mhurhangee/ep-ind-claims huggingface dataset:
A sealing surface processing machine (1;1A;1B;1C) for performing cutting of an attachment surface of a seal member in a valve main body in a valve device, which valve device includes the valve main body which is provided with a flow channel of a fluid, a valve drive unit which is configured to open and close the flow channel by a valve body that is inserted into the flow channel from an opening of the valve main body, and an attachment plate which closes the opening by being fixed to the valve main body via the seal member, the sealing surface processing machine (1;1A;1B;1C) comprising: a pedestal which is configured to be attached to the valve main body; a main body which is movably supported on the pedestal; a tool holder which is configured to hold a tool for processing the attachment surface; a rotating part which is configured to rotate the tool holder relative to the main body around an axis parallel to the movement direction of the valve body; a first moving part which is capable of moving the tool holder relative to the main body along a first direction along which the valve body moves in operation of the valve device; a second moving part which is capable of moving the tool holder relative to the main body along a second direction (X,Y) intersecting with the movement direction of the valve body; the machine being characterised in that further comprises: a second adjustment device which is configured to adjust a position of the main body in the first direction relative to the pedestal; and a first adjustment device which is configured to adjust a position of the main body in the second direction (X,Y) relative to the pedestal, and in that the pedestal is disposed by having a predetermined gap from the attachment surface in the valve main body such that the attachment surface on which cutting is to be performed is exposed. a pedestal which is configured to be attached to the valve main body; a main body which is movably supported on the pedestal; a tool holder which is configured to hold a tool for processing the attachment surface; a rotating part which is configured to rotate the tool holder relative to the main body around an axis parallel to the movement direction of the valve body; a first moving part which is capable of moving the tool holder relative to the main body along a first direction along which the valve body moves in operation of the valve device; a second moving part which is capable of moving the tool holder relative to the main body along a second direction (X,Y) intersecting with the movement direction of the valve body; the machine being characterised in that further comprises: a second adjustment device which is configured to adjust a position of the main body in the first direction relative to the pedestal; and a first adjustment device which is configured to adjust a position of the main body in the second direction (X,Y) relative to the pedestal, and in that the pedestal is disposed by having a predetermined gap from the attachment surface in the valve main body such that the attachment surface on which cutting is to be performed is exposed.
A resource configuration method, performed by a terminal device (116, 122) or a chip for the terminal device, comprising: obtaining configuration information from a network device, wherein the configuration information comprises random access configuration information and parameter information of a plurality of downlink signals, wherein each downlink signal is a synchronization signal block, SS block, wherein the random access configuration information is a configuration of random access resources; determining, based on the random access configuration information, a length of a time period, T RA, for associating the plurality of downlink signals with the random access resources; determining, based on the configuration information, a random access resource and a random access preamble that are associated with a downlink signal, wherein a time period corresponding to the random access resource associated with the downlink signal is the T RA; and sending the random access preamble to the network device on the random access resource. obtaining configuration information from a network device, wherein the configuration information comprises random access configuration information and parameter information of a plurality of downlink signals, wherein each downlink signal is a synchronization signal block, SS block, wherein the random access configuration information is a configuration of random access resources; determining, based on the random access configuration information, a length of a time period, T RA, for associating the plurality of downlink signals with the random access resources; determining, based on the configuration information, a random access resource and a random access preamble that are associated with a downlink signal, wherein a time period corresponding to the random access resource associated with the downlink signal is the T RA; and sending the random access preamble to the network device on the random access resource.
Method for producing a drilling bit, comprising a cutting edge (11, 11.1), of a monoblock steel self-drilling screw, in particular made of stainless steel, wherein to produce the drilling bit the end section of a shaft-shaped blank provided for this is re-shaped, - wherein in a first re-shaping step the end section of the blank provided for forming the drilling bit is flattened against the adjacent shaft section to produce a cutting insert blank and - wherein in a second re-shaping step, the cutting insert blank is re-shaped to form the drilling bit, characterised in that - the first and second re-shaping steps are two cold forming steps carried out one after the other; and - the second re-shaping step comprises the forming of at least one flute (10, 10.1) in the cutting insert blank starting from a longitudinal edge of the cutting insert. - wherein in a first re-shaping step the end section of the blank provided for forming the drilling bit is flattened against the adjacent shaft section to produce a cutting insert blank and - wherein in a second re-shaping step, the cutting insert blank is re-shaped to form the drilling bit, - the first and second re-shaping steps are two cold forming steps carried out one after the other; and - the second re-shaping step comprises the forming of at least one flute (10, 10.1) in the cutting insert blank starting from a longitudinal edge of the cutting insert.
