mhurhangee/patent-ind-claim-en huggingface dataset:
Amusement ride, in particular, a roller coaster, comprising - a first segment which comprises a circuit track on which at least one vehicle is moveably disposed, wherein the vehicle is constructed to accommodate at least one passenger , - a second segment within which the passenger can move freely about, - a third segment that connects the first segment with the second segment and in which the passenger can enter the vehicle and in which the passenger can leave the vehicle , and - a VR system for generating and displaying a virtual reality that corresponds to a ride of the passenger in the vehicle along the circuit track in the first segment , one that corresponds to the position and movement of the passenger in the second segment and one that corresponds to the passenger entering or leaving the vehicle in the third segment and which can be generated and displayed on a head-mounted display allocated to the passenger in the amusement ride, wherein the VR system comprises - a first position detection device for detecting the position of the vehicle on the circuit track , - a second position detection device for detecting the position and movement of the passenger in the second and third segments , and - a third position detection device for detecting the stop position of the vehicle in the third segment . - a first segment which comprises a circuit track on which at least one vehicle is moveably disposed, wherein the vehicle is constructed to accommodate at least one passenger , - a second segment within which the passenger can move freely about, - a third segment that connects the first segment with the second segment and in which the passenger can enter the vehicle and in which the passenger can leave the vehicle , and - a VR system for generating and displaying a virtual reality that corresponds to a ride of the passenger in the vehicle along the circuit track in the first segment , one that corresponds to the position and movement of the passenger in the second segment and one that corresponds to the passenger entering or leaving the vehicle in the third segment and which can be generated and displayed on a head-mounted display allocated to the passenger in the amusement ride, wherein the VR system comprises - a first position detection device for detecting the position of the vehicle on the circuit track , - a second position detection device for detecting the position and movement of the passenger in the second and third segments , and - a third position detection device for detecting the stop position of the vehicle in the third segment .
A sensor-based shaving method of analyzing a user's shave event for determining a unique threshold value of the user, the sensor-based shaving method comprising the steps of: a. providing a grooming device to a user, the grooming device comprising: i. a handle comprising a connecting structure , and ii. a hair cutting implement , the hair cutting implement being connected to the connecting structure ; b. providing a shave event sensor to the user, the shave event sensor configured to measure a user behavior associated with a shave event; c. providing a communication device to the user; d. collecting a first dataset from the shave event sensor , the first dataset comprising shave data defining the shave event; characterized in that the method further comprises the steps of: e. analyzing the first dataset to determine baseline behavior data of the user; f. analyzing the baseline behavior data to determine a unique threshold value of the user that is different from the baseline behavior data; g. comparing one or more subsequent datasets , each comprising shave data of one or more corresponding shave events, to the unique threshold value of the user to determine comparison data, and; h. providing, based on the comparison data, an indication to indicate a deviation from the threshold value and to influence the user behavior. a. providing a grooming device to a user, the grooming device comprising: i. a handle comprising a connecting structure , and ii. a hair cutting implement , the hair cutting implement being connected to the connecting structure ; i. a handle comprising a connecting structure , and ii. a hair cutting implement , the hair cutting implement being connected to the connecting structure ; b. providing a shave event sensor to the user, the shave event sensor configured to measure a user behavior associated with a shave event; c. providing a communication device to the user; d. collecting a first dataset from the shave event sensor , the first dataset comprising shave data defining the shave event; characterized in that the method further comprises the steps of: e. analyzing the first dataset to determine baseline behavior data of the user; f. analyzing the baseline behavior data to determine a unique threshold value of the user that is different from the baseline behavior data; g. comparing one or more subsequent datasets , each comprising shave data of one or more corresponding shave events, to the unique threshold value of the user to determine comparison data, and; h. providing, based on the comparison data, an indication to indicate a deviation from the threshold value and to influence the user behavior.
