mhurhangee/ep-ind-claims huggingface dataset:
A method for making a light scattering inorganic substrate, the method comprising: providing an inorganic substrate comprising at least one surface; applying an adhesive to the at least one surface of the inorganic substrate; applying inorganic particles to the adhesive to form a coated substrate; and heating the coated substrate to the softening point of at least one of the inorganic substrate or inorganic particles to form the light scattering inorganic substrate. providing an inorganic substrate comprising at least one surface; applying an adhesive to the at least one surface of the inorganic substrate; applying inorganic particles to the adhesive to form a coated substrate; and heating the coated substrate to the softening point of at least one of the inorganic substrate or inorganic particles to form the light scattering inorganic substrate.
An adjustment subassembly for a steering column assembly comprising: a. a telescope plate adapted to be secured to a column tube of the steering column assembly; b. a locking pin having one or more features at one end that are adapted to engage with the telescope plate; c. a preload plate adapted to receive at least a portion of the locking pin at an opposing end of the locking pin; and d. a user operating device for causing engagement and disengagement of the locking pin and the telescope plate through contact with the preload plate. a. a telescope plate adapted to be secured to a column tube of the steering column assembly; b. a locking pin having one or more features at one end that are adapted to engage with the telescope plate; c. a preload plate adapted to receive at least a portion of the locking pin at an opposing end of the locking pin; and d. a user operating device for causing engagement and disengagement of the locking pin and the telescope plate through contact with the preload plate.
A substrate coated with a printable lithium composition, the printable lithium composition comprising on a solution basis: a) between 5% to 50% by weight of lithium metal powder; b) between 0.1% to 20% by weight of a polymer binder, wherein the polymer binder is compatible with the lithium metal powder; and c) between 0.1% to 30% of a carbon-based rheology modifier compatible with the lithium metal powder and the polymer binder, wherein the rheology modifier is dispersible within the composition and provides a three-dimensional structure for preventing degradation and increasing the durability of the substrate when coated with the printable lithium composition; and d) between 50% to 95% by weight of a solvent, wherein the solvent is selected from the group comprising acyclic hydrocarbons, cyclic hydrocarbons, aromatic hydrocarbons, symmetrical ethers, unsymmetrical ethers, cyclic ethers, alkanes, sulfones, mineral oil, and mixtures, blends or cosolvents thereof. a) between 5% to 50% by weight of lithium metal powder; b) between 0.1% to 20% by weight of a polymer binder, wherein the polymer binder is compatible with the lithium metal powder; and c) between 0.1% to 30% of a carbon-based rheology modifier compatible with the lithium metal powder and the polymer binder, wherein the rheology modifier is dispersible within the composition and provides a three-dimensional structure for preventing degradation and increasing the durability of the substrate when coated with the printable lithium composition; and d) between 50% to 95% by weight of a solvent, wherein the solvent is selected from the group comprising acyclic hydrocarbons, cyclic hydrocarbons, aromatic hydrocarbons, symmetrical ethers, unsymmetrical ethers, cyclic ethers, alkanes, sulfones, mineral oil, and mixtures, blends or cosolvents thereof.
Front structure for a locking device for attaching a wear part to the blade of an earth moving machine, said front structure being a one body structure comprising: - a front face, - a back face inclined respect to the front face, so as to determine a wedge shape of the front structure, the front structure having an upper base smaller than a lower base, characterised by - a lower projection, projecting forward beyond the front face, - an upper projection removably attached to the front structure such that said upper projection can be separated from the front structure, said upper projection and said lower projection capable of clamping the blade when the upper projection is attached to the front structure. - a front face, - a back face inclined respect to the front face, so as to determine a wedge shape of the front structure, the front structure having an upper base smaller than a lower base, characterised by - a lower projection, projecting forward beyond the front face, - an upper projection removably attached to the front structure such that said upper projection can be separated from the front structure, said upper projection and said lower projection capable of clamping the blade when the upper projection is attached to the front structure.
