mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigeration system , comprising: a negative pressure liquid chiller including a compressor , a condenser , an expansion device, and an evaporator fluidly connected to form a refrigeration circuit; a purge; and a refrigerant composition including an environmentally-suitable chiller refrigerant that has a 100 year direct global warming potential (GWP) of less than 150, the refrigerant composition including a mixture including R-1336mzz-(Z) and R-1130-(E), wherein an amount of R-1336mzz-(Z) in the mixture is in a range from at or about 69% to at or about 81%, and an amount of R-1130-(E) in the mixture is in a range from at or about 31% to at or about 19%, wherein the refrigerant composition is a low-pressure refrigerant. a negative pressure liquid chiller including a compressor , a condenser , an expansion device, and an evaporator fluidly connected to form a refrigeration circuit; a purge; and a refrigerant composition including an environmentally-suitable chiller refrigerant that has a 100 year direct global warming potential (GWP) of less than 150, the refrigerant composition including a mixture including R-1336mzz-(Z) and R-1130-(E), wherein an amount of R-1336mzz-(Z) in the mixture is in a range from at or about 69% to at or about 81%, and an amount of R-1130-(E) in the mixture is in a range from at or about 31% to at or about 19%, wherein the refrigerant composition is a low-pressure refrigerant.
A surgical instrument for treating tissue, comprising: a shaft ; an end effector rotatably coupled to said shaft ; a firing member configured to be moved relative to said end effector ; and an articulation member operably coupled with said end effector , characterized in that said articulation member is selectively engageable with said firing member such that said articulation member is operably engaged with said firing member in an engaged configuration and such that said articulation member is operably disengaged from said firing member in a disengaged configuration, and wherein said firing member is configured to move said articulation member relative to said end effector to rotate said end effector when said articulation member and said firing member are in said engaged configuration. a shaft ; an end effector rotatably coupled to said shaft ; a firing member configured to be moved relative to said end effector ; and an articulation member operably coupled with said end effector , characterized in that said articulation member is selectively engageable with said firing member such that said articulation member is operably engaged with said firing member in an engaged configuration and such that said articulation member is operably disengaged from said firing member in a disengaged configuration, and wherein said firing member is configured to move said articulation member relative to said end effector to rotate said end effector when said articulation member and said firing member are in said engaged configuration.
A information processing program for causing a computer to function as: a processing data selection means that selects logs in a predetermined range as processing batch data to be batch-processed from a log data string that is obtained by sequentially receiving logs generated accompanying an operation of a program to be debugged along with lapse of time; a grouping means that groups the processing batch data selected by the processing data selection means on the basis of a field of a log; a group processing means that, in a case where a set of logs grouped by the grouping means doesn't satisfy a predetermined condition of completion by being compared with a the typical model group and checked whether there is a defect of log in the set of logs, determines that the group is in an incomplete state and records the group as an incomplete result; and an incomplete group processing means that, in a case where after the processing data selection means has selected new processing batch data after the processing batch data and the grouping means has grouped the new processing batch data , there exist common groups between the new processing batch data and the group which has been determined to be an incomplete result by the group processing means , replaces log data of the common group in the new processing batch data with every log data belonging to the common groups. a processing data selection means that selects logs in a predetermined range as processing batch data to be batch-processed from a log data string that is obtained by sequentially receiving logs generated accompanying an operation of a program to be debugged along with lapse of time; a grouping means that groups the processing batch data selected by the processing data selection means on the basis of a field of a log; a group processing means that, in a case where a set of logs grouped by the grouping means doesn't satisfy a predetermined condition of completion by being compared with a the typical model group and checked whether there is a defect of log in the set of logs, determines that the group is in an incomplete state and records the group as an incomplete result; and an incomplete group processing means that, in a case where after the processing data selection means has selected new processing batch data after the processing batch data and the grouping means has grouped the new processing batch data , there exist common groups between the new processing batch data and the group which has been determined to be an incomplete result by the group processing means , replaces log data of the common group in the new processing batch data with every log data belonging to the common groups.
