mhurhangee/ep-ind-claims huggingface dataset:
A plate heat exchanger comprising a body portion that includes a plurality of heat transfer plates stacked on each other, the body portion further including a plurality of first channels that circulate a first fluid, a plurality of second channels that circulate a second fluid, a pair of first communication channels (32; 33) that communicate with the plurality of the first channels and allow the first fluid to flow into and out of the plurality of the first channels, a pair of second communication channels (34; 35) that communicate with the plurality of the second channels and allow the second fluid to flow into and out of the plurality of the second channels, the plurality of the first channels and the plurality of the second channels being alternately formed with the plurality of the heat transfer plates being respectively interposed therebetween, and the pair of first communication channels (32; 33) and the pair of second communication channels (34; 35) extending in the stacked direction of the plurality of the heat transfer plates through the plurality of the heat transfer plates, wherein the plurality of the first channels communicate with each other to form a channel of the first fluid from one of the pair of first communication channels to the other of the pair of first communication channels, characterized in that at least one of the plurality of the first channels located in a center area in the stacked direction of the plurality of the heat transfer plates is a reference channel (Ra) that serves as a branching position of the channel of the first fluid, wherein the body portion includes at least one pair of primary branch channels that provide communication between the reference channel (Ra) and at least one of the plurality of the first channels located on each of one side and another side of the reference channel (Ra) in the stacked direction of the plurality of the heat transfer plates, wherein the one of the pair of first communication channels communicates only with the reference channel (Ra), wherein the other of the pair of first communication channels communicates only with the first channel that is located on each of the one side and the other side of the reference channel (Ra) in the stacked direction of the plurality of the heat transfer plates and that serves as a terminal end of the channel of the first fluid, and wherein the channel of the first fluid that is located on the one side in the stacked direction of the plurality of the heat transfer plates and has the one of the pair of primary branch channels serving as a starting point, and the channel of the first fluid that is located on the other side in the stacked direction of the plurality of the heat transfer plates and has the other of the pair of primary branch channels serving as a starting point are arranged to be symmetrical with reference to the reference channel (Ra).
Programmable device implemented method for calculating and analysing risks in an information system infrastructure of a network, said network comprising a plurality of nodes, said nodes comprising supporting assets on which rely one or more primary assets, wherein said method comprises the steps of: - generating at least one attack path, each generated attack path being a sequence of edges connecting nodes from one entry node ( N 1) to one exit node ( N z), the exit node ( N z) being a supporting asset of said system, - evaluating the impact of detrimental events ( D _ E) linked to primary assets which rely on one or more supporting assets, characterized in that - for each attack path, modelling an elementary risk as a potential scenario linking the supporting asset ( N z) to which leads the attack path with a primary asset relying on said supporting asset ( N z) and one detrimental event ( D _ E) affecting said primary asset, - specifying one or more search criteria ( Y, Y 1, Y 2) for the risk calculation, said criteria ( Y, Y 1, Y 2) being any information available from information associated to elementary risks or any criteria allowing to select a subset of elementary risks, - selecting one or more elementary risks relevant to the specified criteria ( Y, Y 1, Y 2), and - evaluating a composite risk regarding the specified criteria ( Y, Y 1, Y 2) based on characteristics of the selected relevant elementary risk(s). - generating at least one attack path, each generated attack path being a sequence of edges connecting nodes from one entry node ( N 1) to one exit node ( N z), the exit node ( N z) being a supporting asset of said system, - evaluating the impact of detrimental events ( D _ E) linked to primary assets which rely on one or more supporting assets, characterized in that - for each attack path, modelling an elementary risk as a potential scenario linking the supporting asset ( N z) to which leads the attack path with a primary asset relying on said supporting asset ( N z) and one detrimental event ( D _ E) affecting said primary asset, - specifying one or more search criteria ( Y, Y 1, Y 2) for the risk calculation, said criteria ( Y, Y 1, Y 2) being any information available from information associated to elementary risks or any criteria allowing to select a subset of elementary risks, - selecting one or more elementary risks relevant to the specified criteria ( Y, Y 1, Y 2), and - evaluating a composite risk regarding the specified criteria ( Y, Y 1, Y 2) based on characteristics of the selected relevant elementary risk(s).
An apparatus for a shoe, the apparatus (200; 300; 400) comprising: an electrical energy storage device (225; 435; 525); a piezoelectric generator (230; 430; 530) configured to generate electricity when the user takes a step and to transmit the generated electricity to the electrical energy storage device; and a sole (201; 401) comprising an electrostatic adhesive portion (210; 410; 510) configured to augment the grip of the sole in response to being activated by electricity received from the electrical energy storage device. an electrical energy storage device (225; 435; 525); a piezoelectric generator (230; 430; 530) configured to generate electricity when the user takes a step and to transmit the generated electricity to the electrical energy storage device; and a sole (201; 401) comprising an electrostatic adhesive portion (210; 410; 510) configured to augment the grip of the sole in response to being activated by electricity received from the electrical energy storage device.
