mhurhangee/ep-ind-claims huggingface dataset:
A battery pack comprising: a frame having an inner space and an opened one side; a plurality of battery cells each having one end disposed in the inner space of the frame and the other end protruding to the outside of one side of the frame; a cell holder having a plurality of insertion holes to which the other ends of the battery cells are respectively inserted and installed at one side of the frame; a heat sink installed on the cell holder to cool the battery cells; a plurality of supports disposed in a portion of a space between the battery cells; and a filling material filled in the rest space in which the supports are not disposed in the space between the battery cells, wherein a filled amount of the filling material is adjusted according to the number of the provided supports, wherein the cell holder is provided in plurality, and a plurality of cell holders are stacked in a vertical direction. a frame having an inner space and an opened one side; a plurality of battery cells each having one end disposed in the inner space of the frame and the other end protruding to the outside of one side of the frame; a cell holder having a plurality of insertion holes to which the other ends of the battery cells are respectively inserted and installed at one side of the frame; a heat sink installed on the cell holder to cool the battery cells; a plurality of supports disposed in a portion of a space between the battery cells; and a filling material filled in the rest space in which the supports are not disposed in the space between the battery cells, wherein a filled amount of the filling material is adjusted according to the number of the provided supports, wherein the cell holder is provided in plurality, and a plurality of cell holders are stacked in a vertical direction.
A method of enabling configuration of one or more links between a circuit-switched Private Branch Exchange, CS PBX, and an access gateway node that connects at least one CS PBX to an IP Multimedia Subsystem, IMS, the method comprising: at an IMS Application Server, AS: for each link between the access gateway node and the at least one CS PBX, configuring the AS with timeslot configuration information for the link; receiving, from the access gateway node, a request for timeslot configuration information for one or more links between the access gateway node and a CS PBX; identifying the one or more links to which the request relates; retrieving the timeslot configuration information for the identified one or more links; and sending, to the access gateway node, a response including the timeslot configuration of the identified one or more links. at an IMS Application Server, AS: for each link between the access gateway node and the at least one CS PBX, configuring the AS with timeslot configuration information for the link; receiving, from the access gateway node, a request for timeslot configuration information for one or more links between the access gateway node and a CS PBX; identifying the one or more links to which the request relates; retrieving the timeslot configuration information for the identified one or more links; and sending, to the access gateway node, a response including the timeslot configuration of the identified one or more links. for each link between the access gateway node and the at least one CS PBX, configuring the AS with timeslot configuration information for the link; receiving, from the access gateway node, a request for timeslot configuration information for one or more links between the access gateway node and a CS PBX; identifying the one or more links to which the request relates; retrieving the timeslot configuration information for the identified one or more links; and sending, to the access gateway node, a response including the timeslot configuration of the identified one or more links.
An apparatus for detecting an occupancy of an equipment by a person, the apparatus comprising: a memory having stored therein a status of the equipment as either occupied or unoccupied by the person, and a predetermined acceleration limit value; an accelerometer unit in communication with the memory, the accelerometer unit in operation, continuously measuring an acceleration value of the equipment at each of a plurality of discrete time intervals, the accelerometer unit accessing the acceleration limit value from the memory and comparing each acceleration value thereto, the accelerometer unit emitting a movement signal indicative of a movement of the equipment upon a consecutive number N of the acceleration values being greater than or equal to the acceleration limit value; a processor in communication with the accelerometer unit and with the memory, the processor operable between an active mode upon receiving the movement signal from the accelerometer unit and an inactive mode, the processor in the active mode accessing the status of the equipment from the memory and emitting an occupied signal if the previous status of the equipment is unoccupied; and a power source supplying electrical power to the accelerometer unit and to the processor. a memory having stored therein a status of the equipment as either occupied or unoccupied by the person, and a predetermined acceleration limit value; an accelerometer unit in communication with the memory, the accelerometer unit in operation, continuously measuring an acceleration value of the equipment at each of a plurality of discrete time intervals, the accelerometer unit accessing the acceleration limit value from the memory and comparing each acceleration value thereto, the accelerometer unit emitting a movement signal indicative of a movement of the equipment upon a consecutive number N of the acceleration values being greater than or equal to the acceleration limit value; a processor in communication with the accelerometer unit and with the memory, the processor operable between an active mode upon receiving the movement signal from the accelerometer unit and an inactive mode, the processor in the active mode accessing the status of the equipment from the memory and emitting an occupied signal if the previous status of the equipment is unoccupied; and a power source supplying electrical power to the accelerometer unit and to the processor.