A method of controlling the power level of multicast data transmissions in a wireless communications network, comprising: providing (301, 501) power level information in a transmitted channel received by a user equipment (11, 12); measuring (303, 503) the power level of a signal received by said user equipment; comparing (303, 503) the power level measured by the user equipment to the power level indicated by said power level information provided in said transmitted channel; including (303, 503) power level measurement information in an Information Element of a Radio Resource Control, RRC, message sent (304, 504) by said user equipment depending on the results obtained when the power level measured by said user equipment is compared to the power level indicated by said power level information provided in said transmitted channel, wherein the power level measurement information identifies requested power level for multicast services; and controlling (305, 505) the power level of said multicast data transmissions based on said RRC message. providing (301, 501) power level information in a transmitted channel received by a user equipment (11, 12); measuring (303, 503) the power level of a signal received by said user equipment; comparing (303, 503) the power level measured by the user equipment to the power level indicated by said power level information provided in said transmitted channel; including (303, 503) power level measurement information in an Information Element of a Radio Resource Control, RRC, message sent (304, 504) by said user equipment depending on the results obtained when the power level measured by said user equipment is compared to the power level indicated by said power level information provided in said transmitted channel, wherein the power level measurement information identifies requested power level for multicast services; and controlling (305, 505) the power level of said multicast data transmissions based on said RRC message.
A device, in particular a soil sensor, for detecting the condition of a ground, wherein the soil sensor comprises at least one transmitter coil and at least one, preferably four, receiver coil(s), wherein the transmitter coil is configured to generate an electromagnetic primary field and the receiver coil is configured to receive the electromagnetic secondary field induced in the ground by the primary field, characterized in that the transmitter coil and the receiver coil are arranged in a front weight for an agricultural machine, and in that in the front weight a sensor accommodating section for accommodating the transmitter and receiver coils and a spatially separated electronics accommodating section for accommodating the control electronics are provided, wherein the sensor accommodating section and the electronics accommodating section are separated by a screening plate which preferably comprises steel and screens from electromagnetic radiation.
A computer-implemented method, comprising: comparing, by one or more processors, content of an electronic communication to indexed content of a plurality of templates in a database, each template associated in the database with a trustworthy entity and representing indexed content shared among a cluster of electronic communications sent by the trustworthy entity; identifying, by one or more of the processors based on the comparing, one or more matched templates; determining, by one or more of the processors, that a reply-to address associated with the electronic communication fails to match any patterns of reply-to addresses used by one or more trustworthy entities associated with the one or more matched templates; classifying, by one or more of the processors based on the determining, the electronic communication as a phishing attempt; discarding or re-routing, by one or more processors, the electronic communication in response to the classifying. comparing, by one or more processors, content of an electronic communication to indexed content of a plurality of templates in a database, each template associated in the database with a trustworthy entity and representing indexed content shared among a cluster of electronic communications sent by the trustworthy entity; identifying, by one or more of the processors based on the comparing, one or more matched templates; determining, by one or more of the processors, that a reply-to address associated with the electronic communication fails to match any patterns of reply-to addresses used by one or more trustworthy entities associated with the one or more matched templates; classifying, by one or more of the processors based on the determining, the electronic communication as a phishing attempt; discarding or re-routing, by one or more processors, the electronic communication in response to the classifying.
