mhurhangee/patent-ind-claim-en huggingface dataset:
A method of designing a garment , the garment comprising a plurality of adjacent panels , the method comprising the steps of (a) a client providing a template request to a server , the template request identifying the garment by garment model and garment size; (b) the server providing a plurality of two dimensional panel templates to the client, each panel template corresponding to a panel of the garment , each panel template comprising an outer face defined by a template edge , each panel template comprising a guide line on its outer face spaced apart from the template edge , the guide line surrounding a graphics area ; (c) the client adding a graphical element to the graphics area of the outer face of at least one of the panel templates and then returning the panel templates to the server ; (d) the server connecting the panel templates together such that the guide lines of adjacent panel templates abut to form a three dimensional representation of the garment , and (e) the server returning the representation of the garment to the client; wherein for at least two adjacent panel templates the client adds graphical elements to the panel templates which extend at least as far as the guide line so that when the panel templates are connected together the graphical elements extend continuously from one panel to the next on the representation of the garment . (a) a client providing a template request to a server , the template request identifying the garment by garment model and garment size; (b) the server providing a plurality of two dimensional panel templates to the client, each panel template corresponding to a panel of the garment , each panel template comprising an outer face defined by a template edge , each panel template comprising a guide line on its outer face spaced apart from the template edge , the guide line surrounding a graphics area ; (c) the client adding a graphical element to the graphics area of the outer face of at least one of the panel templates and then returning the panel templates to the server ; (d) the server connecting the panel templates together such that the guide lines of adjacent panel templates abut to form a three dimensional representation of the garment , and (e) the server returning the representation of the garment to the client;
A ferrule comprising: a body having upper and lower surfaces (314,0 312) and a bore extending therethrough from the upper surface to the lower surface , the bore defining an inner wall of the body , the lower surface configured to fit flush against a surface of a workpiece to which a stud is to be welded; and a plurality of ribs extending inwardly from the inner wall of the body proximate to the upper surface characterized in that the plurality of ribs are not all of the same size and are disposed non-equidistantly around the inner wall of the bore, the plurality of ribs defining grooves , with each groove extending between adjacent ribs , wherein during a welding operation, the plurality of ribs are configured to center the stud within the ferrule and wherein the plurality of grooves are configured to allow gases formed during the welding operation to vent out of the ferrule. a body having upper and lower surfaces (314,0 312) and a bore extending therethrough from the upper surface to the lower surface , the bore defining an inner wall of the body , the lower surface configured to fit flush against a surface of a workpiece to which a stud is to be welded; and a plurality of ribs extending inwardly from the inner wall of the body proximate to the upper surface characterized in that the plurality of ribs are not all of the same size and are disposed non-equidistantly around the inner wall of the bore, the plurality of ribs defining grooves , with each groove extending between adjacent ribs , wherein during a welding operation, the plurality of ribs are configured to center the stud within the ferrule and wherein the plurality of grooves are configured to allow gases formed during the welding operation to vent out of the ferrule.
Assembly for positioning large-format boards on a top surface, the assembly comprises means for fixing-and-separating for positioning a board on top surface and setting the gap between an adjacent board, and additionally comprises retaining wedge that is mounted to the means for fixing and separating enabling adjacent boards to be evenly placed on the top surface at such a distance in relation to each other determined by the thickness of the means for fixing-and-separating , wherein the means for fixing-and-separating comprise a base (P) formed as resilient foot, which is adapted to be placed under the adjacent boards wherein a grip (C) extends from the base (P) at an angle of 90° whose thickness is adapted to the intended gap between the adjacent boards, wherein within the grip (C) a narrowing (Pr) is formed close to the base, wherein the means for fixing-and-separating and the retaining wedge are mutually shaped so that the retaining wedge is adapted to hitch a catch (Z) that is formed on the means for fixing-and-separating so that the retaining wedge presses the adjacent boards to the base (P) after adjacent board have been placed on the top surface and wherein the catch (Z) for the retaining wedge is formed on the grip (C) in the opposite direction with regard to the base (P), wherein the retaining wedge is shaped making adapted to hitch the catch (Z) in such a way that, after engaging the catch (Z), the retaining wedge presses the adjacent boards to the base (P) surface, characterized in that on the grip (C) a pressing clip (K) is formed, wherein the shape of the clip (K) is adapted so as to stably press the upper surface of the board that is fixed to the top surface.
