mhurhangee/patent-ind-claim-en huggingface dataset:
Circular modular tray for the additive manufacturing on a powder bed of a part with an axis of revolution , characterised in that it is composed of an assembly of modules that are coupled concentrically according to an axis and contiguously according to a radial direction , the modules comprising an annular peripheral module and a circular central module , and wherein, each module including, according to an axial direction , an upper face, intended to be in contact with the powder bed, and a lower face , the modular tray being characterized in that the lower face of each module is provided with at least one means configured to facilitate a placing of the module on a lathe of a device for machining by turning, said means being chosen from a protrusion or a recess of the notch or groove type.
A fluid circuit selection system for a fluid circuit including at least a cylinder and a plurality of instruments connected to the cylinder , the fluid circuit selection system comprising: a cylinder selection section configured to select the cylinder ; a valve selection section configured to select, by an input operation, a valve (H) included in the plurality of instruments; a silencer selection section configured to select, by the input operation, a silencer (I) included in the plurality of instruments; a database (DB8) including information about combinations of the plurality of instruments except for the valve (H) and the silencer (I) registered in advance at least in order of size; a combination selection section configured to read the information about the combinations of the plurality of instruments from the database (DB8) in order of size to select the instruments; a reselection section configured to reselect the instruments of larger sizes in a case where a stroke time (Ts) obtained from a simulation performed using part of the instruments selected by the combination selection section exceeds a preset maximum stroke time (Tmax) or in a case where a current working pressure (Pr) after a return process of the cylinder obtained from the simulation is less than or equal to a minimum working pressure (Pmin). a cylinder selection section configured to select the cylinder ; a valve selection section configured to select, by an input operation, a valve (H) included in the plurality of instruments; a silencer selection section configured to select, by the input operation, a silencer (I) included in the plurality of instruments; a database (DB8) including information about combinations of the plurality of instruments except for the valve (H) and the silencer (I) registered in advance at least in order of size; a combination selection section configured to read the information about the combinations of the plurality of instruments from the database (DB8) in order of size to select the instruments; a reselection section configured to reselect the instruments of larger sizes in a case where a stroke time (Ts) obtained from a simulation performed using part of the instruments selected by the combination selection section exceeds a preset maximum stroke time (Tmax) or in a case where a current working pressure (Pr) after a return process of the cylinder obtained from the simulation is less than or equal to a minimum working pressure (Pmin).
A downlink assignment index, DAI, determining method, applied to a terminal , the method comprising: receiving signaling, wherein the signaling comprises first information; and identifying, a type of DAI in the signaling based on the first information, wherein the first information comprises feedback acknowledgement information, and the feedback acknowledgement information comprises type information of a hybrid automatic repeat request acknowledgement, HARQ-ACK, codebook corresponding to the signaling. receiving signaling, wherein the signaling comprises first information; and identifying, a type of DAI in the signaling based on the first information, wherein the first information comprises feedback acknowledgement information, and the feedback acknowledgement information comprises type information of a hybrid automatic repeat request acknowledgement, HARQ-ACK, codebook corresponding to the signaling.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: obtaining a scheduling of an uplink, UL, channel in a frequency resource region comprising a plurality of channel access procedure bandwidth, CAP BW, units of a carrier bandwidth, wherein a CAP BW unit is a minimum frequency band of a CAP performed by the UE ; and performing a channel access procedure, CAP, for a transmission of the UL channel configured in the frequency resource region; wherein the CAP is performed on the plurality of CAP BW units, and wherein the frequency resource region is an active bandwidth part, BWP, among at least one BWP, wherein a minimum unit to configure each of the at least one BWP is limited to the CAP BW unit. obtaining a scheduling of an uplink, UL, channel in a frequency resource region comprising a plurality of channel access procedure bandwidth, CAP BW, units of a carrier bandwidth, wherein a CAP BW unit is a minimum frequency band of a CAP performed by the UE ; and performing a channel access procedure, CAP, for a transmission of the UL channel configured in the frequency resource region; wherein the CAP is performed on the plurality of CAP BW units, and wherein the frequency resource region is an active bandwidth part, BWP, among at least one BWP, wherein a minimum unit to configure each of the at least one BWP is limited to the CAP BW unit.
