mhurhangee/ep-ind-claims huggingface dataset:
Electronic assembly, in particular for a transmission control module, comprising a circuit board with a first side and with a second side averted from the first side and with at least one heat-generating component arranged on the first side of the circuit board, wherein the electronic assembly furthermore comprises a cooling body which has an inner surface facing towards the second side of the circuit board, wherein the inner surface of the cooling body is, at least in sections, spaced apart from the circuit board by at least one gap, wherein the at least one heat-generating component is covered with a flowable and curable protective compound, and in that the at least one gap is at least partially filled with the at least one flowable and curable protective compound such that the flowable and curable protective compound is in direct contact with the circuit board and with the cooling body, and in the cured state of the flowable and curable protective compound, the cooling body cohesively adheres to the protective compound, characterized in that the inner surface of the cooling body has at least one recess which is formed so as to have a base surrounded in encircling fashion by at least one wall, wherein the at least one gap is formed by the spacing between the base of the recess and the second side of the circuit board, and - in that the wall has a support surface which faces towards the second side of the circuit board and which is in direct contact, in encircling fashion, with the circuit board. - or in that at least one spacing surface, which faces towards the second side of the circuit board, of the at least one wall is spaced apart from the circuit board by at least one intermediate space with a spacing dimension of between one millimetre and fifty micrometres, wherein the at least one wall additionally comprises at least one support surface which is in direct contact with the circuit board. - in that the wall has a support surface which faces towards the second side of the circuit board and which is in direct contact, in encircling fashion, with the circuit board. - or in that at least one spacing surface, which faces towards the second side of the circuit board, of the at least one wall is spaced apart from the circuit board by at least one intermediate space with a spacing dimension of between one millimetre and fifty micrometres, wherein the at least one wall additionally comprises at least one support surface which is in direct contact with the circuit board.
Process for producing a rubber base mixture containing at least one diene rubber and at least silica and comprising at least one silane coupling agent, characterized in that a) initially all constituents of the rubber base mixture are mixed with an accompanying temperature increase up to 125°C to 135°C, b) the temperature of 125°C to 135°C is maintained with mixing over 40 to 80 s, c) the temperature is subsequently increased to 150°C to 160°C with mixing, d) the temperature of 150°C to 160°C is maintained with mixing for 100 to 200 s and e) the rubber base mixture is subsequently discharged. a) initially all constituents of the rubber base mixture are mixed with an accompanying temperature increase up to 125°C to 135°C, b) the temperature of 125°C to 135°C is maintained with mixing over 40 to 80 s, c) the temperature is subsequently increased to 150°C to 160°C with mixing, d) the temperature of 150°C to 160°C is maintained with mixing for 100 to 200 s and e) the rubber base mixture is subsequently discharged.
A process for preparing a rubber composition containing a rubber component, silica, a silane coupling agent and boric acid, wherein the amount of the silane coupling agent in the rubber composition is 3 to 15 parts by weight based on 100 parts by weight of the silica, which comprises kneading steps comprising: a) a step of mixing the rubber component, a reinforcing agent, a silane coupling agent, a softening agent and boric acid and b) a step of mixing the mixture obtained in step a), stearic acid, zinc oxide and an antioxidant and c) a step of mixing the mixture obtained in step b), a vulcanizing agent and a vulcanizing accelerator. a) a step of mixing the rubber component, a reinforcing agent, a silane coupling agent, a softening agent and boric acid and b) a step of mixing the mixture obtained in step a), stearic acid, zinc oxide and an antioxidant and c) a step of mixing the mixture obtained in step b), a vulcanizing agent and a vulcanizing accelerator.
An inner container made of plastic for transporting and storing liquids, said container comprising a filling neck for filling the inner container in an upper bottom wall and an outlet neck for connecting an outlet armature at a front side and a lower bottom wall interconnecting two side walls (30, 31), a rear wall and a front wall of the inner container for supporting the inner container on a pallet base of a transport pallet which is provided with an outer mantle for receiving the inner container, the outlet neck being arranged at a hopper bottom of an outlet hopper formed in the lower bottom wall, the outlet hopper having a front hopper wall comprising the outlet neck and two lateral hopper walls (36, 37), which are inclined relative to each other in a V-shape, are arranged at a hopper angle α in relation to the horizontal and each expand starting from a keel-shaped hopper base to a lower edge (46, 47) of a side wall, a keel line of the keel-shaped hopper base rising at a hopper angle β in relation to the horizontal from an outlet neck arranged below the front wall toward the rear wall characterized in that the keel-shaped hopper base is formed in the shape of a bowl having a concave cross-section and rising in the shape of a wedge starting from the hopper bottom toward the rear wall, the hopper base forms a groove-shaped, widening drain channel, which expands from the outlet neck toward the rear wall.
