mhurhangee/ep-ind-claims huggingface dataset:
Flame-resistant polymer composition, in particular suited for coating workpieces, containing: a) a thermoplastic polymer containing vinyl acetate and b) an unsaturated elastomer containing double bonds, as polymer components, whereby the polymer components are a homogeneous mixture and a mixture matrix vulcanised only with a sulphur or sulphur-containing crosslinking system is formed, whereby the sulphur crosslinking system extends over the entire matrix and completely pervades it, and c) at least one flame retardant or a combination of flame retardants. a) a thermoplastic polymer containing vinyl acetate and b) an unsaturated elastomer containing double bonds, as polymer components, whereby the polymer components are a homogeneous mixture and a mixture matrix vulcanised only with a sulphur or sulphur-containing crosslinking system is formed, whereby the sulphur crosslinking system extends over the entire matrix and completely pervades it, and c) at least one flame retardant or a combination of flame retardants.
A telecommunications closure, comprising: a body defining an interior space; a plurality of panel holders in the interior space; and a panel positioned in one of the plurality of panel holders, wherein the panel comprises a point of connection component for splitting or converting a signal; wherein the panel comprises a first cable storage component, wherein the first cable storage component is a cable storage reel and wherein the panel is pivotally mounted to the one of the plurality of panel holders. a body defining an interior space; a plurality of panel holders in the interior space; and a panel positioned in one of the plurality of panel holders, wherein the panel comprises a point of connection component for splitting or converting a signal; wherein the panel comprises a first cable storage component, wherein the first cable storage component is a cable storage reel and wherein the panel is pivotally mounted to the one of the plurality of panel holders.
An electrical connector apparatus for use in a downhole tool comprising: a plunger insulator housing defining a cylinder with a first end, a second end, a central axis, having an inner bore with an open end at the first end of the cylinder, and having an axial through hole at the second end of the cylinder; a contact screw defining a cylindrical body sharing the central axis with a first end and a second end, having outer threads on the cylindrical body, and having an inner through bore with inner threads, wherein the contact screw is disposed within the inner bore of the housing; a contact plunger defining a first cylinder adapted to slideably engage with the inner bore of the housing and a second cylinder protruding from the first cylinder, slideably engaged with the through hole of the housing, and having a distal end; a contact spring with a first end and a second end disposed within the inner bore of the housing between the contact plunger and the contact screw, wherein the first end is engaged with the first cylinder of the contact plunger and the second end is engaged with the first end of the contact screw. a plunger insulator housing defining a cylinder with a first end, a second end, a central axis, having an inner bore with an open end at the first end of the cylinder, and having an axial through hole at the second end of the cylinder; a contact screw defining a cylindrical body sharing the central axis with a first end and a second end, having outer threads on the cylindrical body, and having an inner through bore with inner threads, wherein the contact screw is disposed within the inner bore of the housing; a contact plunger defining a first cylinder adapted to slideably engage with the inner bore of the housing and a second cylinder protruding from the first cylinder, slideably engaged with the through hole of the housing, and having a distal end; a contact spring with a first end and a second end disposed within the inner bore of the housing between the contact plunger and the contact screw, wherein the first end is engaged with the first cylinder of the contact plunger and the second end is engaged with the first end of the contact screw.
Method for controlling a configuration in an integrated circuit device comprising at least one controllable input/output port having a data output driver, a data input driver, a controllable pull-up resistor, a controllable pull-down resistor, each connected with an external pin of the integrated circuit device, the method comprising; enabling only the pull-up resistor and reading the associated input through the data input driver as a first bit; enabling only the pull-down resistor and reading the associated input through the data input driver as a second bit; tri-stating the first port and reading the associated input through the data input driver as another bit; encoding a value from the read bits; and determining a firmware operation form the encoded value.
