mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining a consensus sequence for a double-stranded nucleic acid segment, said method comprising: (a) providing a circular template, wherein the 3' end of the sense strand of said double-stranded nucleic acid segment is joined to the 5' end of its antisense strand via a first linking oligonucleotide providing a first single-stranded portion, and wherein the 5' end of the sense strand of said double-stranded nucleic acid segment is linked to the 3' end of its antisense strand via a second linking oligonucleotide providing a second single-stranded portion; (b) using rolling circle amplification to produce a concatemer molecule that includes repeating copies of the sense and antisense strands of said double-stranded nucleic acid segment; (c) employing the concatemer molecule in a template-directed, polymerase mediated single molecule, real-time sequencing process to obtain multiple reads of the sense and antisense strands of said double-stranded nucleic acid segment; and (d) determining a consensus sequence for said double-stranded nucleic acid segment by assembling or comparing the multiple reads obtained for the sense and antisense strands. (a) providing a circular template, wherein the 3' end of the sense strand of said double-stranded nucleic acid segment is joined to the 5' end of its antisense strand via a first linking oligonucleotide providing a first single-stranded portion, and wherein the 5' end of the sense strand of said double-stranded nucleic acid segment is linked to the 3' end of its antisense strand via a second linking oligonucleotide providing a second single-stranded portion; (b) using rolling circle amplification to produce a concatemer molecule that includes repeating copies of the sense and antisense strands of said double-stranded nucleic acid segment; (c) employing the concatemer molecule in a template-directed, polymerase mediated single molecule, real-time sequencing process to obtain multiple reads of the sense and antisense strands of said double-stranded nucleic acid segment; and (d) determining a consensus sequence for said double-stranded nucleic acid segment by assembling or comparing the multiple reads obtained for the sense and antisense strands.
A method for controlling a motor in an elevator system, wherein, in the elevator system, a level sensor is disposed at a fixed position on each floor of a building, and a first magnetic signal emitter and a second magnetic signal emitter are coupled to a car and are vertically arranged to be spaced apart from each other above the car , and the motor operates to move the car upward or downward, wherein the method comprises: outputting, to the motor , an output voltage corresponding to a command frequency at a deceleration level when the level sensor receives a magnetic signal from the first magnetic signal emitter ; measuring (S10) a first time duration (T1) from a first time-point at which the level sensor receives the magnetic signal of the first magnetic signal emitter to a second time-point at which the level sensor receives a magnetic signal from the second magnetic signal emitter ; calculating (S20) an actual speed of the motor using the first time duration; determining (S25) a second time duration (T2) from the second time-point to a third time-point at which the car stops, using the actual speed and a predetermined travel distance; and adjusting (S30) a leveling error using the second time duration. wherein, in the elevator system, a level sensor is disposed at a fixed position on each floor of a building, and a first magnetic signal emitter and a second magnetic signal emitter are coupled to a car and are vertically arranged to be spaced apart from each other above the car , and the motor operates to move the car upward or downward, wherein the method comprises: outputting, to the motor , an output voltage corresponding to a command frequency at a deceleration level when the level sensor receives a magnetic signal from the first magnetic signal emitter ; measuring (S10) a first time duration (T1) from a first time-point at which the level sensor receives the magnetic signal of the first magnetic signal emitter to a second time-point at which the level sensor receives a magnetic signal from the second magnetic signal emitter ; calculating (S20) an actual speed of the motor using the first time duration; determining (S25) a second time duration (T2) from the second time-point to a third time-point at which the car stops, using the actual speed and a predetermined travel distance; and adjusting (S30) a leveling error using the second time duration.
A flow path sealing structure , which is disposed on a way of a flow path formed by fusion bonding a pair of resin sheets (12 and 14) that are superimposed on each other, the flow path sealing structure comprising: a widened portion surrounded by a widened seal portion formed by fusion bonding the pair of resin sheets around a periphery thereof, and one end and another end of which are in communication with the flow path, the widened portion being formed to be wider than the flow path; and a weakly sealed portion configured to be opened by increasing an internal pressure of the widened portion, characterized in that the weakly sealed portion is formed to extend in a widthwise direction in the widened portion, and partitions the widened portion in a liquid-tight and airtight manner into a first region on a side of the one end and a second region on a side of the other end. a widened portion surrounded by a widened seal portion formed by fusion bonding the pair of resin sheets around a periphery thereof, and one end and another end of which are in communication with the flow path, the widened portion being formed to be wider than the flow path; and a weakly sealed portion configured to be opened by increasing an internal pressure of the widened portion, characterized in that the weakly sealed portion is formed to extend in a widthwise direction in the widened portion, and partitions the widened portion in a liquid-tight and airtight manner into a first region on a side of the one end and a second region on a side of the other end.
