mhurhangee/patent-ind-claim-en huggingface dataset:
A laser markable polymer composite, comprising: (a) a polyamide component as the matrix, and (b) carbon black as a laser-sensitive additive, wherein the polyamide component consists of a polyamide selected from the group consisting of: (a1) a linear aliphatic polyamide of the AB type having 10-12 carbon atoms, produced by polymerizing lactams having from 10-12 carbon atoms in the monomer unit or by polycondensing a ω-aminocarboxylic acids having from 10-12 carbon atoms in the monomer unit, wherein the linear aliphatic polyamide is selected from the group consisting of PA10, PA11, PA12, or (a2) a linear aliphatic polyamide of the AABB type, produced by polycondensing diamines having 6-14 carbon atoms in the monomer units and dicarboxylic acids having 9-14 carbon atoms in the monomer unit, wherein the linear aliphatic polyamide (a2) is selected from the group consisting of PA610, PA612, PA1010, PA1012, PA1210, PA1212, or (a3) a cycloaliphatic polyamide, produced by polycondensing a cycloaliphatic diamine having 10-20 carbon atoms in the monomer units and an aliphatic dicarboxylic acid having 8-18 carbon atoms in the monomer units, optionally further produced by a lactam having 6-14 carbon atoms or a linear aliphatic ω-aminocarboxylic acid having 6-14 carbon atoms, wherein the cycloaliphatic polyamide is selected from the group consisting of MACM10, MACM11, MACM12, PACM10, PACM11, PACM12, TMDC10, TMDC11, TMDC12, and the compound of any two or more of a1)- a3) as well as the copolymer thereof, the carbon black is present in an amount of 50-300 ppm, based on the total weight of the polymer composite. (a) a polyamide component as the matrix, and (b) carbon black as a laser-sensitive additive, (a1) a linear aliphatic polyamide of the AB type having 10-12 carbon atoms, produced by polymerizing lactams having from 10-12 carbon atoms in the monomer unit or by polycondensing a ω-aminocarboxylic acids having from 10-12 carbon atoms in the monomer unit, wherein the linear aliphatic polyamide is selected from the group consisting of PA10, PA11, PA12, or (a2) a linear aliphatic polyamide of the AABB type, produced by polycondensing diamines having 6-14 carbon atoms in the monomer units and dicarboxylic acids having 9-14 carbon atoms in the monomer unit, wherein the linear aliphatic polyamide (a2) is selected from the group consisting of PA610, PA612, PA1010, PA1012, PA1210, PA1212, or (a3) a cycloaliphatic polyamide, produced by polycondensing a cycloaliphatic diamine having 10-20 carbon atoms in the monomer units and an aliphatic dicarboxylic acid having 8-18 carbon atoms in the monomer units, optionally further produced by a lactam having 6-14 carbon atoms or a linear aliphatic ω-aminocarboxylic acid having 6-14 carbon atoms, wherein the cycloaliphatic polyamide is selected from the group consisting of MACM10, MACM11, MACM12, PACM10, PACM11, PACM12, TMDC10, TMDC11, TMDC12, and the compound of any two or more of a1)- a3) as well as the copolymer thereof,
An automatic analyzer comprising: a disc having a plurality of sample positions that can hold samples on a circumference; a sample introduction device for introducing a sample into the disc; a detector for measuring the sample; and a rotation control device for controlling rotation of the disc, wherein the rotation control device is adapted to control rotation of the disc so as to move a sample position on the disc to an introduction position accessible to the sample introduction device , and a sample is then introduced into the sample position placed in the introduction position by the sample introduction device, characterised in that the detector is placed at a position around the disc for measuring the sample placed on the disc, and the rotation control device is further adapted to control rotation of the disc so as to move an origin of the disc to a particular position thereby returning the disc to an origin state, before then a plurality of samples on the disc are measured by the detector while the disc is rotated at a predetermined speed starting from the origin state. a disc having a plurality of sample positions that can hold samples on a circumference; a sample introduction device for introducing a sample into the disc; a detector for measuring the sample; and a rotation control device for controlling rotation of the disc, wherein the rotation control device is adapted to control rotation of the disc so as to move a sample position on the disc to an introduction position accessible to the sample introduction device , and a sample is then introduced into the sample position placed in the introduction position by the sample introduction device, characterised in that the detector is placed at a position around the disc for measuring the sample placed on the disc, and the rotation control device is further adapted to control rotation of the disc so as to move an origin of the disc to a particular position thereby returning the disc to an origin state, before then a plurality of samples on the disc are measured by the detector while the disc is rotated at a predetermined speed starting from the origin state.
A method for identifying a user equipment, UE in an evolved network comprising: receiving, by the UE, a temporary mobile subscriber identifier allocated by the evolved network, wherein the temporary mobile subscriber identifier comprises: an identifier of a pool, an identifier of a mobility management entity, and a temporary identifier of the UE; and the UE is temporarily identified by the temporary mobile subscriber identifier when the UE accesses the evolved network. receiving, by the UE, a temporary mobile subscriber identifier allocated by the evolved network, wherein the temporary mobile subscriber identifier comprises: an identifier of a pool, an identifier of a mobility management entity, and a temporary identifier of the UE; and the UE is temporarily identified by the temporary mobile subscriber identifier when the UE accesses the evolved network.
Method of manufacturing a connection part for electrical installations, in particular for an on-board network of a motor vehicle, comprising: - deep-drawing a sheet metal blank for producing a sleeve having a first end region and a second end region, wherein the first end region has a bottom and wherein the second end region is open, - forming, in particular pressing, the second end region to produce a tab, and - making a through hole in the tab. - deep-drawing a sheet metal blank for producing a sleeve having a first end region and a second end region, wherein the first end region has a bottom and wherein the second end region is open, - forming, in particular pressing, the second end region to produce a tab, and - making a through hole in the tab.
An orthopaedic joint prosthesis assembly which comprises: a. a head part (500; 600; 700) of an orthopaedic joint prosthesis component, which has a spherical bearing surface for articulation with a corresponding joint surface, and an assembly surface having a bore formed in it for receiving a spigot on another part of the orthopaedic joint prosthesis, said bore having a first axis that extends perpendicular to the assembly surface , and in which there is a discontinuity at an interface between the bearing surface and the assembly surface , the said assembly surface being arranged on a plane which is parallel to, or contains, a plane which is defined by the opening to the bore in the head part when the head part is viewed from one side in cross-section, and b. an alignment guide (510; 610; 710) comprising an axial portion defining a second axis coincident with the first axis, such when an impaction force is applied along the second axis the force is directed along the first axis, the axial portion comprising: a plain bore sleeve (518; 712); and a pair of arms that extend from a distal portion of the sleeve such that a space is formed between each arm , wherein each arm comprises a proximal end , a distal end and an inner surface that has a contact surface shaped to substantially correspond to the bearing surface of the head part of the orthopaedic joint prosthesis, such that when the head part is mounted within the guide a nesting fit is formed between the bearing surface of the head part and the contact surface of each arm , characterised in that the distal end of each arm joins to form a U-shaped bracket which carries a U-shaped assembly surface seating member configured to engage the assembly surface of the head part of the orthopaedic joint prosthesis when the head part is mounted within the guide . a. a head part (500; 600; 700) of an orthopaedic joint prosthesis component, which has a spherical bearing surface for articulation with a corresponding joint surface, and an assembly surface having a bore formed in it for receiving a spigot on another part of the orthopaedic joint prosthesis, said bore having a first axis that extends perpendicular to the assembly surface , and in which there is a discontinuity at an interface between the bearing surface and the assembly surface , the said assembly surface being arranged on a plane which is parallel to, or contains, a plane which is defined by the opening to the bore in the head part when the head part is viewed from one side in cross-section, and b. an alignment guide (510; 610; 710) comprising an axial portion defining a second axis coincident with the first axis, such when an impaction force is applied along the second axis the force is directed along the first axis, the axial portion comprising: a plain bore sleeve (518; 712); and a pair of arms that extend from a distal portion of the sleeve such that a space is formed between each arm , a plain bore sleeve (518; 712); and a pair of arms that extend from a distal portion of the sleeve such that a space is formed between each arm ,
A coil-forming laying head system comprising: a laying pathway structure defining an elongated hollow pathway adapted to transport elongated materials (M) therein, characterized in that the laying pathway structure comprises a flexibility of at least about 50 mm at 23°C, wherein the flexibility value is obtained based on a cantilever test using a straight tube having an outer diameter of 48.3 mm, and a wall thickness of 7.14 mm, which is attached to a fully rigid structure at a proximal end, and a weight of 1000 kgs is attached to the opposite terminal end of the tube, wherein the tube has a length of 500 mm, the tube being attached to the fully rigid structure such that the proximal end is flush against the wall and the tube is parallel to the ground and perpendicular to the fully rigid structure, and wherein the pipe is then allowed to flex for a time of 60 seconds at 23°C and the change in the vertical distance of the terminal end of the pipe from the original height is recorded as the flexibility.
A pharmaceutical composition for inhalatory use characterized by comprising: a) a first spray dried powder comprising budesonide or a pharmaceutically acceptable salt thereof, in amounts greater than 5% by weight of said first powder, leucine in amount from 5 to 70% by weight of said first powder, lactose in amount from 20 to 90% by weight of said first powder and a surfactant; b) a second spray dried powder comprising formoterol or a pharmaceutically acceptable salt thereof, in an amount greater than 1% by weight of said second powder, , leucine in amount from 5 to 70% by weight of said second powder, lactose in amount from 20 to 90% by weight of said second powder and a surfactant; c) a bulking agent spray dried powder comprising leucine in amount from 5 to 70% by weight of said bulking agent powder and lactose in amount from 20 to 90% by weight of said bulking agent powder and a surfactant. wherein said composition has a fine particle fraction (FPF) greater than 60% and an delivered fraction (DF) greater than 90%. a) a first spray dried powder comprising budesonide or a pharmaceutically acceptable salt thereof, in amounts greater than 5% by weight of said first powder, leucine in amount from 5 to 70% by weight of said first powder, lactose in amount from 20 to 90% by weight of said first powder and a surfactant; b) a second spray dried powder comprising formoterol or a pharmaceutically acceptable salt thereof, in an amount greater than 1% by weight of said second powder, , leucine in amount from 5 to 70% by weight of said second powder, lactose in amount from 20 to 90% by weight of said second powder and a surfactant; c) a bulking agent spray dried powder comprising leucine in amount from 5 to 70% by weight of said bulking agent powder and lactose in amount from 20 to 90% by weight of said bulking agent powder and a surfactant.
A method for controlling operation of a crane, comprising: scanning dynamically, by a 3D imaging device, a plurality of objects within an operating range of the crane to obtain 3D spatial information of each of the plurality of objects, wherein the plurality of objects comprises the crane and an obstacle and the 3D spatial information comprises 3D spatial coordinates; determining a distance from the obstacle to a preset position of the crane based on the 3D spatial coordinates of the crane and the obstacle; judging whether the distance from the obstacle to the preset position is less than a preset distance corresponding to the preset position; and performing an alarm if the distance from the obstacle to the preset position is less than the preset distance corresponding to the preset position, characterised in that the plurality of objects further comprises an object to be lifted, wherein the obstacle is located between the crane and an object to be lifted, and in that the method further comprises determining a length, a width, and a height of the obstacle according to the 3D spatial coordinates of the obstacle, wherein the length, the width and the height of the obstacle are used to assist a boom of the crane to operate across the obstacle. scanning dynamically, by a 3D imaging device, a plurality of objects within an operating range of the crane to obtain 3D spatial information of each of the plurality of objects, wherein the plurality of objects comprises the crane and an obstacle and the 3D spatial information comprises 3D spatial coordinates; determining a distance from the obstacle to a preset position of the crane based on the 3D spatial coordinates of the crane and the obstacle; judging whether the distance from the obstacle to the preset position is less than a preset distance corresponding to the preset position; and performing an alarm if the distance from the obstacle to the preset position is less than the preset distance corresponding to the preset position, characterised in that the plurality of objects further comprises an object to be lifted, wherein the obstacle is located between the crane and an object to be lifted, and in that the method further comprises determining a length, a width, and a height of the obstacle according to the 3D spatial coordinates of the obstacle, wherein the length, the width and the height of the obstacle are used to assist a boom of the crane to operate across the obstacle.
A method performed by a first wireless communication apparatus, the method comprising: constructing a transmission frame (500; 820) comprising a VHTsupported modulation-coding-scheme field, wherein the VHT supported modulation-coding-scheme field includes a receiver modulation-coding scheme map (400; 802), Rx MCS map, which maps to respective numbers Nss of spatial streams a corresponding maximum modulation-coding scheme, MCS, supported by the first wireless communication apparatus for receiving that number Nss of spatial streams, and wherein the Rx MCS map (400; 802) includes, for each number Nss of spatial streams between Nss = 1 and Nss = 8, a subfield (402; 804; 808) that indicates the maximum MCS that can be received by the first wireless communication apparatus for that number Nss of spatial streams, wherein the Rx MCS map comprises 32 bits and each of said subfields comprises a 4-bit-value; and transmitting the constructed frame (500; 820) to a second wireless communication apparatus. constructing a transmission frame (500; 820) comprising a VHTsupported modulation-coding-scheme field, wherein the VHT supported modulation-coding-scheme field includes a receiver modulation-coding scheme map (400; 802), Rx MCS map, which maps to respective numbers Nss of spatial streams a corresponding maximum modulation-coding scheme, MCS, supported by the first wireless communication apparatus for receiving that number Nss of spatial streams, and wherein the Rx MCS map (400; 802) includes, for each number Nss of spatial streams between Nss = 1 and Nss = 8, a subfield (402; 804; 808) that indicates the maximum MCS that can be received by the first wireless communication apparatus for that number Nss of spatial streams, wherein the Rx MCS map comprises 32 bits and each of said subfields comprises a 4-bit-value; and transmitting the constructed frame (500; 820) to a second wireless communication apparatus.
Method for operating a system comprising at least two mechanically coupled asynchronous motors , wherein one of the at least two asynchronous motors is selected as master and operates as master during operation of the system , wherein the or any other asynchronous motor operates as slave during operation of the system , wherein with regard to the asynchronous motor functioning as master , in each case an effective flux angle is detected as master flux angle in a continuous or quasi-continuous manner, wherein the detected flux angle effective at the master is included in a setpoint value for regulating the flux angle of the or each slave and wherein the flux angle effective at the master is used as the setpoint value for regulating the flux angle of the or each slave . wherein one of the at least two asynchronous motors is selected as master and operates as master during operation of the system , wherein the or any other asynchronous motor operates as slave during operation of the system , wherein with regard to the asynchronous motor functioning as master , in each case an effective flux angle is detected as master flux angle in a continuous or quasi-continuous manner, wherein the detected flux angle effective at the master is included in a setpoint value for regulating the flux angle of the or each slave and wherein the flux angle effective at the master is used as the setpoint value for regulating the flux angle of the or each slave .
A fluid ejection device, comprising: a fluid slot ; a plurality of fluid ejection chambers communicated with the fluid slot ; a plurality of drop ejecting elements each within one of the fluid ejection chambers ; a plurality of fluid circulation channels each communicated with the fluid slot and one or more of the fluid ejection chambers ; a plurality of fluid circulating elements each communicated with one or more of the fluid circulation channels ; and an electronic controller including a flow circulation module to control operation of the fluid circulating elements to provide intermittent circulation of fluid from the fluid slot through the one or more of the fluid circulation channels and the one or more of the fluid ejection chambers , wherein a frequency of the intermittent circulation is variable based on operation of the drop ejecting elements ; and the frequency of the intermittent circulation is a function of an amount of time between disassociated periods of operation of the drop ejecting elements . a fluid slot ; a plurality of fluid ejection chambers communicated with the fluid slot ; a plurality of drop ejecting elements each within one of the fluid ejection chambers ; a plurality of fluid circulation channels each communicated with the fluid slot and one or more of the fluid ejection chambers ; a plurality of fluid circulating elements each communicated with one or more of the fluid circulation channels ; and an electronic controller including a flow circulation module to control operation of the fluid circulating elements to provide intermittent circulation of fluid from the fluid slot through the one or more of the fluid circulation channels and the one or more of the fluid ejection chambers , wherein a frequency of the intermittent circulation is variable based on operation of the drop ejecting elements ; and the frequency of the intermittent circulation is a function of an amount of time between disassociated periods of operation of the drop ejecting elements .
An aerosol-forming article comprising an aerosol-forming substrate at least partly formed of extruded cannabinoid-containing plant material.
Method of controlling a braking function of a brake of an elevator by means of a brake control circuit comprising a first switch that controls the electricity supply of a winding of the brake, wherein the switch is switched in a controlled manner with short pulses by a control of the electricity supply of the winding of the brake, wherein after the electricity supply of the winding of the brake has been disconnected by opening a second controllable switch, the energy stored in the winding is discharged into an intermediate circuit of the brake control circuit via a release branch to collect the magnetization energy stored in the winding of the brake by means of a capacitor being connected between the rails that transfer output current and return current to the intermediate circuit, so that the energy stored can also then be re-used as magnetization energy of the winding of the brake.