mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method of determining a heading of a mobile device , comprising: spawning a plurality of clone processes, each clone process given an identical initial location and identical initial speed, and each clone process given a unique direction; and calculating , by each clone process, a respective position at the end of a frame period based on the identical initial location, the identical initial speed and unique direction; characterised in that the method further comprises: terminating clone processes whose position at the end of the frame period is outside a predetermined threshold, the terminating results in remaining clone processes, wherein terminating clone processes further comprises, for each clone process: determining a gap between the respective position and an obstacle identified by map data; and terminating each clone process whose gap is less than the predetermined threshold being a gap threshold; and determining the heading of the mobile device from the remaining clone processes. spawning a plurality of clone processes, each clone process given an identical initial location and identical initial speed, and each clone process given a unique direction; and calculating , by each clone process, a respective position at the end of a frame period based on the identical initial location, the identical initial speed and unique direction; terminating clone processes whose position at the end of the frame period is outside a predetermined threshold, the terminating results in remaining clone processes, wherein terminating clone processes further comprises, for each clone process: determining a gap between the respective position and an obstacle identified by map data; and terminating each clone process whose gap is less than the predetermined threshold being a gap threshold; and determining a gap between the respective position and an obstacle identified by map data; and terminating each clone process whose gap is less than the predetermined threshold being a gap threshold; and determining the heading of the mobile device from the remaining clone processes.
A transmission for a pedestrian-controlled wheeled vehicle , comprising a driving member , a rotary driven member , such as a toothed wheel, permanently engaged with the driving member , driving means for driving the wheels of a same pair of wheels of the vehicle , said driving means comprising a wheel drive shaft produced in a single piece or at least two coaxial wheel drive shaft sections (6A; 6B) that are capable of each driving a wheel (7A; 7B) of a same pair of wheels of the vehicle , and disposed between the wheel drive shaft or each of the wheel drive shaft sections (6A; 6B) and the driven member , a clutch mechanism , the or each clutch mechanism comprising at least one part mounted so as to be axially mobile, on the wheel drive shaft or wheel drive shaft section with which said clutch mechanism cooperates, between a position away from the driven member and a position close to the driven member , the position away from the driven member corresponding to an activated state of the corresponding clutch mechanism , the position close to the driven member corresponding to a deactivated state of the corresponding clutch mechanism , the or each clutch mechanism being a so-called automatic clutch mechanism that can be activated by driving the driven member in rotation in a first, so-called forward, rotational driving direction, and that can be deactivated by driving the driven member in rotation in a second, so-called reverse, direction of rotation counter to said first direction of rotation, or by driving the wheel drive shaft or the wheel drive shaft section (6A; 6B) with which it cooperates in forward rotation, when the speed of rotation of the wheel drive shaft or the wheel drive shaft section (6A; 6B) is greater than the speed of rotation of the driven member , the wheel drive shaft or each wheel drive shaft section (6A; 6B) being, when the corresponding clutch mechanism is in the deactivated state, free to turn in either one of its directions of rotation, characterized in that said at least one part of the or each clutch mechanism disposed, when the corresponding clutch mechanism is in the deactivated state, in a position close to the driven member , is, in said position, limited in axial displacement in the direction of a movement away from the driven member , when the driven member is in the forwardly driven state.
A method for computer-assisted monitoring of a vibration exposure to which an operator is subjected while operating a processing machine, comprising the method steps of: a) determining an actual operating duration of a processing machine by the operator, b) querying a machine-specific exposure value with respect to the processing machine used, an identifier shown in the form of a QR code being permanently attached to the processing machine for this purpose, said querying being performed using a portable device including an optoelectronic reading device, c) automated calculating of the vibration exposure based on the operating duration and the machine-specific exposure value, d) outputting a vibration exposure value reflecting the vibration exposure up to a current point, or a value dependent thereon. a) determining an actual operating duration of a processing machine by the operator, b) querying a machine-specific exposure value with respect to the processing machine used, an identifier shown in the form of a QR code being permanently attached to the processing machine for this purpose, said querying being performed using a portable device including an optoelectronic reading device, c) automated calculating of the vibration exposure based on the operating duration and the machine-specific exposure value, d) outputting a vibration exposure value reflecting the vibration exposure up to a current point, or a value dependent thereon.