A boot with a tongue or tongue region having a first receiver disposed on a lateral or medial side of the tongue or tongue region, and the first receiver being configured to removably receive a tuning element generally over the lateral or medial side of an ankle joint region and to sufficiently secure the tuning element in place so that the tuning element is disposed from an upper portion of the boot corresponding to a lower leg region, across the front of the ankle joint region, and over at least a portion of an instep of the boot , the tuning element thereby increases the boot's resistance to flex in the ankle joint region, characterized in that the tuning element is configured to be disposed away from and expose a longitudinally central portion of the instep.
Method for connecting an external part to a panel using at least two components , wherein each component has a flange for engaging at least partially over an edge of the external part, and wherein the method comprises placing the two components each engaging with their flange over the edge and thus connect the external part to the panel via the two components wherein each component comprises a connection side which is positioned at a distance from the panel and wherein a compound is introduced between the connection side and the panel, a zone is delimited between the connection side and the panel such that a physical barrier is formed for the compound, which zone has at least an opening in the connection side, and wherein a compound in liquid form is applied above the opening so as to flow through the opening and fill the zone, wherein above said opening a further zone is at least partially filled by the compound such that, after at least partial curing of the compound, the component is held mechanically by the compound.
An integrated system for quantum computation, including: at least one semiconductor spin qubit ; a feedline configured to act as an electron spin resonance, ESR, antenna for control of the at least one semiconductor spin qubit, at least one resonator (220_j), and a ground plane common to both the feedline and the at least one resonator, wherein the at least one resonator is capacitively coupled to the feedline, and configured for readout of said at least one semiconductor spin qubit via the feedline, and wherein the feedline and said at least one resonator are arranged in adjacent layers separated by at least a dielectric. at least one semiconductor spin qubit ; a feedline configured to act as an electron spin resonance, ESR, antenna for control of the at least one semiconductor spin qubit, at least one resonator (220_j), and a ground plane common to both the feedline and the at least one resonator, wherein the at least one resonator is capacitively coupled to the feedline, and configured for readout of said at least one semiconductor spin qubit via the feedline, and wherein the feedline and said at least one resonator are arranged in adjacent layers separated by at least a dielectric.
An upper stage rocket of a multi-stage rocket system, the upper stage rocket comprising: an actively-cooled heat shield system including: a heat shield defining a windward side of the upper stage rocket ; a tank onboard the upper stage rocket , the tank configured to store a coolant; a pump onboard the upper stage rocket , the pump configured to receive the coolant from the tank and output a pressurized coolant; a heat exchanger onboard the upper stage rocket , the heat exchanger integrally connected with the heat shield and configured to receive the pressurized coolant from the pump , transfer heat from the heat shield to the pressurized coolant to generate a heated fluid, and output the heated fluid; a turbine onboard the upper stage rocket , the turbine including: - an inlet configured to receive the heated fluid output from the heat exchanger ; - a shaft coupled to the pump and including turbine blades mounted thereon, the shaft configured to rotate and thereby power the pump when the heated fluid received from the heat exchanger acts on the turbine blades; and - an outlet configured to output the heated fluid; and a propulsion engine disposed at an aft end of the upper stage rocket ; wherein the aft end defines the windward side of the upper stage rocket during operation of the heat shield system . a heat shield defining a windward side of the upper stage rocket ; a tank onboard the upper stage rocket , the tank configured to store a coolant; a pump onboard the upper stage rocket , the pump configured to receive the coolant from the tank and output a pressurized coolant; a heat exchanger onboard the upper stage rocket , the heat exchanger integrally connected with the heat shield and configured to receive the pressurized coolant from the pump , transfer heat from the heat shield to the pressurized coolant to generate a heated fluid, and output the heated fluid; a turbine onboard the upper stage rocket , the turbine including: - an inlet configured to receive the heated fluid output from the heat exchanger ; - a shaft coupled to the pump and including turbine blades mounted thereon, the shaft configured to rotate and thereby power the pump when the heated fluid received from the heat exchanger acts on the turbine blades; and - an outlet configured to output the heated fluid; and - an inlet configured to receive the heated fluid output from the heat exchanger ; - a shaft coupled to the pump and including turbine blades mounted thereon, the shaft configured to rotate and thereby power the pump when the heated fluid received from the heat exchanger acts on the turbine blades; and - an outlet configured to output the heated fluid; and a propulsion engine disposed at an aft end of the upper stage rocket ; wherein the aft end defines the windward side of the upper stage rocket during operation of the heat shield system .