Sensor cleaning device for cleaning a motor vehicle sensor, wherein the sensor cleaning device exhibits: - a housing with at least one first housing inlet, wherein the at least one first housing inlet is used as a liquid inlet for letting liquid into the housing, at least one second housing inlet, wherein the at least one second housing inlet is used as a gas inlet for letting a gas into the housing and with a housing outlet opening for dispensing fluid introduced into the housing via the at least one first housing inlet and/or the at least one second housing inlet; and - a fluid distribution device for guiding fluid, which is introduced into the housing via the at least one first housing inlet and the at least one second housing inlet, to the housing outlet opening; - wherein the fluid distribution device exhibits a number of first distribution inlets corresponding to the number of first housing inlets and a number of first distribution outlets corresponding to at least the number of first distribution inlets; and - wherein the fluid distribution device exhibits a number of second distribution inlets corresponding to the number of second housing inlets - wherein the fluid distribution device is insertable into the housing; and - wherein each first distribution inlet is in fluid communication with one first housing inlet and each second distribution inlet is in fluid communication with one second housing inlet when the fluid distribution device is inserted into the housing, characterised in that the fluid distribution device exhibits a number of second distribution outlets corresponding to at least twice the number of second distribution inlets. - a housing with at least one first housing inlet, wherein the at least one first housing inlet is used as a liquid inlet for letting liquid into the housing, at least one second housing inlet, wherein the at least one second housing inlet is used as a gas inlet for letting a gas into the housing and with a housing outlet opening for dispensing fluid introduced into the housing via the at least one first housing inlet and/or the at least one second housing inlet; and - a fluid distribution device for guiding fluid, which is introduced into the housing via the at least one first housing inlet and the at least one second housing inlet, to the housing outlet opening; - wherein the fluid distribution device exhibits a number of first distribution inlets corresponding to the number of first housing inlets and a number of first distribution outlets corresponding to at least the number of first distribution inlets; and - wherein the fluid distribution device exhibits a number of second distribution inlets corresponding to the number of second housing inlets - wherein the fluid distribution device is insertable into the housing; and - wherein each first distribution inlet is in fluid communication with one first housing inlet and each second distribution inlet is in fluid communication with one second housing inlet when the fluid distribution device is inserted into the housing,
A control system for controlling a plurality of karts distributed on a karting track, comprising a control server, locating means carried by each of said karts and communication means allowing the server to communicate with each of said karts using at least two separate communication networks, a first safety information management network, allowing to transmit commands acting on the control of the motorisation of at least one kart according to a first secure radio protocol, and a second gaming information management network, allowing to transmit image data to a screen mounted on each of said karts according to a second protocol, and wherein said server comprises: - means for managing the respective positions of each of the karts, provided by said locating means, and means for analysing action requests emitted by said karts, comprising at least requests for increasing and/or reducing power, according to said respective positions, capable of validating, refusing, modifying and/or delaying the activation of said requests, by emitting corresponding commands to the concerned karts, via said first network, and synchronisation means controlling according to said action requests; and - means for generating image data at least to said concerned karts, illustrating the activation of said action requests, via said second network. - means for managing the respective positions of each of the karts, provided by said locating means, and means for analysing action requests emitted by said karts, comprising at least requests for increasing and/or reducing power, according to said respective positions, capable of validating, refusing, modifying and/or delaying the activation of said requests, by emitting corresponding commands to the concerned karts, via said first network, and synchronisation means controlling according to said action requests; and - means for generating image data at least to said concerned karts, illustrating the activation of said action requests, via said second network.
A system for inhibiting the electronic system of a target object, the system comprising: - an Electronic Counter Measure unit; and - a carrier in the form of a projectile for carrying the ECM unit towards the target object, characterized in that the projectile comprises an attachment element for attaching the projectile or ECM to the target object when the projectile is in the vicinity of the target object or collides with the target object, wherein the attachment element comprises one or more of: a sticky substance; one or more elements for hooking, snagging or tangling the target object; one or more sharp points; and a deployable manifold for tangling the target object, and wherein the ECM is adapted to have a Radius of Influence less than or equal to a certain value R, where R is a value chosen based on one or more size parameters of the target object and/or the attachment element. - an Electronic Counter Measure unit; and - a carrier in the form of a projectile for carrying the ECM unit towards the target object, characterized in that the projectile comprises an attachment element for attaching the projectile or ECM to the target object when the projectile is in the vicinity of the target object or collides with the target object,
An apparatus for providing configuration data to an integrated circuit, the apparatus comprising: a device programmer, coupled to a semiconductor fuse array disposed on a die, configured to program said semiconductor fuse array with compressed configuration data for a plurality of cores disposed on said die; and a stores, which is disposed on the die, on which the plurality of cores is disposed but not within any of said plurality of cores, and coupled to said plurality of cores, said stores comprising a plurality of sub-stores that each correspond to each of said plurality of cores, wherein one of said plurality of cores is configured to access said semiconductor fuse array upon power-up/reset to read and decompress said compressed configuration data, and to store a plurality of decompressed configuration data sets for one or more cache memories within said each of said plurality of cores in said plurality of sub-stores, and wherein, following a sleep mode, one of said each of said plurality of cores subsequently accesses a corresponding one of said each of said plurality of sub-stores to retrieve and employ said decompressed configuration data sets to initialize said one or more caches. a device programmer, coupled to a semiconductor fuse array disposed on a die, configured to program said semiconductor fuse array with compressed configuration data for a plurality of cores disposed on said die; and a stores, which is disposed on the die, on which the plurality of cores is disposed but not within any of said plurality of cores, and coupled to said plurality of cores, said stores comprising a plurality of sub-stores that each correspond to each of said plurality of cores, wherein one of said plurality of cores is configured to access said semiconductor fuse array upon power-up/reset to read and decompress said compressed configuration data, and to store a plurality of decompressed configuration data sets for one or more cache memories within said each of said plurality of cores in said plurality of sub-stores, and wherein, following a sleep mode, one of said each of said plurality of cores subsequently accesses a corresponding one of said each of said plurality of sub-stores to retrieve and employ said decompressed configuration data sets to initialize said one or more caches.