A cat kibble comprising at least: a) an animal material A comprising an endogenous fat fraction Fa, b) an exogenous animal fat Fb, c) a vegetable material C comprising an endogenous fat fraction Fc, wherein said cat kibble comprises at least 2.0% of exogenous fat Fb by weight of cat kibble, wherein the ratio R1 of Fa/Fb ranges from 0.7 to 2.5, and wherein the ratio R2 of (Fa + Fb)/Fc ranges from 6.0 to 13.0. a) an animal material A comprising an endogenous fat fraction Fa, b) an exogenous animal fat Fb, c) a vegetable material C comprising an endogenous fat fraction Fc,
Protective plate, in particular for special protective vehicles, wherein the protective plate consists of bullet-resistant steel and has a spatial structuring , wherein the structuring consists of a regular arrangement, extending in the X and Y directions, of elevations on a front side of the protective plate and of depressions arranged between and adjoining these elevations , and wherein the protective plate is formed over the entire sheet thickness (b1) in the region of its structuring , characterized in that the elevations are designed in the manner of spherical segments and have a first radius (R1), and in that the depressions are formed in the manner of spherical segments and have a second radius (R2), wherein the first radius (R1) and the second radius (R2) merge tangentially into one another and the outwardly facing elevations form the larger radius (R1) and the depressions , which are formed by the radius (R2), are rounded with a smaller radius on the second side facing the vehicle interior, and wherein the depth (t) of the elevations and/or of the depressions correspond to 0.5 to 1.5 times the sheet thickness (b1) of the protective plate .
A resin member comprising: a copolymer of ethylene and an olefin having 8 carbon atoms; and a straight-chain saturated hydrocarbon compound having a melting point of less than 50°C. a copolymer of ethylene and an olefin having 8 carbon atoms; and a straight-chain saturated hydrocarbon compound having a melting point of less than 50°C.
A method of wireless communication performed by a user equipment, UE, engaged in a positioning session with a plurality of transmission-reception points, TRPs, comprising: receiving a downlink positioning reference signal, DL-PRS, configuration specifying one or more DL-PRS resource sets, wherein each DL-PRS resource set is associated with a TRP of the plurality of TRPs, is configured with a transmission periodicity, comprises one or more DL-PRS resources that are transmitted according to the configured transmission periodicity of the DL-PRS resource set, wherein each DL-PRS resource is scheduled to be repeated over one or more consecutive slots, wherein one transmission instance of a repetition of the one or more DL-PRS resources of the one or more DL-PRS resource sets corresponds to a DL-PRS instance, wherein all DL-PRS resources of the one or more DL-PRS resource sets of the DL-PRS instance are scheduled within a time window, and wherein a duration of the time window is less than a duration defined by a configured transmission periodicity of one of the one or more DL-PRS resource sets; and characterised by comprising: receiving an uplink PRS, UL-PRS, configuration specifying one or more UL-PRS resource sets, wherein each UL-PRS resource set comprises one or more UL-PRS resources, and wherein the one or more UL-PRS resources are scheduled within the time window.
A method for detecting the distance-dependent usage of vehicles using a data device that is fixedly installed in the vehicle , in which data device vehicle identification data are stored, wherein the vehicle identification data are an unequivocal identifier, and a mobile terminal carried along by the user and being present in the vehicle, which data device and mobile terminal can establish a data communication connection , wherein - the mobile terminal determines position data via a mobile application (app) on the mobile terminal by means of a satellite location system of the mobile terminal and sends them together with a timestamp as position data sets to the data device, - the data device distinguishes the conditions "moving" and "not moving" by means of a motion sensor and it is configured to only activate the data communication connection, if the condition is "moving", - in the condition "moving" the data device receives at least one position data set from the mobile terminal in periodic intervals, - the data device combines each received at least one position data set with the vehicle identification data and stores them as common data set, - the data device sends the stored common data sets to the mobile terminal after a predetermined driving time interval and - the mobile terminal forwards received common data sets via a mobile data network to a background system . - the mobile terminal determines position data via a mobile application (app) on the mobile terminal by means of a satellite location system of the mobile terminal and sends them together with a timestamp as position data sets to the data device, - the data device distinguishes the conditions "moving" and "not moving" by means of a motion sensor and it is configured to only activate the data communication connection, if the condition is "moving", - in the condition "moving" the data device receives at least one position data set from the mobile terminal in periodic intervals, - the data device combines each received at least one position data set with the vehicle identification data and stores them as common data set, - the data device sends the stored common data sets to the mobile terminal after a predetermined driving time interval and - the mobile terminal forwards received common data sets via a mobile data network to a background system .
Food packaging, comprising a container made of a fold-out carton blank which forms a base , walls and triangular corner tabs between the walls which corner tabs can be folded towards one another, a circumferential edge flange projecting from the container and consisting of edge webs provided on the walls , and a lid sealed to the container, characterized in that the edge flange carries a carton frame connected to the edge flange in a gas-tight and liquid-tight manner by an adhesive layer running along the edge flange , which carton frame has inwardly folded edge flaps engaging around the edge flange projecting from the container and is sealed to the lid .
