mhurhangee/patent-ind-claim-en huggingface dataset:
Device for calculating a current load level of a user, comprising • a mobile end unit with ∘ at least one signal data generating sensor integrated into the mobile end unit , ∘ a multitude of available applications for use by the user and • an evaluation unit provided in the mobile end unit or in a central server , wherein the mobile end unit has a further application , designed for calculating a multitude of biometric data about the user, at least from the signal data , and from available applications used by the user, and making these available to the evaluation unit , and in that the evaluation unit is designed for determining the current load level of the user from the biometric data , characterised in that the evaluation unit is designed for determining the current load level of the user from the biometric data by applying a method carried out in a network of artificial neural networks , which comprises a multitude of artificial neural networks that interact with each other, and that a multitude of processors are arranged on the mobile end unit or on the central server , which are designed for calculating the multitude of artificial neural networks in parallel, and that at least one graphics card with at least one graphics card processor is arranged on the mobile end unit or on the central server and the at least one graphics card processor supports the calculation of the artificial neural networks . • a mobile end unit with ∘ at least one signal data generating sensor integrated into the mobile end unit , ∘ a multitude of available applications for use by the user and ∘ at least one signal data generating sensor integrated into the mobile end unit , ∘ a multitude of available applications for use by the user • an evaluation unit provided in the mobile end unit or in a central server ,
A light field display apparatus, comprising: at least one light source being chosen among: laser , LED , laser die, LED die and laser array ; ; an optical modulator for modulating light from said light source with video information; an electrically controllable beam focus modulator ; an array of electronically addressable beam scanning elements for projecting said image-modulated light over a field of view wherein each element scans said light around a unique average direction vector; at least one waveguide , said waveguide comprising at least one transparent substrate, an input grating for coupling image light into a total internal reflection path and an output grating for extracting light from said waveguide for viewing; and at least one eye tracker , wherein said beam focus modulator is configured to focus said light onto an eye accommodation surface determined by said eye tracker ; and wherein the light field display apparatus is configured to address an electronically addressable beam scanning element from the array of electronically addressable beam scanning elements with the average direction vector corresponding to a gaze direction determined using said eye tracker . at least one light source being chosen among: laser , LED , laser die, LED die and laser array ; ; an optical modulator for modulating light from said light source with video information; an electrically controllable beam focus modulator ; an array of electronically addressable beam scanning elements for projecting said image-modulated light over a field of view wherein each element scans said light around a unique average direction vector; at least one waveguide , said waveguide comprising at least one transparent substrate, an input grating for coupling image light into a total internal reflection path and an output grating for extracting light from said waveguide for viewing; and at least one eye tracker , wherein said beam focus modulator is configured to focus said light onto an eye accommodation surface determined by said eye tracker ; and wherein the light field display apparatus is configured to address an electronically addressable beam scanning element from the array of electronically addressable beam scanning elements with the average direction vector corresponding to a gaze direction determined using said eye tracker .
A forehearth tank assembly of a glass distribution channel, the assembly comprising a single liner , at least two plungers (12 1 ; 12 2 ), and a single flow washer comprising first and second holes (28 1 ; 28 2 ), the plungers being arranged at least partially in the liner, more than three grooves being provided in the inner surface of the liner and each comprising, in a lower portion of the liner which is intended to be in contact with molten glass, a lower portion which extends over more than 10% of the length of the lower portion and which has a length, measured along the groove, greater than 0.1 times the length of the lower portion, the length of the lower portion being measured along the axis (X) of the liner.
A drive device for adjusting an interior assembly of a vehicle , comprising an electromotive adjusting drive for adjusting the interior assembly and a control device for controlling the adjusting drive , wherein the control device is configured to actuate the adjusting drive in a servo mode to provide a supporting force during a manual adjustment of the interior assembly by a user, characterized in that the control device includes a servo control module for determining a setpoint in dependence on a load acting on the interior assembly . an electromotive adjusting drive for adjusting the interior assembly and a control device for controlling the adjusting drive , wherein the control device is configured to actuate the adjusting drive in a servo mode to provide a supporting force during a manual adjustment of the interior assembly by a user, characterized in that the control device includes a servo control module for determining a setpoint in dependence on a load acting on the interior assembly .