A method for multisensory change detection comprising: receiving, at a device, a first set of signals from a first combination of sensors in a plurality of sensors; receiving, at the device, a second set of signals from a second combination of sensors in the plurality of sensors; determining, at the device, a first distribution for the first set of signals; determining, at the device, a second distribution for the second set of signals; estimating, at the device, a divergence between the first distribution and the second distribution based at least in part on the first combination of sensors, the second combination of sensors, a total count of the plurality of sensors, distances from a plurality of signals in the second set of signals to a first plurality of nearest neighbor signals in the first set of signals, and distances from a plurality of signals in the second set of signals to a second plurality of nearest neighbor signals in the second set of signals; and determining, at the device, whether the divergence exceeds a threshold. receiving, at a device, a first set of signals from a first combination of sensors in a plurality of sensors; receiving, at the device, a second set of signals from a second combination of sensors in the plurality of sensors; determining, at the device, a first distribution for the first set of signals; determining, at the device, a second distribution for the second set of signals; estimating, at the device, a divergence between the first distribution and the second distribution based at least in part on the first combination of sensors, the second combination of sensors, a total count of the plurality of sensors, distances from a plurality of signals in the second set of signals to a first plurality of nearest neighbor signals in the first set of signals, and distances from a plurality of signals in the second set of signals to a second plurality of nearest neighbor signals in the second set of signals; and determining, at the device, whether the divergence exceeds a threshold.
A method for transmitting a Device-to-Device, D2D, signal by a first user equipment, UE, for a D2D communication in a wireless communication system, the method comprising: selecting a specific resource set among a plurality of resource sets configured for the D2D communication; and transmitting the D2D signal using at least one radio resource corresponding to the specific resource set, wherein the first UE determines a reference cell for synchronization for transmitting the D2D signal, among cells associated with the plurality of resource sets, based on whether the first UE is in a Radio Resource Control, RRC, IDLE state. selecting a specific resource set among a plurality of resource sets configured for the D2D communication; and transmitting the D2D signal using at least one radio resource corresponding to the specific resource set, wherein the first UE determines a reference cell for synchronization for transmitting the D2D signal, among cells associated with the plurality of resource sets, based on whether the first UE is in a Radio Resource Control, RRC, IDLE state.
Method for determining the presence of diarrhoea causing pathogens in a biological sample comprising the steps of: i) contacting the sample or nucleic acid isolated therefrom with primer pairs in a multiplex PCR assay comprising two or more separate PCR reactions, wherein the primers of said primer pairs amplify each of the ETEC amplicons as defined by SEQ ID NOS:61-63, wherein at least 20 nucleotides long sequence of each of the target amplicons are amplified; ii) performing a polymerase chain reaction with reaction mixes obtained from step i) so that the target sequences of diarrhoea causing pathogens are specifically amplified, if said sequences are present in the sample; and iii) detecting the presence of amplified target sequences in the reaction mix, wherein the presence of any of the target sequences is indicative of the presence of diarrhoea causing pathogens in the sample. i) contacting the sample or nucleic acid isolated therefrom with primer pairs in a multiplex PCR assay comprising two or more separate PCR reactions, wherein the primers of said primer pairs amplify each of the ETEC amplicons as defined by SEQ ID NOS:61-63, wherein at least 20 nucleotides long sequence of each of the target amplicons are amplified; ii) performing a polymerase chain reaction with reaction mixes obtained from step i) so that the target sequences of diarrhoea causing pathogens are specifically amplified, if said sequences are present in the sample; and iii) detecting the presence of amplified target sequences in the reaction mix, wherein the presence of any of the target sequences is indicative of the presence of diarrhoea causing pathogens in the sample.
An apparatus for breeding plants having at least two units arranged in the apparatus for the reception of a plant, wherein at least two units are arranged in a first row and at least one of these units is movable relative to at least one further unit of the first row so that their spacing from one another is changeable, characterized in that one unit, a plurality of, or all the units has/have a reception region for a connection means, with at least two adjacent units within a row being connected by connection means, with a maximum spacing between the connected units being defined by the connection means and optionally being able to be changed, with a cover being located between adjacent units of a row or with a cover being insertable between adjacent units of a row which covers the intermediate space between the units when they are spaced apart from one another.
