mhurhangee/patent-ind-claim-en huggingface dataset:
A pressure sensing system characterized by : a hot zone electronics module having a capacitive pressure sensor which comprises a variable capacitor (Cs) having a capacitance adapted to change as a function of applied pressure and a reference capacitor (Cr), and an oscillator that is adapted to provide an oscillating signal to the capacitive pressure sensor , the hot zone electronics module adapted to provide at least two DC sensor signals providing at least a first DC sensor signal (II) related to capacitance of the variable capacitor (Cs) and a second DC sensor signal related to capacitance of the reference capacitor (Cr); a cool zone electronics module that is adapted to convert the at least two DC sensor signals into a pressure value and that provides a DC power signal; and a plurality of conductors that connect the hot zone electronics module to the cool zone electronics module and that are adapted to convey the DC power signal to the hot zone electronics module and to convey the at least two DC sensor signals to the cool zone electronics module , wherein the plurality of conductors comprise elongate conductors and the hot zone electronics module is located at a remote location relative to the cool zone electronics module . a hot zone electronics module having a capacitive pressure sensor which comprises a variable capacitor (Cs) having a capacitance adapted to change as a function of applied pressure and a reference capacitor (Cr), and an oscillator that is adapted to provide an oscillating signal to the capacitive pressure sensor , the hot zone electronics module adapted to provide at least two DC sensor signals providing at least a first DC sensor signal (II) related to capacitance of the variable capacitor (Cs) and a second DC sensor signal related to capacitance of the reference capacitor (Cr); a cool zone electronics module that is adapted to convert the at least two DC sensor signals into a pressure value and that provides a DC power signal; and a plurality of conductors that connect the hot zone electronics module to the cool zone electronics module and that are adapted to convey the DC power signal to the hot zone electronics module and to convey the at least two DC sensor signals to the cool zone electronics module , wherein the plurality of conductors comprise elongate conductors and the hot zone electronics module is located at a remote location relative to the cool zone electronics module .
Appliance (200;600) comprising: - at least one electrode , called measurement electrode, polarized at an alternating electrical potential (V G ), called detection potential, different from a ground potential, at a frequency, called detection frequency, in order to detect at least one object in a detection zone , - at least one capacitive detection electronics , connected to said measurement electrode(s) , in order to detect a signal with respect to a coupling capacitance between said object and said measurement electrode or at least one of said measurement electrodes , and - an electric line comprising at least one electric wire , in said detection zone ; said appliance (200;600) also comprising a signal conditioner , applying, to at least a portion of said electric line , an alternating electrical potential (V G ), called guard potential, identical to said detection potential at said detection frequency. - at least one electrode , called measurement electrode, polarized at an alternating electrical potential (V G ), called detection potential, different from a ground potential, at a frequency, called detection frequency, in order to detect at least one object in a detection zone , - at least one capacitive detection electronics , connected to said measurement electrode(s) , in order to detect a signal with respect to a coupling capacitance between said object and said measurement electrode or at least one of said measurement electrodes , and - an electric line comprising at least one electric wire , in said detection zone ;
An aqueous alkaline, storage stable, abrasive containing hard surface treatment composition which provides good cleaning to a treated hard surface, and concurrently a useful sanitizing or disinfecting benefit to such treated surfaces, wherein the composition comprises: 0.01 - 15%wt. of at least one anionic surfactant and at least one nonionic surfactant, wherein the amount of the at least one anionic surfactant is in excess of the amount of the at least one nonionic surfactant; 0.1 - 50%wt. of one or more inorganic abrasive particulate materials which are based on inorganic carbonate compounds; a gum based thickener, preferably wherein the gum based thickener is xanthan gum or xanthan gum concurrently with a clay based thickener; at least one non-cationic germicide constituent, which preferably are one or more compounds selected from the group consisting of: parachlorometaxylenol, and halogenated carbanilides, at least 50%wt. of water; and, 0.001-5% wt. of sodium borate as a pH adjusting agent and/or a pH buffer; wherein the composition exhibits a pH in the range of 7 - 10.5, a viscosity of 1 - 3 Pa.s (1000 - 3000 cPs), when measured at 25°C, and wherein the composition exhibits a retention of original colour following an extended period of storage at elevated temperatures and provides an antimicrobial benefit to treated hard surfaces. 0.01 - 15%wt. of at least one anionic surfactant and at least one nonionic surfactant, wherein the amount of the at least one anionic surfactant is in excess of the amount of the at least one nonionic surfactant; 0.1 - 50%wt. of one or more inorganic abrasive particulate materials which are based on inorganic carbonate compounds; a gum based thickener, preferably wherein the gum based thickener is xanthan gum or xanthan gum concurrently with a clay based thickener; at least one non-cationic germicide constituent, which preferably are one or more compounds selected from the group consisting of: parachlorometaxylenol, and halogenated carbanilides, at least 50%wt. of water; and, 0.001-5% wt. of sodium borate as a pH adjusting agent and/or a pH buffer; wherein the composition exhibits a pH in the range of 7 - 10.5, a viscosity of 1 - 3 Pa.s (1000 - 3000 cPs), when measured at 25°C, and wherein the composition exhibits a retention of original colour following an extended period of storage at elevated temperatures and provides an antimicrobial benefit to treated hard surfaces.