A pole-cover cap, which can be associated with the head of crop cover support poles, comprising a shaped hollow body and a fixing assembly of a cover, said fixing assembly comprising a plurality of locking elements coupled to each other and each dedicated to fixing corresponding components of the cover, among said locking elements being comprised a first locking element capable of fixing a ridge wire to said pole-cover cap , said shaped body comprises: - at least one groove obtained on the top of said shaped body for the passage of the ridge wire; - at least one recess obtained on the top of said shaped body , intersecting said groove and shaped to accommodate therein at least a portion of said first locking element so as to compress the ridge wire in said recess , the side surface of said first locking element having a first shaping and the corresponding inner surface of said recess having a second shaping such as to allow the mutual coupling thereof by rotation of said first locking element in said recess , characterized in that said first and second shapes are shaped so as to allow a bayonet-type engagement of said first locking element in said recess . - at least one groove obtained on the top of said shaped body for the passage of the ridge wire; - at least one recess obtained on the top of said shaped body , intersecting said groove and shaped to accommodate therein at least a portion of said first locking element so as to compress the ridge wire in said recess , the side surface of said first locking element having a first shaping and the corresponding inner surface of said recess having a second shaping such as to allow the mutual coupling thereof by rotation of said first locking element in said recess , characterized in that said first and second shapes are shaped so as to allow a bayonet-type engagement of said first locking element in said recess .
A knit design system configured to obtain, based on knit design data based on pattern data or knit data for driving a knitting machine according to the knit design data, an external size of a knit fabric in which stitches are arrayed in a course direction and a wale direction, characterized in that the knit design system comprises: a pitch storage unit configured to store two types of array pitches of the stitches, an array pitch in the course direction and an array pitch in the wale direction, such that the array pitch where the same type of stitches are connected to each other and the array pitch where different types of stitches are connected to each other are different from each other; a grid line deforming unit configured to deform grid lines of an array of stitches in the course direction into the wale direction according to an average of pitches in the wale direction of the stitches belonging to the respective grid lines, and to deform grid lines of an array of stitches in the wale direction into the course direction according to an average of pitches in the course direction of the stitches belonging to the respective grid lines; and an external shape extraction unit configured to obtain an external shape of the knit fabric based on the deformed grid lines. a pitch storage unit configured to store two types of array pitches of the stitches, an array pitch in the course direction and an array pitch in the wale direction, such that the array pitch where the same type of stitches are connected to each other and the array pitch where different types of stitches are connected to each other are different from each other; a grid line deforming unit configured to deform grid lines of an array of stitches in the course direction into the wale direction according to an average of pitches in the wale direction of the stitches belonging to the respective grid lines, and to deform grid lines of an array of stitches in the wale direction into the course direction according to an average of pitches in the course direction of the stitches belonging to the respective grid lines; and an external shape extraction unit configured to obtain an external shape of the knit fabric based on the deformed grid lines.
A method for managing a server (14_1) on which is stored content, comprising: i) initiating a session by establishing a transport protocol path from the server to a client and initiating transmission of said content From the server to the client; ii) sending metadata by the server (14_1), wherein the metadata comprises a Content_ID unambiguously identifying the content for another server (14_2) lying on the transport protocol path and wherein the Content_ID is a cryptographic hash of the content; iii) receiving a message from another server (14_2) on which is also stored said content, the message offering to take over the session from said server, wherein the other server is lying on the transport protocol path; iv) deciding on whether to accept the offer based on policy rules, and if 'yes' to send a message to the other server containing state information on the session; and v) removing said server's transport protocol path to the client once the session has been transferred to the other server. i) initiating a session by establishing a transport protocol path from the server to a client and initiating transmission of said content From the server to the client; ii) sending metadata by the server (14_1), wherein the metadata comprises a Content_ID unambiguously identifying the content for another server (14_2) lying on the transport protocol path and wherein the Content_ID is a cryptographic hash of the content; iii) receiving a message from another server (14_2) on which is also stored said content, the message offering to take over the session from said server, wherein the other server is lying on the transport protocol path; iv) deciding on whether to accept the offer based on policy rules, and if 'yes' to send a message to the other server containing state information on the session; and v) removing said server's transport protocol path to the client once the session has been transferred to the other server.