A pharmaceutical composition for oral administration, consisting essentially of (a) 0.5 to 1.5 % by weight of a taxane, (b) 20 to 35 % by weight of a medium chain triglyceride, (c) 45 to 60 % by weight of an oleoyl glycerol complex having 30 to 65 % by weight of monooleoyl glycerol contents; 15 to 50 % by weight of dioleoyl glycerol contents; and 2 to 20 % by weight of trioleoyl glycerol contents, and (d) 15 to 25 % by weight of a surfactant selected from the group consisting of polyoxyethylene-polyoxypropylene block copolymer, sorbitan ester, polyoxyethylene sorbitan, and polyoxyethylene ether, wherein the pharmaceutical composition is in a clear solution form at room temperature (about 25 °C), and wherein the pharmaceutical composition is changed to a clear solution form when it is allowed to stand at room temperature (about 25 °C) after being stored at 4 °C. (a) 0.5 to 1.5 % by weight of a taxane, (b) 20 to 35 % by weight of a medium chain triglyceride, (c) 45 to 60 % by weight of an oleoyl glycerol complex having 30 to 65 % by weight of monooleoyl glycerol contents; 15 to 50 % by weight of dioleoyl glycerol contents; and 2 to 20 % by weight of trioleoyl glycerol contents, and (d) 15 to 25 % by weight of a surfactant selected from the group consisting of polyoxyethylene-polyoxypropylene block copolymer, sorbitan ester, polyoxyethylene sorbitan, and polyoxyethylene ether, wherein the pharmaceutical composition is in a clear solution form at room temperature (about 25 °C), and wherein the pharmaceutical composition is changed to a clear solution form when it is allowed to stand at room temperature (about 25 °C) after being stored at 4 °C.
A sigma-delta analog to digital converter, ADC, comprising: a digital-to-analog converter, DAC,; a loop filter coupled to receive an output from the DAC; and a multi-bit variable resolution quantizer coupled to receive an output form the loop filter; wherein the multi-bit variable resolution quantizer is controlled by a random sequence generator; wherein the random sequence generator is configured to introduce dithering by controlling the resolution of the variable resolution multi-bit quantizer, wherein the multi-bit variable resolution quantizer is configured to switch only between an N-level quantizer function and an N-1 level quantizer function, wherein the DAC is configurable to provide either N-1 levels or N levels for its output signal and wherein N is an integer greater than 2 and thresholds and possible output values of the multi-bit variable resolution quantizer each are multiplied by (N-1)/(N-2) if the N levels quantization function is selected, wherein the DAC is configured to receive the multiplied output values of the multi-bit variable resolution quantizer, wherein the thresholds for the N-level quantizer function align in the middle of the thresholds for the N-1 level quantizer function, thereby providing on average a uniform quantization function, wherein the random sequence generator is further configured to control the variable resolution multi-bit quantizer such that an occurrence of the N- level quantizer function is equally probable to an occurrence of the N-1 level quantizer function. a digital-to-analog converter, DAC,; a loop filter coupled to receive an output from the DAC; and a multi-bit variable resolution quantizer coupled to receive an output form the loop filter; wherein the multi-bit variable resolution quantizer is controlled by a random sequence generator; wherein the random sequence generator is configured to introduce dithering by controlling the resolution of the variable resolution multi-bit quantizer, wherein the multi-bit variable resolution quantizer is configured to switch only between an N-level quantizer function and an N-1 level quantizer function, wherein the DAC is configurable to provide either N-1 levels or N levels for its output signal and wherein N is an integer greater than 2 and thresholds and possible output values of the multi-bit variable resolution quantizer each are multiplied by (N-1)/(N-2) if the N levels quantization function is selected, wherein the DAC is configured to receive the multiplied output values of the multi-bit variable resolution quantizer, wherein the thresholds for the N-level quantizer function align in the middle of the thresholds for the N-1 level quantizer function, thereby providing on average a uniform quantization function, wherein the random sequence generator is further configured to control the variable resolution multi-bit quantizer such that an occurrence of the N- level quantizer function is equally probable to an occurrence of the N-1 level quantizer function.
A composition comprising a variant phytase enzyme, wherein said variant phytase comprises amino acid substitution Y255D as compared to SEQ ID NO:1, and further wherein the variant phytase comprises the amino acid substitutions I55V/G157Q/R159Y/Y255D/F354Y/A380P and is at least 95% identical to SEQ ID NO:5; wherein the variant phytase enzyme has phytase activity; and wherein the variant phytase enzyme is more stable than the parent phytase corresponding to SEQ ID NO:1 under the same thermal challenge conditions.