A solar panel apparatus comprising: first solar panel module comprising a first front surface configured to subject to sun light and a first back surface configured to be away from sun light, at least one first solar panel having a plurality of first solar cell units (10, 10a, 10b) electrically connected with each other, and a first anode and a first cathode, the first solar panel module further comprising: a first anode junction box and a first cathode junction box disposed along one short edge of the first back surface and electrically connected to a first anode and a first cathode respectively; a first anode auxiliary junction box and a first cathode auxiliary junction box disposed along the other short edge of the first back surface opposite to the one short edge; a first anode cable electrically connecting the first anode junction box and the first anode auxiliary junction box; and a first cathode cable electrically connecting the first cathode junction box and the first cathode auxiliary junction box, wherein there are no bypass diodes disposed in the first anode junction box, the first cathode junction box, the first anode auxiliary junction box and the first cathode auxiliary junction box. first solar panel module comprising a first front surface configured to subject to sun light and a first back surface configured to be away from sun light, at least one first solar panel having a plurality of first solar cell units (10, 10a, 10b) electrically connected with each other, and a first anode and a first cathode, the first solar panel module further comprising: a first anode junction box and a first cathode junction box disposed along one short edge of the first back surface and electrically connected to a first anode and a first cathode respectively; a first anode auxiliary junction box and a first cathode auxiliary junction box disposed along the other short edge of the first back surface opposite to the one short edge; a first anode cable electrically connecting the first anode junction box and the first anode auxiliary junction box; and a first cathode cable electrically connecting the first cathode junction box and the first cathode auxiliary junction box, a first anode junction box and a first cathode junction box disposed along one short edge of the first back surface and electrically connected to a first anode and a first cathode respectively; a first anode auxiliary junction box and a first cathode auxiliary junction box disposed along the other short edge of the first back surface opposite to the one short edge; a first anode cable electrically connecting the first anode junction box and the first anode auxiliary junction box; and a first cathode cable electrically connecting the first cathode junction box and the first cathode auxiliary junction box, wherein there are no bypass diodes disposed in the first anode junction box, the first cathode junction box, the first anode auxiliary junction box and the first cathode auxiliary junction box.
A method for processing requests by a portable data carrier, wherein: - the data carrier is connected to an external terminal via an external interface, - the data carrier is recognized by the external terminal, - program code is transferred by the data carrier to the terminal and executed by the same, - the execution causes the terminal to set up a first virtual communication channel to the data carrier via the interface; - the data carrier receives a write command according to a mass-memory access protocol via the first virtual communication channel, in which write command there is embedded a request according to an Internet protocol, - the data carrier ascertains the request from the write command and produces a response employing an Internet server integrated in the data carrier, and - the data carrier outputs the produced response in the form of a response according to the mass-memory access protocol via the first virtual communication channel. - the data carrier is connected to an external terminal via an external interface, - the data carrier is recognized by the external terminal, - program code is transferred by the data carrier to the terminal and executed by the same, - the execution causes the terminal to set up a first virtual communication channel to the data carrier via the interface; - the data carrier receives a write command according to a mass-memory access protocol via the first virtual communication channel, in which write command there is embedded a request according to an Internet protocol, - the data carrier ascertains the request from the write command and produces a response employing an Internet server integrated in the data carrier, and - the data carrier outputs the produced response in the form of a response according to the mass-memory access protocol via the first virtual communication channel.