mhurhangee/patent-ind-claim-en huggingface dataset:
A data processing method, wherein the method is applied to a data processing system , the data processing system comprises a control node and an operation node , a plurality of data transmission pipes are established between the control node and the operation node, the control node transmits received data to the operation node through the plurality of data transmission pipes, a monitor is disposed in the data processing system for the plurality of data transmission pipes, and the method comprises: sending (S 102), by the operation node , an alarm signal to the control node when the monitor detects that processing performance of data from a first data transmission pipe is lower than a first threshold, wherein the alarm signal is used to indicate that the processing performance of the data from the first data transmission pipe is excessively low, and the first data transmission pipe is any data transmission pipe in the plurality of data transmission pipes ; and when receiving the alarm signal, reducing (S103), by the control node , a data amount that is from the first data transmission pipe and that is allocated to the operation node without affecting traffic of data from another data transmission pipe of the plurality of data transmission pipes; and wherein the plurality of data transmission pipes established between the control node and the operation node are created by the control node according to partitioning policy information, and the partitioning policy information is used by the control node to determine a partition used to store data received by the data processing system, and each data transmission pipe is created for data from one or more partitions indicated by the partitioning policy. sending (S 102), by the operation node , an alarm signal to the control node when the monitor detects that processing performance of data from a first data transmission pipe is lower than a first threshold, wherein the alarm signal is used to indicate that the processing performance of the data from the first data transmission pipe is excessively low, and the first data transmission pipe is any data transmission pipe in the plurality of data transmission pipes ; and when receiving the alarm signal, reducing (S103), by the control node , a data amount that is from the first data transmission pipe and that is allocated to the operation node without affecting traffic of data from another data transmission pipe of the plurality of data transmission pipes; and wherein the plurality of data transmission pipes established between the control node and the operation node are created by the control node according to partitioning policy information, and the partitioning policy information is used by the control node to determine a partition used to store data received by the data processing system, and each data transmission pipe is created for data from one or more partitions indicated by the partitioning policy.
Push button for a system for dispensing under pressure a product, said push button comprising an inner nozzle assembly which presents an upstream spout a lower end thereof intends to be mounted on a under pressure feed tube of the product, said inner nozzle assembly comprising a downstream spout which is in communication with said upstream spout and which ends in an outlet for dispensing under pressure the product, said push button comprising an outer body having a skirt which surrounds the inner nozzle assembly and an upper plate which comprises an upper zone for actuating the system for dispensing, the inner nozzle assembly being mounted within the outer body through a sliding guide until reaching a coupling position wherein the upstream spout is centred on first locking means provided below the upper plate and wherein the downstream spout is snapped on second locking means provided on the skirt , characterized in that the sliding guide comprises sliding tracks arranged on the skirt , the inner nozzle assembly comprising a tray which is slidably mounted in said tracks for the mounting of said inner nozzle assembly within the outer body .
An isolated antibody that specifically binds to human integrin β8 and inhibits adhesion of latency associated peptide (LAP) to ανβ8, wherein the antibody comprises: complementarity determining regions HCDR1, HCDR2, and HCDR3 of DYYMN (SEQ ID NO: 95), WIDPDNGNTIYDPKFQG (SEQ ID NO: 31), and RLLMDY (SEQ ID NO: 32), respectively and complementarity determining regions LCDR1, LCDR2, and LCDR3 of RSTKSLLHFNGNTYLF (SEQ ID NO: 51), YMSNLAS (SEQ ID NO: 52), and MQSLEYPFT (SEQ ID NO: 53), respectively. complementarity determining regions HCDR1, HCDR2, and HCDR3 of DYYMN (SEQ ID NO: 95), WIDPDNGNTIYDPKFQG (SEQ ID NO: 31), and RLLMDY (SEQ ID NO: 32), respectively and complementarity determining regions LCDR1, LCDR2, and LCDR3 of RSTKSLLHFNGNTYLF (SEQ ID NO: 51), YMSNLAS (SEQ ID NO: 52), and MQSLEYPFT (SEQ ID NO: 53), respectively.
