mhurhangee/ep-ind-claims huggingface dataset:
Authentication method comprising a pre-authentication of a first entity by a second entity to determine whether an authentication of the second entity by the first entity should be continued, the first entity and the second entity communicating with one another by a wireless link, said first entity being a contactless card or an RFID chip and said second entity being a reader; said method comprising steps of: - reception, by the second entity, of an authentication request transmitted by the first entity, - in response to the authentication request, transmission, by the second entity, of a challenge value (c), characterized in that it comprises steps during which: - if the first entity receives a challenge value (c'), it applies to the challenge value received a predefined transformation (g) known to the second entity, to obtain a first transformed value (r), then transmits the first transformed value obtained (r), and - if the second entity receives a transformed value (r'), it compares the received transformed value (r') to a second transformed value (r") obtained by applying the predefined transformation (g) to the challenge value (c) transmitted, and considers the pre-authentication successful if the result of the comparison between the second transformed value obtained (r") and the transformed value (r') received is below a predefined threshold (m), and - the second entity is authenticated with the first entity in response to the authentication request if the pre-authentication has succeeded, the method being characterized in that the second transformed value obtained (r") and the transformed value received (r') are sequences of bits, the comparison made by the second entity being a bit-to-bit comparison performed on the basis of the number of bits of the second transformed value which differ from those of the transformed value received, the threshold value (m) being defined as a function of the number of different bits. - reception, by the second entity, of an authentication request transmitted by the first entity, - in response to the authentication request, transmission, by the second entity, of a challenge value (c), characterized in that it comprises steps during which: - if the first entity receives a challenge value (c'), it applies to the challenge value received a predefined transformation (g) known to the second entity, to obtain a first transformed value (r), then transmits the first transformed value obtained (r), and - if the second entity receives a transformed value (r'), it compares the received transformed value (r') to a second transformed value (r") obtained by applying the predefined transformation (g) to the challenge value (c) transmitted, and considers the pre-authentication successful if the result of the comparison between the second transformed value obtained (r") and the transformed value (r') received is below a predefined threshold (m), and - the second entity is authenticated with the first entity in response to the authentication request if the pre-authentication has succeeded,
An automatic analyzer that includes a preprocessing unit, a separation unit, a detection unit, and a control unit, the separation unit allowing a plurality of separation columns (10, 11, 12, 13, 14) to be installed in flow passages provided therein, the automatic analyzer comprising: an identification unit (15, 16, 17, 18, 19) configured to read, when the separation columns are installed in installation positions, identifiers the separation columns are provided with; a determination unit configured to determine whether or not identification information read, in the identification unit, from the identifiers matches an installation pattern registered beforehand; a notification unit configured to notify an alarm when the identification information is determined, in the determination unit, not to match the installation pattern; a type setting unit configure to register, as the installation pattern, separation column types respectively installable in the flow passages, and a maximum number setting unit configured to register a maximum number of same-type separation columns installable in the flow passages. an identification unit (15, 16, 17, 18, 19) configured to read, when the separation columns are installed in installation positions, identifiers the separation columns are provided with; a determination unit configured to determine whether or not identification information read, in the identification unit, from the identifiers matches an installation pattern registered beforehand; a notification unit configured to notify an alarm when the identification information is determined, in the determination unit, not to match the installation pattern; a type setting unit configure to register, as the installation pattern, separation column types respectively installable in the flow passages, and a maximum number setting unit configured to register a maximum number of same-type separation columns installable in the flow passages.
A method of modifying a target sequence in the genome of a non-human mammalian or avian oocyte by homologous recombination with a donor nucleic acid sequence, the method comprising the steps: (a) introducing into the oocyte a zinc finger nuclease or a nucleic acid molecule encoding the zinc finger nuclease in expressible form, wherein the zinc finger nuclease specifically binds within the target sequence and introduces a double strand break within the target sequence; and (b) introducing a nucleic acid molecule into the oocyte, wherein the nucleic acid molecule comprises the donor nucleic acid sequence and regions homologous to the target sequence. (a) introducing into the oocyte a zinc finger nuclease or a nucleic acid molecule encoding the zinc finger nuclease in expressible form, wherein the zinc finger nuclease specifically binds within the target sequence and introduces a double strand break within the target sequence; and (b) introducing a nucleic acid molecule into the oocyte, wherein the nucleic acid molecule comprises the donor nucleic acid sequence and regions homologous to the target sequence.