Method in a mobile terminal for performing handover from a first radio network node to a second radio network node in a radio communication system, the radio communication system comprises the mobile terminal, the first radio network node and the second radio network node, the method comprises the steps of: measuring a first signal evaluation value on a first signal received from the first radio network node, sending a measurement report comprising the first signal evaluation value to the first network node, in association with the moment of sending the measurement report, starting a timer for measuring a wait period, when the wait period has expired, measuring a second signal evaluation value on a second signal received from the first radio network node, obtaining a signal evaluation value difference by subtracting the first signal evaluation value from the second signal evaluation value, comparing the obtained signal evaluation value difference with a predetermined threshold value; if the signal evaluation value absolute difference is higher than the threshold value, autonomously initiating handover by performing random access to the second radio network node. measuring a first signal evaluation value on a first signal received from the first radio network node, sending a measurement report comprising the first signal evaluation value to the first network node, in association with the moment of sending the measurement report, starting a timer for measuring a wait period, when the wait period has expired, measuring a second signal evaluation value on a second signal received from the first radio network node, obtaining a signal evaluation value difference by subtracting the first signal evaluation value from the second signal evaluation value, comparing the obtained signal evaluation value difference with a predetermined threshold value; if the signal evaluation value absolute difference is higher than the threshold value, autonomously initiating handover by performing random access to the second radio network node.
A hydrogen fuel cell stack comprising one or more hydrogen fuel cells comprising a Proton Exchange Membrane, a hydrogen reaction layer and an oxygen reaction layer within a pair of bipolar plates, wherein at least one of the bipolar plates comprises a channel inside for hydrogen inflow, in order to heat up the hydrogen gas from about 20K up to about 273K-300K for the fuel cell in which the hydrogen inflow enters, and acts as a heat exchanger.
High-voltage switchgear comprising a switch housing, an ultra-fast short-circuiting device configured as a piston/cylinder arrangement and at least one pair of contacts, wherein • the pair of contacts is formed by a fixed contact and a movable contact, • the fixed contact is connected to a power potential, and • the movable contact is at earth potential, characterized in that • the switch housing is filled with an insulating gas, for example SF 6, and forms a gas space, • at least one insulating bush with a phase contact is provided on the switch housing and is covered by means of an insulating plug, • a further contact system, which is in the form of a piston/cylinder arrangement, is arranged outside the switch housing on the at least one insulating bush, operates as an ultra-fast short-circuiting device and, in the event of the presence of a fault state in the switch housing, short-circuits the phase contact of the insulating bush with earth potential by the movable piston of the piston/cylinder arrangement being provided, on its end side facing the fixed contact piece with which contact is to be made, with an edge, which pierces the insulating plug in the event of the presence of a fault state. • the pair of contacts is formed by a fixed contact and a movable contact, • the fixed contact is connected to a power potential, and • the movable contact is at earth potential, characterized in that • the switch housing is filled with an insulating gas, for example SF 6, and forms a gas space, • at least one insulating bush with a phase contact is provided on the switch housing and is covered by means of an insulating plug, • a further contact system, which is in the form of a piston/cylinder arrangement, is arranged outside the switch housing on the at least one insulating bush, operates as an ultra-fast short-circuiting device and, in the event of the presence of a fault state in the switch housing, short-circuits the phase contact of the insulating bush with earth potential by the movable piston of the piston/cylinder arrangement being provided, on its end side facing the fixed contact piece with which contact is to be made, with an edge, which pierces the insulating plug in the event of the presence of a fault state.
Method for reducing misfiring during the operation of a motor vehicle with at least an internal combustion engine and an electric drive motor, wherein the motor vehicle is driven in each case proportionately by the internal combustion engine and the electric drive motor, wherein the method comprises at least the following method step: a) determining a risk factor which is a measure of misfiring of the internal combustion engine that is expected in a future operating phase of the internal combustion engine, and wherein the method furthermore comprises the following method steps: b1) increasing a generated power of the internal combustion engine in accordance with requirement, if a load state of the motor vehicle corresponds to a low-load phase, in order to lower the risk factor, wherein step b1) is performed insofar as the risk factor lies within a predefined value range, and b2) lowering the generated power of the internal combustion engine, and increasing the power of the electric drive motor, in accordance with requirement if the load state of the motor vehicle corresponds to a high-load phase, in order to prevent misfiring in the high-load phase. a) determining a risk factor which is a measure of misfiring of the internal combustion engine that is expected in a future operating phase of the internal combustion engine, b1) increasing a generated power of the internal combustion engine in accordance with requirement, if a load state of the motor vehicle corresponds to a low-load phase, in order to lower the risk factor, wherein step b1) is performed insofar as the risk factor lies within a predefined value range, and b2) lowering the generated power of the internal combustion engine, and increasing the power of the electric drive motor, in accordance with requirement if the load state of the motor vehicle corresponds to a high-load phase, in order to prevent misfiring in the high-load phase.
