mhurhangee/ep-ind-claims huggingface dataset:
A method of key distribution from a first entity to a second entity comprising the steps of: the first entity communicating with a moveable key device so as to share a secret data with said moveable key device, wherein the communication between the first entity and the moveable device is protected by encrypting it with a quantum key derived by quantum key distribution between the first entity and the moveable device, relocating said moveable key device to a location having a quantum link with said second entity, transmitting a quantum signal from said moveable key device to said second entity on said quantum link, the quantum signal being based on said secret data; and said first entity and said second entity undertaking key agreement based on the quantum signal received by the second entity.
Copolymer having a glass transition temperature T g of at least -30°C, measured to DIN 53765:1994-03, obtainable by copolymerization of a mixture of olefinically unsaturated monomers (a) in at least one organic solvent and in the presence of at least one initiator, where the mixture of monomers (a) to be polymerized comprises 10 to 60 mol% of at least one monomer of the formula below where R 1 = C 1 to C 4 alkoxy, R 2 = C 1 to C 4 alkyl, and m = 0 to 2, and 40 to 90 mol% of at least one olefinically unsaturated monomer selected from the group consisting of monomers of the formulae H 2 C=CH-(C=O)-O-R x, H 2 C=C(CH 3)-(C=O)-O-R x, where R x is an alkyl radical having 1 to 20 carbon atoms, and where the sum total of the molar fractions of the monomers and, based on the total molar amount of monomers (a) used, is 100 mol%, and where the copolymerization is carried out at a temperature from 60 to 200°C and at a pressure of at least 2 bar, and where the mixture of the monomers (a) to be polymerized consists of monomers and, and where the copolymer has a weight-average molecular weight M w of 3000 to 15000 g/mol, measured as described in the description. 10 to 60 mol% of at least one monomer of the formula below where R 1 = C 1 to C 4 alkoxy, R 2 = C 1 to C 4 alkyl, and m = 0 to 2, and 40 to 90 mol% of at least one olefinically unsaturated monomer selected from the group consisting of monomers of the formulae H 2 C=CH-(C=O)-O-R x, H 2 C=C(CH 3)-(C=O)-O-R x, where R x is an alkyl radical having 1 to 20 carbon atoms, and where the sum total of the molar fractions of the monomers and, based on the total molar amount of monomers (a) used, is 100 mol%, and where the copolymerization is carried out at a temperature from 60 to 200°C and at a pressure of at least 2 bar,
Heat exchange device, in particular for a motor vehicle, this device comprising: - at least one metal foam, - a thermal member in contact with the metal foam allowing heat exchange between the thermal member and the metal foam, the thermal member being bonded to the metal foam by a bond resulting from the formation of at least one of the metal foam and the thermal member characterized in that the thermal member is arranged to participate in a photometric function of the device, this thermal member comprising in particular at least one reflective face, for example a reflective face in an ellipsoid or paraboloid portion. - at least one metal foam, - a thermal member in contact with the metal foam allowing heat exchange between the thermal member and the metal foam, the thermal member being bonded to the metal foam by a bond resulting from the formation of at least one of the metal foam and the thermal member
A process for production of a purified chlorinated olefin composition, the process comprising the steps of: A. providing a first composition comprising a mixture of a) a chloro-butadiene having at least one beta-chlorine substituent and no alpha-chlorine substituents and b) a chloro-butadiene having at least one alpha-chlorine substituent; B. contacting said first composition with 0.5 to 50.0 moles of chlorine per mole of b) to further chlorinate said chloro-butadienes a) and b) to cause conversion of no more than 20% of said chloro-butadiene a) to more highly chlorinated species, thereby producing a reaction product; and C. isolating from said reaction product a second composition which is a chlorinated olefin composition; wherein the chlorinated olefin composition that is isolated comprises a chloro-butadiene selected from the group consisting of 2-chlorobutadiene-1,3 and 2,3-dichlorobutadiene-1,3. A. providing a first composition comprising a mixture of a) a chloro-butadiene having at least one beta-chlorine substituent and no alpha-chlorine substituents and b) a chloro-butadiene having at least one alpha-chlorine substituent; B. contacting said first composition with 0.5 to 50.0 moles of chlorine per mole of b) to further chlorinate said chloro-butadienes a) and b) to cause conversion of no more than 20% of said chloro-butadiene a) to more highly chlorinated species, thereby producing a reaction product; and C. isolating from said reaction product a second composition which is a chlorinated olefin composition;