A surgical stapling device comprising: an elongate body ; and a tool assembly supported on a distal portion of the elongate body, the tool assembly including a cartridge assembly and an anvil assembly that are movable in relation to each other between spaced and approximated positions, the cartridge assembly including a staple cartridge supporting a plurality of staples , a clamp member having a body supporting a knife , and an actuation sled having a first portion and a second portion , each of the first and second portions of the actuation sled defining a cam member , the second portion of the actuation sled being physically separated and spaced from the first portion of the actuation sled to define a channel between the first and second portions, wherein in a pre-actuated state of the surgical stapling device, the clamp member is positioned within the channel between the first and second portions of the actuation sled with the knife of the clamp member positioned distally of a proximal end of the cam member of the first and second portions of the actuation sled, characterized in that during at least a portion of a firing stroke of the surgical stapling device, the clamp member is movable to position the knife proximally of the cam members, wherein the longitudinally extending portion of the inner wall of the first and second portions of the actuation sled includes an inwardly extending resilient projection that extends into the channel into the path of the clamp member to prevent distal movement of the clamp member beyond the resilient projection, wherein in the pre-actuated state, the clamp member is positioned to engage the resilient projections to urge the resilient projections from within the channel.
An oil return mechanism, comprising: a base , a control switch, a first blocking ball mounted in the base, an elastic member mounted between the first blocking ball and the base; characterized in that the base has a liquid storing cavity , a liquid returning cavity , a communicating cavity , a first communicating opening communicating between the liquid returning cavity and the communicating cavity, and a second communicating opening communicating between the communicating cavity and the liquid storing cavity; the control switch is adapted for controlling the second communicating opening open or closed so that the communicating cavity and the liquid storing cavity are connected or separated; the first blocking ball moves between a blocking position and an open position with an external force; when the first blocking ball is in the open position, the whole first communicating opening is open, and thus a fluid flows from the liquid returning cavity to the communicating cavity; the first communicating opening is positioned in a communicating portion of the base; when the first blocking ball is in the blocking position, one or more liquid guiding gaps are formed between the first blocking ball and the communicating portion of the base; and the liquid guiding gap manufactured in the communicating portion of the base communicates between the liquid returning cavity and the communicating cavity .
A gaseous fuelled internal combustion engine comprising: a combustion chamber defined by a cylinder bore, a cylinder head and a piston reciprocating within said cylinder bore, a diameter of said cylinder bore is at least 90 mm and a ratio between said diameter and a stroke length of said piston is at most 0.95; at least one intake passage for delivering a charge to said combustion chamber; at least one intake valve configured in said cylinder head and cooperating with said intake passage to create a predominant tumble flow motion in said combustion chamber; and further comprising: a throttle valve for variably supplying air to an intake manifold, wherein said throttle valve is commanded to maintain a stoichiometric gaseous fuel-air mixture within a predetermined tolerance. a combustion chamber defined by a cylinder bore, a cylinder head and a piston reciprocating within said cylinder bore, a diameter of said cylinder bore is at least 90 mm and a ratio between said diameter and a stroke length of said piston is at most 0.95; at least one intake passage for delivering a charge to said combustion chamber; at least one intake valve configured in said cylinder head and cooperating with said intake passage to create a predominant tumble flow motion in said combustion chamber; and further comprising: a throttle valve for variably supplying air to an intake manifold, wherein said throttle valve is commanded to maintain a stoichiometric gaseous fuel-air mixture within a predetermined tolerance.
A method for connecting sheet metal parts in order to form lamination stacks in which an electrical steel strip or sheet is prepared, which has a first coating on its first flat side and a second coating on its second flat side opposite from the first, wherein the first coating contains a preferably thermally activatable adhesive and is free of reaction accelerators , and wherein the second coating contains a reaction accelerator for the adhesive of the first coating , sheet metal parts are separated, more particularly cut, from the electrical steel strip or sheet , the separated sheet metal parts are stacked onto one another in such a way that between each pair of successive sheet metal parts , the first coating faces the second coating , the stacked sheet metal parts are baked onto one another through activation of the adhesive of the first coating and in another step, are divided into lamination stacks , characterized in that the first and/or second coating is provided with a separating layer , which contains a reaction accelerator for the adhesive of the first coating and a release agent to facilitate the division of the sheet metal parts into lamination stacks . an electrical steel strip or sheet is prepared, which has a first coating on its first flat side and a second coating on its second flat side opposite from the first, wherein the first coating contains a preferably thermally activatable adhesive and is free of reaction accelerators , and wherein the second coating contains a reaction accelerator for the adhesive of the first coating , sheet metal parts are separated, more particularly cut, from the electrical steel strip or sheet , the separated sheet metal parts are stacked onto one another in such a way that between each pair of successive sheet metal parts , the first coating faces the second coating , the stacked sheet metal parts are baked onto one another through activation of the adhesive of the first coating and in another step, are divided into lamination stacks , characterized in that the first and/or second coating is provided with a separating layer , which contains a reaction accelerator for the adhesive of the first coating and a release agent to facilitate the division of the sheet metal parts into lamination stacks .
A method comprising: determining , by a first wireless communication device, a first backoff counter for contending for a transmission opportunity, TXOP, in a communication medium over a first spatial subspace; detecting , by the first wireless communication device, a transmission in the TXOP within the first spatial subspace; and characterized by determining , by the first wireless communication device, a second backoff counter for contending for the TXOP over a second spatial subspace that is different from the first spatial subspace based on the detecting. determining , by a first wireless communication device, a first backoff counter for contending for a transmission opportunity, TXOP, in a communication medium over a first spatial subspace; detecting , by the first wireless communication device, a transmission in the TXOP within the first spatial subspace; and characterized by determining , by the first wireless communication device, a second backoff counter for contending for the TXOP over a second spatial subspace that is different from the first spatial subspace based on the detecting.
A negative electrode active material comprising a negative electrode active material particle, wherein the negative electrode active material particle comprises a silicon compound particle comprising a silicon compound (SiO x : 0.5≤×≤1.6), the silicon compound particle comprises crystalline Li 2 Si 2 O 5 in at least part of the silicon compound particle, among a peak intensity A derived from Li 2 SiO 3 , a peak intensity B derived from Si, a peak intensity C derived from Li 2 Si 2 O 5 , and a peak intensity D derived from SiO 2 which are obtained from a 29 Si-MAS-NMR spectrum of the silicon compound particle, the peak intensity C is the highest intensity, the peak intensity A and the peak intensity C satisfy a relationship of the following formula 1, A < C / 3 , and in the negative electrode active material a crystallite's size of Si is 7.5 nm or less. a negative electrode active material particle, wherein the negative electrode active material particle comprises a silicon compound particle comprising a silicon compound (SiO x : 0.5≤×≤1.6), the silicon compound particle comprises crystalline Li 2 Si 2 O 5 in at least part of the silicon compound particle, among a peak intensity A derived from Li 2 SiO 3 , a peak intensity B derived from Si, a peak intensity C derived from Li 2 Si 2 O 5 , and a peak intensity D derived from SiO 2 which are obtained from a 29 Si-MAS-NMR spectrum of the silicon compound particle, the peak intensity C is the highest intensity, the peak intensity A and the peak intensity C satisfy a relationship of the following formula 1, A < C / 3 , and in the negative electrode active material a crystallite's size of Si is 7.5 nm or less.
A foldable terminal , comprising: a casing assembly comprising a first casing and a second casing ; a display screen coupled with the first casing and the second casing ; and a foldable mechanism comprising a carrier plate , a first cover plate , a second cover plate , a first rotating arm , and a second rotating arm , wherein the carrier plate has a first side rotatably coupled with the first cover plate and a second side rotatably coupled with the second cover plate , the first cover plate is slidably coupled with the first casing , and the second cover plate is slidably coupled with the second casing , the first rotating arm has one end rotatably coupled with the second side of the carrier plate and the other end rotatably coupled with the first casing , and the second rotating arm has one end rotatably coupled with the first side of the carrier plate and the other end rotatably coupled with the second casing . a casing assembly comprising a first casing and a second casing ; a display screen coupled with the first casing and the second casing ; and a foldable mechanism comprising a carrier plate , a first cover plate , a second cover plate , a first rotating arm , and a second rotating arm , wherein the carrier plate has a first side rotatably coupled with the first cover plate and a second side rotatably coupled with the second cover plate , the first cover plate is slidably coupled with the first casing , and the second cover plate is slidably coupled with the second casing , the first rotating arm has one end rotatably coupled with the second side of the carrier plate and the other end rotatably coupled with the first casing , and the second rotating arm has one end rotatably coupled with the first side of the carrier plate and the other end rotatably coupled with the second casing .
Combustion chamber comprising a burner with a burner axis (M) extending orthogonally to a burner head plate through a center of the burner head plate, and comprising a sensor system with at least one first optical sensor device including first receiving optics with a first optical axis , wherein, with the first optical axis parallel to or under an acute angle with respect to the burner axis (M), preferably under an angle of less than 45°, the first optical sensor device is arranged in the direction of the burner axis (M) downstream of a flame zone of the burner with the sensor orientation being directed upstream the first optical axis, and wherein the first sensor device receives and detects infrared radiation and ultraviolet radiation, wherein the sensor system comprises at least one second optical sensor device with second receiving optics having a second optical axis , wherein the second optical sensor device is arranged in an area to the side of the flame zone , with the second optical axis transverse to the burner axis (M), and wherein the second sensor device receives and detects infrared radiation and ultraviolet radiation.
A cleaning solution comprising: water; a compound represented by general formula below; a glycol ether compound; and a surfactant, wherein the glycol ether compound dissolves in an amount of greater than 5 g in 100 g of water having a temperature of 25 degrees C, and a proportion of the glycol ether compound is 1 percent by mass or greater but 30 percent by mass or less of a total amount of the cleaning solution, wherein a proportion of the compound represented by general formula is 20 percent by mass or greater of a total amount of the cleaning solution, and wherein a proportion of the water is 10 percent by mass or greater but 60 percent by mass or less of a total amount of the cleaning solution, where in general formula , R 1 represents an alkyl group that comprises 1 or more but 4 or less carbon atoms. water; a compound represented by general formula below; a glycol ether compound; and a surfactant, wherein the glycol ether compound dissolves in an amount of greater than 5 g in 100 g of water having a temperature of 25 degrees C, and a proportion of the glycol ether compound is 1 percent by mass or greater but 30 percent by mass or less of a total amount of the cleaning solution, wherein a proportion of the compound represented by general formula is 20 percent by mass or greater of a total amount of the cleaning solution, and wherein a proportion of the water is 10 percent by mass or greater but 60 percent by mass or less of a total amount of the cleaning solution, where in general formula , R 1 represents an alkyl group that comprises 1 or more but 4 or less carbon atoms.
Cooking appliance apparatus, in particular hob apparatus, with at least one heating unit (12a-d), which has at least one inner heating element (14a-d) and at least one at least substantially polygonal outer heating element (16a-d), wherein at least one of the heating elements (14a-d, 16a-d) has a main extension plane, and with at least one magnetic flux bundling unit (18a-d), which is provided for bundling a magnetic flux supplied by the heating unit (12a-d) and which has at least one overlapping magnetic flux bundling element (20a-d) which, when the heating unit (12a-d) is viewed perpendicularly to the main extension plane, is arranged above the heating elements (14a-d, 16a-d) in an overlapping manner, wherein, when the heating unit (12a-d) is viewed perpendicularly to the main extension plane, regions (22a-d) of minimum distance between the heating elements (14a-d, 16a-d) are free of overlapping magnetic flux bundling elements (20a-d, 32a-d), and wherein, when the heating unit (12a-d) is viewed perpendicularly to the main extension plane, regions (22a-d) around at least one first main axis (24a-d) of the heating unit (12a-d), which is oriented at least substantially perpendicularly to at least one edge of the at least substantially polygonal shape of the outer heating element (16a-d), and around at least one second main axis (26a-d) of the heating unit (12a-d), which is oriented at least substantially perpendicularly to the first main axis (24a-d), are free of overlapping magnetic flux bundling elements (20a-d, 32a-d), characterised in that , when the heating unit (12a-d) is viewed perpendicularly to the main extension plane, a longitudinal axis (28a-d) of the overlapping magnetic flux bundling element (20a-d) is spaced apart from an intersection point (40a-d) of the main axes (24a-d, 26a-d).
A terminal for use in a mobile communication system, the terminal comprising: a transceiver; and a controller configured to: receive, from a base station , a message including information indicating a time domain position of a physical broadcast channel, PBCH, within a time interval, identify resources for the PBCH based on the information, and receive, from the base station , a physical downlink shared channel, PDSCH, based on resource blocks not containing the resources for the PBCH. a transceiver; and a controller configured to: receive, from a base station , a message including information indicating a time domain position of a physical broadcast channel, PBCH, within a time interval, identify resources for the PBCH based on the information, and receive, from the base station , a physical downlink shared channel, PDSCH, based on resource blocks not containing the resources for the PBCH. receive, from a base station , a message including information indicating a time domain position of a physical broadcast channel, PBCH, within a time interval, identify resources for the PBCH based on the information, and receive, from the base station , a physical downlink shared channel, PDSCH, based on resource blocks not containing the resources for the PBCH.
Layout for a motor vehicle comprising a motor vehicle floor made of composite material provided with a well , the layout comprising a securing device fitted level with the bottom of the well , said securing device comprising securing arms allowing the assembly of said securing device to said bottom of the well, and a central portion from which said securing arms extend, the securing device comprising a nut provided with a tapped hole fitted on the central portion , the central portion containing an opening arranged in such a manner as to allow the passage of a threaded element so that it is screwed into the tapped hole , the securing device comprising three securing arms , characterized in that the well comprises ribs delimiting receiving cavities for two parts of two securing arms , in order to ensure adequate positioning of the securing device in the bottom of the well .