mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic field location system : for use in tracking a distal end of a catheter or the like, that includes a magnetic sensor , in a surgical or exploratory procedure within a living body disposed on a support structure, comprising: a first field generation pad configured for selective placement along a first side of the living body disposed on the support structure that includes a plurality of magnetic coils operable to generate magnetic fields; a second field generation pad configured for selective placement along an opposite side of the living body disposed on the support structure that includes a plurality magnetic coils operable to generate magnetic fields; a securing structure configured to releasably secure the first and second field generation pads to the support structure when selectively placed on the support structure ;and a processor coupled to the magnetic coils of the first and second field generation pads configured to execute a process for correlation of magnetic fields generated by the field generation pads such that a reference magnetic field is defined that extends within a desired portion of the living body to enable precise location and tracking of a distal end of a catheter via the magnetic sensor within the reference magnetic field. a first field generation pad configured for selective placement along a first side of the living body disposed on the support structure that includes a plurality of magnetic coils operable to generate magnetic fields; a second field generation pad configured for selective placement along an opposite side of the living body disposed on the support structure that includes a plurality magnetic coils operable to generate magnetic fields; a securing structure configured to releasably secure the first and second field generation pads to the support structure when selectively placed on the support structure ;and a processor coupled to the magnetic coils of the first and second field generation pads configured to execute a process for correlation of magnetic fields generated by the field generation pads such that a reference magnetic field is defined that extends within a desired portion of the living body to enable precise location and tracking of a distal end of a catheter via the magnetic sensor within the reference magnetic field.
Appliance for preparing food and/or beverages or for cleaning an item to be cleaned, comprising a housing and a part movable relative to the housing , the movable part being force-transmittingly and/or torque-transmittingly connected by means of a coupling device to a drive arranged on the housing and being movable back and forth between a first position and a second position in an operating mode of the drive , the coupling device having mechanical gearing which is designed such that, when the movable part is moved in the direction of the first position and/or in the direction of the second position, the force exerted on the movable part by the drive by means of the coupling device and/or the torque exerted on the movable part by the drive by means of the coupling device and/or a speed of the movable part are/is dependent on the position of the movable part , characterised in that the gearing has a gear rack and a gear wheel in engagement with the gear rack , and in that the gear rack has a first portion (18.1) and at least one second portion (18.2, 18.3), the first portion (18.1) and the second portion (18.2, 18.3) being arranged at an obtuse angle to one another, preferably at an angle of 95° to 135°.
An optical path processing apparatus including an optical path, the optical path consisting of a fiber array, FA , a lens array, LA , an aspheric lens , and a reflector , wherein the FA comprises a test optical channel and a plurality of service optical channels, each service optical channel comprising a pair of segments, wherein the test optical channel is configured to receive test light, wherein the reflector is at a distance of less than or equal to a first preset value away from a focus of light transmitted through the aspheric lens, and comprises a specular surface configured to reflect, at a preset angle, the received test light, so that reflected light corresponding to the test light is output through one of the segments of one of the service optical channels, wherein the optical path processing apparatus further comprises a filter located between the aspheric lens and the reflector wherein - the test optical channel is configured to enable the test light to be incident through the LA and the aspheric lens to a surface of the filter; - the filter is configured to perform transmission on the test light between 1610 nm and 1675 nm and perform reflection of service light between 1260 nm and 1587 nm received from the other segment of said one of the service optical channels into said one segment of said one of the service optical channels; and - the reflector is configured to reflect, at said preset angle, the test light transmitted through the filter to the specular surface of the reflector, so that the reflected light corresponding to the test light passes through the filter, the aspheric lens and the LA, and is output through said one segment of said one of the service optical channels. - the test optical channel is configured to enable the test light to be incident through the LA and the aspheric lens to a surface of the filter; - the filter is configured to perform transmission on the test light between 1610 nm and 1675 nm and perform reflection of service light between 1260 nm and 1587 nm received from the other segment of said one of the service optical channels into said one segment of said one of the service optical channels; and - the reflector is configured to reflect, at said preset angle, the test light transmitted through the filter to the specular surface of the reflector, so that the reflected light corresponding to the test light passes through the filter, the aspheric lens and the LA, and is output through said one segment of said one of the service optical channels.