Coupling for connecting and/or holding together two parts, in particular for a bicycle trailer, having a first and a second coupling part which interact and can be released from one another, one of which is an insert piece connected to one of the parts and the other of which is a sleeve connected to the other of the parts, the sleeve being suitable for at least partially engaging around the insert piece, and the first coupling part having at least one locking groove (22, 103), at least one locking shaft (4, 96) being mounted on or in the second coupling part, which locking shaft (4, 96) has at least one locking segment which, in the circumferential direction, has at least one locking section (31, 131) and one unlocking section (32, 132), the locking section (31, 131) having a greater radial extent than the unlocking section (32, 132), the locking shaft (4, 96) having a rotation axis which is arranged substantially transversely to a direction of insertion of the insert piece into the sleeve, preferably parallel to the locking groove (22, 103), and the locking shaft (4, 96) being arranged such that the locking section (31, 131) can engage in the locking groove (22, 103) when the insert piece is inserted into the sleeve and the unlocking section (32, 132) cannot engage in the locking groove (22, 103), wherein means are provided for rotating the locking section (31, 131) into the locking position, for holding the locking section (31, 131) in the locking position, and for releasing the locking section (31, 131) from the locking position, characterized in that a spring acting on the locking shaft (4, 96) is provided as means for rotating the locking shaft (4, 96) into the locking position, and the locking shaft is arranged such that the locking portion of the locking shaft is deflected by the insert piece against a spring force of the spring when the insert piece is inserted into the sleeve and is then automatically rotated into the locking groove of the insert piece by the tensioned spring as soon as the insert piece is inserted far enough into the sleeve.
A system, comprising: a switch configured to communicatively couple a plurality of source devices (HDMI 1 - HDMI 8) to a sink device (HDMI 9) via a first communication path when placed in a first position and to communicatively couple the plurality of source devices (HDMI 1 - HDMI 8) to the sink device (HDMI 9) via both the first communication path and a second communication path that is different than the first communication path when placed in a second position; a first controller configured to control the switch such that the switch is placed in the first position based on a determination that one of the plurality of sources devices (HDMI 1 - HDMI 8) is incompatible with at least another one of the plurality of sources devices (HDMI 1 - HDMI 8) or the sink device (HDMI 9) and that the switch is placed in the second position based on a determination that each of the plurality of source devices (HDMI 1 - HDMI 8) and the sink device (HDMI 9) is compatible with one another; and a second controller configured to modify a communication message from the sink device (HDMI 9) or a source device among the plurality of source devices (HDMI 1 - HDMI 8) in response to the determination that one of the plurality of source devices (HDMI 1 - HDMI 8) is incompatible with at least another one of the plurality of source devices (HDMI 1 - HDMI 8) or the sink device (HDMI 9). a switch configured to communicatively couple a plurality of source devices (HDMI 1 - HDMI 8) to a sink device (HDMI 9) via a first communication path when placed in a first position and to communicatively couple the plurality of source devices (HDMI 1 - HDMI 8) to the sink device (HDMI 9) via both the first communication path and a second communication path that is different than the first communication path when placed in a second position; a first controller configured to control the switch such that the switch is placed in the first position based on a determination that one of the plurality of sources devices (HDMI 1 - HDMI 8) is incompatible with at least another one of the plurality of sources devices (HDMI 1 - HDMI 8) or the sink device (HDMI 9) and that the switch is placed in the second position based on a determination that each of the plurality of source devices (HDMI 1 - HDMI 8) and the sink device (HDMI 9) is compatible with one another; and a second controller configured to modify a communication message from the sink device (HDMI 9) or a source device among the plurality of source devices (HDMI 1 - HDMI 8) in response to the determination that one of the plurality of source devices (HDMI 1 - HDMI 8) is incompatible with at least another one of the plurality of source devices (HDMI 1 - HDMI 8) or the sink device (HDMI 9).