A method of controlling a wind turbine having a rotor and a generator for producing power, the wind turbine being designed for a plurality of nominal loads, each of the plurality of nominal loads being associated with a different component of the wind turbine, the method comprising the steps of: determining a plurality of current loads acting on the different components of the wind turbine which are associated with a nominal load; calculating a load error for each of the plurality of current loads, each load error representing a difference between the nominal load and the associated current load; controlling the wind turbine based on the plurality of load errors to optimize the power production while ensuring that none of the current loads are above the nominal loads, wherein the step of controlling the wind turbine comprises altering a selected parameter of the wind turbine used to control the wind turbine so that the power or torque produced by the generator is altered, and wherein the selected parameter of the wind turbine to be altered is selected as at least one of: a pitch angle of a rotor blade; the speed of revolution of the rotor; and a power reference of the generator, the parameter being selected based on the load error to minimize the power production loss when the current loads are above the nominal loads, or to maximize the power production gain when the current loads are below the nominal loads. determining a plurality of current loads acting on the different components of the wind turbine which are associated with a nominal load; calculating a load error for each of the plurality of current loads, each load error representing a difference between the nominal load and the associated current load; controlling the wind turbine based on the plurality of load errors to optimize the power production while ensuring that none of the current loads are above the nominal loads, wherein the step of controlling the wind turbine comprises altering a selected parameter of the wind turbine used to control the wind turbine so that the power or torque produced by the generator is altered, and wherein the selected parameter of the wind turbine to be altered is selected as at least one of: a pitch angle of a rotor blade; the speed of revolution of the rotor; and a power reference of the generator, a pitch angle of a rotor blade; the speed of revolution of the rotor; and a power reference of the generator,
A solid-state imaging element comprising: a bottom-electrode ; a top-electrode opposed to the bottom-electrode ; a photoelectric conversion layer provided between the bottom-electrode and the top-electrode and including a first organic semiconductor material; and an upper inter-layer provided between the top-electrode and the photoelectric conversion layer , and including a second organic semiconductor material having a halogen atom in a molecule, wherein in a case where the top-electrode functions as a cathode, a work function (WF) of the top-electrode , electron affinity of the upper inter-layer (EA1), and electron affinity of a material having smallest electron affinity of materials included in the photoelectric conversion layer (EA2) satisfy EA2 ≤ EA1 ≤ WF, and in a case where the top-electrode functions as an anode, the work function (WF) of the top-electrode and the electron affinity of the upper inter-layer (EA1) satisfy EA1>WF, characterized in that a concentration of the second organic semiconductor material in the upper interlayer is in a range from 0.01 volume % or more to less than 0.05 volume %. a bottom-electrode ; a top-electrode opposed to the bottom-electrode ; a photoelectric conversion layer provided between the bottom-electrode and the top-electrode and including a first organic semiconductor material; and an upper inter-layer provided between the top-electrode and the photoelectric conversion layer , and including a second organic semiconductor material having a halogen atom in a molecule, wherein in a case where the top-electrode functions as a cathode, a work function (WF) of the top-electrode , electron affinity of the upper inter-layer (EA1), and electron affinity of a material having smallest electron affinity of materials included in the photoelectric conversion layer (EA2) satisfy EA2 ≤ EA1 ≤ WF, and in a case where the top-electrode functions as an anode, the work function (WF) of the top-electrode and the electron affinity of the upper inter-layer (EA1) satisfy EA1>WF, characterized in that a concentration of the second organic semiconductor material in the upper interlayer is in a range from 0.01 volume % or more to less than 0.05 volume %.
A method of recycling cellulose for use as a textile fibre feedstock, the method comprising: (i) providing a waste textile feedstock comprising greater than 50 wt% cellulose by weight of the waste textile feedstock; (ii) shredding the waste textile feedstock to provide a shredded waste textile feedstock comprising fibres which have a fibre length of less than 5 mm; (iii) mixing the shredded waste textile feedstock with an aqueous alkali solution having a pH of greater than 11 to produce a first mixture; (iv) filtering the first mixture to obtain an alkali treated shredded waste textile feedstock; (v) mixing the alkali treated shredded waste textile feedstock with an aqueous acid solution having a pH of less than 5 to produce a second mixture; and (vi) filtering the second mixture to obtain cellulose wherein the aqueous alkali solution is a used aqueous alkali solution obtained from the manufacture of viscose process and/or wherein the aqueous acid solution is a used aqueous acid solution obtained from the manufacture of paper pulp during bleaching stages. (i) providing a waste textile feedstock comprising greater than 50 wt% cellulose by weight of the waste textile feedstock; (ii) shredding the waste textile feedstock to provide a shredded waste textile feedstock comprising fibres which have a fibre length of less than 5 mm; (iii) mixing the shredded waste textile feedstock with an aqueous alkali solution having a pH of greater than 11 to produce a first mixture; (iv) filtering the first mixture to obtain an alkali treated shredded waste textile feedstock; (v) mixing the alkali treated shredded waste textile feedstock with an aqueous acid solution having a pH of less than 5 to produce a second mixture; and (vi) filtering the second mixture to obtain cellulose wherein the aqueous alkali solution is a used aqueous alkali solution obtained from the manufacture of viscose process and/or wherein the aqueous acid solution is a used aqueous acid solution obtained from the manufacture of paper pulp during bleaching stages.