A method for interacting with virtual objects using a wearable device (200, 400, 600), the method comprising, under control of the wearable device comprising a display system and hardware processor: receiving, via an input device, a selection of a target virtual object displayed to a user at a first position in a three-dimensional space; measuring, via one or more sensors of the input device or an outward facing camera of the wearable device, a first amount of movement of the input device along a first trajectory in the 3D space; using the hardware processor, analyzing a distance between the first position of the target virtual object and a position of the user; calculating a multiplier to map the first amount of movement of the input device into a second amount of movement for the target virtual object, the multiplier calculated based on the distance between the first position of the target virtual object and the position of the user, wherein the multiplier is one when the distance is within the user's hand reach and the multiplier increases with the distance beyond the user's hand reach until reaching a maximum threshold at which the multiplier is constant; calculating the second amount of movement along a second trajectory for the target virtual object, the second amount of movement calculated based at least partly on the first amount of movement and the multiplier; and causing the target virtual object to be displayed to the user at a second position, the second position based at least in part on the first position and the second amount of movement. receiving, via an input device, a selection of a target virtual object displayed to a user at a first position in a three-dimensional space; measuring, via one or more sensors of the input device or an outward facing camera of the wearable device, a first amount of movement of the input device along a first trajectory in the 3D space; using the hardware processor, analyzing a distance between the first position of the target virtual object and a position of the user; calculating a multiplier to map the first amount of movement of the input device into a second amount of movement for the target virtual object, the multiplier calculated based on the distance between the first position of the target virtual object and the position of the user, wherein the multiplier is one when the distance is within the user's hand reach and the multiplier increases with the distance beyond the user's hand reach until reaching a maximum threshold at which the multiplier is constant; calculating the second amount of movement along a second trajectory for the target virtual object, the second amount of movement calculated based at least partly on the first amount of movement and the multiplier; and causing the target virtual object to be displayed to the user at a second position, the second position based at least in part on the first position and the second amount of movement.
Core for rolls of rollable and unrollable material, comprising: outer tubular means (2; 200) and inner tubular means (3; 300), concentric with said outer tubular means (2; 200); connection ribs (4; 400) placed in between said outer tubular means (2; 200) and inner tubular means (3; 300), said inner tubular means (3; 300) having at least one inner diametral rib (5; 500), characterized in that at least said one inner diametral rib (5; 500) is arranged between two connection ribs (4; 400) diametrically inside said inner tubular means (3; 300), said inner diametral rib (5; 500) joining two opposite connection ribs (4; 400) lying on a same position plane.
An assembly device for assembling a first part (30, 50) to a second part (40, 60), the first part comprising a cam guiding bore (31, 32, 52, 53, 55, 56) extending along a first axis (Z, Z 1, Z 2) and a bolt guiding bore (34, 54, 57) extending along a second axis, non-parallel to the first axis (Z, Z 1, Z 2), the bolt guiding bore opening into the cam guiding bore, the second part comprising an assembly bore (42, 62, 63) extending along a third axis, the first and second parts being arranged so that, in an assembly position, the bolt guiding bore (34, 54, 57) and the assembly bore (42, 62, 63) open into one another, the assembly device (1, 101, 102) comprising: ▪ a cam arranged to be able to be translationally moved along the first axis (Z, Z 1, Z 2) into said cam guiding bore (31, 32, 52, 53, 55, 56), the cam comprising a first interaction surface and a second interaction surface, ▪ a bolt arranged to be able, in the assembly position of the first and second parts, to be translationally moved along the second axis between a locked position, in which the bolt is inserted both in the bolt guiding bore (34, 54, 57) and the assembly bore (42, 62, 63), and an unlocked position, in which the bolt is inserted