An electrode assembly , comprising: at least one positive electrode plate and at least one negative electrode plate , wherein the sum of the number of all the positive electrode plates and all the negative electrode plates is greater than or equal to 3, and at least one positive electrode plate and at least one negative electrode plate are wound around a winding axis (K) to form a winding structure, wherein in a winding structure, a positive electrode plate in the at least one positive electrode plate and a negative electrode plate in the at least one negative electrode plate are arranged in a superimposing manner along a direction vertical to the winding axis (K); wherein each positive electrode plate in at least one positive electrode plate comprises a positive main body part , and at least part of the area of a superimposing surface of the positive main body part is a positive active substance area ; each negative electrode plate in at least one negative electrode plate comprises a negative main body part , at least part of the area of a superimposing surface of the negative main body part is a negative active substance area , and two ends, along the winding axis (K), of the negative active substance area both exceed corresponding ends of the adjacent positive active substance area ; characterized in that when the number of at least one positive electrode plate is greater than or equal to 2, the positions of the first winding initial ends (S) of at least two positive electrode plates are arranged in a staggered manner in the circumferential direction of the winding structure; and/or, when the number of at least one negative electrode plate is greater than or equal to 2, the positions of the second winding initial ends (S') of at least two negative electrode plates are arranged in a staggered manner in the circumferential direction of the winding structure. wherein each positive electrode plate in at least one positive electrode plate comprises a positive main body part , and at least part of the area of a superimposing surface of the positive main body part is a positive active substance area ; each negative electrode plate in at least one negative electrode plate comprises a negative main body part , at least part of the area of a superimposing surface of the negative main body part is a negative active substance area , and two ends, along the winding axis (K), of the negative active substance area both exceed corresponding ends of the adjacent positive active substance area ; characterized in that when the number of at least one positive electrode plate is greater than or equal to 2, the positions of the first winding initial ends (S) of at least two positive electrode plates are arranged in a staggered manner in the circumferential direction of the winding structure; and/or, when the number of at least one negative electrode plate is greater than or equal to 2, the positions of the second winding initial ends (S') of at least two negative electrode plates are arranged in a staggered manner in the circumferential direction of the winding structure.
An apparatus comprising: an in-phase sigma delta receiver coupled to a radio frequency input port providing at least a first carrier aggregation signal and a second carrier aggregation signal; and a quadrature phase sigma delta receiver coupled to the radio frequency input port providing at least the first carrier aggregation signal and the second aggregation signal, wherein the in-phase sigma delta receiver and the quadrature phase sigma delta receiver each include a resonator stage circuitry including at least one variable capacitor that varies notch frequencies to provide passbands for the first carrier aggregation signal and the second carrier aggregation signal wherein the at least one variable capacitor comprises at least one integration capacitor (CH 2 ), and the apparatus further comprising: a mixer stage to downsample a signal received from the radio frequency input port, wherein the mixer stage further includes a first integration capacitor (CH 1 ), and wherein the first integration capacitor (CH 1 ) is further coupled to a transfer capacitance stage circuitry , which is coupled to the resonator stage circuitry . an in-phase sigma delta receiver coupled to a radio frequency input port providing at least a first carrier aggregation signal and a second carrier aggregation signal; and a quadrature phase sigma delta receiver coupled to the radio frequency input port providing at least the first carrier aggregation signal and the second aggregation signal, wherein the in-phase sigma delta receiver and the quadrature phase sigma delta receiver each include a resonator stage circuitry including at least one variable capacitor that varies notch frequencies to provide passbands for the first carrier aggregation signal and the second carrier aggregation signal wherein the at least one variable capacitor comprises at least one integration capacitor (CH 2 ), and the apparatus further comprising: a mixer stage to downsample a signal received from the radio frequency input port, wherein the mixer stage further includes a first integration capacitor (CH 1 ), and wherein the first integration capacitor (CH 1 ) is further coupled to a transfer capacitance stage circuitry , which is coupled to the resonator stage circuitry .
A method of delivering a benefit agent to a fabric during the laundry process, wherein a liquid ancillary composition comprising: (a) 2 - 60 wt.% benefit agent; (b) less than 4 wt.% surfactant; (c) water is added to the laundry process in addition to a laundry liquid wherein the benefit agent comprises a benefit agent select from: lubricants, free perfumes, encapsulated perfumes and mixtures thereof and wherein the liquid ancillary composition further comprises 0.25 - 10 wt.% cationic polymer. (a) 2 - 60 wt.% benefit agent; (b) less than 4 wt.% surfactant; (c) water is added to the laundry process in addition to a laundry liquid wherein the benefit agent comprises a benefit agent select from: lubricants, free perfumes, encapsulated perfumes and mixtures thereof and wherein the liquid ancillary composition further comprises 0.25 - 10 wt.% cationic polymer.