A method comprising: receiving a request to generate configuration data for configurable hardware using a specification for application logic of the configurable hardware ; generating the configuration data for the configurable hardware , the configuration data comprising data for implementing the application logic ; encrypting the configuration data to generate encrypted configuration data ; signing the encrypted configuration data using a private key; and transmitting the signed encrypted configuration data in response to the request ; wherein the generating the configuration data includes generating host logic that constrains functionality of the application logic by masking the application logic from communicating directly with a central processing unit on a host server computer including the configurable hardware ; wherein the generating the configuration data includes analyzing the application logic to determine whether the application logic includes ring oscillators, continuing with the generating of the configuration data if the application logic does not include ring oscillators, and aborting the generating of the configuration data if the application logic includes ring oscillators. receiving a request to generate configuration data for configurable hardware using a specification for application logic of the configurable hardware ; generating the configuration data for the configurable hardware , the configuration data comprising data for implementing the application logic ; encrypting the configuration data to generate encrypted configuration data ; signing the encrypted configuration data using a private key; and transmitting the signed encrypted configuration data in response to the request ; wherein the generating the configuration data includes generating host logic that constrains functionality of the application logic by masking the application logic from communicating directly with a central processing unit on a host server computer including the configurable hardware ; wherein the generating the configuration data includes analyzing the application logic to determine whether the application logic includes ring oscillators, continuing with the generating of the configuration data if the application logic does not include ring oscillators, and aborting the generating of the configuration data if the application logic includes ring oscillators.
A method for raising leaf-and-stem vegetables by irradiating the same with light, the method comprising a step of planting and watering seeds of the leaf-and-stem vegetables, a step of germinating seed leaves from the seeds, a step, during an initial growth period when the stems and the leaves become distinguishable from each other, of irradiating tops of the stems with light having a blue component light at high ratio, which inhibits the growth of stems , from a stem growth-inhibiting light source and irradiating leaves with light having a red component light at high ratio, which accelerates the growth of the leaves, from a leaf growth-accelerating light source device .
A razor handle comprising : an elongated body extending in the longitudinal direction between a front and a rear end , a connector for connecting an exchangeable razor blade cartridge to the razor handle , a release mechanism configured to deflect a latching surface of the exchangeable blade cartridge out of engagement with the connector for releasing the exchangeable razor blade cartridge from the razor handle , and a release trigger movable in a transverse direction of the elongated body , offset from the connector in a longitudinal direction of the elongated body and located in a middle segment of the elongated body , between the front and rear ends , and a transmission mechanism connecting the release trigger to the release mechanism , the razor handle being characterized in that the transmission mechanism comprises a cam mechanism for converting a motion of the release trigger in the transverse direction into a motion in the longitudinal direction. an elongated body extending in the longitudinal direction between a front and a rear end , a connector for connecting an exchangeable razor blade cartridge to the razor handle , a release mechanism configured to deflect a latching surface of the exchangeable blade cartridge out of engagement with the connector for releasing the exchangeable razor blade cartridge from the razor handle , and a release trigger movable in a transverse direction of the elongated body , offset from the connector in a longitudinal direction of the elongated body and located in a middle segment of the elongated body , between the front and rear ends , and a transmission mechanism connecting the release trigger to the release mechanism ,
A system for outputting content through a network, the system comprising: a first server configured to store content received in an account of a user; and a second server configured to obtain the content from the first server, convert the content into output data, and transmit the output data to an output device, according to an output request received from a mobile terminal of the user; wherein the first server, the second server and the output device are comprised within a security network not including the mobile terminal; and, wherein when the second server is arranged to receive from the mobile terminal a request to review the content and in response thereto the second server is configured to convert the content into output data for transmitting the output data to the output device and to transmit a preview to the mobile terminal, wherein the preview is other than the entire content and comprises at least one of: a thumbnail, a summary file, a partial view and an abstract of the content, thereby to prevent transmission of the entire content to outside the secure network in response to the request from the mobile terminal. a first server configured to store content received in an account of a user; and a second server configured to obtain the content from the first server, convert the content into output data, and transmit the output data to an output device, according to an output request received from a mobile terminal of the user; wherein the first server, the second server and the output device are comprised within a security network not including the mobile terminal; and, wherein when the second server is arranged to receive from the mobile terminal a request to review the content and in response thereto the second server is configured to convert the content into output data for transmitting the output data to the output device and to transmit a preview to the mobile terminal, wherein the preview is other than the entire content and comprises at least one of: a thumbnail, a summary file, a partial view and an abstract of the content, thereby to prevent transmission of the entire content to outside the secure network in response to the request from the mobile terminal.