An aggregator node for use in a network, wherein said aggregator node is arranged to aggregate encrypted data, wherein said aggregator node comprises a secure element which is arranged to perform the aggregation of the encrypted data in a secure manner, characterized in that the secure element is arranged to perform the aggregation of the encrypted data by: decrypting the encrypted data using a first cryptographic key; aggregating the decrypted data; randomizing, at least partially, the aggregated data, and encrypting the aggregated data using a second cryptographic key.
A working fluid cassette comprising: a frame defining a periphery and an opening, the frame being configured for being closely received between two cold plates (30, 32), the frame having at least a fluid inlet and a fluid outlet both establishing respective fluid passageways through the frame into the opening, the fluid inlet and outlet being configured for fluid communication with respective fluid return and supply lines (L1, L2, L3, L4) configured for coupling to a patient-engageable heat exchange member (12, 18), wherein the frame comprises a first half and a second half; a membrane assembly connected to the frame and blocking the opening, the membrane assembly including a space, the fluid inlet and fluid outlet communicating with the space, the membrane assembly comprising a first membrane and a second membrane being closed on all sides; and a plurality of posts extending from the first half of the frame, wherein at least a portion of the membrane assembly having holes is stretched over the posts, wherein the second half of the frame is positioned to sandwich the portion of the membrane assembly between the first and second halves of the frame, and wherein a closure engages with the posts to hold the frame halves together with the membrane assembly held in tension between the frame halves. a frame defining a periphery and an opening, the frame being configured for being closely received between two cold plates (30, 32), the frame having at least a fluid inlet and a fluid outlet both establishing respective fluid passageways through the frame into the opening, the fluid inlet and outlet being configured for fluid communication with respective fluid return and supply lines (L1, L2, L3, L4) configured for coupling to a patient-engageable heat exchange member (12, 18), wherein the frame comprises a first half and a second half; a membrane assembly connected to the frame and blocking the opening, the membrane assembly including a space, the fluid inlet and fluid outlet communicating with the space, the membrane assembly comprising a first membrane and a second membrane being closed on all sides; and a plurality of posts extending from the first half of the frame, wherein at least a portion of the membrane assembly having holes is stretched over the posts, wherein the second half of the frame is positioned to sandwich the portion of the membrane assembly between the first and second halves of the frame, and wherein a closure engages with the posts to hold the frame halves together with the membrane assembly held in tension between the frame halves.
A method for controlling an automatic moving device, wherein said automatic moving device comprises a battery pack for providing power and is adapted to operate in a work area and automatically returns to a charging station for charging, said method comprising the following steps: monitoring the energy level of said battery pack; starting a returning action of making said automatic moving device return to said charging station if the energy level of the battery pack is less than or equal to a preset energy level; characterised in that the method further comprises setting a preset length of time when starting the returning action; and stopping moving after the preset length of time. monitoring the energy level of said battery pack; starting a returning action of making said automatic moving device return to said charging station if the energy level of the battery pack is less than or equal to a preset energy level; characterised in that the method further comprises setting a preset length of time when starting the returning action; and stopping moving after the preset length of time.
A robotized nitrogen-water fire-fighting complex comprising two or more robotized fire-fighting units mounted on a fire pipeline, each containing a carriage-mounted barrel having vertical and horizontal aiming drives (4, 5), a nozzle having a drive to vary the jet spray angle, and a control panel, wherein the carriage-mounted barrel, the vertical and horizontal aiming drives (4, 5), the nozzle and the control panel are connected to a switching unit at the input thereof and at the output thereof to a control device that generates control instructions for barrel pointing and fire-fighting; an ignition detection and remote observation device mounted on the barrel such that the optical axis thereof extends in the direction of fire-extinguishing material flow and connected to a video signal processing device in which the program performs the algorithms for determining the coordinates of the ignition source, said video signal processing device being connected to a video monitoring device and the control device, said complex further comprising a nitrogen generator connected to a receiver containing nitrogen under working pressure and connected to the fire pipeline to supply nitrogen to the carriage-mounted barrels, and ejecting devices delivering water into the nitrogen flow, said ejecting devices being built into the flow-through part of the nozzles of the carriage-mounted barrels and connected to containers that are connected to the water pipeline.