Device with a fingerprint sensor, wherein the fingerprint sensor is arranged spaced apart from a handle of the device in the vicinity of the handle such that, when the handle is grasped by index finger and/or middle finger and/or ring finger and/or little finger of a hand, the thumb of this hand can be placed next to the handle on the fingerprint sensor, such that a thumb-tip longitudinal axis of the thumb coincides substantially with a main axis of the fingerprint sensor, characterised in that the handle can be brought into position relative to the fingerprint sensor and into two work positions, one work position being provided for a left-handed operation of the fingerprint sensor and another work position being provided for a right-handed operation of the fingerprint sensor, and that the fingerprint sensor is mounted in a rotatable or tiltable manner.
A notification device mounted on a vehicle, comprising: an acquisition unit configured to acquire information indicating that a driver's vehicle is receiving green ware driving assistance in which a speed is controlled to allow the driver's vehicle to pass a signal with a traffic light of the signal turned green; an output unit configured to output notification to other vehicles in accordance with the information acquired by the acquisition unit; a radio unit configured to transmit a packet signal including the notification output from the output unit; and a display unit configured to light in accordance with the notification output from the output unit. an acquisition unit configured to acquire information indicating that a driver's vehicle is receiving green ware driving assistance in which a speed is controlled to allow the driver's vehicle to pass a signal with a traffic light of the signal turned green; an output unit configured to output notification to other vehicles in accordance with the information acquired by the acquisition unit; a radio unit configured to transmit a packet signal including the notification output from the output unit; and a display unit configured to light in accordance with the notification output from the output unit.
Apparatus for performing an operation on a material to separate solids and liquids within the material, the apparatus with an endless belt structure adapted to circulate around a path incorporating guide roller structures around which the belt structure passes, the endless belt structure defining one or more elongate sheets in the form of a belt portion movable along the path, the belt portion being adapted to be releasably connected together along longitudinal edges thereof to assemble a movable tubular structure within which at least part of the operation is to be performed, wherein the tubular structure can be continuously assembled at one end thereof and continuously disassembled at the other end thereof during movement of the belt structure, and at least a portion of the tubular structure being liquid permeable, and means for compressing the tubular structure along a portion thereof, characterized by the belt structure comprising the belt portion and two endless funicular elements (31, 32) connected to the belt portion, the funicular elements (31, 32) being adapted to support the belt portion therebetween, each guide roller structure being configured to guidingly receive a respective one of the funicular elements (31, 32), whereby the funicular elements (31, 32) are supported on the guide roller structures and the belt portion is supported between the funicular elements (31, 32), and means for urging the funicular elements (31, 32) outwards away from each other at location when the tubular structure is subjected to compression.
A method of allocating radio resource within a frame structure in a cellular wireless network using orthogonal frequency division multiplexing, the network comprising a plurality of base stations (2a, 2b) and a plurality of relay stations (10a, 10b), the frame structure comprising a plurality of first radio resource elements corresponding to a first time slot and a band of orthogonal frequency division multiplexing subcarriers, wherein the plurality of first radio resource elements is used for the communication of control data, the method comprising: allocating one or more elements of the plurality of first radio resource elements formed from the first time slot and a first sub-set of the band of orthogonal frequency division multiplexing subcarriers, for communication of control data by the base stations; and the method being characterized by allocating one or more different elements of the plurality of first radio resource elements formed from the first time slot and a second sub-set of the band of orthogonal frequency division multiplexing subcarriers, different from the first sub-set of orthogonal frequency division multiplexing subcarriers, for communication of control data by the relay stations, wherein the band can be received by an OFDM receiver. allocating one or more elements of the plurality of first radio resource elements formed from the first time slot and a first sub-set of the band of orthogonal frequency division multiplexing subcarriers, for communication of control data by the base stations; and the method being characterized by allocating one or more different elements of the plurality of first radio resource elements formed from the first time slot and a second sub-set of the band of orthogonal frequency division multiplexing subcarriers, different from the first sub-set of orthogonal frequency division multiplexing subcarriers, for communication of control data by the relay stations, wherein the band can be received by an OFDM receiver.