Method for operating a DC-DC converter that has a power switch and a coil that comprises a coil core , a main winding arranged on the coil core and a control winding arranged on the coil core , wherein the main winding carries a main winding current, the average value (Iav) of which is set by means of a duty cycle (D) of the power switch in such a way that either a constant output current (Io) or a constant output voltage (Vo) of the DC-DC converter is obtained, and wherein the control winding carries a control current (Ictr) that is set on the basis of the average value (Iav) of the main winding current, characterized in that the control current (Ictr) is set by means of a duty cycle of a control switch .
LIDAR device for scanning a region to be scanned (A) by means of at least one beam , comprising at least one radiation source for generating the at least one beam , comprising at least three mirrors rotatable about an axis of rotation (R) for deflecting beams reflected at an object onto a detector oriented perpendicularly to the axis of rotation (R), wherein the at least three mirrors have a reflectivity for respective wavelength ranges and are connected to one another at an angle in a region of the axis of rotation (R, 8), wherein the at least one radiation source is oriented perpendicularly to the axis of rotation (R) and the at least three mirrors are configured to deflect the at least one generated beam for scanning the region to be scanned (A); and wherein the reflected beams are reflectable perpendicularly to the axis of rotation (R) of the rotatable mirror ; wherein the at least three mirrors are connected to one another indirectly rotationally symmetrically at a drive shaft , wherein the at least three mirrors are Bragg mirrors; and wherein each mirror has an active angle range around the axis of rotation (R) and is configured to reflect beams incident within the active angle range onto the detector ; and wherein each mirror transmits beams incident outside the active angle range onto at least one further mirror .
A baler with a storage compartment for a plurality of balls of twine , at least one twine outlet through which twine can be drawn out of the storage compartment from the balls of twine , and at least one twine guide means for setting the path of at least one line of twine from a ball of twine loaded into the storage compartment to the twine outlet , characterized in that the twine guide means is movable and guided between an operating position, in which it guides the line of twine during operation of the baler , and a preparation position, wherein the guided movement of the twine guide means is a pivotal movement about an axis , wherein the twine guide means is attached to an elongated support which extends in the direction of the axis and wherein arms which extend out from the support in the radial direction are articulated on the axis .
Composite film for coating material transfer, comprising a) a carrier film of plastic, b) a coating material having an elongation at break at 23°C of between 5% and 800%, the elongation at break being measured according to DIN EN ISO 527-1 and 527-3 with measurement of the coating material only, in deviation from said standard, and c) a silicon-organic layer, disposed between the carrier film and the coating material, wherein the adhesive strength between the silicon-organic layer and the coating material after curing of the coating material is less than the adhesive strength between the silicon-organic layer and the carrier film. a) a carrier film of plastic, b) a coating material having an elongation at break at 23°C of between 5% and 800%, the elongation at break being measured according to DIN EN ISO 527-1 and 527-3 with measurement of the coating material only, in deviation from said standard, and c) a silicon-organic layer, disposed between the carrier film and the coating material, wherein the adhesive strength between the silicon-organic layer and the coating material after curing of the coating material is less than the adhesive strength between the silicon-organic layer and the carrier film.