A method for removing contaminants in a biogas comprising: (a) heating and aerating anaerobic digester effluent in an aeration reactor to produce a first effluent with an alkaline pH; (b) contacting the first effluent from step (a) with an input biogas in a reactor to produce a treated biogas and a second effluent that has a lower pH as compared to the pH of the first effluent; (c) recovering the treated biogas from step (b), wherein the treated biogas has less H 2 S as compared to the input biogas; (d) aerating the second effluent of step (b) to produce a third effluent, wherein the third effluent has an alkaline pH; and (e) contacting the third effluent of step (d) with the recovered biogas of step (c) to remove CO 2 in the biogas. (a) heating and aerating anaerobic digester effluent in an aeration reactor to produce a first effluent with an alkaline pH; (b) contacting the first effluent from step (a) with an input biogas in a reactor to produce a treated biogas and a second effluent that has a lower pH as compared to the pH of the first effluent; (c) recovering the treated biogas from step (b), wherein the treated biogas has less H 2 S as compared to the input biogas; (d) aerating the second effluent of step (b) to produce a third effluent, wherein the third effluent has an alkaline pH; and (e) contacting the third effluent of step (d) with the recovered biogas of step (c) to remove CO 2 in the biogas.
A metering valve for flowing media, in particular a glue nozzle or glue valve, having a regulating or closure member which can be adjusted by two magnets (22, 23), in particular by two permanent magnets, wherein: - one magnet is provided which is stationary and aligned with the same pole to the opposite other magnet, which is connected to the regulating or closure member, and by virtue of a cyclically operable electromagnet the regulating or closure member can be moved into an opening position counter to the action of the magnets (22, 23), and - each of the two magnets (22, 23) is arranged in a recess (27, 31) of a respective magnet carrier (17, 24), characterized in that - the two magnets (22, 23) are provided, at least in part, with a coating or covering or cover plate which is resistant to the effects of the medium, does not impair the magnetic force and faces the open side of the recess (27, 31), and - each of the two magnets (22, 23) is provided, at least in the region of side surfaces, with an adhesive and thereby fastened in the respective recess (27, 31). - one magnet is provided which is stationary and aligned with the same pole to the opposite other magnet, which is connected to the regulating or closure member, and by virtue of a cyclically operable electromagnet the regulating or closure member can be moved into an opening position counter to the action of the magnets (22, 23), and - each of the two magnets (22, 23) is arranged in a recess (27, 31) of a respective magnet carrier (17, 24), - the two magnets (22, 23) are provided, at least in part, with a coating or covering or cover plate which is resistant to the effects of the medium, does not impair the magnetic force and faces the open side of the recess (27, 31), and - each of the two magnets (22, 23) is provided, at least in the region of side surfaces, with an adhesive and thereby fastened in the respective recess (27, 31).
12V battery assembly, battery support and device for fastening said 12V battery to said battery support, comprising a fastening clamp surrounding at least a part of the battery, and a fastening tie bar that is mounted between the fastening clamp and the battery support and is capable of transmitting a prestress load to said fastening clamp by a screw/nut system of vertical axis (Z1-Z1'), the fastening clamp comprising a box for receiving the tie bar, and the tie bar having a first, lower end fastened to the battery support and a second, bracket-shaped upper end, along the axial axis (X-X') of the battery, that is housed in an interior housing of the box and is fastened to said box by the screw/nut system, the vertical axis (Z1-Z1') of said screw/nut system being contained in the lateral dimensions of the battery, said assembly being characterized in that the box comprises means (36a, 38a; 36b, 38b) for guiding the tie bar in the interior housing that engage with corresponding guide lugs provided on said tie bar.
A method implemented in a mobile station of a wireless communication system, the method comprising: providing at least two different slot formats (710, 720, 730) for a plurality of slots in a control frame in a dedicated control channel assigned to a data channel, wherein the at least two different slot formats (710, 720, 730) employ different number of bits to retain data rate information for said data channel; wherein at least one(710, 720) of said at least two slot formats has additional bits available for data rate information compared to the other slot format by periodically reducing either the number of pilot data bits or the number of power control bit relating to said data channel and transmitted in a certain slot format, resulting in said two or more different slot formats in a frame; formatting the data rate information according to the at least two different slot formats; and transmitting the data rate information in the at least two different slot formats. providing at least two different slot formats (710, 720, 730) for a plurality of slots in a control frame in a dedicated control channel assigned to a data channel, wherein the at least two different slot formats (710, 720, 730) employ different number of bits to retain data rate information for said data channel; wherein at least one(710, 720) of said at least two slot formats has additional bits available for data rate information compared to the other slot format by periodically reducing either the number of pilot data bits or the number of power control bit relating to said data channel and transmitted in a certain slot format, resulting in said two or more different slot formats in a frame; formatting the data rate information according to the at least two different slot formats; and transmitting the data rate information in the at least two different slot formats.
Built-in assembly comprising a refrigerating appliance and a piece of furniture (A, A1, A2) having a cabinet structure and a front panel (A1, A2) hinged to said cabinet structure, wherein said cabinet structure is configured to receive said refrigerating appliance, wherein said front panel (A1, A2) is arranged at a door (12, 14) of the refrigerating appliance and is connected thereto by means of at least one sliding and connecting device which comprises a rail element and a sliding element (18, 22), wherein both the sliding element and the rail element are fully interposed between the front panel (A1, A2) and the refrigerating appliance door (12, 14) so that they are fully hidden from view in the installed configuration, characterised in that one of the sliding element and rail element comprises at least a magnetic portion for its fastening to the refrigerating appliance door (12, 14). wherein said cabinet structure is configured to receive said refrigerating appliance, wherein said front panel (A1, A2) is arranged at a door (12, 14) of the refrigerating appliance and is connected thereto by means of at least one sliding and connecting device which comprises a rail element and a sliding element (18, 22), wherein both the sliding element and the rail element are fully interposed between the front panel (A1, A2) and the refrigerating appliance door (12, 14) so that they are fully hidden from view in the installed configuration, characterised in that one of the sliding element and rail element comprises at least a magnetic portion for its fastening to the refrigerating appliance door (12, 14).
Chassis for a rail vehicle, having at least one chassis frame, to which at least one first wheel set is coupled, wherein at least one chassis component is coupled by means of at least one first bearing apparatus, which is connected to at least one first spring apparatus, by way of the at least first spring apparatus to the at least one chassis frame, wherein the at least first bearing apparatus is arranged so as to protrude into a first cut-out of a first carrier of the at least one chassis frame and the at least first spring apparatus is arranged in the first cut-out, wherein the first carrier in the region of the first cut-out has at least one first opening, which is closed by means of a first cover, wherein the first cut-out is formed from a first belt, a second belt, a web and a first side wall and a second side wall, and wherein the at least first opening is provided in the first belt or in the second belt, characterised in that the at least first spring apparatus is arranged so as to protrude into the at least first opening and make contact with the first cover.
Control device for heating circuit valves with a one-part or multi-part device housing (11, 12), in which a return spring, a control member and an actuator are provided that is connected to a first and a second electrical supply line (51; 52) and that comprises an actuator housing and a movable actuator plunger, characterised in that the return spring is seated on one side at the device housing and on the other side directly at the actuator housing, wherein a) the actuator housing is adjoining the control member and the actuator plunger is adjoining the device housing, or b) the actuator housing is adjoining the device housing and the actuator plunger is adjoining the control member, and that the metal return spring is connected to the first electrical supply line and a first electrical contact of the actuator. a) the actuator housing is adjoining the control member and the actuator plunger is adjoining the device housing, or b) the actuator housing is adjoining the device housing and the actuator plunger is adjoining the control member, and
A method performed by a network device comprising: receiving first data indicating first characteristics of communications between a first plurality of wireless devices and a first wireless gateway; receiving second data indicating second characteristics of communications between a second plurality of wireless devices and a second wireless gateway; determining, based at least in part on the first data and second data, an adjustment to a priority associated with delivery of communications via the first wireless gateway to the first plurality of wireless devices; and causing the adjustment to the priority. receiving first data indicating first characteristics of communications between a first plurality of wireless devices and a first wireless gateway; receiving second data indicating second characteristics of communications between a second plurality of wireless devices and a second wireless gateway; determining, based at least in part on the first data and second data, an adjustment to a priority associated with delivery of communications via the first wireless gateway to the first plurality of wireless devices; and causing the adjustment to the priority.