A method for recording broadcast video content by a user device, the method comprising: receiving a chunk of the broadcast video content; generating a filename for the received chunk of the broadcast video content; and storing the generated filename in a user specific storage, wherein generating the filename for the received chunk of the broadcast video content comprises: performing a cryptographic hash function on data associated with the chunk of the broadcast video content; and setting an output hash value of the cryptographic hash function as the chunk filename; characterized in that the method further comprising, at a later time: retrieving the chunk of the broadcast video content, from a shared network storage, using the chunk filename, wherein access to the chunk of the broadcast video content is available only to a user, who previously recorded the chunk of the broadcast video content in the user specific storage and generated the correct chunk filename using the cryptographic hash function. receiving a chunk of the broadcast video content; generating a filename for the received chunk of the broadcast video content; and storing the generated filename in a user specific storage, performing a cryptographic hash function on data associated with the chunk of the broadcast video content; and setting an output hash value of the cryptographic hash function as the chunk filename; characterized in that the method further comprising, at a later time: retrieving the chunk of the broadcast video content, from a shared network storage, using the chunk filename, wherein access to the chunk of the broadcast video content is available only to a user, who previously recorded the chunk of the broadcast video content in the user specific storage and generated the correct chunk filename using the cryptographic hash function.
A phase modulator for a light beam comprising: - a waveguide having a longitudinal axis (XX) directed along a first direction (x), the waveguide being intended to guide a light beam mainly along the longitudinal axis (XX), and - a piezoelectric actuator configured to apply at least one mechanical stress within said waveguide in response to an electrical bias, said actuator comprising a first portion covering a first side of the waveguide , said first portion having a first axis of symmetry (XX') essentially parallel to the longitudinal axis (XX) and a main dimension L1 taken along a second direction (y) of a plane (yz) transverse to the longitudinal axis (XX), said first axis of symmetry (XX') being offset from the longitudinal axis (XX) by an offset distance d1 taken along the second direction (y), said phase modulator being characterised in that the actuator comprises at least one second portion at least partially covering a second side of the waveguide , said second portion having a second axis of symmetry (XX") essentially parallel to the longitudinal axis (XX) and a main dimension L2 taken along a third direction (z) of the plane (yz) transverse to the longitudinal axis (XX). - a waveguide having a longitudinal axis (XX) directed along a first direction (x), the waveguide being intended to guide a light beam mainly along the longitudinal axis (XX), and - a piezoelectric actuator configured to apply at least one mechanical stress within said waveguide in response to an electrical bias, said actuator comprising a first portion covering a first side of the waveguide , said first portion having a first axis of symmetry (XX') essentially parallel to the longitudinal axis (XX) and a main dimension L1 taken along a second direction (y) of a plane (yz) transverse to the longitudinal axis (XX), said first axis of symmetry (XX') being offset from the longitudinal axis (XX) by an offset distance d1 taken along the second direction (y), said phase modulator being characterised in that the actuator comprises at least one second portion at least partially covering a second side of the waveguide , said second portion having a second axis of symmetry (XX") essentially parallel to the longitudinal axis (XX) and a main dimension L2 taken along a third direction (z) of the plane (yz) transverse to the longitudinal axis (XX).
An active ray curable inkjet ink set comprising a white ink and a colored ink each containing at least a photopolymerizable compound and a photopolymerization initiator, wherein the white ink further contains titanium oxide and a gelling agent, the colored ink further contains a color material, a value of a mass ratio of a content of the photopolymerization initiator in the white ink to a content of the photopolymerization initiator in the colored ink, namely in (white ink/colored ink), is in the range of 0.10 to 0.90, and the content of the photopolymerization initiator in the white ink is in the range of 0.3 to 2.7 mass% based on the total mass of the ink.
A device for manipulating an inner conductor (20, 20-1...20-8), from a plurality of inner conductors (20, 20-1...20-8) at a stripped end of a sheathed cable , comprising: a manipulation device , which is pivotable from an initial position about a pivot axis (S), wherein the pivot axis (S) extends essentially perpendicularly to the axial direction (A) of the end of the sheathed cable , wherein the end of the sheathed cable is alignable relative to the manipulation device in a plane which extends essentially perpendicular to the axis of the end of the sheathed cable ; wherein the manipulation device comprises an inner conductor gripper for gripping the end of the inner conductor , characterized in that the manipulation device further comprises: a needle , the needle axis (N) of which extends approximately in the axial direction (A) in the initial position of the manipulation device , wherein the needle is movable toward an end of the inner conductor along the needle axis (N) in the initial position of the manipulation device . a manipulation device , which is pivotable from an initial position about a pivot axis (S), wherein the pivot axis (S) extends essentially perpendicularly to the axial direction (A) of the end of the sheathed cable , wherein the end of the sheathed cable is alignable relative to the manipulation device in a plane which extends essentially perpendicular to the axis of the end of the sheathed cable ; wherein the manipulation device comprises an inner conductor gripper for gripping the end of the inner conductor , characterized in that the manipulation device further comprises: a needle , the needle axis (N) of which extends approximately in the axial direction (A) in the initial position of the manipulation device , wherein the needle is movable toward an end of the inner conductor along the needle axis (N) in the initial position of the manipulation device .