Method for reducing bycatch, the method being carried out by means of a system for catching fish, wherein the system includes at least one first fish-catching watercraft and at least one first fish-observing watercraft , with an autonomous underwater craft being chosen as the fish-observing watercraft, wherein the method comprises the following steps: a) specifying at least one first type of fish, which is to be fished, b) approaching a fishing area with the at least one first fish-catching watercraft , c) sensing at least one first school of fish , d) launching the first fish-observing watercraft from the first fish-catching watercraft , e) passing through the first school of fish with the first fish-observing watercraft and thereby optically sensing the first school of fish , f) evaluating the optically sensed data with respect to fish type and fish size, g) deciding whether the first school of fish is to be fished. a) specifying at least one first type of fish, which is to be fished, b) approaching a fishing area with the at least one first fish-catching watercraft , c) sensing at least one first school of fish , d) launching the first fish-observing watercraft from the first fish-catching watercraft , e) passing through the first school of fish with the first fish-observing watercraft and thereby optically sensing the first school of fish , f) evaluating the optically sensed data with respect to fish type and fish size, g) deciding whether the first school of fish is to be fished.
A method for protecting a program during a decoding of instructions in an integrated circuit product comprising a CPU, said CPU performing said decoding of said instructions, said method comprising steps of: - creating one or more opcode blocs to respectively replace one or more original opcodes of said program, said opcode bloc comprising a number (D) of fictional opcodes and the corresponding original opcode, said fictional opcodes being to be executed without taking into account their results and without impacting an expected result of said program, said number (D) and a position (P) of the original opcode in said opcode bloc being randomly determined by a random or pseudo random number generator of said integrated circuit product; - executing said one or more opcode blocs. - creating one or more opcode blocs to respectively replace one or more original opcodes of said program, said opcode bloc comprising a number (D) of fictional opcodes and the corresponding original opcode, said fictional opcodes being to be executed without taking into account their results and without impacting an expected result of said program, said number (D) and a position (P) of the original opcode in said opcode bloc being randomly determined by a random or pseudo random number generator of said integrated circuit product; - executing said one or more opcode blocs.
A method of manufacturing a security sheet comprising: forming a plurality of perforations through at least one core layer comprising plastic, from a first core surface to a second core surface of said at least one core layer ; after forming the plurality of perforations , feeding a security element through the plurality of perforations such that the security element extends through the at least one core layer from the first core surface to the second core surface ; locating at least one first region of the security element over part of the first core surface and locating at least one second region of the security element over part of the second core surface ; and laminating together the at least one core layer and the security element . forming a plurality of perforations through at least one core layer comprising plastic, from a first core surface to a second core surface of said at least one core layer ; after forming the plurality of perforations , feeding a security element through the plurality of perforations such that the security element extends through the at least one core layer from the first core surface to the second core surface ; locating at least one first region of the security element over part of the first core surface and locating at least one second region of the security element over part of the second core surface ; and laminating together the at least one core layer and the security element .
A method for generating test signals at different carrier frequencies comprises the steps of: selecting a test file from a list of test files comprising pre-existing test frequencies corresponding to a range of predefined tests to be conducted, modifying the test file in order to request a frequency input from a user and to specify the frequency input as a test frequency, generating a set of instructions in the test file in order to calculate a phase shift for a subcarrier spacing with respect to the frequency input, and generating a phase pattern of modulation symbols for the subcarrier spacing corresponding to the frequency input thereby generating a test signal at the test frequency. selecting a test file from a list of test files comprising pre-existing test frequencies corresponding to a range of predefined tests to be conducted, modifying the test file in order to request a frequency input from a user and to specify the frequency input as a test frequency, generating a set of instructions in the test file in order to calculate a phase shift for a subcarrier spacing with respect to the frequency input, and generating a phase pattern of modulation symbols for the subcarrier spacing corresponding to the frequency input thereby generating a test signal at the test frequency.
A user equipment for use in a wireless communication system, the user equipment comprising: a communication module configured to obtain a first signal measurement value, associated with a reference signal transmitted by a serving eNB and a second signal measurement value associated with a reference signal transmitted by a further eNB; and control logic configured to: initiate a time to trigger, TTT, timer based on a determination that the first signal measurement value is less than the second signal measurement value; following expiration of the TTT timer upon the first signal measurement value is less than the second signal measurement value by more than a threshold value; and cause the control logic to transmit a measurement report to the serving eNB upon termination of the TTT timer, and wherein the communication module is further configured to receive a handover command from the serving eNB in response to the measurement report. a communication module configured to obtain a first signal measurement value, associated with a reference signal transmitted by a serving eNB and a second signal measurement value associated with a reference signal transmitted by a further eNB; and control logic configured to: initiate a time to trigger, TTT, timer based on a determination that the first signal measurement value is less than the second signal measurement value; following expiration of the TTT timer upon the first signal measurement value is less than the second signal measurement value by more than a threshold value; and cause the control logic to transmit a measurement report to the serving eNB upon termination of the TTT timer, and wherein the communication module is further configured to receive a handover command from the serving eNB in response to the measurement report.