A stove comprising a combustion chamber and a valve assembly for regulating air flow into the combustion chamber, wherein the valve assembly comprises a valve closure (68, 70) for closing a valve aperture of the stove and rotary control means for raising the valve closure (68, 70) towards the valve aperture and lowering the valve closure (68, 70) away from the valve aperture, wherein the rotary control means is positioned so as to be recessed with respect to a fascia of the stove, and in that the stove further comprises concealing means for concealing the rotary control means, characterised in that the stove further comprises: a door of the stove provided with a cut-out section for accommodating the rotary control means; latching means for securing the door in its closed position, the latching means comprising a rod which is rotatably mounted in part of the door and which has an engagement formation that is configured to engage with a complementary receiving formation provided in part of the stove which is positioned adjacent the rod when the door is closed, the latching means further comprising a lever which engages with the rod and can be moved to cause rotation of the rod; and wherein the concealing means comprises a panel provided on the lever, which panel is configured to be received in the cut-out section of the door. a door of the stove provided with a cut-out section for accommodating the rotary control means; latching means for securing the door in its closed position, the latching means comprising a rod which is rotatably mounted in part of the door and which has an engagement formation that is configured to engage with a complementary receiving formation provided in part of the stove which is positioned adjacent the rod when the door is closed, the latching means further comprising a lever which engages with the rod and can be moved to cause rotation of the rod; and wherein the concealing means comprises a panel provided on the lever, which panel is configured to be received in the cut-out section of the door.
A method to assess a security risk of online based transactions, wherein the method comprises the following steps executed by a telecommunication system: • Receiving an online transaction request, in particular receiving an online transaction request by a user with means of a user device; • Retrieving by a telecommunication provider at least one attribute associated to the transaction request; • Handing over the at least one attributes of the transaction request to a trained machine learning algorithm, o wherein the machine learning algorithm was trained with multiple data sets of at least one attribute and an associated risks score; o wherein the trained machine learning algorithm is configured to calculate a risk score, in particular a network related forensic risk score "NRFRS", based on the provided attributes; • Returning the calculated risk score, in particular returning the calculated risk score to the user and/or to a company that is associated with the online transaction request, characterized in that the attributes is data that is exclusively available to the telecommunication provider. • Receiving an online transaction request, in particular receiving an online transaction request by a user with means of a user device; • Retrieving by a telecommunication provider at least one attribute associated to the transaction request; • Handing over the at least one attributes of the transaction request to a trained machine learning algorithm, o wherein the machine learning algorithm was trained with multiple data sets of at least one attribute and an associated risks score; o wherein the trained machine learning algorithm is configured to calculate a risk score, in particular a network related forensic risk score "NRFRS", based on the provided attributes; o wherein the machine learning algorithm was trained with multiple data sets of at least one attribute and an associated risks score; o wherein the trained machine learning algorithm is configured to calculate a risk score, in particular a network related forensic risk score "NRFRS", based on the provided attributes; • Returning the calculated risk score, in particular returning the calculated risk score to the user and/or to a company that is associated with the online transaction request,
A touch window comprising: a substrate; and an electrode part (200, 210) on the substrate, wherein the electrode part (200, 210) comprises: a plurality of first sub-patterns (211, 214, 216); an electrode layer on the first sub-patterns (211, 214, 216); and a plurality of second sub-patterns (212; 217) close to the first sub-patterns (211, 214, 216), and wherein a boundary area between the electrode layer and each of the first sub-patterns (211; 214; 216) (211; 214; 216) is larger than a boundary area between the substrate and each of the first sub-patterns (211, 214, 216), characterized in that the electrode part (200, 210) is arranged in a shape of a mesh including a mesh line and a mesh opening, wherein the first sub-patterns (211, 214, 216) are disposed on the mesh line, and the second sub-pattern (212, 217) is disposed on the mesh opening, wherein the second sub-patterns (212, 217) are disposed between the first sub-patterns (211, 214, 216), wherein a line width of the second sub-patterns (212; 217) is smaller than a line width of the first sub-patterns (211, 214, 216), and a height of the second sub-patterns (212; 217) is smaller than a height of the first sub-patterns (211, 214, 216). a substrate; and an electrode part (200, 210) on the substrate, wherein the electrode part (200, 210) comprises: a plurality of first sub-patterns (211, 214, 216); an electrode layer on the first sub-patterns (211, 214, 216); and a plurality of second sub-patterns (212; 217) close to the first sub-patterns (211, 214, 216), and a plurality of first sub-patterns (211, 214, 216); an electrode layer on the first sub-patterns (211, 214, 216); and a plurality of second sub-patterns (212; 217) close to the first sub-patterns (211, 214, 216), and wherein a boundary area between the electrode layer and each of the first sub-patterns (211; 214; 216) (211; 214; 216) is larger than a boundary area between the substrate and each of the first sub-patterns (211, 214, 216), characterized in that the electrode part (200, 210) is arranged in a shape of a mesh including a mesh line and a mesh opening, wherein the first sub-patterns (211, 214, 216) are disposed on the mesh line, and the second sub-pattern (212, 217) is disposed on the mesh opening, wherein the second sub-patterns (212, 217) are disposed between the first sub-patterns (211, 214, 216), wherein a line width of the second sub-patterns (212; 217) is smaller than a line width of the first sub-patterns (211, 214, 216), and a height of the second sub-patterns (212; 217) is smaller than a height of the first sub-patterns (211, 214, 216).