A welding torch , comprising: a contact tip having a rear outer surface ; and a gas diffuser including a seat defined by a plurality of teeth and configured to receive the rear outer surface within a gas flow path on an interior of the gas diffuser , characterized in that the rear outer surface of said contact tip includes an L shaped annular shoulder formed at a right angle and positioned at an orthogonal transition of the contact tip where the outer diameter of the contact tip is reduced, and each tooth of said seat includes a shelf that interfaces with the annular shoulder of the contact tip . a contact tip having a rear outer surface ; and a gas diffuser including a seat defined by a plurality of teeth and configured to receive the rear outer surface within a gas flow path on an interior of the gas diffuser , characterized in that the rear outer surface of said contact tip includes an L shaped annular shoulder formed at a right angle and positioned at an orthogonal transition of the contact tip where the outer diameter of the contact tip is reduced, and each tooth of said seat includes a shelf that interfaces with the annular shoulder of the contact tip .
A superconducting wire holding structure comprising: a holding member made of a first material; a superconducting wire disposed inside the holding member ; and a filler made of a second material different from the first material, wherein the superconducting wire includes: a substrate ; an intermediate layer formed on the substrate ; a superconducting layer formed on the intermediate layer ; and characterized in that a first protective layer and a second protective layer are formed on the superconducting layer , in that the superconducting layer includes a first portion , a second portion , and a third portion between the first portion and the second portion along a longitudinal direction of the superconducting wire , in that the first protective layer is formed on the first portion , in that the second protective layer is formed on the second portion , and in that the filler is filled between the third portion and the holding member . a holding member made of a first material; a superconducting wire disposed inside the holding member ; and a filler made of a second material different from the first material, wherein the superconducting wire includes: a substrate ; an intermediate layer formed on the substrate ; a superconducting layer formed on the intermediate layer ; and characterized in that a first protective layer and a second protective layer are formed on the superconducting layer , in that the superconducting layer includes a first portion , a second portion , and a third portion between the first portion and the second portion along a longitudinal direction of the superconducting wire , in that the first protective layer is formed on the first portion , in that the second protective layer is formed on the second portion , and in that the filler is filled between the third portion and the holding member . a substrate ; an intermediate layer formed on the substrate ; a superconducting layer formed on the intermediate layer ; and characterized in that a first protective layer and a second protective layer are formed on the superconducting layer , in that the superconducting layer includes a first portion , a second portion , and a third portion between the first portion and the second portion along a longitudinal direction of the superconducting wire , in that the first protective layer is formed on the first portion , in that the second protective layer is formed on the second portion , and in that the filler is filled between the third portion and the holding member .
A method for amplifying a nucleic acid molecule from a biological sample extracted from a source that can comprise one or more PCR inhibitors, the method comprising: mixing a nucleic acid template with a composition comprising one or more DNA polymerases, and a combination of PCR inhibitor blocking agents consisting essentially of fish gelatin and bovine serum albumin (BSA), to form a reaction mixture, wherein the combination of PCR inhibitor blocking agents increases tolerance to the one or more PCR inhibitors if present in the biological sample; and amplifying a nucleic acid molecule complementary to all or a portion of the nucleic acid template; wherein the fish gelatin is at a concentration of 0.2% w/v-4.0% w/v and wherein the BSA is at a concentration of about 500 ng/μl to 6000 ng/μl. source that can comprise one or more PCR inhibitors, the method comprising: mixing a nucleic acid template with a composition comprising one or more DNA polymerases, and a combination of PCR inhibitor blocking agents consisting essentially of fish gelatin and bovine serum albumin (BSA), to form a reaction mixture, wherein the combination of PCR inhibitor blocking agents increases tolerance to the one or more PCR inhibitors if present in the biological sample; and amplifying a nucleic acid molecule complementary to all or a portion of the nucleic acid template; mixing a nucleic acid template with a composition comprising one or more DNA polymerases, and a combination of PCR inhibitor blocking agents consisting essentially of fish gelatin and bovine serum albumin (BSA), to form a reaction mixture, wherein the combination of PCR inhibitor blocking agents increases tolerance to the one or more PCR inhibitors if present in the biological sample; and amplifying a nucleic acid molecule complementary to all or a portion of the nucleic acid template; wherein the fish gelatin is at a concentration of 0.2% w/v-4.0% w/v and wherein the BSA is at a concentration of about 500 ng/μl to 6000 ng/μl.
