mhurhangee/ep-ind-claims huggingface dataset:
A vehicle control system which is mounted on a vehicle, and configured to: detect an object ahead of the vehicle; set a speed distribution zone (40; 50) defining a distribution of an allowable upper limit of a relative speed of the vehicle with respect to the object in a traveling direction of the vehicle in at least a part of a region around the object, the speed distribution zone (40; 50) being set such that the allowable upper limit of the relative speed becomes smaller as a distance relative to the object becomes smaller; and execute traveling control of preventing the relative speed of the vehicle with respect to the object from exceeding the allowable upper limit in the speed distribution zone (40; 50), wherein the speed distribution zone (40; 50) includes: an allowable upper limit-zero zone which is set at a position away from the object by a given distance and in which the allowable upper limit is set to zero; and an entry prohibition zone which is set at a position closer to the object than the relative speed-zero zone and in which entry of the vehicle thereinto is prohibited whereby the vehicle cannot further approach the object.
A mutant lysenin monomer comprising a variant having at least 70% identity to the amino acid sequence shown in SEQ ID NO: 2, wherein the variant is capable of forming a pore comprising nine monomers, and wherein the variant comprises a modification at T104 which increases the positive charge at that position.
An antenna system, comprising: a first substrate, the first substrate being a dielectric substrate; a first patch on a first surface of the dielectric substrate; a plurality of first parasitic elements on the first surface of the dielectric substrate; a second patch on a second surface of the dielectric substrate, wherein the first and second patches (14, 18) are coupled to form a first capacitor with the dielectric substrate; a plurality of second parasitic elements on the second surface of the dielectric substrate, wherein the first and second parasitic elements (30, 32) are coupled to form a plurality of second capacitors with the dielectric substrate; a second substrate coupled to the first substrate; a ground layer on a first surface of the second substrate; an antenna feed coupled to the second substrate; characterized in that the antenna system further comprises a plurality of third parasitic elements on a second surface of the second substrate, the third parasitic elements are electrically connected to the second capacitors. a first substrate, the first substrate being a dielectric substrate; a first patch on a first surface of the dielectric substrate; a plurality of first parasitic elements on the first surface of the dielectric substrate; a second patch on a second surface of the dielectric substrate, wherein the first and second patches (14, 18) are coupled to form a first capacitor with the dielectric substrate; a plurality of second parasitic elements on the second surface of the dielectric substrate, wherein the first and second parasitic elements (30, 32) are coupled to form a plurality of second capacitors with the dielectric substrate; a second substrate coupled to the first substrate; a ground layer on a first surface of the second substrate; an antenna feed coupled to the second substrate; characterized in that the antenna system further comprises a plurality of third parasitic elements on a second surface of the second substrate, the third parasitic elements are electrically connected to the second capacitors.
A lead acid battery, comprising: positive electrode plates each including a positive electrode grid and a positive electrode active material, and negative electrode plates each including a negative electrode grid and a negative electrode active material, the positive electrode plates and the negative electrode plates being stacked alternately with a separator between the positive electrode plate and the negative electrode plate to form an electrode plate group; a positive strap integrated with current collecting tabs of the positive electrode plates collectively for each electrode plate group, and a negative strap integrated with current collecting tabs of the negative electrode plates collectively for each electrode plate group; a battery container having a plurality of cell chambers each containing the electrode plate group and an electrolyte; and a cover sealing an opening of the battery container, wherein a boundary layer containing bismuth is provided at a boundary between the current collecting tab of the negative electrode plate and the negative strap, and the negative electrode grid comprises a lead-calcium-tin alloy containing tin in an amount of 0.45 mass% or less wherein the boundary layer contains bismuth in an amount of 25 mass% or more and 50 mass% or less. positive electrode plates each including a positive electrode grid and a positive electrode active material, and negative electrode plates each including a negative electrode grid and a negative electrode active material, the positive electrode plates and the negative electrode plates being stacked alternately with a separator between the positive electrode plate and the negative electrode plate to form an electrode plate group; a positive strap integrated with current collecting tabs of the positive electrode plates collectively for each electrode plate group, and a negative strap integrated with current collecting tabs of the negative electrode plates collectively for each electrode plate group; a battery container having a plurality of cell chambers each containing the electrode plate group and an electrolyte; and a cover sealing an opening of the battery container, wherein a boundary layer containing bismuth is provided at a boundary between the current collecting tab of the negative electrode plate and the negative strap, and the negative electrode grid comprises a lead-calcium-tin alloy containing tin in an amount of 0.45 mass% or less wherein the boundary layer contains bismuth in an amount of 25 mass% or more and 50 mass% or less.