A non-aqueous composition comprising: a) a first agent that is a medium chain triglyceride having a viscosity at 20 °C of between 20 and 70 mPa.s and that has at least two fatty acids with aliphatic tails of 6-12 carbon atoms or mixtures of such medium chain triglycerides; and b) a second agent comprising a proton pump inhibitor or a pharmaceutically or veterinary acceptable salt thereof, wherein the composition is suitable for sustained release of a therapeutically effective amount of the proton pump inhibitor to a subject in need thereof; and wherein the composition is suitable for delivery by injection for the treatment or prevention of gastric ulcers. a) a first agent that is a medium chain triglyceride having a viscosity at 20 °C of between 20 and 70 mPa.s and that has at least two fatty acids with aliphatic tails of 6-12 carbon atoms or mixtures of such medium chain triglycerides; and b) a second agent comprising a proton pump inhibitor or a pharmaceutically or veterinary acceptable salt thereof, wherein the composition is suitable for sustained release of a therapeutically effective amount of the proton pump inhibitor to a subject in need thereof; and wherein the composition is suitable for delivery by injection for the treatment or prevention of gastric ulcers.
A method for producing a pipeline element , in particular a pipeline element of a fire extinguishing installation, wherein the method comprises the steps: - providing a first hollow body and a second hollow body , - positioning the hollow bodies relative to one another in a welding zone (S) such that the connection of the hollow bodies can be performed in the welding zone (S), - positioning a collecting container within the first and/or second hollow body in the region of the welding zone (S), and - welding the first hollow body to the second hollow body in the welding zone (S) such that the pipeline element is obtained, wherein a fully encircling weld seam is generated which has a root extending on the inside of the pipeline element , and collecting, by means of the collecting container , weld spatter that occurs on the inside of the pipeline element during the welding process. - providing a first hollow body and a second hollow body , - positioning the hollow bodies relative to one another in a welding zone (S) such that the connection of the hollow bodies can be performed in the welding zone (S), - positioning a collecting container within the first and/or second hollow body in the region of the welding zone (S), and - welding the first hollow body to the second hollow body in the welding zone (S) such that the pipeline element is obtained, wherein a fully encircling weld seam is generated which has a root extending on the inside of the pipeline element , and
A process for preparing a mixture comprising at least one compound of the formula (Ia) and at least one compound of the formula (Ib) wherein a compound of the formula (II) is reacted with NH 3 , using a total amount of 2.0-3.5 molar equivalents of NH 3 , based on the amount of compounds of the formula (II) used, where in each case: R 2 is (C 1 -C 12 ) -alkyl, (C 1 -C 12 ) -haloalkyl, (C 6 -C 10 ) -aryl, (C 6 -C 10 ) -haloaryl, (C 7 -C 10 ) -aralkyl, (C 7 -C 10 ) -haloaralkyl, (C 4 -C 10 ) -cycloalkyl or (C 4 -C 10 ) -halocycloalkyl, R 5 is (C 1 -C 12 ) -alkyl, (C 1 -C 12 ) -haloalkyl, (C 6 -C 10 ) -aryl, (C 6 -C 10 ) -haloaryl, (C 7 -C 10 ) -aralkyl, (C 7 -C 10 ) -haloaralkyl, (C 4 -C 10 ) -cycloalkyl or (C 4 -C 10 ) -halocycloalkyl. R 2 is (C 1 -C 12 ) -alkyl, (C 1 -C 12 ) -haloalkyl, (C 6 -C 10 ) -aryl, (C 6 -C 10 ) -haloaryl, (C 7 -C 10 ) -aralkyl, (C 7 -C 10 ) -haloaralkyl, (C 4 -C 10 ) -cycloalkyl or (C 4 -C 10 ) -halocycloalkyl, R 5 is (C 1 -C 12 ) -alkyl, (C 1 -C 12 ) -haloalkyl, (C 6 -C 10 ) -aryl, (C 6 -C 10 ) -haloaryl, (C 7 -C 10 ) -aralkyl, (C 7 -C 10 ) -haloaralkyl, (C 4 -C 10 ) -cycloalkyl or (C 4 -C 10 ) -halocycloalkyl.