An assembly for an aircraft, comprising: a gear carrier ; a first gear system including a first sun gear , a first ring gear and a plurality of first intermediate gears , each of the plurality of first intermediate gears between and meshed with the first sun gear and the first ring gear , and each of the plurality of first intermediate gears rotatably mounted to the carrier ; a second gear system including a second sun gear , a second ring gear and a plurality of second intermediate gears , each of the plurality of second intermediate gears between and meshed with the second sun gear and the second ring gear , and each of the plurality of second intermediate gears rotatably mounted to the carrier ; characterised by : an idler gear coupling the first ring gear to the second ring gear . a gear carrier ; a first gear system including a first sun gear , a first ring gear and a plurality of first intermediate gears , each of the plurality of first intermediate gears between and meshed with the first sun gear and the first ring gear , and each of the plurality of first intermediate gears rotatably mounted to the carrier ; a second gear system including a second sun gear , a second ring gear and a plurality of second intermediate gears , each of the plurality of second intermediate gears between and meshed with the second sun gear and the second ring gear , and each of the plurality of second intermediate gears rotatably mounted to the carrier ; characterised by : an idler gear coupling the first ring gear to the second ring gear .
A skimming and separation device comprising an outer casing provided with constructions to directly or indirectly fasten all parts, defining a compartment , a floater configured to create the skimming function of the device, the floater is attached at its lower side to an essentially vertically arranged bellow allowing the floater to adapt flow into a substantially circum volume and allowing the floater to move from an upper position with essentially no flow into the compartment to a lower position allowing flow of water and debris follow the contours of the floater in a downward direction into the device, a power device with a propeller , wherein said power device is configured to be controlled by a control unit such that various kinds of flows and pressures may be generated to control the in-flow and outflow of the device, the skimming and separation device further comprises a baffle unit (vb) to be arranged within said compartment being floating and/or being attached to the floater or to the outer casing , and structured to divide said compartment into a skimming and concentrating compartment (sC), and into an open collecting area/volume (Dz), characterized in that_said device comprises a guiding unit (Gu) structured to be horizontally arranged along said floater , and wherein said guiding unit is provided with inwardly directed guiding fingers structured to guide solid debris directly to a discharge zone, and wherein the device comprises an essentially planar and disc-shaped coalescent filter (CF) that is arranged in a horizontal plane in the lower part of the compartment .
An artificial signal peptide consisting of SEQ ID NO:2, or a sequence having at least 95% identity to SEQ ID NO:2, said sequence being capable of transporting a peptide or protein expressed in an eukaryotic host cell to the cell surface.
A powder container , removably attachable to an image forming apparatus, the powder container comprising: a container opening in a first end; a conveyor , arranged inside the powder container , to convey the powder from a second end of the powder container to the first end along a longitudinal direction of the powder container ; and a nozzle receiver including a nozzle receiving opening to receive a powder conveying nozzle of the image forming apparatus, wherein the nozzle receiver includes a shutter to open and close the nozzle receiving opening ; a supporting portion to support the shutter so as to move; a supporting portion opening , arranged adjacent to the supporting portion , to communicate with a powder receiving opening of the powder conveying nozzle inserted in the nozzle receiver , characterized in that the supporting portion is rotatable and is configured to, when the supporting portion rotates, cross the powder receiving opening . a container opening in a first end; a conveyor , arranged inside the powder container , to convey the powder from a second end of the powder container to the first end along a longitudinal direction of the powder container ; and a nozzle receiver including a nozzle receiving opening to receive a powder conveying nozzle of the image forming apparatus, wherein the nozzle receiver includes a shutter to open and close the nozzle receiving opening ; a supporting portion to support the shutter so as to move; a supporting portion opening , arranged adjacent to the supporting portion , to communicate with a powder receiving opening of the powder conveying nozzle inserted in the nozzle receiver , characterized in that the supporting portion is rotatable and is configured to, when the supporting portion rotates, cross the powder receiving opening .
