such as a floating structure, including at least one fairlead for guiding an anchoring element thereof at an anchoring point , said fairlead comprising guide means that are able to guide the anchoring element in translation between the structure and the anchoring point , means for moving the anchoring element in translation in the guide means in order to place said anchoring element under tension, and locking means able to prevent the anchoring element from moving in translation in the guide means , for mooring the structure to the anchoring point, the means for moving the anchoring element in translation in the guide means are integrated into a distinct part separate from the rest of the structure of the fairlead, and this part and the rest of the structure of the fairlead comprise retractable coupling means thereof, the distinct part in which the movement means of the anchoring element are incorporated includes a support frame for said movement means, suitable for being engaged on the rest of the guide fairlead, and characterized in that the support frame includes means for centering this part and locking it in position on the rest of the fairlead, the locking means being movable by the first actuators , between an active coupling position of the frame on the rest of the guide fairlead , and a retracted position releasing this part to allow it to be detached from the rest of the fairlead, and in that the centering means comprise centering lugs able to cooperate with centering elements complementary to the rest of the fairlead allowing the alignment and the centering of the locking means, and the locking means comprise locking pins movable by the first actuators , between an active locking position, protruding in corresponding locking holes of the rest of the fairlead, and a released retracted position.
An apparatus for a first terminal device, the apparatus comprising means for: transmitting a first uplink reference signal at a first transmission time instance measured according to a local reference clock of the first terminal device; applying a frequency shift to a frequency of the local reference clock at a frequency-shift time instance measured according to the local reference clock and following the first time instance; calculating a shift of transmission timing for an upcoming transmission of a second uplink reference signal to compensate for the frequency shift based on a second transmission time instance scheduled using the local reference clock for the upcoming transmission of the second uplink reference signal, the frequency shift and the frequency-shift time instance; applying the shift of transmission timing to the second transmission time instance; and transmitting the second uplink reference signal at the second time instance following the shift of transmission timing. transmitting a first uplink reference signal at a first transmission time instance measured according to a local reference clock of the first terminal device; applying a frequency shift to a frequency of the local reference clock at a frequency-shift time instance measured according to the local reference clock and following the first time instance; calculating a shift of transmission timing for an upcoming transmission of a second uplink reference signal to compensate for the frequency shift based on a second transmission time instance scheduled using the local reference clock for the upcoming transmission of the second uplink reference signal, the frequency shift and the frequency-shift time instance; applying the shift of transmission timing to the second transmission time instance; and transmitting the second uplink reference signal at the second time instance following the shift of transmission timing.
An air jet loom including an air tuck-in device , the air tuck-in device being provided in the air jet loom and performing a tuck-in operation by air jetting with tuck-in nozzles , the air tuck-in device comprising a pair of tuck-in heads that are each provided on a corresponding one of a weft-supply side and a side opposite to the weft-supply side and that have the tuck-in nozzles , a driving shaft that is continuously rotationally driven in one direction in synchronism with a main shaft of the loom , and a reciprocating motion mechanism that supports at least the tuck-in head provided on the side opposite to the weft-supply side, that uses the driving shaft as a driving source, and that causes the tuck-in head to undergo a reciprocating motion between a first position that is situated on a side of a cloth fell and a second position that is situated away from the cloth fell in a front-rear direction of the loom , the first position being a position where the reciprocating motion causes the tuck-in head to overlap the cloth fell, the second position being a position where the tuck-in head is situated away from the cloth fell on a side opposite to a side of a reed, wherein the reciprocating motion mechanism includes an intermediate transmission shaft that is rotatably supported by a frame of the loom and that extends in a weaving-width direction, a reverse driving section that connects the intermediate transmission shaft and the driving shaft to each other and that reciprocatingly reversely drives the intermediate transmission shaft , a swinging arm that is supported at one end by a supporting shaft provided above a warp line, that is provided so as to be swingable around an axis of the supporting shaft , and that supports at other end the tuck-in head , and a driving transmission section that connects the swinging arm and the intermediate transmission shaft to each other and that is mounted on the intermediate transmission shaft so that a position of the driving transmission section in the weaving-width direction with respect to the intermediate transmission shaft is changeable.
An apparatus for a person to simulate flying motion comprising: a supporting base ; a pair of wings ; one or more strings ; one end of each string suitable to be connected to the person and the other end thereof connected to a predetermined position of the supporting base , so that in use the person can be hung with the pair of wings ; at least one control unit disposed at the predetermined position at the supporting base to control the tension of the string ; and a first sensor disposed on each string to detect the change of the tension on the string ; characterised in that when the person moves the wings in an up and down manner, a lift force is generated to change a tension of the string , wherein a second sensor is disposed on the wings to transmit a signal of the frequency and speed of the vibration of the wings to the control unit to adjust the tension of the string to enable the person to simulate the flying motion. a supporting base ; a pair of wings ; one or more strings ; one end of each string suitable to be connected to the person and the other end thereof connected to a predetermined position of the supporting base , so that in use the person can be hung with the pair of wings ; at least one control unit disposed at the predetermined position at the supporting base to control the tension of the string ; and a first sensor disposed on each string to detect the change of the tension on the string ; characterised in that when the person moves the wings in an up and down manner, a lift force is generated to change a tension of the string , wherein a second sensor is disposed on the wings to transmit a signal of the frequency and speed of the vibration of the wings to the control unit to adjust the tension of the string to enable the person to simulate the flying motion.
A stove, comprising a stove body , an air inlet channel , and an exhaust channel , wherein when the stove body is used in an enclosed space, an air inlet end of the air inlet channel is in communication with an outside of the enclosed space, a connection end of the air inlet channel is in communication with an air inlet of the stove body , the air inlet channel is operative to introduce air into the stove body from the outside of the enclosed space, wherein a connection end of the exhaust channel is in communication with an exhaust port of the stove body , an exhaust end of the exhaust channel is in communication with the outside of the enclosed space, whereby the exhaust channel is operative to discharge an exhaust gas in the stove body out of the enclosed space; characterized in that , the stove body is provided with an air intake adjusting device configured to adjust an opening degree of the air inlet, and is further provided with a stove door arranged on a front side of the stove body , wherein openability of the stove door is associated with the opening degree of the air inlet, and only when the opening degree of the air inlet is 0% or the air inlet is totally closed is the stove door openable by a user. when the stove body is used in an enclosed space, an air inlet end of the air inlet channel is in communication with an outside of the enclosed space, a connection end of the air inlet channel is in communication with an air inlet of the stove body , the air inlet channel is operative to introduce air into the stove body from the outside of the enclosed space, wherein a connection end of the exhaust channel is in communication with an exhaust port of the stove body , an exhaust end of the exhaust channel is in communication with the outside of the enclosed space, whereby the exhaust channel is operative to discharge an exhaust gas in the stove body out of the enclosed space; characterized in that , the stove body is provided with an air intake adjusting device configured to adjust an opening degree of the air inlet, and is further provided with a stove door arranged on a front side of the stove body , wherein openability of the stove door is associated with the opening degree of the air inlet, and only when the opening degree of the air inlet is 0% or the air inlet is totally closed is the stove door openable by a user.