A refrigerating body of a road vehicle for transporting goods comprising: - two vertical side panels, a roof and a floor assembled to one another and partly delimiting an internal loading space, - a refrigerating machine to control the temperature inside said loading space, and - at least one partition bulkhead extending transversely, movable longitudinally inside the internal loading space and displaceable between a storage position and a use position for partitioning the loading space, said partition bulkhead comprising a partition wall and at least one protective skirting board attached to a lower part of the partition wall, characterised in that said protective skirting board of said partition bulkhead is provided with an attachment base attached to the partition wall and extending transversely along said wall, and with at least one stopper extending protruding relative to the attachment base on the opposite side to the partition wall, said stopper extending over part only of the attachment base so as to leave at least one vertical zone devoid of a stopper, said vertical zone extending from an upper edge of the attachment base and being located laterally to said stopper. - two vertical side panels, a roof and a floor assembled to one another and partly delimiting an internal loading space, - a refrigerating machine to control the temperature inside said loading space, and - at least one partition bulkhead extending transversely, movable longitudinally inside the internal loading space and displaceable between a storage position and a use position for partitioning the loading space, said partition bulkhead comprising a partition wall and at least one protective skirting board attached to a lower part of the partition wall, characterised in that said protective skirting board of said partition bulkhead is provided with an attachment base attached to the partition wall and extending transversely along said wall, and with at least one stopper extending protruding relative to the attachment base on the opposite side to the partition wall, said stopper extending over part only of the attachment base so as to leave at least one vertical zone devoid of a stopper, said vertical zone extending from an upper edge of the attachment base and being located laterally to said stopper.
A fluid delivery system for delivery of aerosolized liquid to a ventilated patient comprising: an endotracheal tube configured to deliver breathing gases to a patient; a multi-port connector coupled to the endotracheal tube, the multi-port connector including: a primary channel directing a flow of the breathing gases into the endotracheal tube; and a secondary channel having a first end and a second end, wherein the secondary channel is fluidly coupled to the primary channel at the second end at an angle that is 90 degrees or less from the flow of the breathing gases; a pressure applicator; and characterised by: an injection tip configured to engage with the first end of the secondary channel and the pressure applicator, wherein the injection tip includes a set of orifices configured to aerosolize a liquid when the liquid is applied at a pressure by the pressure applicator. an endotracheal tube configured to deliver breathing gases to a patient; a multi-port connector coupled to the endotracheal tube, the multi-port connector including: a primary channel directing a flow of the breathing gases into the endotracheal tube; and a secondary channel having a first end and a second end, a primary channel directing a flow of the breathing gases into the endotracheal tube; and a secondary channel having a first end and a second end, wherein the secondary channel is fluidly coupled to the primary channel at the second end at an angle that is 90 degrees or less from the flow of the breathing gases; a pressure applicator; and characterised by: an injection tip configured to engage with the first end of the secondary channel and the pressure applicator, wherein the injection tip includes a set of orifices configured to aerosolize a liquid when the liquid is applied at a pressure by the pressure applicator.
A test stand for high voltage batteries comprising the following features: a) a power supply/power sink unit which is capable of feeding back; b) a measuring circuit in direct contact with the high voltage battery and comprising at least one measuring circuit group, wherein at least one measuring circuit of the at least one measuring circuit group is adapted to measure an insulation resistance between a high voltage battery housing and at least one inner battery cell of the high voltage battery; c) a measuring circuit which is adapted to test the high voltage strength of the high voltage battery; d) a safety system which is adapted to directly measure and monitor the cell voltage of the high voltage battery and the current and which can transform the test stand into a safe state; e) a control system which comprises a measuring and controlling system and which is adapted to provide the sequence control including the test automation function, to control the power supply/power sink unit which is capable of feeding back, to control the relays located in the measuring circuit, to measure the measuring voltages and measuring currents occurring in the measuring circuit, to send demands to the safety system as well as to provide an independent low voltage supply insulated from the mass; and f) an insulation monitor which is adapted to detect insulation errors at the test stand during a standby state and to transmit a corresponding hint to the safety system. a) a power supply/power sink unit which is capable of feeding back; b) a measuring circuit in direct contact with the high voltage battery and comprising at least one measuring circuit group, wherein at least one measuring circuit of the at least one measuring circuit group is adapted to measure an insulation resistance between a high voltage battery housing and at least one inner battery cell of the high voltage battery; c) a measuring circuit which is adapted to test the high voltage strength of the high voltage battery; d) a safety system which is adapted to directly measure and monitor the cell voltage of the high voltage battery and the current and which can transform the test stand into a safe state; e) a control system which comprises a measuring and controlling system and which is adapted to provide the sequence control including the test automation function, to control the power supply/power sink unit which is capable of feeding back, to control the relays located in the measuring circuit, to measure the measuring voltages and measuring currents occurring in the measuring circuit, to send demands to the safety system as well as to provide an independent low voltage supply insulated from the mass; and f) an insulation monitor which is adapted to detect insulation errors at the test stand during a standby state and to transmit a corresponding hint to the safety system.