Method for mounting an annular tubular tower segment consisting of at least three ring segment-shaped panels on a horizontally oriented, annular erection aid which is designed for receiving the lower end of the tubular tower segment , comprising the following steps: a) erecting a first ring segment-shaped panel by its underside on the erection aid ; b) erecting a second ring segment-shaped panel by its underside on the erection aid ; c) connecting the upper sides of the first and second panel to a mounting support , with the result that the two panels are mutually supported via the mounting support; d) erecting a further panel adjacent to the one already erected panel by its underside on the erection aid ; e) connecting the further panel at its upper side to the mounting support via an orienting aid, wherein the orienting aid is constituted by pivotable positioning arms fastened on the mounting support ; f) connecting the further panel to the adjacent panel(s) ; g) repeating the steps (d) and (e) until the tubular tower segment is complete; and h) removing the mounting support . a) erecting a first ring segment-shaped panel by its underside on the erection aid ; b) erecting a second ring segment-shaped panel by its underside on the erection aid ; c) connecting the upper sides of the first and second panel to a mounting support , with the result that the two panels are mutually supported via the mounting support; d) erecting a further panel adjacent to the one already erected panel by its underside on the erection aid ; e) connecting the further panel at its upper side to the mounting support via an orienting aid, wherein the orienting aid is constituted by pivotable positioning arms fastened on the mounting support ; f) connecting the further panel to the adjacent panel(s) ; g) repeating the steps (d) and (e) until the tubular tower segment is complete; and h) removing the mounting support .
A server comprising a processor and a memory, the server further including computer-executable instructions stored in the memory of the server which, when executed by the processor of the server, cause the server to: store names for network devices including a location field and a label field, the location field including location information including a major location and a sub-location within the major location, the label field including a unique identifier for each network device within a sub-location; receive, from a network device or a device administrator, a request message indicating a change in location of the network device to a new location, said request message including location information for the new location of the network device; generate a new device name based on the received request message such that the identifier within the label field of the new device name is unique within the sub-location indicated by the location information for the new location of the network device; and update the stored name for the network device with the new device name including the major location and the sub-location due to the change in location of the network device. store names for network devices including a location field and a label field, the location field including location information including a major location and a sub-location within the major location, the label field including a unique identifier for each network device within a sub-location; receive, from a network device or a device administrator, a request message indicating a change in location of the network device to a new location, said request message including location information for the new location of the network device; generate a new device name based on the received request message such that the identifier within the label field of the new device name is unique within the sub-location indicated by the location information for the new location of the network device; and update the stored name for the network device with the new device name including the major location and the sub-location due to the change in location of the network device.
A method comprising: determining a first portion of a content item in each of a plurality of user-specific storages associated with corresponding user accounts of a plurality of user accounts and determining a second portion of the content item in a common storage associated with the plurality of user accounts, wherein the content item comprises video stored based on a user request; updating a range of content sections of the content item over time as one or more of the plurality of user accounts progress in playback of the content item, wherein the range indicates a subset of one or more content sections of the content item associated with active playback of the content item for at least a portion of the plurality of user accounts; determining, based on a plurality of requests associated with receiving the stored content item, that one or more caching criteria is satisfied, wherein the one or more caching criteria comprises a number of users requesting content sections within the range of content sections within a threshold time period; causing, based on the one or more caching criteria being satisfied, storage of the second portion in a cache storage different from the common storage; and causing sending of a first portion from one of the plurality of user-specific storages and the second portion from the cache storage. determining a first portion of a content item in each of a plurality of user-specific storages associated with corresponding user accounts of a plurality of user accounts and determining a second portion of the content item in a common storage associated with the plurality of user accounts, wherein the content item comprises video stored based on a user request; updating a range of content sections of the content item over time as one or more of the plurality of user accounts progress in playback of the content item, wherein the range indicates a subset of one or more content sections of the content item associated with active playback of the content item for at least a portion of the plurality of user accounts; determining, based on a plurality of requests associated with receiving the stored content item, that one or more caching criteria is satisfied, wherein the one or more caching criteria comprises a number of users requesting content sections within the range of content sections within a threshold time period; causing, based on the one or more caching criteria being satisfied, storage of the second portion in a cache storage different from the common storage; and causing sending of a first portion from one of the plurality of user-specific storages and the second portion from the cache storage.
A dental round blank holder, characterized in that the holder consists of at least two parts which are intended to surround and/or to mount a dental round blank , in particular to fix it in a non-positive, integrally bonded and/or form-fitting manner, and that the parts each have latching devices at the ends by means of which latching devices the parts can be latched to one another.
