mhurhangee/ep-ind-claims huggingface dataset:
An external terminal for an electric energy storage device, which is coupled to an upper end of a cylindrical metal case to cap the metal case and has a hollow formed at a center thereof so that a safety valve is installed therein, wherein the metal case includes an outer part exposed to the outside in an erect state in a normal direction and an inner part positioned below the outer part, and wherein the inner part includes a first surface adjacent to the hollow and a second surface provided out of the surface and stepped higher than the first surface toward the outer part, and a third surface provided out of the second surface and stepped higher than the first surface and lower than the second surface toward the outer part, wherein a thickness corresponding to a step depth of the second surface and a thickness corresponding to a step depth of the third surface are 30 to 80% with respect to a maximum thickness (Tm) of a plate-shaped body.
A differential assembly comprising: first and second output shafts (100, 110); a differential unit that controls rotation of the first output shaft with respect to the second output shaft; a clutch collar moveably disposed on the second output shaft; and a clutch collar actuator mechanism that includes: an actuator that moves between a retracted position and an extended position; a fork that is configured to pivot about a pivot axis to actuate the clutch collar; and a bias linkage that is pivotally connected to the actuator and to the fork, characterised in that the bias linkage includes a first member that is coupled to the actuator and extends along a first member axis, a second member that is coupled to the fork and extends along a second member axis that is disposed substantially parallel to the first member axis, and a first biasing member that extends from the first member to the second member and that is configured to rotate about the first member axis and the second member axis. first and second output shafts (100, 110); a differential unit that controls rotation of the first output shaft with respect to the second output shaft; a clutch collar moveably disposed on the second output shaft; and a clutch collar actuator mechanism that includes: an actuator that moves between a retracted position and an extended position; a fork that is configured to pivot about a pivot axis to actuate the clutch collar; and a bias linkage that is pivotally connected to the actuator and to the fork, characterised in that the bias linkage includes a first member that is coupled to the actuator and extends along a first member axis, a second member that is coupled to the fork and extends along a second member axis that is disposed substantially parallel to the first member axis, and a first biasing member that extends from the first member to the second member and that is configured to rotate about the first member axis and the second member axis. an actuator that moves between a retracted position and an extended position; a fork that is configured to pivot about a pivot axis to actuate the clutch collar; and a bias linkage that is pivotally connected to the actuator and to the fork, characterised in that the bias linkage includes a first member that is coupled to the actuator and extends along a first member axis, a second member that is coupled to the fork and extends along a second member axis that is disposed substantially parallel to the first member axis, and a first biasing member that extends from the first member to the second member and that is configured to rotate about the first member axis and the second member axis.
Method for operating a power plant as a gas power plant or pumped-storage power plant comprising a store for the material used for generation and comprising a storage device for electrical energy, which device is designed to feed current into a mains supply, comprising at least one convertor for converting an electrical DC voltage into an electrical AC voltage and comprising a transformer, the method comprising the steps of generating electrical energy in the power plant and storing electrical energy in the storage device, the method comprising using the energy stored in the storage device to support the power plant at peak load times by additionally feeding the stored energy into the mains supply, characterized in that the storage device comprises at least one accumulator and in that the method also comprises the following step: using the energy stored in the storage device to provide an emergency power supply for the power plant, the energy stored in the storage device as an emergency power supply for the power plant being adapted, by means of a converter and the transformer, to the supply voltage of a control device used for controlling the power plant.
A video packet switch (140, 170) configured to provide at least two selectable video packet routes amongst a plurality of packetized video nodes, each of the packetized video nodes providing packetized video data required for decoding a frame during a predetermined active video data portion of a video frame period and not providing packetized video data required for decoding that frame during a predetermined remaining portion of the video frame period, the plurality of packetized video nodes being under control of a timing controller to synchronise the video frame periods of the packetized video nodes, and to switch from one of the video packet routes to another of the video packet routes at a switching operation; the video packet switch comprising circuitry configured to implement the switching operation from one of the video packet routes to another of the video packet routes during a time period representing the predetermined remaining portion of a video frame period in which a packetized video node involved in the switching operation does not launch onto the network packetized video data required for decoding that frame; in which the circuitry comprises a routing data memory configured to store routing data, such that the video packet switch routes video data packets between nodes according to one or more video packet routes defined by the routing data stored by the routing data memory; the video packet switch comprising a routing controller to supply data to the routing data memory to cause a change to the routing data during the time period, in which the routing controller is configured to detect the time period from inspection of packets being passed through the video packet switch. the video packet switch comprising circuitry configured to implement the switching operation from one of the video packet routes to another of the video packet routes during a time period representing the predetermined remaining portion of a video frame period in which a packetized video node involved in the switching operation does not launch onto the network packetized video data required for decoding that frame; in which the circuitry comprises a routing data memory configured to store routing data, such that the video packet switch routes video data packets between nodes according to one or more video packet routes defined by the routing data stored by the routing data memory; the video packet switch comprising a routing controller to supply data to the routing data memory to cause a change to the routing data during the time period, in which the routing controller is configured to detect the time period from inspection of packets being passed through the video packet switch.