A method for recovering one or more of copper, uranium and a precious metal from an ore material, including: (a) forming a heap of the ore material; (b) during active heap irrigation, contacting the heap of the ore material with an iron containing acidic leach liquor having a high chloride content in the presence of an oxygen containing gas, and producing a pregnant leach solution; and (c) recovering one or more of copper, uranium and a precious metal from the pregnant leach solution; wherein, prior to contacting the ore with the iron containing acidic leach liquor in step (b), the method includes the steps of: i. treating the ore with a pre-leach solution having no, or a relatively low, chloride content, as compared with the iron containing acidic leach liquor of step (b), in order to dissolve at least some of the uranium and gangue minerals in the ore and produce a leachate, and to deplete deleterious elements in the ore available to form salt precipitates; and ii. treating the leachate to recover uranium and remove the deleterious elements. (a) forming a heap of the ore material; (b) during active heap irrigation, contacting the heap of the ore material with an iron containing acidic leach liquor having a high chloride content in the presence of an oxygen containing gas, and producing a pregnant leach solution; and (c) recovering one or more of copper, uranium and a precious metal from the pregnant leach solution; i. treating the ore with a pre-leach solution having no, or a relatively low, chloride content, as compared with the iron containing acidic leach liquor of step (b), in order to dissolve at least some of the uranium and gangue minerals in the ore and produce a leachate, and to deplete deleterious elements in the ore available to form salt precipitates; and ii. treating the leachate to recover uranium and remove the deleterious elements.
A computer system (522; 622; 722) having thermal management, the system comprising: a boiler tank (220; 310; 420; 520; 620; 720-1, 720-2; 820) having a length , width , and height ; a first computer component (214; 314-1; 514; 614; 714-1, 714-2; 814) on a substrate (218; 322; 418) in the boiler tank; a second computer component (314-2; 514; 614; 714-1, 714-2) on the substrate in the boiler tank; a cooling fluid (204; 304; 808) positioned in the boiler tank and covering the first computer component; and at least one computer component on the substrate that is not covered by a boiler tank, wherein the length and the width of the boiler tank define a tank area that is no more than 50% of a substrate area; wherein the boiler tank has nucleation sites on a surface thereof that promote the nucleation of vapor bubbles of the cooling fluid at or below the boiling temperature of the cooling fluid, wherein the nucleation sites comprise surface etching or boiling enhancement coatings. a first computer component (214; 314-1; 514; 614; 714-1, 714-2; 814) on a substrate (218; 322; 418) in the boiler tank; a second computer component (314-2; 514; 614; 714-1, 714-2) on the substrate in the boiler tank; a cooling fluid (204; 304; 808) positioned in the boiler tank and covering the first computer component; and at least one computer component on the substrate that is not covered by a boiler tank, wherein the length and the width of the boiler tank define a tank area that is no more than 50% of a substrate area; wherein the boiler tank has nucleation sites on a surface thereof that promote the nucleation of vapor bubbles of the cooling fluid at or below the boiling temperature of the cooling fluid, wherein the nucleation sites comprise surface etching or boiling enhancement coatings.
A concentrated feed for use in animal cell culture, comprising small peptides having 2 to 6 amino acids, wherein in one small peptide at least one of the amino acids is cysteine and the remaining amino acids are any amino acid; and in another small peptide at least one of the amino acids is tyrosine and the remaining amino acids are any amino acid; wherein the peptides are present at concentrations of 0.5 g/L to 16 g/L; and wherein the feed is used to increase protein production in a cell line. wherein in one small peptide at least one of the amino acids is cysteine and the remaining amino acids are any amino acid; and in another small peptide at least one of the amino acids is tyrosine and the remaining amino acids are any amino acid; wherein the peptides are present at concentrations of 0.5 g/L to 16 g/L; and wherein the feed is used to increase protein production in a cell line.
A method comprising determining feature values of an input audio window , determining , for a given loudness , model parameters for the input audio window based on processing of feature values using a neural network , the model parameters describing a target spectrum for the audio window and the feature values comprising values of the power spectrum of the input audio window or spectral characteristics of the input audio window , and auto-equalizing the input audio window based on the model parameters . determining feature values of an input audio window , determining , for a given loudness , model parameters for the input audio window based on processing of feature values using a neural network , the model parameters describing a target spectrum for the audio window and the feature values comprising values of the power spectrum of the input audio window or spectral characteristics of the input audio window , and auto-equalizing the input audio window based on the model parameters .