Method of welding gas containers of railway tank wagons, wherein a plate is subjected to cold bending in order to obtain a pipe-like shape, and then its butting edges are joined in the process of laser beam welding, in a mixture of inert gases to obtain joints , characterised by the fact that the joints of the shell of the gas container of railway tank cars are aligned along an X-axis of a XYZ coordinate system, and joined using the laser beam at a welding rate of more than 1m/min, and then the weld groove is filled by means of a submerged arc welding method wherein the process of laser welding of the Y-shaped butt joint or the double-V butt joint is performed with the welding threshold of more than 2mm, one or two sidedly, wherein the submerged arc welding process is performed at least 30 mm behind the liquid metal pool welded with the laser beam , a wherein the laser beam is inclined at angle y - 1-5° in the XZ plane and simultaneously maintaining all the welding heads in the weld axis in the YZ plane, so that it eliminates the necessity of a post-weld heat treatment of the obtained joints .
Method of permanently bonding vulcanized rubber components, characterized by at least the following steps: - applying a first, water-sensitive adhesive to at least one region of the rubber components to be bonded, - applying a second, water-insensitive adhesive to the edges of the region of the first adhesive that point outward, - pressing the components to be bonded together and - allowing the adhesives to react to completion at a temperature of less than 50°C. - applying a first, water-sensitive adhesive to at least one region of the rubber components to be bonded, - applying a second, water-insensitive adhesive to the edges of the region of the first adhesive that point outward, - pressing the components to be bonded together and - allowing the adhesives to react to completion at a temperature of less than 50°C.
An ex vivo process for producing a dental restoration or part thereof comprising the steps a. providing a container containing a composition to be applied on a dental article, the composition comprising glass and/or glass ceramic particles being contained in a gel, the gel being obtainable by a sol/gel reaction of a Si and O containing inorganic crosslinkable binder precursor being contained in a liquid, the container being sealable or sealed, b. applying the composition contained in the container to the surface of a dental article, wherein the dental article or part thereof is a dental support structure, a dental facing precursor, an abutment or a dental implant and wherein the crosslinkable binder precursor of the composition is selected from orthosilicates, silica sol, water glass, and mixtures thereof. a. providing a container containing a composition to be applied on a dental article, the composition comprising glass and/or glass ceramic particles being contained in a gel, the gel being obtainable by a sol/gel reaction of a Si and O containing inorganic crosslinkable binder precursor being contained in a liquid, the container being sealable or sealed, b. applying the composition contained in the container to the surface of a dental article,
A method for estimating grid strength of a power grid connected to a renewable energy farm having a plurality of renewable energy power systems, the method comprising: Measuring , at least, a voltage, an active power, and a reactive power at a point of interconnection of the renewable energy farm to the power grid; determining a sensitivity of the voltage to at least one of the active power or the reactive power at the point of interconnection; determining the grid strength of the power grid as a function of the sensitivity of the voltage to at least one of the active power or the reactive power at the point of interconnection; dynamically determining at least one of an active power command or a reactive power command for the renewable energy farm at the point of interconnection based on the grid strength; and, distributing at least one of the active power command or the reactive power command to individual controllers of the plurality of renewable energy systems and a farm-level controller of the renewable energy farm; wherein determining the grid strength of the power grid as a function of the sensitivity of the voltage to at least one of the active power or the reactive power at the point of interconnection further comprises performing a frequency domain transformation of each of the voltage, the active power, and the reactive power of the renewable energy farm. Measuring , at least, a voltage, an active power, and a reactive power at a point of interconnection of the renewable energy farm to the power grid; determining a sensitivity of the voltage to at least one of the active power or the reactive power at the point of interconnection; determining the grid strength of the power grid as a function of the sensitivity of the voltage to at least one of the active power or the reactive power at the point of interconnection; dynamically determining at least one of an active power command or a reactive power command for the renewable energy farm at the point of interconnection based on the grid strength; and, distributing at least one of the active power command or the reactive power command to individual controllers of the plurality of renewable energy systems and a farm-level controller of the renewable energy farm; wherein determining the grid strength of the power grid as a function of the sensitivity of the voltage to at least one of the active power or the reactive power at the point of interconnection further comprises performing a frequency domain transformation of each of the voltage, the active power, and the reactive power of the renewable energy farm.