A method for generating an electronic signature of a user for an electronic document, wherein a telecommunication terminal of a telecommunication network is assigned to the user, said method comprising the following steps: - establishing a secure Internet session between the telecommunication terminal of the user and a signature server computer system, the user being authenticated to the signature server computer system and gaining access, via the Internet session, to a user memory area of the signature server computer system assigned to said user in order to provide the electronic document to be signed, - receiving a code from the signature server computer system via a separate and/or separately secured side channel by the telecommunication terminal, - transmitting to the signature server computer system, via the secure Internet session, a combination of the code and authentication information of the user in order to release the signature function in the form of a signature PIN, - checking the validity of the combination of the code and authentication information by the signature server computer system in order to release the signature function, and - generating, with the aid of a private key of the user, the electronic signature of the user by a high-security module of the signature server computer system for the electronic document to be signed, the private key of the user for generating the electronic signature being stored in the high-security module. - establishing a secure Internet session between the telecommunication terminal of the user and a signature server computer system, the user being authenticated to the signature server computer system and gaining access, via the Internet session, to a user memory area of the signature server computer system assigned to said user in order to provide the electronic document to be signed, - receiving a code from the signature server computer system via a separate and/or separately secured side channel by the telecommunication terminal, - transmitting to the signature server computer system, via the secure Internet session, a combination of the code and authentication information of the user in order to release the signature function in the form of a signature PIN, - checking the validity of the combination of the code and authentication information by the signature server computer system in order to release the signature function, and - generating, with the aid of a private key of the user, the electronic signature of the user by a high-security module of the signature server computer system for the electronic document to be signed, the private key of the user for generating the electronic signature being stored in the high-security module.
A scan job performing method of a scanning apparatus which is connected to at least one mobile apparatus supporting a scan-to-mobile function, the scan-to mobile function being a function of transmitting a scan image from a scanning apparatus to a mobile apparatus, the method comprising: transmitting a multicast query by the scanning apparatus to discover at least one mobile apparatus supporting the scan-to-mobile function; receiving, from at least one discovered mobile apparatus in response to the multicast query, information of the at least one discovered mobile apparatus;setting a connection between the scanning apparatus and a selected mobile apparatus from among the at least one discovered mobile apparatus by using the received information of the selected mobile apparatus; storing the received information of the selected mobile apparatus, and transmitting a scan image generated by the scanning apparatus to the selected mobile apparatus; the method further comprising: deleting the stored information of the selected mobile apparatus if a transmission of the scan image is completed; and/or monitoring whether the selected mobile apparatus is removed from a network zone to which the scanning apparatus belongs; and deleting the stored information of the selected mobile apparatus if it is determined that the selected mobile apparatus is removed from the network zone. transmitting a multicast query by the scanning apparatus to discover at least one mobile apparatus supporting the scan-to-mobile function; receiving, from at least one discovered mobile apparatus in response to the multicast query, information of the at least one discovered mobile apparatus;setting a connection between the scanning apparatus and a selected mobile apparatus from among the at least one discovered mobile apparatus by using the received information of the selected mobile apparatus; storing the received information of the selected mobile apparatus, and transmitting a scan image generated by the scanning apparatus to the selected mobile apparatus; the method further comprising: deleting the stored information of the selected mobile apparatus if a transmission of the scan image is completed; and/or monitoring whether the selected mobile apparatus is removed from a network zone to which the scanning apparatus belongs; and deleting the stored information of the selected mobile apparatus if it is determined that the selected mobile apparatus is removed from the network zone. deleting the stored information of the selected mobile apparatus if a transmission of the scan image is completed; and/or monitoring whether the selected mobile apparatus is removed from a network zone to which the scanning apparatus belongs; and deleting the stored information of the selected mobile apparatus if it is determined that the selected mobile apparatus is removed from the network zone.