A flexible and extensible tubular guide comprising a tubular member having an intermediate portion which is evenly corrugated in such a way to allow the guide to extend and contract, and an elastic element being axially arranged inside said tubular member, said tubular member being further provided with two end portions (3,4) fixed to said elastic element, said tubular guide being characterised in that said evenly corrugated intermediate portion of the tubular member comprises a plurality of mutually interconnected folds configured to form, following an axial elongation, longitudinal bands of substantially polygonal recesses having a substantially flattened diamond shape when the tubular member is in a resting condition, and a substantially hexagonal shape following to traction of the tubular member, and said tubular member has a substantially smooth surface when in a maximum extension condition.
A method applied at a network control node of controlling behaviour of user equipment (UE1, UE2) located within a wireless communication network comprising a plurality of base stations, each user equipment being operable to form an association with one of said plurality of base stations such that a transmission made by said user equipment is received by said associated base station, said method comprising: determining, based on a performance parameter of a transmission made by each user equipment having a first base station association, an indication of a network capacity utilisation; comparing said indication of said network capacity utilisation with a further indication of said network capacity utilisation determined based on an alternative user equipment and base station association; determining by said comparing of said indication of said network capacity utilisation with said further indication of said network capacity utilisation the base station association offering a lower utilisation of said network capacity; and adjusting an operational parameter of at least one of said plurality of base stations to control user equipment to make that base station association determined by said comparing; wherein the performance parameter comprises the modulus of the dominant eigenvalue of a network information matrix calculated for each of the first and alternative user equipment and base station association; and adjusting said operational parameter of at least one of said plurality of base stations comprises at least one of: adjusting pilot transmission power of at least one of said plurality of base stations and instructing user equipment to adjust a bias to a received pilot signal strength from at least one of said plurality of base stations. determining, based on a performance parameter of a transmission made by each user equipment having a first base station association, an indication of a network capacity utilisation; comparing said indication of said network capacity utilisation with a further indication of said network capacity utilisation determined based on an alternative user equipment and base station association; determining by said comparing of said indication of said network capacity utilisation with said further indication of said network capacity utilisation the base station association offering a lower utilisation of said network capacity; and adjusting an operational parameter of at least one of said plurality of base stations to control user equipment to make that base station association determined by said comparing; wherein the performance parameter comprises the modulus of the dominant eigenvalue of a network information matrix calculated for each of the first and alternative user equipment and base station association; and adjusting said operational parameter of at least one of said plurality of base stations comprises at least one of: adjusting pilot transmission power of at least one of said plurality of base stations and instructing user equipment to adjust a bias to a received pilot signal strength from at least one of said plurality of base stations.