A coating composition, comprising: a binder comprising: a polyester resin having a hydroxyl value of 10 to 150 that includes at least 5 weight percent of one or more polycyclic groups, based on the weight percent of polycyclic-group-containing monomer relative to the total weight of the polyester resin; and a crosslinker comprising an aminoplast, an amino- or amido-group carrying substance, or a combination thereof, wherein the polycyclic group is an unsaturated bicyclic group. a binder comprising: a polyester resin having a hydroxyl value of 10 to 150 that includes at least 5 weight percent of one or more polycyclic groups, based on the weight percent of polycyclic-group-containing monomer relative to the total weight of the polyester resin; and a crosslinker comprising an aminoplast, an amino- or amido-group carrying substance, or a combination thereof, a polyester resin having a hydroxyl value of 10 to 150 that includes at least 5 weight percent of one or more polycyclic groups, based on the weight percent of polycyclic-group-containing monomer relative to the total weight of the polyester resin; and a crosslinker comprising an aminoplast, an amino- or amido-group carrying substance, or a combination thereof, wherein the polycyclic group is an unsaturated bicyclic group.
Ascent rate indicator mechanism for a timepiece comprising a first wheel set and a pressure sensor arranged to deform mechanically under the effect of a pressure variation in the surrounding medium, the first wheel set being kinematically connected to the pressure sensor so as to be driven in rotation in the event of a pressure variation, said ascent rate indicator mechanism further comprising a second wheel set arranged to be driven by the first wheel set in a single direction of rotation from a start position into a measurement position corresponding to a decrease in pressure, uncoupling and return means arranged to uncouple the second wheel set, characterized in that said uncoupling and return means are arranged to be actuated at regular intervals to uncouple the second wheel set and to return it to the start position, and in that it further comprises an ascent rate display mechanism kinematically connected to the second wheel set and comprising an indicator member arranged to occupy, at each regular interval, a display position representative of the decrease in pressure during said interval and thus of the ascent rate, and synchronization means actuated at each regular interval and arranged to maintain said display position of the indicator member during said regular interval.
A method for wireless communications, comprising: comparing past transmission activity on an unlicensed spectrum to an activity threshold; transmitting a first subframe type (2505, 2515) in the unlicensed spectrum during a next active transmission when the past transmission activity is greater than the activity threshold; and characterized by: transmitting a second subframe type (2510, 2520) in the unlicensed spectrum during a next active transmission when the past transmission activity is less than the activity threshold, the second subframe type comprising a subframe type with additional common pilots (2510, 2520) in comparison to the first subframe type. comparing past transmission activity on an unlicensed spectrum to an activity threshold; transmitting a first subframe type (2505, 2515) in the unlicensed spectrum during a next active transmission when the past transmission activity is greater than the activity threshold; and characterized by: transmitting a second subframe type (2510, 2520) in the unlicensed spectrum during a next active transmission when the past transmission activity is less than the activity threshold, the second subframe type comprising a subframe type with additional common pilots (2510, 2520) in comparison to the first subframe type. transmitting a second subframe type (2510, 2520) in the unlicensed spectrum during a next active transmission when the past transmission activity is less than the activity threshold, the second subframe type comprising a subframe type with additional common pilots (2510, 2520) in comparison to the first subframe type.
A communication method, comprising: receiving, by a session management function entity, a request for session establishment for a terminal device, wherein the request comprises indication information for indicating that a session type is an ethernet type and comprises an identifier of a data network that the terminal device requests to access; sending, by the session management function entity, a request message to a virtual local area network management function entity, and receiving a virtual local area network identifier of a user group to which the terminal device belongs from the virtual local area network management function entity; and sending, by the session management function entity, the virtual local area network identifier to a first user plane function entity. receiving, by a session management function entity, a request for session establishment for a terminal device, wherein the request comprises indication information for indicating that a session type is an ethernet type and comprises an identifier of a data network that the terminal device requests to access; sending, by the session management function entity, a request message to a virtual local area network management function entity, and receiving a virtual local area network identifier of a user group to which the terminal device belongs from the virtual local area network management function entity; and sending, by the session management function entity, the virtual local area network identifier to a first user plane function entity.