A method of providing addressing information, the method comprising: establishing a communication path through a network between first and second peer devices, wherein a router is coupled between the second peer device and the communication path through the network; and transmitting a first communication from the first peer device to the second peer device through the communication path and the router, wherein a payload of the communication includes a public reachability address used by the first peer device to transmit the communication through the network and the router to the second peer device; characterized in that the first peer device comprises a security gateway of a wireless communication network, wherein the second peer device comprises a customer premises base station, wherein the network comprises a broadband network, and wherein the communication path comprises an Internet Protocol security tunnel between the router and the security gateway through the broadband network; the method further comprising: after transmitting the first communication including the public reachability address, receiving a second communication at the wireless communication network, wherein a payload of the second communication includes the public reachability address transmitted with the first communication; wherein receiving the second communication comprises receiving the second communication at a mobility management entity of the wireless communication network; and using the public reachability address received at the mobility management entity to identify a coupling of the Internet Protocol security tunnel through the broadband network between the customer premises base station and the security gateway and to provision available broadband network resources to the customer premises base station. establishing a communication path through a network between first and second peer devices, wherein a router is coupled between the second peer device and the communication path through the network; and transmitting a first communication from the first peer device to the second peer device through the communication path and the router, wherein a payload of the communication includes a public reachability address used by the first peer device to transmit the communication through the network and the router to the second peer device; after transmitting the first communication including the public reachability address, receiving a second communication at the wireless communication network, wherein a payload of the second communication includes the public reachability address transmitted with the first communication; wherein receiving the second communication comprises receiving the second communication at a mobility management entity of the wireless communication network; and using the public reachability address received at the mobility management entity to identify a coupling of the Internet Protocol security tunnel through the broadband network between the customer premises base station and the security gateway and to provision available broadband network resources to the customer premises base station.
A biologic information detecting apparatus comprising: a pair of arms (31, 32) that face each other and are adapted to sandwich a tragus as a projecting part of an auricle in the human body by an arm disposed on one of side face sides of the projecting part and an arm disposed on the other side face side of the projecting part; a spindle connecting the pair of arms (31, 32) at one end of each of the arms (31, 32); a distance varying mechanism provided for the spindle and adjusting an interval between the other ends of the pair of arms (31, 32); a cuff (55, 56) for pressing a living body, which is attached to the other end of at least one of the arms (31, 32) and attached on the side facing the other arm (31, 32); and a sensor (33, 34) for detecting the biologic information, which is attached to the other end of at least one of the arms (31, 32) and attached on the side facing the other arm (31, 32); wherein the biologic information is a blood pressure; the cuff is detachable from the arm to which the cuff is attached by pulling out the arm front end part having the cuff in the long axis direction of the arm to which the cuff is attached; and a sealing member is attached between the arm front end part and the arm body so as to prevent air leakage from a pipe for supplying/exhausting air to/from the cuff. a pair of arms (31, 32) that face each other and are adapted to sandwich a tragus as a projecting part of an auricle in the human body by an arm disposed on one of side face sides of the projecting part and an arm disposed on the other side face side of the projecting part; a spindle connecting the pair of arms (31, 32) at one end of each of the arms (31, 32); a distance varying mechanism provided for the spindle and adjusting an interval between the other ends of the pair of arms (31, 32); a cuff (55, 56) for pressing a living body, which is attached to the other end of at least one of the arms (31, 32) and attached on the side facing the other arm (31, 32); and a sensor (33, 34) for detecting the biologic information, which is attached to the other end of at least one of the arms (31, 32) and attached on the side facing the other arm (31, 32); wherein the biologic information is a blood pressure; the cuff is detachable from the arm to which the cuff is attached by pulling out the arm front end part having the cuff in the long axis direction of the arm to which the cuff is attached; and a sealing member is attached between the arm front end part and the arm body so as to prevent air leakage from a pipe for supplying/exhausting air to/from the cuff.