A dry powder nicotine formulation suitable for inhalation, the formulation comprising nicotine particles and cough suppressant component particles, wherein the formulation comprises: from 0.5 % to 10 % nicotine and from 50 % to 99 % of at least one sugar, and wherein the cough suppressant component particles have a mass median aerodynamic diameter of at least 5 micrometres. wherein the formulation comprises: from 0.5 % to 10 % nicotine and from 50 % to 99 % of at least one sugar, and wherein the cough suppressant component particles have a mass median aerodynamic diameter of at least 5 micrometres.
A recombinant DNA polymerase coupled with a modified transferrin DNA binding domain, characterized in that : the transferrin is lactotransferrin (LTF), serotransferrin (TF), melanotransferrin (MTF) or ovotransferrin (OTF), and the N terminal of each transferrin has one homologous DNA binding domain, wherein the 10 th site and 20 th site of the DNA binding domain are C; and the amino acid sequence of the modified transferrin DNA binding domain is as follows: C in the 10 th site and 20 th site is replaced by other amino acids so that no disulfide bond can be formed, wherein C in the 10 th site is replaced by R, and C in the 20 th site is replaced by A or G.
A compound represented by the following formula (I): wherein, R 1 represents a chlorine atom or bromine atom, R 2 represents a cyano group or nitro group, R 3 and R 4 may be the same or different and represent C 1 -C 4 alkyl groups which may be substituted with one or more halogen atoms depending on the case, C 3 -C 5 alkenyl groups which may be substituted with one or more halogen atoms depending on the case, a represents 4, and X represents an oxygen atom. R 1 represents a chlorine atom or bromine atom, R 2 represents a cyano group or nitro group, R 3 and R 4 may be the same or different and represent C 1 -C 4 alkyl groups which may be substituted with one or more halogen atoms depending on the case, C 3 -C 5 alkenyl groups which may be substituted with one or more halogen atoms depending on the case, a represents 4, and X represents an oxygen atom.
A printing device comprising: a controller configured to monitor whether a request for specific information was received from a specific printing device at a specific time; an information collection device configured such that: when the request is not received at the specific time, the information collection device queries an external server whether or not the specific information was transmitted from the specific printing device to the server, and when a reply that the specific information was not transmitted from the specific printing device to the server is received from the server, collects the specific information of each printing device from other printing devices able to communicate with; and an information transmission device configured to transmit to the server the specific information that was collected and the specific information about the printing device of which it is part.
An apparatus for producing liquid water from the condensation of atmospheric water vapor, comprising: a transportable housing having an open first end defining a first air inlet, an open second end defining a second air inlet, and first and second opposed side walls extending between the first and second open ends , and the housing has the shape of a rectangular box; an air outlet opening in at least one of the first and second side walls; a water condensation unit located in the housing and configured to form liquid water from the condensation of water vapor from a flow of air from at least one of the first and second air inlets to the air outlet opening ; and first and second doors operable selectively to open and close the first and second air inlets, respectively; wherein the housing is configured so that, when at least one of the first and second air inlets is open, at least a portion of an air flow into the at least one open air inlet is passed through the water condensation unit and out the air outlet opening , the water condensing unit includes one or more condensing chambers, each comprising a pre-cooling section and a condenser section , the condenser section is downstream of the pre-cooling section , the pre-cooling section comprises multiple nozzles arranged to spray cooled water into a stream of incoming air, the condenser section comprises a plurality of condensers , and each condenser has a plurality of condensing surfaces. a transportable housing having an open first end defining a first air inlet, an open second end defining a second air inlet, and first and second opposed side walls extending between the first and second open ends , and the housing has the shape of a rectangular box; an air outlet opening in at least one of the first and second side walls; a water condensation unit located in the housing and configured to form liquid water from the condensation of water vapor from a flow of air from at least one of the first and second air inlets to the air outlet opening ; and first and second doors operable selectively to open and close the first and second air inlets, respectively; wherein the housing is configured so that, when at least one of the first and second air inlets is open, at least a portion of an air flow into the at least one open air inlet is passed through the water condensation unit and out the air outlet opening , the water condensing unit includes one or more condensing chambers, each comprising a pre-cooling section and a condenser section , the condenser section is downstream of the pre-cooling section , the pre-cooling section comprises multiple nozzles arranged to spray cooled water into a stream of incoming air, the condenser section comprises a plurality of condensers , and each condenser has a plurality of condensing surfaces.
A thienopiperidine derivative or pharmaceutically acceptable acid addition salts thereof selected from the group consisting of: