mhurhangee/patent-ind-claim-en huggingface dataset:
A system for provision of diagnostic fault information (PDTI) concerning a motor vehicle , the system comprises a processing unit configured to receive fault codes (DTC) from the vehicle , each fault code received (DTC) being associated with a unique identity, and to provide the diagnostic fault information (PDTI) via an output interface , characterised in that the system comprises a database containing at least one range of information items (C, A) which each pertain to a certain fault code (DTC), and the processing unit is configured to generate the diagnostic fault information (PDTI) dynamically on the basis of at least one fault code received (DTC) and at least one information item (C, A) thereto pertaining from the database and, if more than one fault code (DTC1, DTC2) is received from the vehicle when two or more faults in the motor vehicle occur at the same time, the processing unit is configured to generate diagnostic fault information (PDTI) concerning a current fault code (DTC2) dynamically on the basis of at least one information item (C2, A2) pertaining to the current fault code (DTC2) and at least one information item (C1, A1) pertaining to at least one other of said fault codes received (DTC1) as well as on the basis of elimination of any redundant information overlapping from the two or more fault codes (DTC1, DTC2). the system comprises a database containing at least one range of information items (C, A) which each pertain to a certain fault code (DTC), and the processing unit is configured to generate the diagnostic fault information (PDTI) dynamically on the basis of at least one fault code received (DTC) and at least one information item (C, A) thereto pertaining from the database and, if more than one fault code (DTC1, DTC2) is received from the vehicle when two or more faults in the motor vehicle occur at the same time, the processing unit is configured to generate diagnostic fault information (PDTI) concerning a current fault code (DTC2) dynamically on the basis of at least one information item (C2, A2) pertaining to the current fault code (DTC2) and at least one information item (C1, A1) pertaining to at least one other of said fault codes received (DTC1) as well as on the basis of elimination of any redundant information overlapping from the two or more fault codes (DTC1, DTC2).
A climbing hold , having a polymer body , associated with a radio-identification element (12a-12b) comprising an electronic chip embedding an identification number of said climbing hold , an antenna (14a-14b) configured to power said electronic chip by electromagnetic coupling so as to transmit said identification number to an external reading device, and a protective layer (15a-15b) covering said electronic chip and said antenna (14a-14b), said radio-identification element (12a-12b) being embedded in said polymer body of said climbing hold , characterised in that said protective layer (15a-15b) is made of polyphenylene sulphide with a minimum thickness of between 0.5 mm and 2 mm.
An arc welding device that welds an object to be welded by alternately repeating a short-circuit period in which a welding wire is short-circuited with the object to be welded and an arc period in which the short circuit is released and arc occurs, the object to be welded being a surface-treated steel plate, the arc welding device comprising: a welding output part (2-6) that performs welding output; and a determinator that determines a peak current and a peak current period associated with a short circuit frequency set by a short circuit frequency setter, characterized in that the arc welding device further comprises a memory storing one or more combinations associating in advance a peak current and a peak current period with a short circuit frequency that is a number of times of the short circuit per predetermined time, with which the gas generated from the workpiece can escape from the exposed portion; wherein the determinator determines a peak current and a peak current period associated with a short circuit frequency set by a short circuit frequency setter based on the short circuit frequency set by the short circuit frequency setter and the one or more combinations stored in the memory , and the welding output part (2-6) performs the welding output based on the peak current and the peak current period determined by the determinator ( , so that the gas generated from the workpiece can escape from the exposed portion. a welding output part (2-6) that performs welding output; and a determinator that determines a peak current and a peak current period associated with a short circuit frequency set by a short circuit frequency setter, characterized in that the arc welding device further comprises a memory storing one or more combinations associating in advance a peak current and a peak current period with a short circuit frequency that is a number of times of the short circuit per predetermined time, with which the gas generated from the workpiece can escape from the exposed portion; wherein the determinator determines a peak current and a peak current period associated with a short circuit frequency set by a short circuit frequency setter based on the short circuit frequency set by the short circuit frequency setter and the one or more combinations stored in the memory , and the welding output part (2-6) performs the welding output based on the peak current and the peak current period determined by the determinator ( , so that the gas generated from the workpiece can escape from the exposed portion.