A produce harvesting device subsystem comprising a manual individual harvesting device configured for attachment to a person by holding onto the harvesting device ; and a control module that includes programmable logic means and a separation stroke detector that is configured, in use, to monitor the harvesting device and to detect an action of the harvesting device that is consistent with a predetermined produce separation stroke by means of which the harvesting device separates the harvested produce from a produce-producing organism in use, the programmable logic means being programmed to record each detected produce separation stroke in a separation stroke counter; wherein the harvesting device is a manually operable pivoted shear-type harvesting device, the control module is discrete from and removably mounted to the harvesting device , and the separation stroke detector is configured to monitor action of the harvesting device by monitoring when handles of the harvesting device are manually squeezed together to produce a pivotal shearing action. a manual individual harvesting device configured for attachment to a person by holding onto the harvesting device ; and a control module that includes programmable logic means and a separation stroke detector that is configured, in use, to monitor the harvesting device and to detect an action of the harvesting device that is consistent with a predetermined produce separation stroke by means of which the harvesting device separates the harvested produce from a produce-producing organism in use, the programmable logic means being programmed to record each detected produce separation stroke in a separation stroke counter; wherein the harvesting device is a manually operable pivoted shear-type harvesting device, the control module is discrete from and removably mounted to the harvesting device , and the separation stroke detector is configured to monitor action of the harvesting device by monitoring when handles of the harvesting device are manually squeezed together to produce a pivotal shearing action.
Electrician's tool having a foldable blade for stripping an electrical conductor, the tool being of the type comprising an elongated body which extends along a longitudinal axis X-X; at least one retractable cutting blade comprising a notch , wherein the blade is pivotally articulated to the body , the blade being movable between a rest position in which it is closed, retracted inside the body , and a working position in which it is open, completely extended from the body ; a knife holder disposed within the body and configured to slide along the longitudinal axis X-X, and wherein said knife holder defines a blind hole ; characterised in that an opening member is pivotally connected to the body , and comprising a first hook and a second hook , and wherein the first hook is adapted to be received by the blind hole , and wherein the second hook is configured to be engaged to the notch ; a spring leaf is connected to the body and member , wherein the spring leaf is configured to bias the member ; and when the blade is in the rest position the second hook is not engaged to the notch , and when the blade is in the working position, the second hook is engaged to the notch thereby locking the blade in the working position; and when the blade is in the rest position, the first hook is disengaged from the blind hole and the knife holder is permitted to slide, and when the blade is in the working position, the first hook is disposed within the blind hole and the knife holder is prevented from sliding.
Method for learning actuator positions (ACj) in a dual-clutch gearbox (BV) of a vehicle, said gearbox (BV) comprising two parts (PBj) each comprising at least one actuator (ACj) able to act on a synchronizer (Sj) of a secondary shaft (ASk) to synchronize the speed of an idle gear (PF) of the latter (ASk) with that of a primary shaft (APj) coupled to a clutch (EMj) in a synchronization phase, and to couple this idler gear (PF) to said secondary shaft (ASk) in a clutching phase, characterized in that it comprises a step (10-40) in which, in the event of detection of the end of said synchronization phase involving an actuator (ACj) and a synchronizer (Sj) in one of said parts (PBj) of the gearbox (BV), the start of said clutching phase of these actuators is triggered (ACj) and synchronizer (Sj) and temporarily couple said clutch (EMj) of this part (PBj) to said primary shaft re (APj) associated in order to cause a stop of said actuator (ACj), then a force exerted by said actuator (ACj) on said synchronizer (Sj) is observed, and when said force satisfies at least one chosen condition, the position is recorded in which said actuator (ACj) has stopped as the clutch start position.
Apparatus for the verification of the integrity of a train of vehicles , comprising a first communication device which is mountable on a designated end of the train of vehicles , wherein the first communication device is configured to communicate with a second communication device provided at an end opposite to the designated end if the integrity exists, characterised in that the apparatus is configured to transport the first communication device independently to the designated end of the train of vehicles , wherein the apparatus comprises a transport device for independently transporting the first communication device .
A power transmitter comprising: a first switch (T1) configured to be coupled between a first node (N) and a reference voltage node (Vref); a second switch (T2) configured to be coupled between a power supply (Vbat) and the first node; a coil (L), wherein a first end of the coil is configured to be coupled to the reference voltage node tthrough a capacitor (C) and wherein a second end of the coil (L) is coupled to the first node (N); a first sample and hold circuit having an input coupled to the first node (N); and a timing control circuit configured to generate a first control signal (V(G1)) and a second control signal (V(G2)), wherein the first control signal and the second control signal have a same frequency, wherein the first control signal (V(G1)) and the second control signal (V(G2)) are configured to turn ON the first switch (T1) while the second switch (T2) is turned OFF, and configured to turn OFF the first switch (T1) while the second switch (T2) is turned ON; and wherein the timing control circuit is configured to generate a third control signal , the first control signal, the second control signal, and the third control signal having a same frequency, the third control signal determining a sampling time of the first sample and hold circuit and has a first pre-determined delay (t1) from a first edge of the first control signal (V(G1)) . a first switch (T1) configured to be coupled between a first node (N) and a reference voltage node (Vref); a second switch (T2) configured to be coupled between a power supply (Vbat) and the first node; a coil (L), wherein a first end of the coil is configured to be coupled to the reference voltage node tthrough a capacitor (C) and wherein a second end of the coil (L) is coupled to the first node (N); a first sample and hold circuit having an input coupled to the first node (N); and a timing control circuit configured to generate a first control signal (V(G1)) and a second control signal (V(G2)), wherein the first control signal and the second control signal have a same frequency, wherein the first control signal (V(G1)) and the second control signal (V(G2)) are configured to turn ON the first switch (T1) while the second switch (T2) is turned OFF, and configured to turn OFF the first switch (T1) while the second switch (T2) is turned ON; and wherein the timing control circuit is configured to generate a third control signal , the first control signal, the second control signal, and the third control signal having a same frequency, the third control signal determining a sampling time of the first sample and hold circuit and has a first pre-determined delay (t1) from a first edge of the first control signal (V(G1)) .
A method of communication, comprising: decoding a first set of bits from a first transmission, wherein the first set of bits includes a first subset of bits and a second subset of bits ; receiving a second transmission associated with the first transmission, the second transmission including a second set of bits without cyclic redundancy check, CRC, information, and the second set of bits corresponding to the second subset of bits; decoding the second set of bits; and decoding the first set of bits using the decoded second set of bits, wherein the decoding comprises list decoding. decoding a first set of bits from a first transmission, wherein the first set of bits includes a first subset of bits and a second subset of bits ; receiving a second transmission associated with the first transmission, the second transmission including a second set of bits without cyclic redundancy check, CRC, information, and the second set of bits corresponding to the second subset of bits; decoding the second set of bits; and decoding the first set of bits using the decoded second set of bits, wherein the decoding comprises list decoding.
A system for determining a pulse wave velocity of a pulse travelling along a wall of a vessel or organ, or a characteristic of the wall of the vessel or organ based on the pulse wave velocity, the system comprising: a body-implantable device which comprises - a cuff for implanting around the vessel or organ; - an actuator for providing, through actuation of the actuator, the pulse in the vicinity of the vessel or organ wall at a first location along the vessel or organ; and - a sensor for sensing the pulse at a second location along the vessel or organ, the second location being different from the first location; and a controller for: - controlling the actuator and analyzing the sensed pulse; and - determining from a time difference between providing the pulse and sensing of the pulse, the pulse wave velocity, or the characteristic of the vessel or organ wall based on the pulse wave velocity. a body-implantable device which comprises - a cuff for implanting around the vessel or organ; - an actuator for providing, through actuation of the actuator, the pulse in the vicinity of the vessel or organ wall at a first location along the vessel or organ; and - a sensor for sensing the pulse at a second location along the vessel or organ, the second location being different from the first location; and - a cuff for implanting around the vessel or organ; - an actuator for providing, through actuation of the actuator, the pulse in the vicinity of the vessel or organ wall at a first location along the vessel or organ; and - a sensor for sensing the pulse at a second location along the vessel or organ, the second location being different from the first location; and a controller for: - controlling the actuator and analyzing the sensed pulse; and - determining from a time difference between providing the pulse and sensing of the pulse, the pulse wave velocity, or the characteristic of the vessel or organ wall based on the pulse wave velocity. - controlling the actuator and analyzing the sensed pulse; and - determining from a time difference between providing the pulse and sensing of the pulse, the pulse wave velocity, or the characteristic of the vessel or organ wall based on the pulse wave velocity.