into the bolt guiding bore (34, 54, 57) and not in the assembly bore (42, 62, 63), the bolt comprising a third interaction surface and a fourth interaction surface, the first interaction surface of the cam and the third interaction surface of the bolt being arranged to be able to interact so that a translational movement of the cam along the first axis (Z, Z 1, Z 2) in a first direction results in a movement of the bolt to the locked position, and the second interaction surface of the cam and the fourth interaction surface of the bolt being arranged to be able to interact so that a translational movement of the cam along the first axis (Z, Z 1, Z 2) in a second direction, opposite to the first direction, results in a movement of the bolt to the unlocked position. ▪ a cam arranged to be able to be translationally moved along the first axis (Z, Z 1, Z 2) into said cam guiding bore (31, 32, 52, 53, 55, 56), the cam comprising a first interaction surface and a second interaction surface, ▪ a bolt arranged to be able, in the assembly position of the first and second parts, to be translationally moved along the second axis between a locked position, in which the bolt is inserted both in the bolt guiding bore (34, 54, 57) and the assembly bore (42, 62, 63), and an unlocked position, in which the bolt is inserted into the bolt guiding bore (34, 54, 57) and not in the assembly bore (42, 62, 63), the bolt comprising a third interaction surface and a fourth interaction surface,
A device authentication apparatus that performs authentication of a plurality of apparatuses that are connected to each other through a communication medium to form a system, comprising: storage means for storing usable apparatus information which is information indicating specifications of devices which are usable to form each apparatus; and authentication means configured to determine, when apparatus specification information, which is information indicating specifications of devices that form each apparatus transmitted from the apparatus, matches the usable apparatus information stored in the storage means, that authentication with respect to the apparatus that has transmitted the apparatus specification information is successful, characterized in that the specifications of the devices include one of maximum and minimum numbers of pulses of an expansion valve, a bore diameter of the expansion valve, the number of columns of a heat exchanger, the number of steps of the heat exchanger, and a heat exchange width of the heat exchanger. storage means for storing usable apparatus information which is information indicating specifications of devices which are usable to form each apparatus; and authentication means configured to determine, when apparatus specification information, which is information indicating specifications of devices that form each apparatus transmitted from the apparatus, matches the usable apparatus information stored in the storage means, that authentication with respect to the apparatus that has transmitted the apparatus specification information is successful, characterized in that
A colored coated optical fiber comprising: a glass optical fiber, a primary coating layer covering the glass optical fiber; a secondary coating layer covering the primary coating layer; and a colored layer covering the secondary coating layer, wherein a ratio of a thermal expansion coefficient of a laminate including the secondary coating layer and the colored layer covering the secondary coating layer to that of the secondary coating layer is 0.98 or more and 1.03 or less, a ratio of a glass transition temperature based on a dynamic viscoelasticity within a temperature range from -100°C to 150°C of the laminate to that of the secondary coating layer is 0.96 or more and 1.03 or less, characterized in that a photoinitiator added to the second coating layer and a photoinitiator added to the colored layer are of different kind and/or differ in the amounts to be added. a glass optical fiber, a primary coating layer covering the glass optical fiber; a secondary coating layer covering the primary coating layer; and a colored layer covering the secondary coating layer, wherein a ratio of a thermal expansion coefficient of a laminate including the secondary coating layer and the colored layer covering the secondary coating layer to that of the secondary coating layer is 0.98 or more and 1.03 or less, a ratio of a glass transition temperature based on a dynamic viscoelasticity within a temperature range from -100°C to 150°C of the laminate to that of the secondary coating layer is 0.96 or more and 1.03 or less, characterized in that a photoinitiator added to the second coating layer and a photoinitiator added to the colored layer are of different kind and/or differ in the amounts to be added.