A network system comprising a plurality of devices (101-108) wherein between 40% and 100 % of the plurality of devices (101-108) are configured to: transmit data and receive data; wherein the distance between devices (101-108) allows communication between at least one device and at least one other device ; wherein at least a portion of the plurality of devices (101-108) comprised by the network system are configured to configure themselves based on local network information; and at least one device from the plurality of devices (101-108) comprised by a network system is adapted to store previous configurations, characterized in that a device that may join the network is configured to send a join request to a device from the plurality of devices comprised by the network, the join request comprising at least one previous configuration. transmit data and receive data; wherein the distance between devices (101-108) allows communication between at least one device and at least one other device ; wherein at least a portion of the plurality of devices (101-108) comprised by the network system are configured to configure themselves based on local network information; and at least one device from the plurality of devices (101-108) comprised by a network system is adapted to store previous configurations, characterized in that a device that may join the network is configured to send a join request to a device from the plurality of devices comprised by the network, the join request comprising at least one previous configuration.
A pre-pack , comprising: a replaceable cartridge that includes a casing ; wherein the casing houses a projectile actuator assembly and accommodates a gas canister , the projectile actuator assembly is comprised of a follower member and a biasing mechanism comprised of a resilient member; the follower member has a bottom distal portion that includes a protrusion ; characterized in that the protrusion extends from a bottom end , and extends out of assembly opening of the bottom end of the casing ; and the protrusion includes an opening that receives a removable pin that functions to maintain the follower member at a loaded position , but without exertion of force onto non-lethal projectiles . a replaceable cartridge that includes a casing ; wherein the casing houses a projectile actuator assembly and accommodates a gas canister , the projectile actuator assembly is comprised of a follower member and a biasing mechanism comprised of a resilient member; the follower member has a bottom distal portion that includes a protrusion ; characterized in that the protrusion extends from a bottom end , and extends out of assembly opening of the bottom end of the casing ; and the protrusion includes an opening that receives a removable pin that functions to maintain the follower member at a loaded position , but without exertion of force onto non-lethal projectiles .
An outdoor unit of an air-conditioning apparatus, the outdoor unit comprising: - a housing having a box shape and including an air inlet formed on a side surface and an air outlet formed on an upper surface; - a fan provided to an upper side in the housing and configured to discharge, through the air outlet , outside air sucked through the air inlet ; and - a heat exchanger provided in the housing along the air inlet , the heat exchanger including an upper heat exchanger disposed at an upper part of the housing and a lower heat exchanger disposed at a lower part of the housing , and in plan view, the housing having different widths in short-side and long-side directions, and the width in the short-side direction at the upper part of the housing being longer than the width in the short-side direction at the lower part of the housing , characterized in that ; the upper heat exchanger includes a first upper heat exchanger and a second upper heat exchanger (5a2) that are each L-shaped in plan view, the first upper heat exchanger and the second upper heat exchanger (5a2) each include a first straight part disposed in the long-side direction of the housing , a second straight part disposed in the short-side direction of the housing , and a corner between the first straight part and the second straight part , and an angle between the first straight part and the second straight part is an obtuse angle, wherein the lower heat exchanger is disposed in one side surface of the housing in the short-side direction in plan view or disposed in three side surfaces of the housing . - a housing having a box shape and including an air inlet formed on a side surface and an air outlet formed on an upper surface; - a fan provided to an upper side in the housing and configured to discharge, through the air outlet , outside air sucked through the air inlet ; and - a heat exchanger provided in the housing along the air inlet , in plan view, the housing having different widths in short-side and long-side directions, and the width in the short-side direction at the upper part of the housing being longer than the width in the short-side direction at the lower part of the housing , characterized in that ; the upper heat exchanger includes a first upper heat exchanger and a second upper heat exchanger (5a2) that are each L-shaped in plan view, the first upper heat exchanger and the second upper heat exchanger (5a2) each include a first straight part disposed in the long-side direction of the housing , a second straight part disposed in the short-side direction of the housing , and a corner between the first straight part and the second straight part , and an angle between the first straight part and the second straight part is an obtuse angle, wherein the lower heat exchanger is disposed in one side surface of the housing in the short-side direction in plan view or disposed in three side surfaces of the housing .
A method , comprising: at a plurality of remote electronic devices, each having a display apparatus and at least one user input device: displaying , via the display apparatuses, a graphical user interface comprising: a graphical representation comprising: a live video stream of a physical table game surface upon which a turn-based live casino game involving betting is played, wherein the physical table game surface has a plurality of player areas distributed across the table game surface, wherein each remote electronic device is associated with at least one player area; a plurality of graphical player elements for each player area, each plurality of graphical player elements being provided on a corresponding player area; determining which of the plurality of player areas is associated with each remote electronic device; for each launch of a game cycle of the live casino game, updating the graphical representation on each display apparatus by: for each individual remote electronic device, digitally zooming in on one predefined area of a plurality of predefined areas of the physical table game surface based on the determined associated player area for the individual remote electronic device. displaying , via the display apparatuses, a graphical user interface comprising: a graphical representation comprising: a live video stream of a physical table game surface upon which a turn-based live casino game involving betting is played, wherein the physical table game surface has a plurality of player areas distributed across the table game surface, wherein each remote electronic device is associated with at least one player area; a plurality of graphical player elements for each player area, each plurality of graphical player elements being provided on a corresponding player area; a live video stream of a physical table game surface upon which a turn-based live casino game involving betting is played, wherein the physical table game surface has a plurality of player areas distributed across the table game surface, wherein each remote electronic device is associated with at least one player area; a plurality of graphical player elements for each player area, each plurality of graphical player elements being provided on a corresponding player area; determining which of the plurality of player areas is associated with each remote electronic device; for each launch of a game cycle of the live casino game, updating the graphical representation on each display apparatus by: for each individual remote electronic device, digitally zooming in on one predefined area of a plurality of predefined areas of the physical table game surface based on the determined associated player area for the individual remote electronic device.
A motor control device that supplies a drive control signal to a drive circuit that drives a motor at a constant period using a motor drive signal based on the drive control signal used to generate torque on the motor , and shuts off the motor drive signal to the motor when a count value, counted by a counter that counts the count value at a predetermined interval and resets the count value if a state of the motor , either being a rotation or a position holding state, changes, exceeds a threshold corresponding to the count value for a plurality of driving periods of the motor , the motor control device characterized in that a setting unit that sets a rotational direction of the motor driven under control at the constant period; a control unit that controls the setting unit to set the rotational direction of the motor to a first rotational direction and a second rotational direction reverse to the first rotational direction at the constant period alternately, when a drive mode of the motor is a position holding mode to drive the motor so as to hold a rotational position of the motor by generating a torque at such level that the motor does not rotate; and a generating unit that generates the drive control signal.
A virtual reality, VR, head-mounted apparatus, comprising: an apparatus body , the apparatus body comprising a convex lens , a camera and a partial-reflection partial-transmission lens for reflecting infrared light, the partial-reflection partial-transmission lens being located on a side of the convex lens away from a user within a space between the convex lens and a VR playing component , the camera being located between the convex lens and the partial-reflection partial-transmission lens , and a lens surface of the partial-reflection partial-transmission lens being disposed obliquely, such that an infrared image of an eye of the user is obliquely reflected to the camera; and an infrared light source provided in the apparatus body, the infrared light source being located on a side of the convex lens close to the user, and arranged to provide infrared light to an eye of the user, wherein the infrared light source is distributed at a periphery of the convex lens within a coverage area of a circumscribed rectangle of the convex lens , and wherein the partial-reflection partial-transmission lens has an upper edge abut against a top inner side of the space and a lower edge abut against a bottom outer side of the space, or an upper edge abut against a top outer side of the space and a lower edge abut against a bottom inner side of the space. an apparatus body , the apparatus body comprising a convex lens , a camera and a partial-reflection partial-transmission lens for reflecting infrared light, the partial-reflection partial-transmission lens being located on a side of the convex lens away from a user within a space between the convex lens and a VR playing component , the camera being located between the convex lens and the partial-reflection partial-transmission lens , and a lens surface of the partial-reflection partial-transmission lens being disposed obliquely, such that an infrared image of an eye of the user is obliquely reflected to the camera; and an infrared light source provided in the apparatus body, the infrared light source being located on a side of the convex lens close to the user, and arranged to provide infrared light to an eye of the user, wherein the infrared light source is distributed at a periphery of the convex lens within a coverage area of a circumscribed rectangle of the convex lens , and wherein the partial-reflection partial-transmission lens has an upper edge abut against a top inner side of the space and a lower edge abut against a bottom outer side of the space, or an upper edge abut against a top outer side of the space and a lower edge abut against a bottom inner side of the space.
A method for determining an amount of water required by a humidifier, comprising: obtaining (S101) a target humidification parameter for a space to be humidified, the target humidification parameter comprising a target humidity; determining (S102) the water amount required for the tank of the humidifier to reach the target humidification parameter by obtaining (S302, S303) a space area and a current humidity of the space to be humidified; determining the water amount required for the humidifier to reach the target humidity in accordance with the space area, the current humidity and the target humidity of the space to be humidified.; and outputting (S103) a notifying message, the notifying message carrying the water amount. obtaining (S101) a target humidification parameter for a space to be humidified, the target humidification parameter comprising a target humidity; determining (S102) the water amount required for the tank of the humidifier to reach the target humidification parameter by obtaining (S302, S303) a space area and a current humidity of the space to be humidified; determining the water amount required for the humidifier to reach the target humidity in accordance with the space area, the current humidity and the target humidity of the space to be humidified.; and obtaining (S302, S303) a space area and a current humidity of the space to be humidified; determining the water amount required for the humidifier to reach the target humidity in accordance with the space area, the current humidity and the target humidity of the space to be humidified.; and outputting (S103) a notifying message, the notifying message carrying the water amount.
A method of manufacturing an object , the method comprising: receiving data regarding the object ; three-dimensionally printing the object from the data; and three-dimensionally printing a wrapper from the data, the wrapper enclosing the object and including information regarding the three-dimensionally printed object , wherein the information includes machine readable or human readable indicia; and the method is characterized in that : the wrapper is a three-dimensionally printed cage enclosing the three-dimensionally printed object . receiving data regarding the object ; three-dimensionally printing the object from the data; and three-dimensionally printing a wrapper from the data, the wrapper enclosing the object and including information regarding the three-dimensionally printed object , wherein the information includes machine readable or human readable indicia; and the method is characterized in that : the wrapper is a three-dimensionally printed cage enclosing the three-dimensionally printed object .
A method for immersive document interaction with device-aware scaling, the method comprising the acts of: providing by a server an initial content item containing an attachment to a client device ; receiving, by the server, a request for the attachment from the client device; and collecting, by the server, information about display capabilities of the client device, the information comprising a physical size of the display; characterized by selecting, by the server, based on the display capabilities a layout for presenting the attachment on the client device, the layout being selected from several layouts, said several layouts comprising at least a full screen view presenting the attachment by itself and a side-by-side view presenting the attachment side-by-side with the initial content item. providing by a server an initial content item containing an attachment to a client device ; receiving, by the server, a request for the attachment from the client device; and collecting, by the server, information about display capabilities of the client device, the information comprising a physical size of the display; characterized by selecting, by the server, based on the display capabilities a layout for presenting the attachment on the client device, the layout being selected from several layouts, said several layouts comprising at least a full screen view presenting the attachment by itself and a side-by-side view presenting the attachment side-by-side with the initial content item.