mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by one or more processors, of interacting with data in a data repository comprising: receiving (3.1), in a data catalogue which comprises a graphical user interface configured to act as a front-end for searching and retrieving items in the data repository, a search request relating to one or more items in the data repository; determining (3.2) an object type from metadata associated with the one or more items and/or one or more properties of the one or more items; loading (3.3) an object template from a library of object templates in dependence on the determined object type, the object template comprising a plurality of elements and wherein the object template comprises definitions of one or more joins between datasets in the data repository for facilitating identification of required additional items to said one or more items; populating (3.4) one or more elements of the template with items from the data repository in dependence on the search request to create an object view; determining (4.1) that the loaded object template can be populated with one or more additional items; retrieving (4.2) the one or more additional items from the data repository based on the one or more join definitions in the loaded object template; populating (4.3) one or more other elements of the loaded object template with the retrieved additional items; and displaying (3.5) the object view within the graphical user interface of the data catalogue, wherein said object view comprises one or more selectable links to linked items as defined by the template. receiving (3.1), in a data catalogue which comprises a graphical user interface configured to act as a front-end for searching and retrieving items in the data repository, a search request relating to one or more items in the data repository; determining (3.2) an object type from metadata associated with the one or more items and/or one or more properties of the one or more items; loading (3.3) an object template from a library of object templates in dependence on the determined object type, the object template comprising a plurality of elements and wherein the object template comprises definitions of one or more joins between datasets in the data repository for facilitating identification of required additional items to said one or more items; populating (3.4) one or more elements of the template with items from the data repository in dependence on the search request to create an object view; determining (4.1) that the loaded object template can be populated with one or more additional items; retrieving (4.2) the one or more additional items from the data repository based on the one or more join definitions in the loaded object template; populating (4.3) one or more other elements of the loaded object template with the retrieved additional items; and displaying (3.5) the object view within the graphical user interface of the data catalogue, wherein said object view comprises one or more selectable links to linked items as defined by the template.
A process for controlling a consumer device based upon information relating to characteristics of a power source ; said process comprising the steps of: a. receiving a power signal at a power transceiver ; b. embedding, at the power transceiver, a signature of the power source into the power signal using a modulator to form a combined signal, wherein the modulator uses OFDM injection on several non-overlapping narrow-band channels, wherein embedding the signature of the power source comprises demultiplexing a signal from a signal generator into multiple subsequences, and wherein the modulator modulates and individually protects with error control coding each subsequence to a distinct frequency-based sub-channel of the power signal; c. transmitting, by the power transceiver, the combined power signal in-band to the consumer device; d. transmitting, by the power transceiver, the signature and additional information out-of-band to a server having records; e. storing, by the server, the signature and the additional information in the records; f. demodulating, by the consumer device, the combined signal to determine the signature; g. sending the power from the power source to a power supply coupled to the consumer device; h. generating, by the consumer device, a query based on the signature; i. sending the query out-of-band from the consumer device to the server to request the server lookup information in the records; and j. responding, by the server, to the query by sending the additional information to the consumer device. a. receiving a power signal at a power transceiver ; b. embedding, at the power transceiver, a signature of the power source into the power signal using a modulator to form a combined signal, wherein the modulator uses OFDM injection on several non-overlapping narrow-band channels, wherein embedding the signature of the power source comprises demultiplexing a signal from a signal generator into multiple subsequences, and wherein the modulator modulates and individually protects with error control coding each subsequence to a distinct frequency-based sub-channel of the power signal; c. transmitting, by the power transceiver, the combined power signal in-band to the consumer device; d. transmitting, by the power transceiver, the signature and additional information out-of-band to a server having records; e. storing, by the server, the signature and the additional information in the records; f. demodulating, by the consumer device, the combined signal to determine the signature; g. sending the power from the power source to a power supply coupled to the consumer device; h. generating, by the consumer device, a query based on the signature; i. sending the query out-of-band from the consumer device to the server to request the server lookup information in the records; and j. responding, by the server, to the query by sending the additional information to the consumer device.
