mhurhangee/ep-ind-claims huggingface dataset:
A manufacturing plant, in particular for air- bending of workpieces to be manufactured from sheet metal, comprising a bending press, in particular a press brake, having a machine frame and pressing beams (13, 16) as well as tool holders (19, 20) arranged or formed in the longitudinal orientation of the pressing beams (13, 16), and at least one backgauge which is arranged on the rear side of the pressing beams (13, 16) and has a base frame and at least one stop element attached to the latter for positioning the workpiece to be processed, wherein the base frame of the backgauge is adjustable relative to the machine frame by means of an adjustment drive along an x-axis that is oriented horizontally and perpendicular to the longitudinal orientation of the pressing beams (13, 16), and the at least one stop element, in a set-up position of the base frame, is manually adjustable, along a guideway, relative to the base frame of the backgauge in the z-axis that is oriented horizontally and perpendicular to the x-axis, wherein the at least one stop element can be fixed in its position on the guideway by means of a clamping device, wherein the clamping device can be released by an actuating device, characterized in that by the base frame approaching the set-up position, an actuating element of the actuating device can be transferred through the interaction with a pressing surface from a basic position into an actuating position, whereby the actuating device can be activated.
A method of preparing a metal-organic framework for efficiently storing methane comprising: reacting 3,3',3",5,5',5"-benzene-1,3,5-triyl-hexabenzoic acid and a copper salt and an acid in a polar solvent; allowing the reaction to run at an elevated temperature for at least one day; and separating the metal-organic framework from the polar solvent. reacting 3,3',3",5,5',5"-benzene-1,3,5-triyl-hexabenzoic acid and a copper salt and an acid in a polar solvent; allowing the reaction to run at an elevated temperature for at least one day; and separating the metal-organic framework from the polar solvent.
A method for providing a barrier coating on a hollow container comprising molded pulp; said method comprising: a) providing a hollow container comprising molded pulp, wherein said hollow container comprises a main portion and an upper portion; said hollow container extending along a longitudinal center line, wherein the longitudinal extension of said upper portion corresponds to 5-30% of the maximum longitudinal extension of said hollow container, and wherein the longitudinal extension of said main portion corresponds to 70-95% of the maximum longitudinal extension of said hollow container, wherein said hollow container comprises a bottom surface and sidewalls extending from said bottom surface to an opening of said hollow container; said sidewalls and said bottom surface defining an exterior surface and an interior surface of said hollow container; b) depositing a polymeric powder onto the interior surface of said hollow container by means of a spraying device capable of charging the polymeric powder prior to or during deposition of said polymeric powder, wherein at least said main portion of said hollow container is grounded during said polymeric powder deposition, c) depositing a polymeric powder onto the exterior surface of at least a portion of said upper portion of said hollow container by means of said spraying device, d) treating said hollow container with heat or irradiation under conditions that melt and/or cure said polymeric powder after said steps b) and c). a) providing a hollow container comprising molded pulp, wherein said hollow container comprises a main portion and an upper portion; said hollow container extending along a longitudinal center line, wherein the longitudinal extension of said upper portion corresponds to 5-30% of the maximum longitudinal extension of said hollow container, and wherein the longitudinal extension of said main portion corresponds to 70-95% of the maximum longitudinal extension of said hollow container, wherein said hollow container comprises a bottom surface and sidewalls extending from said bottom surface to an opening of said hollow container; said sidewalls and said bottom surface defining an exterior surface and an interior surface of said hollow container; b) depositing a polymeric powder onto the interior surface of said hollow container by means of a spraying device capable of charging the polymeric powder prior to or during deposition of said polymeric powder, wherein at least said main portion of said hollow container is grounded during said polymeric powder deposition, c) depositing a polymeric powder onto the exterior surface of at least a portion of said upper portion of said hollow container by means of said spraying device, d) treating said hollow container with heat or irradiation under conditions that melt and/or cure said polymeric powder after said steps b) and c).
A device for protecting the execution of a cryptographic operation from attacks, said cryptographic operation being implemented by a cryptographic algorithm, said cryptographic operation comprising at least one modular operation between a main base "m" representing a data block and at least one scalar " d " in at least one finite starting group, wherein said device comprises a group determination unit, said group determination unit being configured to: - determine at least one intermediary group " E'" different from said at least one starting group " E ", the number of intermediary groups being equal to the number of starting groups E; - determine at least one final group " E" " from said at least one starting group E and said at least one intermediary group " E' "; the base m being mapped to an auxiliary element "x" in said at least one intermediary group and to an auxiliary base " m" " in said at least one final group "E"", said auxiliary element being determined from a parameter r, the parameter r being determined randomly and/or being an odd parameter and/or a prime parameter; and wherein said device further comprises an execution engine for executing each modular operation, said execution engine comprising: - a first unit configured to perform a first elementary operation in each final group "E"i", the first elementary operation consisting in executing said modular operation between said auxiliary base " m" " and an auxiliary scalar " d a " in each final group E", which provides at least one result, the auxiliary scalar " d a " being determined from the main scalar "d", - a second unit configured to perform a second elementary operation in each starting group " E ", the second elementary operation consisting in executing said modular operation between an additional auxiliary base and an additional auxiliary scalar "d' b " in each starting group, at least one of the additional auxiliary base and of the additional auxiliary scalar "d' b " being determined from the result of the first elementary operation. - determine at least one intermediary group " E'" different from said at least one starting group " E ", the number of intermediary groups being equal to the number of starting groups E; - determine at least one final group " E" " from said at least one starting group E and said at least one intermediary group " E' "; - a first unit configured to perform a first elementary operation in each final group "E"i", the first elementary operation consisting in executing said modular operation between said auxiliary base " m" " and an auxiliary scalar " d a " in each final group E", which provides at least one result, the auxiliary scalar " d a " being determined from the main scalar "d", - a second unit configured to perform a second elementary operation in each starting group " E ", the second elementary operation consisting in executing said modular operation between an additional auxiliary base and an additional auxiliary scalar "d' b " in each starting group, at least one of the additional auxiliary base and of the additional auxiliary scalar "d' b " being determined from the result of the first elementary operation.
Formulation comprising toltrazuril and iron dextran for use for simultaneous treatment of coccidial infections and iron deficiencies in suckling piglets, wherein the formulation is administered once.
A display apparatus comprising: a display displaying images on a display surface; a back chassis arranged in a position opposite to the display surface of the display; and a rear cover arranged in a position opposite to a surface of the back chassis which faces the display, wherein through holes piercing in a thickness direction are formed in the back chassis and reinforcing portions are provided in the back chassis, wherein a frame is attached to an outer peripheral portion of the display and an outer peripheral potion of the back chassis, characterized in that the frame is provided with a first presser-surface portion (13b; 14b, 15b) pressing the outer peripheral portion of the display, a second presser-surface portion (13c, 14c, 15c) pressing the outer peripheral portion of the back chassis, which faces the first presser-surface portion and a coupling surface portion (13a, 14a, 15c) coupling the first presser-surface portion (13b, 14b, 15b) to the second presser-surface portion (13c, 14c, 15c), which faces the outer peripheral portion of the display and the outer peripheral portion of the back chassis, such that the outer peripheral portion of the back chassis and the outer peripheral portion of the display are held by the frame which is formed in a C-shape in cross section by the coupling surface portions (13a, 14a, 15a), the first presser-surface portion (13b, 14b, 15b) and the second presser-surface portion (13c, 14c, 15c). a display displaying images on a display surface; a back chassis arranged in a position opposite to the display surface of the display; and a rear cover arranged in a position opposite to a surface of the back chassis which faces the display, wherein through holes piercing in a thickness direction are formed in the back chassis and reinforcing portions are provided in the back chassis, wherein a frame is attached to an outer peripheral portion of the display and an outer peripheral potion of the back chassis, characterized in that the frame is provided with a first presser-surface portion (13b; 14b, 15b) pressing the outer peripheral portion of the display, a second presser-surface portion (13c, 14c, 15c) pressing the outer peripheral portion of the back chassis, which faces the first presser-surface portion and a coupling surface portion (13a, 14a, 15c) coupling the first presser-surface portion (13b, 14b, 15b) to the second presser-surface portion (13c, 14c, 15c), which faces the outer peripheral portion of the display and the outer peripheral portion of the back chassis, such that the outer peripheral portion of the back chassis and the outer peripheral portion of the display are held by the frame which is formed in a C-shape in cross section by the coupling surface portions (13a, 14a, 15a), the first presser-surface portion (13b, 14b, 15b) and the second presser-surface portion (13c, 14c, 15c).
A method of operating a mobile terminal for an instant messaging service, the method comprising: the mobile device storing a list of a plurality of friends of at least one of a first type and a second type related to a user; the mobile device receiving a chat message from a message server through a wireless communication network; the mobile device displaying a chat window, the chat window showing the chat message; and the mobile device providing for display of a user input window overlaid on the chat window showing the chat message; characterized in that the mobile device determines whether a type of a sender of the received chat message is the first type or the second type, based on an identifier included in information associated with the sender of the chat message; wherein, when the type of the sender of the received chat message is the second type, the mobile terminal determines not to overlay a user input window on a chat window showing the chat message, and when the type of the sender is not the second type the mobile terminal determines to overlay the user input window on the chat window showing the chat message, the mobile terminal displaying the user input window on the chat window selectively based on the determined result, the user input window being configured for writing a chat message. the mobile device storing a list of a plurality of friends of at least one of a first type and a second type related to a user; the mobile device receiving a chat message from a message server through a wireless communication network; the mobile device displaying a chat window, the chat window showing the chat message; and the mobile device providing for display of a user input window overlaid on the chat window showing the chat message; characterized in that the mobile device determines whether a type of a sender of the received chat message is the first type or the second type, based on an identifier included in information associated with the sender of the chat message; wherein, when the type of the sender of the received chat message is the second type, the mobile terminal determines not to overlay a user input window on a chat window showing the chat message, and when the type of the sender is not the second type the mobile terminal determines to overlay the user input window on the chat window showing the chat message, the mobile terminal displaying the user input window on the chat window selectively based on the determined result, the user input window being configured for writing a chat message.
A composition comprising a pesticide and a copolymer, which contains in polymerized form a N-vinyllactam (monomer A); an scryiamde (monomer B) selected from N-C 1 -C 6 - alkyl acrylamide and N,N-di-C 1 -C 6 - alkyl acrylamide; and a C 1 -C 4 -alkyl (meth)acrylate (monomer C); wherein the copolymer is a linear polymer; wherein the copolymer contains at least 30 wt% monomer A, at least 1 wt% monomer B, at least 20 wt% monomer C, and wherein the sum of monomers A and B is at least 35 wt%, based on the total amount of monomers.
RFID registration apparatus for registering units comprising RFID tags, the registration apparatus comprising: - a detector space defined by a top, a bottom and four vertical sides including a first vertical side and a second vertical side, wherein the second vertical side is opposite the first vertical side, - a receiver adapted to receive a number of units and be placed inside the detector space, - a first antenna configured for reading RFID tags by emitting and receiving electromagnetic radiation within a first frequency range, the first antenna is at the top of the detector space, and - at least four plane reflector surfaces, including a first primary reflector surface, a first secondary reflector surface, a second primary reflector surface and a second secondary reflector surface, each reflector surface is adapted to reflect electromagnetic radiation within the first frequency range, CHARACTERIZED in that the first primary reflector surface is positioned to intersect the first vertical side and the top of the detector space, and the first secondary reflector surface is positioned to intersect the first vertical side and the bottom of the detector space, and the second primary reflector surface is positioned to intersect the second vertical side and the top of the detector space, and the second secondary reflector surface is positioned to intersect the second vertical side and the bottom of the detector space, and the first primary reflector surface and the first secondary reflector surface span a first angle facing the detector space, and the second primary reflector surface and the second secondary reflector surface span a second angle facing the detector space, wherein the first angle and the second angle are in the range of 70-140 degrees. - a detector space defined by a top, a bottom and four vertical sides including a first vertical side and a second vertical side, wherein the second vertical side is opposite the first vertical side, - a receiver adapted to receive a number of units and be placed inside the detector space, - a first antenna configured for reading RFID tags by emitting and receiving electromagnetic radiation within a first frequency range, the first antenna is at the top of the detector space, and - at least four plane reflector surfaces, including a first primary reflector surface, a first secondary reflector surface, a second primary reflector surface and a second secondary reflector surface, each reflector surface is adapted to reflect electromagnetic radiation within the first frequency range,
A terminal-linking member of a secondary battery module having unit cells stacked one on another and electrically connected with each other, wherein the terminal-linking member comprises: an insulating member mounted between electrode terminals of the neighboring unit cells for accomplishing the electrical insulation between the electrode terminals, the insulating member being coupled to the electrode terminals; wherein the insulating member is constructed in the shape of a rectangular block, which conforms to a gap between the electrode terminals of the stacked unit cells, and the insulating member comprises two assembly unit bodies constructed such that the assembly unit bodies can be coupled with or separated from each other, a cathode terminal of the unit cell being coupled to one of the assembly unit bodies while an anode terminal of the unit cell is coupled to the other assembly unit body; and a connecting member coupled to the insulating member for electrically connecting the electrode terminals of the unit cells coupled to the insulating member in series and/or in parallel with each other, wherein the connecting member comprises: a first terminal connecting body connected to the electrode terminal (a) of the unit cell; and a second terminal connecting body connected to the electrode terminal (b) of the unit cell adjacent to the unit cell, and wherein the first terminal connecting body and the second terminal connecting body are separated from each other. an insulating member mounted between electrode terminals of the neighboring unit cells for accomplishing the electrical insulation between the electrode terminals, the insulating member being coupled to the electrode terminals; wherein the insulating member is constructed in the shape of a rectangular block, which conforms to a gap between the electrode terminals of the stacked unit cells, and the insulating member comprises two assembly unit bodies constructed such that the assembly unit bodies can be coupled with or separated from each other, a cathode terminal of the unit cell being coupled to one of the assembly unit bodies while an anode terminal of the unit cell is coupled to the other assembly unit body; and a connecting member coupled to the insulating member for electrically connecting the electrode terminals of the unit cells coupled to the insulating member in series and/or in parallel with each other, wherein the connecting member comprises: a first terminal connecting body connected to the electrode terminal (a) of the unit cell; and a second terminal connecting body connected to the electrode terminal (b) of the unit cell adjacent to the unit cell, and wherein the first terminal connecting body and the second terminal connecting body are separated from each other. a first terminal connecting body connected to the electrode terminal (a) of the unit cell; and a second terminal connecting body connected to the electrode terminal (b) of the unit cell adjacent to the unit cell, and wherein the first terminal connecting body and the second terminal connecting body are separated from each other.
A transmission power control method performed by an evolved NodeB, eNB, of a wireless communication system using multiple antennas, the transmission power control method comprising: transmitting reference signals, RSs, per a plurality of different vertical angles through an antenna array; receiving at least one channel state indication, CSI, from a user equipment, UE, wherein the at least one CSI corresponds to at least one RS among the RSs; and transmitting, to the UE, a transmission signal with a transmission power, at a vertical angle determined based on the at least one CSI, wherein the transmission power is set based on the vertical angle, and wherein when the vertical angle is a first vertical angle, the transmission signal is transmitted with a first transmission power and when the vertical angle is a second vertical angle greater than the first vertical angle, the transmission signal is transmitted with a second transmission power greater than the first transmission power. transmitting reference signals, RSs, per a plurality of different vertical angles through an antenna array; receiving at least one channel state indication, CSI, from a user equipment, UE, wherein the at least one CSI corresponds to at least one RS among the RSs; and transmitting, to the UE, a transmission signal with a transmission power, at a vertical angle determined based on the at least one CSI, wherein the transmission power is set based on the vertical angle, and wherein when the vertical angle is a first vertical angle, the transmission signal is transmitted with a first transmission power and when the vertical angle is a second vertical angle greater than the first vertical angle, the transmission signal is transmitted with a second transmission power greater than the first transmission power.
A method (400; 500; 600; 2000) of operating a first base station (102; 104) in a multiple access wireless communications system including a plurality of base stations, each of said plurality of base stations including at least one base station attachment point, the method comprising: receiving (404; 504; 604; 2010) second base station loading factor information indicative of loading of a second base station attachment point corresponding to a second base station; and determining (406; 506; 606; 2004) a downlink transmission power budget as a function of said received second base station loading factor information and of additional loading factor information corresponding to the first base station attachment point; characterised in that a current power budget is decreased in response to detecting an increase in loading at said second base station and increased in response to detecting a decrease in loading at said second base station. receiving (404; 504; 604; 2010) second base station loading factor information indicative of loading of a second base station attachment point corresponding to a second base station; and determining (406; 506; 606; 2004) a downlink transmission power budget as a function of said received second base station loading factor information and of additional loading factor information corresponding to the first base station attachment point; characterised in that a current power budget is decreased in response to detecting an increase in loading at said second base station and increased in response to detecting a decrease in loading at said second base station.