A method of sequencing a nucleic acid characterised by the steps of generating a stream of single nucleoside triphosphates by progressive enzymatic digestion of the nucleic acid; producing at least one substantially double-stranded primary oligonucleotide used probe by reacting, in the presence of a polymerase and a ligase, at least one of the single nucleoside triphosphates with a corresponding primary probe comprising (a) a first single-stranded oligonucleotide including a single nucleotide capture site for capturing the single nucleoside triphosphate, a restriction endonuclease nicking site including the capture site and oligonucleotide flanking regions juxtaposed either side of the capture site and (b) second and third single-stranded oligonucleotides capable of hybridising to the first oligonucleotide flanking regions; nicking the first oligonucleotide strand of the used primary probe at the nicking-site with a nicking restriction endonuclease to create separate first oligonucleotide components; separating the first oligonucleotide components generated in step from the complementary strand of the used probe; producing at least one substantially double-stranded secondary used probe by reacting, in the presence of a ligase, at least one of the separated first oligonucleotide components with a corresponding secondary probe comprising (c) a fourth oligonucleotide having an oligonucleotide region which is complementary to a corresponding region of the first oligonucleotide component and bearing fluorophores in a substantially undetectable state and optionally (d) a fifth oligonucleotide having an oligonucleotide region which is at least in part complementary to another corresponding region of the fourth oligonucleotide to produce a double-stranded used secondary probe comprised of the first oligonucleotide component, the fourth oligonucleotide and optionally the fifth oligonucleotide; digesting the fourth oligonucleotide strand of the used secondary probe with an enzyme having double-stranded exonucleolytic activity to yield single nucleotides bearing fluorophores in a detectable state and detecting the fluorophores released in step .
A system comprising: a flexible guide tube ; a drive system coupled to the flexible guide tube and configured to move at least a portion of the flexible guide tube; and a control logic that operates the drive system, wherein the control logic comprises: a shape analysis module configured to identify, in a first configuration of the flexible guide tube, one or more sections of the flexible guide tube that a tool configured to be inserted through the flexible guide tube cannot traverse; and a movement module configured to command the drive system to move the flexible guide tube to a second configuration, wherein the second configuration does not include the one or more sections of the flexible guide tube that the tool cannot traverse. a flexible guide tube ; a drive system coupled to the flexible guide tube and configured to move at least a portion of the flexible guide tube; and a control logic that operates the drive system, wherein the control logic comprises: a shape analysis module configured to identify, in a first configuration of the flexible guide tube, one or more sections of the flexible guide tube that a tool configured to be inserted through the flexible guide tube cannot traverse; and a movement module configured to command the drive system to move the flexible guide tube to a second configuration, wherein the second configuration does not include the one or more sections of the flexible guide tube that the tool cannot traverse. a shape analysis module configured to identify, in a first configuration of the flexible guide tube, one or more sections of the flexible guide tube that a tool configured to be inserted through the flexible guide tube cannot traverse; and a movement module configured to command the drive system to move the flexible guide tube to a second configuration, wherein the second configuration does not include the one or more sections of the flexible guide tube that the tool cannot traverse.
A honeycomb structure for producing a catalyst, the honeycomb structure having: a honeycomb substrate composed of porous partition walls forming a plurality of cells and a porous outer portion ; and a resin composition on the outer portion of the honeycomb substrate , wherein the outer portion and the partition walls of the honeycomb substrate are formed of the same material; a porosity of the honeycomb substrate is 60 to 70%; the porosity of the partition walls and the porosity of the outer portion are the same; and the resin composition is impregnated into pores of the whole outer portion ; and the impregnation depth is equal to the outer portion thickness, or at least a part of the resin composition is impregnated deeper than the outer portion and reaches the cell partition walls , and wherein the resin composition has a coating amount of 8 g/L or more per unit volume of the honeycomb structure . the outer portion and the partition walls of the honeycomb substrate are formed of the same material; a porosity of the honeycomb substrate is 60 to 70%; the porosity of the partition walls and the porosity of the outer portion are the same; and the resin composition is impregnated into pores of the whole outer portion ; and the impregnation depth is equal to the outer portion thickness, or at least a part of the resin composition is impregnated deeper than the outer portion and reaches the cell partition walls , and wherein the resin composition has a coating amount of 8 g/L or more per unit volume of the honeycomb structure .