Sanitary basin, in particular rinsing tub for a sink, for installation in an item of sanitary furniture, in particular an item of kitchen furniture or the like, wherein the sanitary basin comprises a surface, at least one side skirt and a front skirt, wherein in a first transition region of the surface and the at least one front skirt a first rounded edge is formed, and wherein in a second transition region of the surface and the at least one side skirt a second edge is formed, characterised in that the second edge has at least a first and a second edge region (30, 31) which are each rounded and have different radii, wherein the first edge region is arranged adjacent to a transition region between the at least one front and side skirt (3, 4) and in that the first edge region of the second edge is constructed to merge continuously into the first edge, wherein the radius of the first edge region of the second edge is smaller than a radius of the first edge. in a first transition region of the surface and the at least one front skirt a first rounded edge is formed, and wherein in a second transition region of the surface and the at least one side skirt a second edge is formed, characterised in that the second edge has at least a first and a second edge region (30, 31) which are each rounded and have different radii, wherein the first edge region is arranged adjacent to a transition region between the at least one front and side skirt (3, 4) and in that the first edge region of the second edge is constructed to merge continuously into the first edge, wherein the radius of the first edge region of the second edge is smaller than a radius of the first edge.
A thrust generating apparatus provided in a liquid and configured to generate thrust by ejecting the liquid, the thrust generating apparatus comprising: an annular stator including a casing (21, 22), a plurality of coils being provided on an inner periphery side of the casing; a rotor provided on an inner periphery side of the stator and including an annular rotor main body at which a plurality of magnets are provided; a propeller blade provided on a radially inner side of the rotor main body and formed integrally with the rotor main body; and a sliding bearing (40, 41) provided to be opposed to a side surface and outer peripheral surface of the rotor main body and configured to support a thrust load and a radial load, the casing including an annular outer casing and an annular inner casing provided on an inner periphery side of the outer casing; the inner casing including funnel-shaped fairings (30, 31) respectively provided on both sides of the rotor main body and each formed so as to enlarge a diameter thereof in a direction away from the rotor main body; and the fairings being provided on the inner periphery side of the outer casing and integrated with the casing so that each is detachable; characterised in that the stator includes a coil accommodating space for accommodating a stator core around which the coils wind and a cooling space formed between the outer casing and the inner casing; a gap (C1, C2) is formed between each of outer end portions of the fairings and the outer casing; and the cooling space communicates through the gap with a main channel where the propeller blade is provided. an annular stator including a casing (21, 22), a plurality of coils being provided on an inner periphery side of the casing; a rotor provided on an inner periphery side of the stator and including an annular rotor main body at which a plurality of magnets are provided; a propeller blade provided on a radially inner side of the rotor main body and formed integrally with the rotor main body; and a sliding bearing (40, 41) provided to be opposed to a side surface and outer peripheral surface of the rotor main body and configured to support a thrust load and a radial load,
A method for validating one or more native image parameters including thickness of a breast in compression from one or more images of the breast, wherein: one or more native parameter(s) from the image(s) is analysed with a reference data to determine whether the native parameter(s) is/are plausible, and the image(s) is/are transformed quantitatively to a tissue composition map(s), characterised in that an adjusted thickness of the breast is calculated for the or any of the native parameter(s) determined to be non-plausible which relies on a variable feature of the map(s) by adjusting the native parameter(s) towards plausibility and the compression based on the adjusted thickness of the breast.
A cleaner head for a vacuum cleaner comprising: a suction inlet for admitting a first airflow; a turbine inlet for admitting a second airflow; an outlet for discharging the first airflow and the second airflow; a first airflow path for carrying the first airflow from the suction inlet to the outlet; a second airflow path for carrying the second airflow from the turbine inlet to the outlet; an agitator for agitating a surface to be cleaned; and a drive assembly for driving the agitator, the drive assembly comprising a turbine that is driven by the second airflow, characterised in that the cleaner head comprises a baffle located in the second airflow path, the baffle is moveable between an open position in which the second airflow path is unrestricted and a closed position in which the second airflow path is restricted, the baffle is biased in the open position, the second airflow exerts a lift force on the baffle when in the open position, and the baffle moves to the closed position when the dynamic pressure of the second airflow at the baffle exceeds a threshold. a suction inlet for admitting a first airflow; a turbine inlet for admitting a second airflow; an outlet for discharging the first airflow and the second airflow; a first airflow path for carrying the first airflow from the suction inlet to the outlet; a second airflow path for carrying the second airflow from the turbine inlet to the outlet; an agitator for agitating a surface to be cleaned; and a drive assembly for driving the agitator, the drive assembly comprising a turbine that is driven by the second airflow, characterised in that the cleaner head comprises a baffle located in the second airflow path, the baffle is moveable between an open position in which the second airflow path is unrestricted and a closed position in which the second airflow path is restricted, the baffle is biased in the open position, the second airflow exerts a lift force on the baffle when in the open position, and the baffle moves to the closed position when the dynamic pressure of the second airflow at the baffle exceeds a threshold.