A lid subassembly for associating with a vessel of a utensil for cooking food under pressure in order to co-operate therewith to form a pressure-cooking enclosure, said lid subassembly comprising a plurality of components including at least: - a metal lid having an inside face for facing the inside of said enclosure and an opposite, outside face; and - a plurality of metal connection elements (6, 7, 8, 9, 10) attached in permanent and inseparable manner to the lid so as to project from said outside face in order to connect said lid mechanically with other components of said lid subassembly; the subassembly being characterized in that each of said metal connection elements (6, 7, 8, 9, 10) is attached to said lid exclusively by means of a respective laser weld bead (11, 12) that extends solely over both said outside face and the corresponding metal element (6, 7, 8, 9, 10). - a metal lid having an inside face for facing the inside of said enclosure and an opposite, outside face; and - a plurality of metal connection elements (6, 7, 8, 9, 10) attached in permanent and inseparable manner to the lid so as to project from said outside face in order to connect said lid mechanically with other components of said lid subassembly;
A power interruption method by a power interruption device, comprising: receiving a detection signal detected by each of a ZCT, a current transformer, or a voltage detector coupled to a power supply line supplying power to a load; generating an ADC value of a target signal input based on the detection signal; generating a control signal for tripping depending on occurrence of an instantaneous overcurrent or a leakage overcurrent for interrupting power supply to the load for the target signal input based on the detection signal; and interrupting the power supply to the load according to the control signal, wherein the control signal is generated based on a comparison between a) a time interval (T1, T2, T3) between time points at which a predetermined signal magnitude level of the ADC value of the target signal is the same in subsequent descending and ascending signals and b) a predetermined threshold time interval, wherein the power is AC power, the power interruption method being characterized in that the time interval between the time points at which the signal magnitude level is the same is determined within a semi-period of the AC power. receiving a detection signal detected by each of a ZCT, a current transformer, or a voltage detector coupled to a power supply line supplying power to a load; generating an ADC value of a target signal input based on the detection signal; generating a control signal for tripping depending on occurrence of an instantaneous overcurrent or a leakage overcurrent for interrupting power supply to the load for the target signal input based on the detection signal; and interrupting the power supply to the load according to the control signal, wherein the control signal is generated based on a comparison between a) a time interval (T1, T2, T3) between time points at which a predetermined signal magnitude level of the ADC value of the target signal is the same in subsequent descending and ascending signals and b) a predetermined threshold time interval, wherein the power is AC power, the power interruption method being characterized in that the time interval between the time points at which the signal magnitude level is the same is determined within a semi-period of the AC power.
A catheter assembly comprising: a hollow catheter; a catheter hub, fixed onto a base end portion of the catheter, internally having a passage communicating with the inside of the catheter; a needle inserted into the catheter; a needle hub, fixed onto a base end portion of the needle, capable of being connected to a base end side of the catheter hub; a valve element, positioned to block the passage, having an opening and closing unit capable of being opened and closed; an operation member having a tubular body, provided such that one opening portion thereof is inserted into the opening and closing unit to cause the base end side and a tip side of the catheter hub to communicate with each other; and a communication unit, provided on an inner periphery portion of the catheter hub provided with the valve element or a peripheral edge portion of the valve element, causing the base end side and the tip side of the catheter hub to communicate with each other, characterized by a sealing member having a tubular body, is provided between the valve element and the operation member so as to block the communication unit, allowing the passage of air yet prohibiting the passage of liquid. a hollow catheter; a catheter hub, fixed onto a base end portion of the catheter, internally having a passage communicating with the inside of the catheter; a needle inserted into the catheter; a needle hub, fixed onto a base end portion of the needle, capable of being connected to a base end side of the catheter hub; a valve element, positioned to block the passage, having an opening and closing unit capable of being opened and closed; an operation member having a tubular body, provided such that one opening portion thereof is inserted into the opening and closing unit to cause the base end side and a tip side of the catheter hub to communicate with each other; and a communication unit, provided on an inner periphery portion of the catheter hub provided with the valve element or a peripheral edge portion of the valve element, causing the base end side and the tip side of the catheter hub to communicate with each other, characterized by a sealing member having a tubular body, is provided between the valve element and the operation member so as to block the communication unit, allowing the passage of air yet prohibiting the passage of liquid.
A composite body (300, 500) comprising: a bond material (302, 503) comprising a ceramic material; and at least one pore (304, 504) within the ceramic material, said pore having a surface, an interior space and a peripheral region (306, 506) of the bond material (302, 503) surrounding the surface of the at least one pore (304, 504), wherein the peripheral region defines a depth between the surface of the pore and a distance into the bond material, characterized in that the surface and the peripheral region (306, 506) are defined by a first pore defining composition; wherein the first pore defining composition is distinct from a composition of the ceramic material and having a melting point not less than a melting point of the composition of the ceramic material. a bond material (302, 503) comprising a ceramic material; and at least one pore (304, 504) within the ceramic material, said pore having a surface, an interior space and a peripheral region (306, 506) of the bond material (302, 503) surrounding the surface of the at least one pore (304, 504), wherein the peripheral region defines a depth between the surface of the pore and a distance into the bond material, characterized in that the surface and the peripheral region (306, 506) are defined by a first pore defining composition; wherein the first pore defining composition is distinct from a composition of the ceramic material and having a melting point not less than a melting point of the composition of the ceramic material.