A method of generating a user profile based on location fixes, comprising: receiving a set of location fixes representing a location of a mobile device; combining the set of location fixes to generate a user location history; and identifying a set of visited locations in the user location history; characterised in that the method further comprises: sorting the set of visited locations by at least dwell-time; and generating a user profile based at least on the sorted set of visited locations; and further characterised in that the set of location fixes is generated at dynamically adjusted intervals as a function of incremental changes in user location. receiving a set of location fixes representing a location of a mobile device; combining the set of location fixes to generate a user location history; and identifying a set of visited locations in the user location history; sorting the set of visited locations by at least dwell-time; and generating a user profile based at least on the sorted set of visited locations; and
An annotation support system, the system comprising: at least one display device; at least one processor (46, 48) programmed to: determine a context of a current medical image from a current image study of a patient; compare the context of the current medical image to contexts of prior medical images from prior image studies of the patient; and display context relevant annotations and context relevant medical images from the prior image studies of the patient which match the context of the current medical image, wherein the context includes the modality of the current image study, the body part being imaged, and information related to the current region of interest, characterized by: wherein comparing and matching is performed in a two pass process in which in a first fast pass search, only annotations and prior studies that match the modality and body part of the current region of interest are retrieved, and in a second pass, measurable quantities of the region of interest are compared and matched. at least one display device; at least one processor (46, 48) programmed to: determine a context of a current medical image from a current image study of a patient; compare the context of the current medical image to contexts of prior medical images from prior image studies of the patient; and display context relevant annotations and context relevant medical images from the prior image studies of the patient which match the context of the current medical image, wherein the context includes the modality of the current image study, the body part being imaged, and information related to the current region of interest, determine a context of a current medical image from a current image study of a patient; compare the context of the current medical image to contexts of prior medical images from prior image studies of the patient; and display context relevant annotations and context relevant medical images from the prior image studies of the patient which match the context of the current medical image, wherein the context includes the modality of the current image study, the body part being imaged, and information related to the current region of interest, wherein comparing and matching is performed in a two pass process in which in a first fast pass search, only annotations and prior studies that match the modality and body part of the current region of interest are retrieved, and in a second pass, measurable quantities of the region of interest are compared and matched.
A method for transmitting data in a hierarchically structured radio network, in which data are transmitted across nodes in the radio network to a central node and/or data are transmitted from a central node to one or a plurality of nodes and which is built up in a tree topology with the central node as the root, wherein each node (2, 3) is allocated a unique node number, exactly one time slot for the transmission of data in the radio network and a parent node (2, 3), characterized in that the time slots of the nodes (2, 3) are combined in time slot blocks which depend on the communication direction, wherein the node numbers are chosen in such a manner that each node has a higher node number than its parent node (2, 3) and the assignment of the node number to a time slot in the time slot blocks depends on the communication direction through the hierarchy levels of the radio network, in such a manner that in an upwards time slot block in an upwards communication direction from the central node to one or a plurality of nodes a node with a higher node number is assigned to a time slot arranged later in the time slot block and that in a downwards time slot block in the downwards communication from a node to the central node, a node (2, 3) with a lower node number is assigned to a time slot arranged later in the time slot block.
A COMPENSATION NUT formed by an assembly of a nut and a bolt and used to attach, using a second bolt, an application to a surface or panel while maintaining a variable distance between said surface and the supporting element or chassis in which the nut is attached, preventing this distance from collapsing when said second bolt is tightened, the compensation nut including a slightly flexible plastic annular body held tightly in a cylindrical axial internal hollow of said bolt, CHARACTERIZED IN THAT an internal wall of said bolt of the compensation nut has hooks oriented towards the position of the nut, said hooks being covered by said plastic annular body.
A mixing and/or evaporating device for an exhaust system of an internal combustion engine, especially of a motor vehicle, with a carrier body, which surrounds, in the circumferential direction, a flat through-flow cross section of the device, said cross-section extending transversely to the axial direction of the device, wherein the carrier body has two mutually opposite long side walls (21, 22) and two mutually opposite short side walls (23, 24), wherein the short side walls (23, 24) each connect the two long side walls (21, 22) to one another, wherein a plurality of guide blades, which project in the direction of the other long side wall (21, 22) and are set at a pitch angle in relation to the axial direction, are arranged at at least one long side wall (21, 22) at at least one axial end (26, 27), characterized in that additional guide blades are arranged at least at the one long side wall (21, 22) at a distance (s) from an axial end between both axial ends in the axial direction.