A system for determining relative position of a guidewire introducer subassembly and a guidewire : the guidewire introducer subassembly having at least one end and the guidewire extending from the at least one end of the guidewire introducer subassembly , wherein one of the guidewire introducer subassembly and the guidewire includes a permanent magnet element , and the other of the guidewire introducer subassembly and the guidewire includes a magnetizable feature that has been magnetized; characterized in that the system further comprises magnetometers positioned with respect to the guidewire introducer subassembly and the guidewire , wherein the magnetometers are configured to determine relative movement of the guidewire introducer subassembly and the guidewire .
A busbar for lamps or electrical units, having several busbar sections which can be connected to one another, each comprising several longitudinally extending conduits for power supply and/or for signal transmission, which are arranged in grooves of a conduit-accommodating structure consisting of an insulating material, said grooves being open to a contacting side, wherein electrical connection contacts are provided in the connection region of two successive busbar sections, to which contacts the front ends of two conduits to be connected to one another are connected and which form a contacting surface that is accessible from the contacting side, and wherein several of the electrical connection contacts are arranged in a connection element , which has groove-like recesses corresponding to the grooves of the conduit-accommodating structure for the conduits , via which the contacting surfaces of the electrical connection contacts are accessible, characterized in that the electrical connection contacts on a rear face opposite the contacting surface comprise a further contacting surface or a contact, in particular a clamping or spring contact, and the connection element has openings at its rear side opposite the recesses , via which openings the further contacting surface or the contact is respectively accessible. having several busbar sections which can be connected to one another, each comprising several longitudinally extending conduits for power supply and/or for signal transmission, which are arranged in grooves of a conduit-accommodating structure consisting of an insulating material, said grooves being open to a contacting side, wherein electrical connection contacts are provided in the connection region of two successive busbar sections, to which contacts the front ends of two conduits to be connected to one another are connected and which form a contacting surface that is accessible from the contacting side, and wherein several of the electrical connection contacts are arranged in a connection element , which has groove-like recesses corresponding to the grooves of the conduit-accommodating structure for the conduits , via which the contacting surfaces of the electrical connection contacts are accessible, characterized in that the electrical connection contacts on a rear face opposite the contacting surface comprise a further contacting surface or a contact, in particular a clamping or spring contact, and the connection element has openings at its rear side opposite the recesses , via which openings the further contacting surface or the contact is respectively accessible.
Releasable cap suitable for application on a neck of a bottle for closing the bottle, wherein the cap is manufactured from cork or wood, or a combination thereof and is formed by a cork functioning as seal, wherein the cap is substantially disc-like and has an upper side , an underside and a side surface running obliquely from upper side to underside , wherein the oblique side surface is arranged co-act with the inner wall of the neck of the bottle for the purpose of clampingly closing bottle , wherein the cap is provided with at least one battery and light source coupled thereto for the purpose of emitting light downward into the bottle , wherein the cap comprises a switch for activating and deactivating the light source , characterized in that the light source is arranged in the cork , on the underside thereof, wherein the at least one lamp is arranged countersunk in the cap , wherein the cap is provided on the underside with a recess in which the light source and the battery are held, wherein the light source and other components, do not protrude beyond the plane of the underside of the cap , wherein the switch comprises a push button extending outward in upward direction relative to the cap , and wherein the cap is provided with a passage for the push button extending from the recess to the upper side of the cap .
A method for controlling rendering of layers, comprising: obtaining layer attribute information of a current layer rendered by an application, wherein the current layer has a specified type; determining a target frame rate of rendering according to the layer attribute information of the current layer, wherein the target frame rate of rendering is the number of layers rendered per unit time; and controlling the application to render, according to the target frame rate of rendering, a layer to-be-rendered of the specified type, wherein the layer to-be-rendered is a layer that needs to be rendered after the current layer. obtaining layer attribute information of a current layer rendered by an application, wherein the current layer has a specified type; determining a target frame rate of rendering according to the layer attribute information of the current layer, wherein the target frame rate of rendering is the number of layers rendered per unit time; and controlling the application to render, according to the target frame rate of rendering, a layer to-be-rendered of the specified type, wherein the layer to-be-rendered is a layer that needs to be rendered after the current layer.