Solventborne alkyd paint composition comprising a universal colorant of organic pigment or inorganic pigment, a solventborne alkyd base paint and a fatty acid amidoamine, said fatty acid amidoamine is the condensation product of a fatty acid or their corresponding ester or fatty oil and a polyamine, characterized in that the polyamine is an aliphatic polyamine with an amine functionality of at least 2 and that the polyamine comprises at least one primary amine group and at least one tertiary amine group.
A multi-layer cylinder head gasket comprising: a plurality of layers (30A-E, 60A-F, 80A-F) of material forming the gasket , said gasket having at least one first opening for a cylinder, at least one second opening for a fluid flow, and at least one third opening for a pushrod; characterized in that an eyelet positioned in at least said third opening , said eyelet being made from a formable material which is softer than the pushrod material; wherein said eyelet material is provided from the group consisting of brass, copper, and formable steel. a plurality of layers (30A-E, 60A-F, 80A-F) of material forming the gasket , said gasket having at least one first opening for a cylinder, at least one second opening for a fluid flow, and at least one third opening for a pushrod; characterized in that an eyelet positioned in at least said third opening , said eyelet being made from a formable material which is softer than the pushrod material; wherein said eyelet material is provided from the group consisting of brass, copper, and formable steel.
A blister packaging comprising - a thermoformed web with cavities for a product formed therein, comprising at least two co-extruded layers, namely a main layer comprising HDPE and an inorganic additive, the inorganic additive being present in an amount of up to 2%, and a sealing layer comprising HDPE and LLDPE, the LLDPE being present in an amount of at most 50%, and - a flat lid , comprising at least three co-extruded layers, namely an outer HDPE layer containing an inorganic additive, the inorganic additive being present in an amount of up to 5%, an intermediate HDPE layer comprising an additive suitable to decrease elongation at break, and an inner sealing layer , wherein the thermoformed web and the flat lid are heat-sealed together. - a thermoformed web with cavities for a product formed therein, comprising at least two co-extruded layers, namely a main layer comprising HDPE and an inorganic additive, the inorganic additive being present in an amount of up to 2%, and a sealing layer comprising HDPE and LLDPE, the LLDPE being present in an amount of at most 50%, and - a flat lid , comprising at least three co-extruded layers, namely an outer HDPE layer containing an inorganic additive, the inorganic additive being present in an amount of up to 5%, an intermediate HDPE layer comprising an additive suitable to decrease elongation at break, and an inner sealing layer ,
A control unit for controlling an in-vehicle device comprising a laminated capacitor incorporating a circuit pattern and a dielectric body, the circuit pattern characterized by comprising: a plurality of spiral coil effect generation patterns that are laminated; and an inter-layer connection pattern being configured such that the plurality of spiral coil effect generation patterns are connected to each other in series, wherein at least part of the plurality of spiral coil effect generation patterns serves as an electrode of the laminated capacitor . a plurality of spiral coil effect generation patterns that are laminated; and an inter-layer connection pattern being configured
A method of a wireless device , comprising: receiving, by the wireless device from an access point AP , a wideband beacon in a wideband channel; receiving, by the wireless device from the AP, information indicating that the wireless device is to cease transmission in the wideband channel; and in response to the information, communicating, by the wireless device with the AP in a narrowband channel that is a subset of the broadband channel, during a time interval in which the wireless device is to cease transmission in the broadband channel, wherein communicating in the narrowband channel during the time interval comprises receiving, by the wireless device from the AP, a narrowband beacon in the narrowband channel. receiving, by the wireless device from an access point AP , a wideband beacon in a wideband channel; receiving, by the wireless device from the AP, information indicating that the wireless device is to cease transmission in the wideband channel; and in response to the information, communicating, by the wireless device with the AP in a narrowband channel that is a subset of the broadband channel, during a time interval in which the wireless device is to cease transmission in the broadband channel, wherein communicating in the narrowband channel during the time interval comprises receiving, by the wireless device from the AP, a narrowband beacon in the narrowband channel.