A method for integrally extracting multiple degrees of freedom of hand motion from sliding motions of two or more fingers of a hand across a multi-touch surface, the multi-touch surface comprising a proximity sensor array, the method comprising: tracking across successive scans of the proximity sensor array the trajectories of individual hand parts on the surface; finding an innermost and an outermost finger contact from contacts identified as fingers on the given hand; computing a hand scaling velocity from a change in a distance between the innermost and outermost finger contacts; computing a rotational velocity from a change in a vector angle between the innermost and outermost finger contacts; computing a weighting for a velocity of each contacting finger; computing a velocity of the hand from an average of the weighted finger velocities; and transmitting the hand scaling velocity, the rotational velocity, and the velocity of the hand as control signals to an electronic or electromechanical device. tracking across successive scans of the proximity sensor array the trajectories of individual hand parts on the surface; finding an innermost and an outermost finger contact from contacts identified as fingers on the given hand; computing a hand scaling velocity from a change in a distance between the innermost and outermost finger contacts; computing a rotational velocity from a change in a vector angle between the innermost and outermost finger contacts; computing a weighting for a velocity of each contacting finger; computing a velocity of the hand from an average of the weighted finger velocities; and transmitting the hand scaling velocity, the rotational velocity, and the velocity of the hand as control signals to an electronic or electromechanical device.
A circuit interrupter comprising: a first set of contacts (110, 114) including a first contact and a second contact, movable into and out of contact with each other; a second set of contacts (112, 116) including a third contact and a fourth contact, movable into and out of contact with each other; said first set of contacts (110, 114) connectable in series with said second set of contacts (112, 116); a contact arm carrier; a contact arm; wherein said second and said fourth contacts being positioned on said contact arm; wherein said first set of contacts (110, 114) are configured to open and close simultaneously with opening and closing of said second set of contacts (112, 116); wherein a first plane defines movement of said contact arm carrier and said contact arm defines a second plane; and wherein the second plane is positioned at an angle other than perpendicular to the first plane both when the contacts are open and when the contacts are closed; wherein said first and said third contacts are positioned along a third plane that is parallel with said second plane; characterized in that; when said second contact comes into physical contact with said first contact and when said fourth contact comes into physical contact with said third contact, the second contact slides laterally relative to the first contact and the fourth contact slides laterally relative to said third contact such that closing of said first and second set of contacts performs a wiping action along a surface of said first and second and said third and fourth contacts. a first set of contacts (110, 114) including a first contact and a second contact, movable into and out of contact with each other; a second set of contacts (112, 116) including a third contact and a fourth contact, movable into and out of contact with each other; said first set of contacts (110, 114) connectable in series with said second set of contacts (112, 116); a contact arm carrier; a contact arm; wherein said second and said fourth contacts being positioned on said contact arm; wherein said first set of contacts (110, 114) are configured to open and close simultaneously with opening and closing of said second set of contacts (112, 116); wherein a first plane defines movement of said contact arm carrier and said contact arm defines a second plane; and wherein the second plane is positioned at an angle other than perpendicular to the first plane both when the contacts are open and when the contacts are closed; wherein said first and said third contacts are positioned along a third plane that is parallel with said second plane; characterized in that; when said second contact comes into physical contact with said first contact and when said fourth contact comes into physical contact with said third contact, the second contact slides laterally relative to the first contact and the fourth contact slides laterally relative to said third contact such that closing of said first and second set of contacts performs a wiping action along a surface of said first and second and said third and fourth contacts.