A composition for providing a surface coating with a coefficient of friction of less than 0.1 on a substrate surface, wherein the composition comprises: (i) Particles; (ii) A lubricant; and (iii) A solvent, wherein the particles (i) are selected from one or more of silica particles, carbon particles, transition metal or transition metal oxide particles and aluminium based particles; the lubricant (ii) is selected from one or more of oils, silicone oils, vegetable oils, mineral oils, paraffin oils, choline phosphonium and sulphonium and the solvent (iii) is selected from one or more of propanol, ethanol, methanol, ethyl acetate, acetone, pentane, hexane, toluene, chloroform and dichloromethane. (i) Particles; (ii) A lubricant; and (iii) A solvent,
A method of measuring and/or inspecting a workpiece having teeth on a measuring and inspection machine comprising a workpiece spindle , said method comprising: positioning the toothed workpiece on the workpiece spindle of said machine such that the toothed workpiece is rotatable about a workpiece axis (P), probing said toothed workpiece with a tactile probe (46; 52; 54) located on said machine, said probing said workpiece with the tactile probe comprising finding a tooth on said workpiece and identifying the location of desired reference points on said tooth, probing said workpiece with a non-contact probe located on said machine, said probing with the non-contact probe comprising scanning the surface of said teeth, wherein said non-contact probe is positioned for scanning based on the desired reference points locations established by said tactile probe. positioning the toothed workpiece on the workpiece spindle of said machine such that the toothed workpiece is rotatable about a workpiece axis (P), probing said toothed workpiece with a tactile probe (46; 52; 54) located on said machine, said probing said workpiece with the tactile probe comprising finding a tooth on said workpiece and identifying the location of desired reference points on said tooth, probing said workpiece with a non-contact probe located on said machine, said probing with the non-contact probe comprising scanning the surface of said teeth, wherein said non-contact probe is positioned for scanning based on the desired reference points locations established by said tactile probe.
Roof edge comprising a straight part , and - an external corner ; and/or - an internal corner ; wherein the straight part , the external corner , and the internal corner comprise the following: a decorative panel , a bottom profiled section , and a connection between the decorative panel and the bottom profiled section , wherein the connection comprises a supporting plate , a connecting plate , and a clamping element , and wherein the connecting plate is clamped between the supporting plate and the clamping element ; wherein the straight part is connected to the external corner and/or the internal corner by means of a connecting rod which is inserted into an opening . - an external corner ; and/or - an internal corner ;
A sealing cap for sealing a sample tube for receiving a liquid , comprising: - a membrane that can be pierced by a cannula , - a base arranged below the membrane and having an opening , wherein a cavity is formed between the membrane and the base for receiving the liquid ; and - a non-return valve for unblocking the opening in the base to allow the liquid to flow out from the cavity into the sample tube and for sealing the opening for a flow direction of the liquid from the sample tube into the cavity ; wherein the cavity has a separating wall for dividing the cavity into a first and a second sub-area; wherein the first sub-area is formed above a region of the base without the opening ; wherein the second sub-area is formed above the opening in the base ; wherein the first sub-area and the second sub-area are formed above the base and are connected to one another in a fluid-conducting communicating manner; and wherein, during centrifugation, only liquid from the second sub-area , in the base of which the opening is formed, flows out and into the sample tube ; characterized in that the separating wall , at its end facing the membrane , comprises an overflow edge and/or a perforation for enabling the fluid-conducting communication between the first and the second sub-area ; and in that the separating wall extends from the base of the cavity into the cavity . - a membrane that can be pierced by a cannula , - a base arranged below the membrane and having an opening , wherein a cavity is formed between the membrane and the base for receiving the liquid ; and - a non-return valve for unblocking the opening in the base to allow the liquid to flow out from the cavity into the sample tube and for sealing the opening for a flow direction of the liquid from the sample tube into the cavity ; - a base arranged below the membrane and having an opening , wherein a cavity is formed between the membrane and the base for receiving the liquid ; and - a non-return valve for unblocking the opening in the base to allow the liquid to flow out from the cavity into the sample tube and for sealing the opening for a flow direction of the liquid from the sample tube into the cavity ; wherein the cavity has a separating wall for dividing the cavity into a first and a second sub-area; wherein the first sub-area is formed above a region of the base without the opening ; wherein the second sub-area is formed above the opening in the base ; wherein the first sub-area and the second sub-area are formed above the base and are connected to one another in a fluid-conducting communicating manner; and wherein, during centrifugation, only liquid from the second sub-area , in the base of which the opening is formed, flows out and into the sample tube ; characterized in that the separating wall , at its end facing the membrane , comprises an overflow edge and/or a perforation for enabling the fluid-conducting communication between the first and the second sub-area ; and in that the separating wall extends from the base of the cavity into the cavity .