A system comprising: a plurality of cameras (18,..., 20) of a surveillance system that detect threats within a secured area; a first file embodied in a memory of the surveillance system that defines a plurality of use scenarios of the secured area, one of the plurality of use scenarios selected as applicable to the secured area; a respective second file corresponding to each of the plurality of use scenarios embodied in the memory of the surveillance system that defines critical surveillance areas of the secured area based at least upon the one of the plurality of use scenarios and a respective triggering condition for each of the critical surveillance areas, wherein the respective second file corresponding to each of the plurality of use scenarios includes a respective identifier of one or more of the plurality of cameras that correspond to each of the critical surveillance areas; a user interface of the surveillance system; and a processor (28,..., 30) of the surveillance system that preferentially displays a respective video from each of the one or more of the plurality of cameras that correspond to one or more of the critical surveillance areas when the processor determines that the respective triggering condition for the one or more of the critical surveillance areas has been met, wherein the processor automatically displays the respective video from each of the one or more of the plurality of cameras that correspond to the one or more of the critical surveillance areas in a respective window of the user interface at a preferential location of the user interface. a plurality of cameras (18,..., 20) of a surveillance system that detect threats within a secured area; a first file embodied in a memory of the surveillance system that defines a plurality of use scenarios of the secured area, one of the plurality of use scenarios selected as applicable to the secured area; a respective second file corresponding to each of the plurality of use scenarios embodied in the memory of the surveillance system that defines critical surveillance areas of the secured area based at least upon the one of the plurality of use scenarios and a respective triggering condition for each of the critical surveillance areas, wherein the respective second file corresponding to each of the plurality of use scenarios includes a respective identifier of one or more of the plurality of cameras that correspond to each of the critical surveillance areas; a user interface of the surveillance system; and a processor (28,..., 30) of the surveillance system that preferentially displays a respective video from each of the one or more of the plurality of cameras that correspond to one or more of the critical surveillance areas when the processor determines that the respective triggering condition for the one or more of the critical surveillance areas has been met, wherein the processor automatically displays the respective video from each of the one or more of the plurality of cameras that correspond to the one or more of the critical surveillance areas in a respective window of the user interface at a preferential location of the user interface.
An area temperature control system for cooling or heating ceilings, walls or floors of a building, comprising - an installation plate in which at least one tube guiding channel, open towards an upper side of the installation plate, is incorporated; and - two heat conducting foils (5, 6), characterized in that the two heat conducting foils (5, 6) are applied to the upper side of the installation plate in such a way that the two heat conducting foils (5, 6) overlap at least along a portion of the tube guiding channel, so that, when a tube is later inserted into the tube guiding channel, the heat conducting foils (5, 6) are pressed into the tube guiding channel along the portion and at least partially line it. - an installation plate in which at least one tube guiding channel, open towards an upper side of the installation plate, is incorporated; and - two heat conducting foils (5, 6), characterized in that the two heat conducting foils (5, 6) are applied to the upper side of the installation plate in such a way that the two heat conducting foils (5, 6) overlap at least along a portion of the tube guiding channel, so that, when a tube is later inserted into the tube guiding channel, the heat conducting foils (5, 6) are pressed into the tube guiding channel along the portion and at least partially line it.
Security device, consisting of an alarm device and an access control device, wherein the alarm device comprises an alarm system, an arming/disarming device, an input unit, at least one user transponder readable by the input unit and a blocking lock, and the access control device comprises an evaluating and control unit, a door unlock unit, an input/output unit and at least one user transponder readable by the input unit or readable and able to be written to by the input/output unit, wherein the arming/disarming device of the alarm device comprises an interface that is coupled both to the evaluating and control unit and to the input/output unit of the access control device, wherein the input/output unit of the access control device is combined with the input unit of the alarm device, but the arming/disarming device is decoupled from predefined inadmissible input and output signals by the interface, and the at least one user transponder comprises a memory that stores access data of the alarm device and of the access control device, characterized in that a memory of a superordinate control unit stores current access data, consisting of identification data and authorization data for access locations and access times, and the input/output unit of the access control device connected online via a network is used to write time markers or timestamps, which comprise a current time window with an expiry time and if necessary current access data to user transponders at stipulated intervals of item, while said user transponders are coupled to the input/output unit for the purpose of arming/disarming and for the purpose of an access request.
A pair of active optical elements (D1, D2) wherein - each of the pair elements has a concentration gradient of optically active centres over an acceptable level of optical homogeneity, wherein the concentration gradient is parallel to a surface of the optical element configured to transmit and/or reflect an optical beam; and - said elements (D1, D2) are mutually mirror and/or rotationally symmetrical in shape and in the distribution of concentration gradient of the optically active centres at least in the surface and/or volume intended for reflection and/or passage of an optical beam, wherein during the reflection at the pair elements and/or the passage through the pair elements, the optical beam is directed such that the sum of optically active centres of the pair elements across the cross-section of the optical beam reaches a maximum concentration difference of ± 5% at all points in the cross section of the optical beam resulting in an acceptable level of optical homogeneity. - each of the pair elements has a concentration gradient of optically active centres over an acceptable level of optical homogeneity, wherein the concentration gradient is parallel to a surface of the optical element configured to transmit and/or reflect an optical beam; and - said elements (D1, D2) are mutually mirror and/or rotationally symmetrical in shape and in the distribution of concentration gradient of the optically active centres at least in the surface and/or volume intended for reflection and/or passage of an optical beam, wherein during the reflection at the pair elements and/or the passage through the pair elements, the optical beam is directed such that the sum of optically active centres of the pair elements across the cross-section of the optical beam reaches a maximum concentration difference of ± 5% at all points in the cross section of the optical beam resulting in an acceptable level of optical homogeneity.