An automatic sensor position recognition system comprising: - a position recognition unit to be located at a pre-determined position on a person's body and bearing a unique identification; - a sensor bearing a unique identification and having a communication unit, wherein the communication unit is adapted to read the unique identification from the position recognition unit when placed onto it, and to read the unique identification of the sensor; - a data processing unit in communication with the communication unit, wherein the communication unit is adapted to transmit the data pair of the unique identifications of the position recognition unit and the sensor to the data processing unit; and - a database in communication with the data processing unit which stores data pairs of the unique identification of the position recognition unit and its pre-determined position, wherein the data processing unit is adapted to correlate the unique identification of the sensor with the pre-determined position of the position recognition unit. - a position recognition unit to be located at a pre-determined position on a person's body and bearing a unique identification; - a sensor bearing a unique identification and having a communication unit, wherein the communication unit is adapted to read the unique identification from the position recognition unit when placed onto it, and to read the unique identification of the sensor; - a data processing unit in communication with the communication unit, wherein the communication unit is adapted to transmit the data pair of the unique identifications of the position recognition unit and the sensor to the data processing unit; and - a database in communication with the data processing unit which stores data pairs of the unique identification of the position recognition unit and its pre-determined position,
A LIBS analysis system comprising a focusing lens arrangement having a focal plane; a laser configured to propagate a laser beam in a direction along an optical path through the focusing lens arrangement to be focused at the focal plane; a detector having an output proportional to an intensity of incident electromagnetic radiation; a sample holder for holding a sample with an upper surface intersecting the optical path; a translation mechanism operable to effect a relative movement of the sample holder and the focusing lens arrangement to vary a position of the focal plane along the optical path with respect to the sample holder; and a controller configured to automatically control the operation of the translation mechanism to effect the relative movement to achieve an optimum position z OPT at which the focal plane and an analysis region of the upper surface intersecting the optical path are at or are close to coincidence characterized in that the system further comprises a memory accessible by the controller and having stored therein a mathematical transform, which mathematical transform correlates measured data for a region of the upper surface intersecting the optical path with optimum position z OPT and which is generated using the output of the detector obtained from electromagnetic radiation from plasma created by the laser beam striking one or more other regions (16; 34; 36;38) of the upper surface of the sample, and in that the controller is configured to calculate the optimum position z OPT at the analysis region from the mathematical transform.
A pipe connector for interconnecting an inner flow space of a first double wall pipe, a second pipe and a third pipe, which pipe connector comprises: - a connector body, - a first fitting connectable to the first double wall pipe, the first fitting comprising a first portion connectable to the inner flow space and a second portion connectable to the outer flow space of the first double wall pipe, - a second fitting connectable to the second pipe, - a third fitting comprising a first portion and a second portion, which first portion is connectable to the third pipe, and, - a flow channel arranged in the connector body for interconnecting the first portion of the first fitting, the second fitting and the first portion of the third fitting, characterised in that the pipe connector comprises: - a leak channel arranged in flow connection with the second portion of the first fitting, - a leakage outlet for discharging fluid from the leak channel, - a discharge channel extending from the second portion of the third fitting to the leakage outlet and providing a continuous flow connection therebetween, and - a closure member having a first position, in which fluid flow from the leak channel to the leakage outlet is prevented, and a second position, in which fluid flow from the leak channel to the leakage outlet is allowed, which closure member is arranged to move from the first position to the second position when fluid pressure in the leak channel rises above a certain limit. - a connector body, - a first fitting connectable to the first double wall pipe, the first fitting comprising a first portion connectable to the inner flow space and a second portion connectable to the outer flow space of the first double wall pipe, - a second fitting connectable to the second pipe, - a third fitting comprising a first portion and a second portion, which first portion is connectable to the third pipe, and, - a flow channel arranged in the connector body for interconnecting the first portion of the first fitting, the second fitting and the first portion of the third fitting, characterised in that the pipe connector comprises: - a leak channel arranged in flow connection with the second portion of the first fitting, - a leakage outlet for discharging fluid from the leak channel, - a discharge channel extending from the second portion of the third fitting to the leakage outlet and providing a continuous flow connection therebetween, and - a closure member having a first position, in which fluid flow from the leak channel to the leakage outlet is prevented, and a second position, in which fluid flow from the leak channel to the leakage outlet is allowed, which closure member is arranged to move from the first position to the second position when fluid pressure in the leak channel rises above a certain limit.
A multi-axis industrial robot, in particular of a SCARA type, comprising: - a base structure; - a first robot arm pivotally connected to the base structure about a first axis of rotation; - a second robot arm pivotally connected to said first arm about a second axis of rotation parallel to said first axis; and - an operating unit, which is carried by said second arm and can be driven in a first movement of translation along a third axis and in a second movement of rotation about said third axis, said third axis being parallel to said first and second axes; wherein said base structure comprises: - a main body defining an inner cavity housed in which are the motor for actuation of said first arm and a series of connections of said robot; and - a plate, which carries one or more connectors connected to said connections, and is coupled to said main body for closing said cavity from outside; said robot being characterized in that: - said main body comprises a bottom wall and a rear wall on which said inner cavity defines a first opening and a second opening, respectively; and - said plate is configured for being associated indifferently to one or the other of said bottom and rear walls, totally covering the corresponding opening (18B', 18A'). - a base structure; - a first robot arm pivotally connected to the base structure about a first axis of rotation; - a second robot arm pivotally connected to said first arm about a second axis of rotation parallel to said first axis; and - an operating unit, which is carried by said second arm and can be driven in a first movement of translation along a third axis and in a second movement of rotation about said third axis, said third axis being parallel to said first and second axes; - a main body defining an inner cavity housed in which are the motor for actuation of said first arm and a series of connections of said robot; and - a plate, which carries one or more connectors connected to said connections, and is coupled to said main body for closing said cavity from outside; - said main body comprises a bottom wall and a rear wall on which said inner cavity defines a first opening and a second opening, respectively; and - said plate is configured for being associated indifferently to one or the other of said bottom and rear walls, totally covering the corresponding opening (18B', 18A').
A device for maintaining a clear optical path comprising: an elongated hollow body comprising a proximal end and a distal end, wherein the elongated hollow body defines a lumen adapted to receive the viewing apparatus; a transparent lens cover film movably associated with the elongated hollow body so as to describe a preset travel path passing in front of the lens of the viewing apparatus; and an endcap configured to engage opposing edges of the lens cover film in a sealing manner, the end cap including: i) a distal portion having an opening that aligns with the lens of the viewing apparatus and an inner surface adjacent the opening that engages the edges of the lens cover film, characterise d in that the end cap further includes ii) a proximal portion such that the lens cover film is positioned between the distal portion and the proximal portion such that a surface of each edge of the lens cover film is engaged by the distal portion and an opposing surface is engaged by the proximal portion. an elongated hollow body comprising a proximal end and a distal end, wherein the elongated hollow body defines a lumen adapted to receive the viewing apparatus; a transparent lens cover film movably associated with the elongated hollow body so as to describe a preset travel path passing in front of the lens of the viewing apparatus; and an endcap configured to engage opposing edges of the lens cover film in a sealing manner, the end cap including: i) a distal portion having an opening that aligns with the lens of the viewing apparatus and an inner surface adjacent the opening that engages the edges of the lens cover film, characterise d in that the end cap further includes ii) a proximal portion such that the lens cover film is positioned between the distal portion and the proximal portion such that a surface of each edge of the lens cover film is engaged by the distal portion and an opposing surface is engaged by the proximal portion.
An optical connector assembly including first and second connector housings (1 and 2) mateable with one another to establish optical interconnection between first and second optical connectors (125 and 175), the first housing having a first passage extending therethrough in which the first connector is located, the second housing having a second passage extending therethrough in which the second connector is located, the first housing including a first alignment sleeve located in the first passage and having a cavity therein within which the first connector is retained, the second housing including a second alignment sleeve located in the second passage and having a cavity therein within which the second connector is retained, and one end of the second alignment sleeve being adapted for insertion in one end of the first alignment sleeve when the first and second housings are mated with one another, such that the first and second optical connectors (125 and 175) are optically interconnected with one another within the alignment sleeves (25 and 75), characterised in that each housing (1 and 2) includes a first resilient member in the form of a spring clip (37, 90) extending around the connector (125 and 175) within the alignment sleeve (25 and 75) and arranged to mount the first and second connectors (125 and 175) resiliently with respect to the respective alignment sleeves (25 and 75) and a second resilient member in the form of a spring clip (21, 71) extending around the alignment sleeve (25 and 75) within the housing (1 and 2) and arranged to mount the alignment sleeves (25 and 75) resiliently with respect to respective ones of the housings such that the connectors (125 and 175) are resiliently mounted with respect to their respective alignment sleeve (25 and 75) and the alignment sleeves (25 and 75) are resiliently mounted with respect to their respective housings (1 and 2).