Vertical axis wind turbine with moving blades including a rotor which follows a vertical direction along one main revolving axis (X), three or more blades , all the same, directed vertically, placed peripherally in respect of said rotor , equidistant one from each other and from the main revolving axis (X), parallel to said main revolving axis (X), with each blade following a linear vertical direction with constant wing profile, and its own respective vertical rotation axis, (Xa, Xb, Xc); wherein each blade is connected to said rotor through first connecting mechanisms (4a, 4'a, 4b, 4'b, 4c, 4'c), one or more for each blade, for allowing said blade to rotate around said main revolving axis (X), and second connecting mechanisms , in the same amount as the first connecting mechanisms (4a, 4'a, 4b, 4'b, 4c, 4'c), introduced between said blades and said first connecting mechanisms (4a, 4'a, 4b, 4'b, 4c, 4'c), for allowing said blade to rotate around its own respective vertical rotation axis(Xa, Xb, Xc) so that it can be placed in different angular positions with regard to said first connecting mechanisms (4a, 4'a, 4b, 4'b, 4c, 4'c), while said blade revolves around said rotor , said angular positions being obtained by means of auxiliary control mechanisms , associated with said blade , which include one control element having a first end and a second end , wherein the first end is connected to a control arm , which is firmly fixed onto said blade , and the second end is connected to a piloting device associated with a centre of said rotor characterised in that said piloting device is single and in common between all blades , and includes: one single control pivot which follows a piloting axis (Xp), vertical and parallel to said main rotation axis (X), several first connecting elements , of specified length, for connecting said control pivot to said second ends , and several second connecting elements whose first ends are joined in specific points to said rotor and whose second ends are joined in a middle point of said first connecting elements and in that said first connecting elements are twice as long as said second connecting elements . one single control pivot which follows a piloting axis (Xp), vertical and parallel to said main rotation axis (X), several first connecting elements , of specified length, for connecting said control pivot to said second ends , and several second connecting elements whose first ends are joined in specific points to said rotor and whose second ends are joined in a middle point of said first connecting elements and in that said first connecting elements are twice as long as said second connecting elements .
A method at a Fast Identity Online, FIDO, server for facilitating a terminal device without a Subscriber Identity Module, SIM, card to access a first network via a second network, the terminal device without a SIM card being FIDO enabled, the method comprising: obtaining association information for the terminal device without a SIM card indicative of an association between the terminal device without a SIM card and a user subscription account and authentication information for the terminal device without a SIM card; causing the terminal device without a SIM card to be registered with the FIDO server according to a set of FIDO Alliance specifications based at least on the association information and the authentication information, in response to receipt of a request for registration with the FIDO server from the terminal device without a SIM card, the request comprising at least the authentication information for the terminal device without a SIM card; and providing registration information for the terminal device without a SIM card to an Authentication, Authorization, and Accounting, AAA, server, in response to receipt at the AAA server of an authentication request from the terminal device without a SIM card, so as to facilitate the AAA server to authenticate the terminal device without a SIM card to access the first network via the second network based at least on the registration information. obtaining association information for the terminal device without a SIM card indicative of an association between the terminal device without a SIM card and a user subscription account and authentication information for the terminal device without a SIM card; causing the terminal device without a SIM card to be registered with the FIDO server according to a set of FIDO Alliance specifications based at least on the association information and the authentication information, in response to receipt of a request for registration with the FIDO server from the terminal device without a SIM card, the request comprising at least the authentication information for the terminal device without a SIM card; and providing registration information for the terminal device without a SIM card to an Authentication, Authorization, and Accounting, AAA, server, in response to receipt at the AAA server of an authentication request from the terminal device without a SIM card, so as to facilitate the AAA server to authenticate the terminal device without a SIM card to access the first network via the second network based at least on the registration information.
An airfoil (60; 160; 260; 360; 460; 560; 660) for a gas turbine engine, comprising: a ceramic airfoil section defining leading and trailing edges , pressure and suction sides , and radially inner and outer ends, the airfoil section having a radial span (S) from the radially inner end to the radially outer end and an axial span (A1) from the leading edge to the trailing edge , the radial span (S) having, consecutively from the radially inner end to the radially outer end, first, second, and third radial span zones (Z1, Z2, Z3); and a row (70; 74; 170; 174) of cooling holes (72; 76; 176) in an aft 25% of the axial span (A1), the row (70; 74; 170; 174) of cooling holes (72; 76; 176) extending though the first, second, and third radial span zones (Z1, Z2, Z3), characterised in that : the cooling holes (72; 76; 176) in the first radial span zone (Z1) define a first pitch P1, the cooling holes (72; 76; 176) in the second radial span zone (Z2) define a second pitch P2, and the cooling holes (72; 76; 176) in the third radial span zone (Z3) define a third pitch P3, wherein P2 < P3 < P1, wherein pitch refers to a regular spacing between three or more consecutive cooling holes. a ceramic airfoil section defining leading and trailing edges , pressure and suction sides , and radially inner and outer ends, the airfoil section having a radial span (S) from the radially inner end to the radially outer end and an axial span (A1) from the leading edge to the trailing edge , the radial span (S) having, consecutively from the radially inner end to the radially outer end, first, second, and third radial span zones (Z1, Z2, Z3); and a row (70; 74; 170; 174) of cooling holes (72; 76; 176) in an aft 25% of the axial span (A1), the row (70; 74; 170; 174) of cooling holes (72; 76; 176) extending though the first, second, and third radial span zones (Z1, Z2, Z3),