A system for patterning a porous membrane, comprising: a memory or storage device storing processor-executable instructions that, when executed by a processor, cause acts to be performed comprising: receiving an input corresponding to a desired pattern; and controlling a printer to apply a solvent to a surface of a porous membrane in the desired pattern; a processor configured to execute the instructions stored in the memory or storage device; and a printer comprising a solvent application device configured to hold solvent and apply the solvent to the porous membrane in the desired pattern under control of the processor, the system being characterised in that said application of said solvent is such that the porous membrane collapses where the solvent is applied. a memory or storage device storing processor-executable instructions that, when executed by a processor, cause acts to be performed comprising: receiving an input corresponding to a desired pattern; and controlling a printer to apply a solvent to a surface of a porous membrane in the desired pattern; receiving an input corresponding to a desired pattern; and controlling a printer to apply a solvent to a surface of a porous membrane in the desired pattern; a processor configured to execute the instructions stored in the memory or storage device; and a printer comprising a solvent application device configured to hold solvent and apply the solvent to the porous membrane in the desired pattern under control of the processor, the system being characterised in that said application of said solvent is such that the porous membrane collapses where the solvent is applied.
A shrink tunnel for shrinking packaging means around a set of articles wherein the shrink tunnel comprises a transport level, on which articles wrapped in packaging means are transported in a transport direction, the shrink tunnel having at least two shaft walls (50, 60) arranged on and/or above the transport level in parallel to the transport direction, wherein the shaft walls (50, 60) each comprise two side surfaces (52, 61) arranged in parallel to the transport direction wherein at least one of the side surfaces is designed as an outlet surface and wherein shrink wrapping medium can be fed into the interior of the shrink tunnel via the at least one outlet surface, wherein the side surfaces (52, 61) of the shaft walls (50, 60) and the top and bottom sides (54, 55) of the shaft walls (50, 60) form the sides (Xo, Xυ) of a cross section area of the shaft walls (50, 60) in perpendicular to the transport level and in perpendicular to the transport direction and wherein the width of this cross section area tapers toward the transport level, characterised in that means for generating an upwardly directed hot air stream are arranged below the transport level wherein the upwardly directed hot air stream streaming out via the transport level retains its upward direction in the section of the bottom side of the shaft walls (50, 60).
Self service terminal that has elements (1, 2, 3, 4, 5) provided for in a control panel of the self service terminal that are provided for users of the self service terminal, wherein there is provision for a camera arrangement having multiple cameras for monitoring the self service terminal, and wherein for the purpose of detecting manipulation attempts on the self service terminal at least two (CAMS, CAMD, CAMK) of the cameras are mounted on or in the self service terminal close to the control panel and each capture at least one of the elements (1, 2, 3, 4, 5), characterized in that the at least two cameras (CAMS, CAMD) are mounted in a housing section of the self service terminal that surrounds the control panel, and in that the at least two cameras (CAMS, CAMD, CAMK) are connected to a data processing unit that processes the image data generated by the cameras by taking into consideration discrepancies between the image data of the at least two cameras, wherein the image data of the cameras are compared with one another in order to establish whether manipulation has been performed on individual instances of the cameras.
A base station for a cellular communication system, the base station being adapted to manage configuration of each of a plurality of cells that are operated using a respective component carrier, the base station comprising: means for communicating with a user equipment, UE, using a primary cell of the plurality of cells (9, 10), wherein the primary cell is operated using a first component carrier; means for transmitting, during a procedure to add at least one secondary cell in addition to the primary cell, a first message to a communication entity of said cellular communication system, to initiate a procedure for verifying a closed subscriber group, CSG, membership status of the UE for at least one secondary cell of said plurality of cells (9, 10), wherein the at least one secondary cell is operated using a second component carrier, wherein the first message comprises information identifying a CSG, CSG ID, and an access mode for the at least one secondary cell; means for receiving, from the communication entity, responsive to the first message, a second message indicating, for each secondary cell represented by the first message, a CSG membership status of said UE; and means for communicating with said UE to configure said UE to communicate using additionally the at least one secondary cell for which a CSG membership status of said UE has been verified. means for communicating with a user equipment, UE, using a primary cell of the plurality of cells (9, 10), wherein the primary cell is operated using a first component carrier; means for transmitting, during a procedure to add at least one secondary cell in addition to the primary cell, a first message to a communication entity of said cellular communication system, to initiate a procedure for verifying a closed subscriber group, CSG, membership status of the UE for at least one secondary cell of said plurality of cells (9, 10), wherein the at least one secondary cell is operated using a second component carrier, wherein the first message comprises information identifying a CSG, CSG ID, and an access mode for the at least one secondary cell; means for receiving, from the communication entity, responsive to the first message, a second message indicating, for each secondary cell represented by the first message, a CSG membership status of said UE; and means for communicating with said UE to configure said UE to communicate using additionally the at least one secondary cell for which a CSG membership status of said UE has been verified.