An edible water-in-oil emulsion of the spreadable fats type comprising: - a fat content of between 15 and 55% with - a shea stearin content of between 4 and 20% in the fatty phase, said emulsion having a solid content of the fatty phase of less than 10% at 20°C, preferably less than 5%. - a fat content of between 15 and 55% with - a shea stearin content of between 4 and 20% in the fatty phase,
One or more machine-readable storage media having stored therein a plurality of instructions that, when executed, cause a compute device to: establish a virtual network function on the compute device to perform a network function, wherein the virtual network function comprises a plurality of virtual network function components that communicate with each other; read one or more packets communicated between the virtual network function components; perform a security threat assessment on the one or more packets communicated between the virtual network function components; and transmit the security threat assessment to a security compute device; wherein the plurality of instructions, when executed, further cause the compute device to perform a remediation action on the one or more packets in response to the security threat assessment, wherein the remediation action varies based on the security threat. establish a virtual network function on the compute device to perform a network function, wherein the virtual network function comprises a plurality of virtual network function components that communicate with each other; read one or more packets communicated between the virtual network function components; perform a security threat assessment on the one or more packets communicated between the virtual network function components; and transmit the security threat assessment to a security compute device; wherein the plurality of instructions, when executed, further cause the compute device to perform a remediation action on the one or more packets in response to the security threat assessment, wherein the remediation action varies based on the security threat.
Ventilator having a gas guidance system for supplying a patient with breathing gas, wherein at least one monitoring device for monitoring the oxygen content of the breathing gas is provided, wherein the monitoring device has at least one receptacle for an oxygen sensor , characterised in that optionally a galvanic oxygen sensor or a paramagnetic oxygen sensor can be inserted into the receptacle , wherein the two oxygen sensors do not fit together into the receptacle, wherein for the electrical connection of the oxygen sensor to the ventilator a first terminal assigned to the ventilator and two second terminals are provided in the region of the receptacle , wherein the one second terminal is provided for connection to a galvanic oxygen sensor and the other second terminal is provided for connection to a paramagnetic oxygen sensor . optionally a galvanic oxygen sensor or a paramagnetic oxygen sensor can be inserted into the receptacle , wherein the two oxygen sensors do not fit together into the receptacle, wherein for the electrical connection of the oxygen sensor to the ventilator a first terminal assigned to the ventilator and two second terminals are provided in the region of the receptacle , wherein the one second terminal is provided for connection to a galvanic oxygen sensor and the other second terminal is provided for connection to a paramagnetic oxygen sensor .
An optical sensor apparatus , comprising: an optically transmissive light guiding structure having planar first, second, and third faces (F1, F2, F3); four or more light sources located outside the light guiding structure adjacent the first face, wherein the four or more light sources include two common wavelength light sources configured to emit light of a common vacuum wavelength and two different wavelength light sources configured to emit light at vacuum wavelengths different from each other and also different from the common vacuum wavelength of the common wavelength light sources; a photodetector array located outside the light guiding structure adjacent the first face, wherein the light guiding structure, light sources, and photodetector array are configured such that light from the four or more light sources that is totally internally reflected at an optical interface between the light guiding structure and a sample outside the light guiding structure proximate the second face is reflected at the third face and incident on a portion of the photodetector array that depends on a refractive index of the sample, wherein the two common wavelength light sources are positioned with respect to the light guiding structure and photodetector array such that light from each of the two common wavelength light sources that is totally internally reflected at the interface and reflected at the third face corresponds to a different range of refractive index of the sample and maps to a corresponding portion of the photodetector array. an optically transmissive light guiding structure having planar first, second, and third faces (F1, F2, F3); four or more light sources located outside the light guiding structure adjacent the first face, wherein the four or more light sources include two common wavelength light sources configured to emit light of a common vacuum wavelength and two different wavelength light sources configured to emit light at vacuum wavelengths different from each other and also different from the common vacuum wavelength of the common wavelength light sources; a photodetector array located outside the light guiding structure adjacent the first face, wherein the light guiding structure, light sources, and photodetector array are configured such that light from the four or more light sources that is totally internally reflected at an optical interface between the light guiding structure and a sample outside the light guiding structure proximate the second face is reflected at the third face and incident on a portion of the photodetector array that depends on a refractive index of the sample, wherein the two common wavelength light sources are positioned with respect to the light guiding structure and photodetector array such that light from each of the two common wavelength light sources that is totally internally reflected at the interface and reflected at the third face corresponds to a different range of refractive index of the sample and maps to a corresponding portion of the photodetector array.