A device for generating an inhalable aerosol comprising: a device body comprising a cartridge receptacle ; and a cartridge comprising a heater comprising at least one condensation chamber, a fluid storage compartment , and a mouthpiece , wherein the heater is attached to a first end of the fluid storage compartment , the mouthpiece is attached to a second end of the fluid storage compartment , and the device comprises an air inlet passage formed when the cartridge is inserted into the cartridge receptacle , characterised in that either: - a channel integral to an exterior surface of the cartridge forms a first side of the air inlet passage and an internal surface of the cartridge receptacle forms a second side of the air inlet passage, or - a channel integral to the internal surface of the cartridge receptacle forms the first side of the air inlet passage and the exterior surface of the cartridge forms the second side of the air inlet passage. a device body comprising a cartridge receptacle ; and a cartridge comprising a heater comprising at least one condensation chamber, a fluid storage compartment , and a mouthpiece , wherein a heater comprising at least one condensation chamber, a fluid storage compartment , and a mouthpiece , wherein the heater is attached to a first end of the fluid storage compartment , the mouthpiece is attached to a second end of the fluid storage compartment , and the device comprises an air inlet passage formed when the cartridge is inserted into the cartridge receptacle , characterised in that either: - a channel integral to an exterior surface of the cartridge forms a first side of the air inlet passage and an internal surface of the cartridge receptacle forms a second side of the air inlet passage, or - a channel integral to the internal surface of the cartridge receptacle forms the first side of the air inlet passage and the exterior surface of the cartridge forms the second side of the air inlet passage. - a channel integral to an exterior surface of the cartridge forms a first side of the air inlet passage and an internal surface of the cartridge receptacle forms a second side of the air inlet passage, or - a channel integral to the internal surface of the cartridge receptacle forms the first side of the air inlet passage and the exterior surface of the cartridge forms the second side of the air inlet passage.
Brake pad for a disc brake, wherein the brake pad has a distribution of pad elements (111, 112, ....) which are arranged in groups on a backing plate or on group supports (121, 122, ...), and the group supports (121, 122, ...) are attached to the backing, plate , wherein the positions of the pad elements (111, 112, ....) or the group supports (121, 122, ...) are definitely assigned to a position on the backing plate by way of their centres of gravity characterised in that the pad elements (111, 112, ...) have one or more first pad elements and second pad elements , wherein the first pad elements are arranged in a non-tiltable and/or inflexible fashion on a first group support or on the backing plate , and the second pad elements are arranged in a tiltable and/or flexible fashion on a second group support or on the backing pate .
An intragastric device having a top and a bottom comprising: a structure having a pre-deployment shape with a first volume and a post-deployment shape with a second volume, wherein said first volume is less than said second volume; wherein, in said post-deployment shape, said device comprises a plurality of first openings , each of said plurality of first openings defined by an area where a sum of the areas of the plurality of first openings is equal to a first area; wherein, in said post-deployment shape, said device comprises a plurality of second openings , each of said plurality of second openings defined by an area where a sum of the areas of the plurality of second openings is equal to a second area; wherein said first area is equal to or larger than said second area; wherein said first area is closer to the top of said device relative to the second area; wherein said structure is enveloped by a membrane that does not cover said first area or said second area; and wherein the structure is a non-inflatable wire mesh structure or spiral structure made of shape memory metal or shape memory polymer which is adapted to change from a pre-deployment compressed cylindrical shape to a post-deployment sphere, kidney bean or any predefined shape of significant volume. a structure having a pre-deployment shape with a first volume and a post-deployment shape with a second volume, wherein said first volume is less than said second volume; wherein, in said post-deployment shape, said device comprises a plurality of first openings , each of said plurality of first openings defined by an area where a sum of the areas of the plurality of first openings is equal to a first area; wherein, in said post-deployment shape, said device comprises a plurality of second openings , each of said plurality of second openings defined by an area where a sum of the areas of the plurality of second openings is equal to a second area; wherein said first area is equal to or larger than said second area; wherein said first area is closer to the top of said device relative to the second area; wherein said structure is enveloped by a membrane that does not cover said first area or said second area; and wherein the structure is a non-inflatable wire mesh structure or spiral structure made of shape memory metal or shape memory polymer which is adapted to change from a pre-deployment compressed cylindrical shape to a post-deployment sphere, kidney bean or any predefined shape of significant volume.