A swimming machine for generating a directed water flow in a swimming pool, comprising: a housing ; a water driver at least partially enclosed within the housing , the water driver adapted for generating the directed water flow; an adjusting assembly located above and coupled to the housing , wherein the adjusting assembly is adapted to hang on an upper edge of the pool; an adjustable connector that couples the adjusting assembly to the housing and that is adjustable to permit moving the housing to any one of a plurality of different depths; and a supporting assembly coupled to and movable with the housing to provide a surface for contacting an inner wall of the pool to support the housing ; characterized in that the adjusting assembly comprises an adjusting body and the adjustable connector includes a first connector coupled to the adjusting body and a second connector coupled to the housing ; wherein the first connector and the second connector are housed in the adjusting assembly ; and wherein the second connector is coupled to the first connector and configured to move upward and downward relative to the first connector to adjust distance between the adjusting body and the housing . a housing ; a water driver at least partially enclosed within the housing , the water driver adapted for generating the directed water flow; an adjusting assembly located above and coupled to the housing , wherein the adjusting assembly is adapted to hang on an upper edge of the pool; an adjustable connector that couples the adjusting assembly to the housing and that is adjustable to permit moving the housing to any one of a plurality of different depths; and a supporting assembly coupled to and movable with the housing to provide a surface for contacting an inner wall of the pool to support the housing ; characterized in that the adjusting assembly comprises an adjusting body and the adjustable connector includes a first connector coupled to the adjusting body and a second connector coupled to the housing ; wherein the first connector and the second connector are housed in the adjusting assembly ; and wherein the second connector is coupled to the first connector and configured to move upward and downward relative to the first connector to adjust distance between the adjusting body and the housing .
Glazing unit comprising at least two glass panes , wherein the at least two glass panes comprise a first glass pane and a second glass pane , wherein the first glass pane and the second glass pane are configured such that the gap width between the first glass pane and the second glass pane varies between a minimum gap width and a maximum gap width , characterised in that the minimum gap width is 6mm and the maximum gap width is 24mm, so that transmission drop of radio signals passing through the glazing unit is reduced, wherein optionally a thickness of the first glass pane varies between a minimum first glass thickness and a maximum first glass thickness and/or a thickness of the second glass pane varies between a minimum second glass thickness and a maximum second glass thickness. wherein the at least two glass panes comprise a first glass pane and a second glass pane , wherein the first glass pane and the second glass pane are configured such that the gap width between the first glass pane and the second glass pane varies between a minimum gap width and a maximum gap width , characterised in that the minimum gap width is 6mm and the maximum gap width is 24mm, so that transmission drop of radio signals passing through the glazing unit is reduced, wherein optionally a thickness of the first glass pane varies between a minimum first glass thickness and a maximum first glass thickness and/or a thickness of the second glass pane varies between a minimum second glass thickness and a maximum second glass thickness.
An elevator load bearing member , comprising: a plurality of load bearing cords ; and a jacket at least partially surrounding the cords , the jacket including an inner portion received against the cords and a fluoropolymer portion that establishes a fire-resistant exterior of the jacket ; characterized in that the fluoropolymer portion comprises a functional fluoropolymer and/or a copolymer of tetrafluoroethylene and a perfluorinated vinyl ether; wherein the functional fluoropolymer comprises a functional group comprising at least one of anhydride, silane, glycidyl and isocyanate. a plurality of load bearing cords ; and a jacket at least partially surrounding the cords , the jacket including an inner portion received against the cords and a fluoropolymer portion that establishes a fire-resistant exterior of the jacket ; characterized in that the fluoropolymer portion comprises a functional fluoropolymer and/or a copolymer of tetrafluoroethylene and a perfluorinated vinyl ether; wherein the functional fluoropolymer comprises a functional group comprising at least one of anhydride, silane, glycidyl and isocyanate.