A method performed by a network node (102,103) in a telecommunication network providing a multicast transmission to a group of devices residing in a cell of the telecommunication network, the method comprising; - monitoring a congestion level for communication, and - if the congestion level reaches a first threshold, ordering for at least one device in a radio resource control, RRC, connected mode to be released from the RRC connected mode to an RRC idle mode or an RRC inactive mode, thereby disabling a capability of the at least one device to provide one or more re-transmission requests while keeping an ability of the at least one device to further receive the multicast transmission; - when the congestion level reaches a second threshold, lower than said first threshold, ordering to return said at least one device from the RRC idle mode, or the RRC inactive mode, back to the RRC connected mode. - monitoring a congestion level for communication, and - if the congestion level reaches a first threshold, ordering for at least one device in a radio resource control, RRC, connected mode to be released from the RRC connected mode to an RRC idle mode or an RRC inactive mode, thereby disabling a capability of the at least one device to provide one or more re-transmission requests while keeping an ability of the at least one device to further receive the multicast transmission; - when the congestion level reaches a second threshold, lower than said first threshold, ordering to return said at least one device from the RRC idle mode, or the RRC inactive mode, back to the RRC connected mode.
An electric appliance having a flow channel for a medium, wherein a heating device (11, 211) is provided at said flow channel for heating a medium or a liquid, respectively, in a through-flow or in a past-flow, respectively, or said heating device forms said flow channel at least partially, wherein said heating device (11, 211) comprises a carrier (12, 212) and wherein heating conductors (14, 214) are attached on said carrier and at least two temperature sensors (22, 22, 222) are arranged on said carrier, wherein said temperature sensors are configured as discrete, separate components and wherein: - a first temperature sensor is arranged close to said heating conductor (14, 214), and - a second temperature sensor (22, 222) has a greater distance to said heating conductor (14, 214) than said first temperature sensor, wherein the heating device (11, 211) is configured in tubular manner with a tubular carrier (12, 212) and said medium flows through said heating device, characterized in that said heating conductors (14, 214) and said temperature sensors (20, 22, 222) as well are arranged on an outer side of said heating device (11, 211). - a first temperature sensor is arranged close to said heating conductor (14, 214), and - a second temperature sensor (22, 222) has a greater distance to said heating conductor (14, 214) than said first temperature sensor,
A memory management unit for a microprocessor system, the memory management unit being connected or connectable to at least one processor core of the microprocessor system and being connected or connectable to a physical memory of the microprocessor system, the memory management unit being adapted to selectively operate in a hypervisor mode or in a supervisor mode, the hypervisor mode and the supervisor mode having different privilege levels of access to hardware, the memory management unit comprising: a first register table indicating physical address information for mapping at least one logical physical address and at least one actual physical address onto each other; a second register table indicating an allowed address range of physical addresses accessible to a process running in or under supervisor mode; wherein the memory management unit is adapted to prevent write access to the second register table by a process not in hypervisor mode; and characterized in that: the memory management unit is further adapted to allow write access to the first register table of a process running in or under supervisor mode to reconfigure the physical address information indicated in the first register table with memory mapping information relating to at least one physical address, if the at least one physical address is in the allowed address range, and to prevent write access to the first register table of the process running in or under supervisor mode if the at least one physical address is not in the allowed address range,wherein the memory mapping information is stored in a configuration memory region indicated by the second register table, wherein data stored in the configuration memory region represents the allowed address range. a first register table indicating physical address information for mapping at least one logical physical address and at least one actual physical address onto each other; a second register table indicating an allowed address range of physical addresses accessible to a process running in or under supervisor mode; wherein the memory management unit is adapted to prevent write access to the second register table by a process not in hypervisor mode; and the memory management unit is further adapted to allow write access to the first register table of a process running in or under supervisor mode to reconfigure the physical address information indicated in the first register table with memory mapping information relating to at least one physical address, if the at least one physical address is in the allowed address range, and to prevent write access to the first register table of the process running in or under supervisor mode if the at least one physical address is not in the allowed address range,wherein the memory mapping information is stored in a configuration memory region indicated by the second register table, wherein data stored in the configuration memory region represents the allowed address range.
A turning efficiency improving apparatus for an automotive vehicle which comprises one of a braking system and a driving train configured to separately control braking forces or driving forces on left and right vehicle wheels that are held at the same position in a forward - backward direction, a steering unit configured to separately steer the left and right vehicle wheels, and characterized in that it further comprises: a turn assist control unit to execute a turn assist control by producing a time difference in steering operation of the left and right vehicle wheels and a braking / driving force difference between the left and right vehicle wheels, when the steering unit is driven in accordance with a steering command of the steering input device to thereby generate a yaw moment.