A pharmaceutical composition in dosage form for use in treating smokeless tobacco addiction, said pharmaceutical composition comprises nicotine, cannabidiol, and a pharmaceutically acceptable vehicle therefor, wherein the dosage form contains from 2 to 4 mg of nicotine and from 10 to 100 mg of cannabidiol, and said dosage form is configured for transmucosal delivery.
A method of securing a set of computers including a client computer , the method comprising: receiving, by a threat response platform from a threat detection program communicatively connected to the client computer in an enterprise computing network, an event report identifying a suspicious network communication between the client computer and a network device ; automatically, in response to determining that the client computer has made the suspicious network communication, remotely installing an agent program on the client computer ; automatically, remotely activating , by the threat response platform , the agent program on the client computer , the agent program configured for searching potential indications of compromise, IOCs, on the client computer and sending data identifying the potential IOCs on the client computer to the threat response platform for evaluation; receiving , by the threat response platform from the agent program, the data identifying the potential IOCs on the client computer ; comparing, by the threat response platform , the potential IOCs on the client computer and IOCs in a database local to the threat response platform ; based at least in part on the comparing, determining, by the threat response platform , whether the potential IOCs on the client computer indicate evidence of malware on the client computer ; and responsive to the evidence of malware on the client computer , updating the database to include the evidence of malware determined by the threat response platform . receiving, by a threat response platform from a threat detection program communicatively connected to the client computer in an enterprise computing network, an event report identifying a suspicious network communication between the client computer and a network device ; automatically, in response to determining that the client computer has made the suspicious network communication, remotely installing an agent program on the client computer ; automatically, remotely activating , by the threat response platform , the agent program on the client computer , the agent program configured for searching potential indications of compromise, IOCs, on the client computer and sending data identifying the potential IOCs on the client computer to the threat response platform for evaluation; receiving , by the threat response platform from the agent program, the data identifying the potential IOCs on the client computer ; comparing, by the threat response platform , the potential IOCs on the client computer and IOCs in a database local to the threat response platform ; based at least in part on the comparing, determining, by the threat response platform , whether the potential IOCs on the client computer indicate evidence of malware on the client computer ; and responsive to the evidence of malware on the client computer , updating the database to include the evidence of malware determined by the threat response platform .
A label system comprising a thin film label and a carrier film, wherein the label comprises an overprint layer obtainable from an aqueous or solvent-based precursor formulation, an indicia layer, and an adhesive layer, wherein the indicia layer is located between the overprint layer and the adhesive layer, and wherein the label has a thickness ranging from 0.00254 mm to 0.0381 mm, preferably from 0.0102 to 0.0152 mm; optionally wherein the overprint layer comprises a polyurethane or an epoxy and/or the adhesive layer is on top of the indicia layer and any exposed portion(s) of the overprint layer.
Use of one or more ALS inhibitor herbicide(s) for controlling unwanted vegetation in Beta vulgaris growing areas in which the Beta vulgaris plants comprise a mutation in codon 1705-1707 of an endogenous ALS gene encoding an ALS protein containing leucine at position 569 and wherein the mutation is homozygously present.
A guide pad in a plate-like shape, the guide pad being removably attached to a tool body of a cutting tool, comprising: an upper surface and a lower surface that oppose each other; and a side surface extending between the upper surface and the lower surface , wherein the upper surface comprises at least one guide surface that extends in a longitudinal direction (A) of the guide pad and curves convexly, the at least one guide surface comprising first and second guide surfaces formed separately from each other in a direction orthogonal to the longitudinal direction (A); and characterised in that the upper surface and the lower surface have left-right asymmetrical external shapes, respectively. an upper surface and a lower surface that oppose each other; and a side surface extending between the upper surface and the lower surface , wherein the upper surface comprises at least one guide surface that extends in a longitudinal direction (A) of the guide pad and curves convexly, the at least one guide surface comprising first and second guide surfaces formed separately from each other in a direction orthogonal to the longitudinal direction (A); and characterised in that the upper surface and the lower surface have left-right asymmetrical external shapes, respectively.