An antenna for the reception of circularly polarized satellite radio signals, comprising at least one horizontally oriented conductor loop arranged above a conductive base surface; and an arrangement connected to an antenna connector for the electromagnetic excitation of the conductor loop, comprising the following features: - the conductor loop is configured as a ring line radiator extending through a polygonal or circular closed ring line in a horizontal plane at a height h above the conductive base surface; - the ring line radiator forms a resonant structure and can be electrically excited by electromagnetic excitation in a manner such that the current distribution of a running line wave in a single rotation direction is adopted on the ring line, the phase difference of said line wave amounting over one rotation to just 2π, with the periphery of the ring line radiator corresponding to the line wavelength in the ring line; - vertical radiators (4, 4a-d) which are galvanically coupled with the ring line radiator at ring line coupling points and which extend toward the conductive base surface are present at the periphery of the ring line radiator, with a radiator being coupled with the electrically conductive base surface and the excitation of the conductor loop taking place via another radiator, characterized in that, for supporting the vertically oriented portions of the electromagnetic field, at least two further vertical radiators (4, 4a-d) which are galvanically coupled with the ring line radiator and which extend toward the conductive base surface are present and are electromagnetically coupled with the electrically conductive base surface; in that the ring line coupling points are distributed equidistantly at the periphery of the ring line radiator; and in that the vertical radiators coupled with the electrically conductive base surface are coupled with the base surface via reactance circuits having a reactance X. - the conductor loop is configured as a ring line radiator extending through a polygonal or circular closed ring line in a horizontal plane at a height h above the conductive base surface; - the ring line radiator forms a resonant structure and can be electrically excited by electromagnetic excitation in a manner such that the current distribution of a running line wave in a single rotation direction is adopted on the ring line, the phase difference of said line wave amounting over one rotation to just 2π, with the periphery of the ring line radiator corresponding to the line wavelength in the ring line; - vertical radiators (4, 4a-d) which are galvanically coupled with the ring line radiator at ring line coupling points and which extend toward the conductive base surface are present at the periphery of the ring line radiator, with a radiator being coupled with the electrically conductive base surface and the excitation of the conductor loop taking place via another radiator,
A method for use in a network supporting Resource Reservation Protocol, RSVP, Inter-Domain Traffic Engineering Label Switched Paths, TE-LSPs, the method comprising: performing, by a router in a first area, a constrained shortest path first, CSPF, computation associated with a Label Switched Path, LSP, to be terminated at an egress label edge router, LER, in a second area; said CSPF computation excluding those nodes indicated as having failed an explicit route object, ERO, expansion at an area border router, ABR, between said first and second areas, providing, by the router in the first area, said indication downstream via an error code within an RSVP path message associated with setup of an alternate LSP, said error code identifying the ABR associated with the failed ERO expansion in an excluded route object, XRO, object associated with said alternate LSP, receiving, by the router in the first area, a RSVP Path error message having an error code of "ERO restored", and invoking, by the router in the first area, in response to reception of the RSVP Path error message having an error code of "ERO restored" a restoration mechanism to reroute the LSP. performing, by a router in a first area, a constrained shortest path first, CSPF, computation associated with a Label Switched Path, LSP, to be terminated at an egress label edge router, LER, in a second area; said CSPF computation excluding those nodes indicated as having failed an explicit route object, ERO, expansion at an area border router, ABR, between said first and second areas, providing, by the router in the first area, said indication downstream via an error code within an RSVP path message associated with setup of an alternate LSP, said error code identifying the ABR associated with the failed ERO expansion in an excluded route object, XRO, object associated with said alternate LSP, receiving, by the router in the first area, a RSVP Path error message having an error code of "ERO restored", and invoking, by the router in the first area, in response to reception of the RSVP Path error message having an error code of "ERO restored" a restoration mechanism to reroute the LSP.
A circuit module having a connector, comprising: a module casing constituted by a resin molded member with which the connector is integrally formed and in which a connector-side terminal conductor is provided by insert molding; a circuit board placed on an inner surface of the module casing; wherein the module casing is provided with a stopper for retaining an one-side edge of the circuit board; wherein an one end side part of the connector-side terminal conductor is exposed on the inner surface of the module casing, characterized in that the exposed part has a curved portion so as to be an elastic part, and the elastic part is configured to be located opposite to the stopper across an installation space of the circuit board from the stopper; and wherein the circuit board is provided with a circuit-side terminal conductor thereon, the circuit-side terminal conductor is configured to extend up to an other-side edge of the circuit board on the elastic part side such that a curved surface of the elastic part is pressed against the circuit side terminal conductor at the other-side edge to retain the circuit board, and thereby the circuit board is caught with the elastic part and the stopper. a module casing constituted by a resin molded member with which the connector is integrally formed and in which a connector-side terminal conductor is provided by insert molding; a circuit board placed on an inner surface of the module casing; wherein the module casing is provided with a stopper for retaining an one-side edge of the circuit board; wherein an one end side part of the connector-side terminal conductor is exposed on the inner surface of the module casing, characterized in that the exposed part has a curved portion so as to be an elastic part, and the elastic part is configured to be located opposite to the stopper across an installation space of the circuit board from the stopper; and wherein the circuit board is provided with a circuit-side terminal conductor thereon, the circuit-side terminal conductor is configured to extend up to an other-side edge of the circuit board on the elastic part side such that a curved surface of the elastic part is pressed against the circuit side terminal conductor at the other-side edge to retain the circuit board, and thereby the circuit board is caught with the elastic part and the stopper.