A rear seat safety assembly , which prevents displacement of the seat from the chassis floor (T) due to the loads acting on the vehicle seat frames (K) and comprising, - at least one connecting member , which is connected from one side thereof to the part of the seat frame (K) near the chassis floor (T), and which extends from the seat frame (K) to which it is connected towards the chassis floor (T), - at least one guiding inclination which is formed on the connecting member by a bending process and which enables the connecting member to extend towards the chassis floor (T) at a different angle - at least one fixed member ; which is positioned on the chassis floor (T) where the connecting member extends, and which comprises at least one body which includes at least one recess that is formed is located on the body at the part of which is farther away from the vehicle trunk section and that allows the connecting member to pass through and is in a size larger than the connecting member ; and which transfers the forces coming from the connecting member to the vehicle chassis, and characterized by - at least one fixing protrusion which is in the form of an extension that extends from the body towards the chassis floor (T) and which enables the body to be fixed onto the chassis floor (T) by getting engaged onto the chassis floor (T), - Said fixing protrusion extending in an L shaped and passes through the hole on the chassis floor (T) and enables the body to be fixed on the chassis floor (T). - at least one connecting member , which is connected from one side thereof to the part of the seat frame (K) near the chassis floor (T), and which extends from the seat frame (K) to which it is connected towards the chassis floor (T), - at least one guiding inclination which is formed on the connecting member by a bending process and which enables the connecting member to extend towards the chassis floor (T) at a different angle - at least one fixed member ; which is positioned on the chassis floor (T) where the connecting member extends, and which comprises at least one body which includes at least one recess that is formed is located on the body at the part of which is farther away from the vehicle trunk section and that allows the connecting member to pass through and is in a size larger than the connecting member ; and which transfers the forces coming from the connecting member to the vehicle chassis, and characterized by - at least one fixing protrusion which is in the form of an extension that extends from the body towards the chassis floor (T) and which enables the body to be fixed onto the chassis floor (T) by getting engaged onto the chassis floor (T), - Said fixing protrusion extending in an L shaped and passes through the hole on the chassis floor (T) and enables the body to be fixed on the chassis floor (T).
A compound, or a pharmaceutically acceptable salt, hydrate, or solvate thereof, for use in treating at least one negative symptom of schizophrenia in a schizophrenic subject in need thereof by a method which comprises administering a therapeutically effective amount of the compound, salt, hydrate, or solvate to the subject, wherein the compound is selected from the group consisting of a compound of formula (II), and a compound of formula (III),
A Charging Data Function, CDF, device for providing integrity protection of a Charging Data Record, CDR, comprising a memory and one or more processors, said memory comprising instructions which when executed on the said one or more processors, cause the CDF device to: - receive, from a Charging Trigger Function, CTF, device the CDR; - compute a hash value of the CDR; - store the hash value and a CDR identifier of the CDR in a blockchain ledger ; - obtain an index for the hash value stored in the blockchain ledger ; and - send the index to a Charging Gateway Function, CGF device . - receive, from a Charging Trigger Function, CTF, device the CDR; - compute a hash value of the CDR; - store the hash value and a CDR identifier of the CDR in a blockchain ledger ; - obtain an index for the hash value stored in the blockchain ledger ; and - send the index to a Charging Gateway Function, CGF device .
A method of making an axle comprising: forging a one-piece axle blank having a shaft that extends from and is integrally formed with a flange using a forging die set that includes a first die having a forming shaft that is received in a first die cavity and that extends upward from a bottom surface of said first die , and a second die having a second die cavity , wherein the shaft is formed in the first die around the forming shaft thereby forming a hole in the shaft , said hole extending along an axis, and the flange is formed in the second die cavity between the first die and the second die , wherein the flange extends radially outward from an end of the shaft ; and radially forging the shaft against a first mandrel to axially elongate the shaft . forging a one-piece axle blank having a shaft that extends from and is integrally formed with a flange using a forging die set that includes a first die having a forming shaft that is received in a first die cavity and that extends upward from a bottom surface of said first die , and a second die having a second die cavity , wherein the shaft is formed in the first die around the forming shaft thereby forming a hole in the shaft , said hole extending along an axis, and the flange is formed in the second die cavity between the first die and the second die , wherein the flange extends radially outward from an end of the shaft ; and radially forging the shaft against a first mandrel to axially elongate the shaft .