Antifouling protective coating for a surface, characterised in that the protective coating consists of a three-dimensional structure, - whereby the three-dimensional structure is formed by channels in a matrix and - whereby the channel length is the same as or greater than the channel diameter and - whereby the channels are essentially aligned parallel to the surface normal of the surface and - whereby the channel diameter is 10 nm to 200 nm, preferably 20 nm to 180 nm, especially preferably 30 nm to 150 nm, and the channel length is 0.01 μm to 10 μm, preferably 0.02 μm to 10 μm, especially preferably 0.03 μm to 10 μm, - whereby the channels have an inner surface and - whereby the inner surface is at least partially coated and - whereby the coating of the inner surfaces has organic polymers selected from antifouling materials. - whereby the three-dimensional structure is formed by channels in a matrix and - whereby the channel length is the same as or greater than the channel diameter and - whereby the channels are essentially aligned parallel to the surface normal of the surface and - whereby the channel diameter is 10 nm to 200 nm, preferably 20 nm to 180 nm, especially preferably 30 nm to 150 nm, and the channel length is 0.01 μm to 10 μm, preferably 0.02 μm to 10 μm, especially preferably 0.03 μm to 10 μm, - whereby the channels have an inner surface and - whereby the inner surface is at least partially coated and - whereby the coating of the inner surfaces has organic polymers selected from antifouling materials.
Apparatus for scaling a desired velocity of a tool of a surgical robot comprising a processing unit configured for : receiving an input signal including a desired velocity of movement of a tool; determining the position of the tool relative to a boundary (B) of a surgical site (S) and the direction of movement of the tool relative to the boundary (B); and scaling the desired velocity of movement of the tool when the tool is within a predetermined distance of the boundary (B) of the surgical site, wherein scaling includes applying a velocity scaling factor to the desired velocity of movement, characterized in that scanling is only applied when the direction of movement (M) of the tool is towards the boundary, the velocity scaling factor being one when the determined position of the tool relative to the boundary is beyond a predetermined distance and being reduced from one to a minimum value when the determined position is below a predetermined distance relative to the boundary. receiving an input signal including a desired velocity of movement of a tool; determining the position of the tool relative to a boundary (B) of a surgical site (S) and the direction of movement of the tool relative to the boundary (B); and scaling the desired velocity of movement of the tool when the tool is within a predetermined distance of the boundary (B) of the surgical site, wherein scaling includes applying a velocity scaling factor to the desired velocity of movement,
A method of producing a carbon fiber, the method comprising: a) adding an acrylonitrile-based polymer solution to a solution containing a glycol-based compound having a boiling point of 180 to 210°C to precipitate an acrylonitrile-based polymer; b) melt spinning the acrylonitrile-based polymer to obtain a spun fiber; and c) performing stabilization and carbonization on the spun fiber to obtain a carbon fiber, wherein the glycol-based compound is one or a mixture of two or more selected from the group consisting of ethylene glycol, propylene glycol, butylene glycol, pentylene glycol, and hexylene glycol; further comprising, after the a), before the b), drying the acrylonitrile-based polymer; after the drying, a content of the glycol-based compound in the acrylonitrile-based polymer is 5 to 15 wt% with respect to a total weight of the acrylonitrile-based polymer. a) adding an acrylonitrile-based polymer solution to a solution containing a glycol-based compound having a boiling point of 180 to 210°C to precipitate an acrylonitrile-based polymer; b) melt spinning the acrylonitrile-based polymer to obtain a spun fiber; and c) performing stabilization and carbonization on the spun fiber to obtain a carbon fiber, wherein the glycol-based compound is one or a mixture of two or more selected from the group consisting of ethylene glycol, propylene glycol, butylene glycol, pentylene glycol, and hexylene glycol; further comprising, after the a), before the b), drying the acrylonitrile-based polymer; after the drying, a content of the glycol-based compound in the acrylonitrile-based polymer is 5 to 15 wt% with respect to a total weight of the acrylonitrile-based polymer.
A filter for a smoking article comprising, filtration material and an amorphous magnesium carbonate material contained within the filtration material .
A sensor module comprising an optoelectronic distance sensor , wherein the distance sensor is configured to detect a detection object located in a detection zone of the sensor module , wherein the sensor module has a reference target , wherein the reference target is movable relative to the distance sensor between a test position and a position of rest , wherein the reference target is arranged at the sensor module and the reference target and the distance sensor are movably connected to one another, wherein, in the test position , the reference target is at least partly arranged in an intermediate zone of the sensor module , which is arranged between the distance sensor and the detection zone of the sensor module , to enable a reference measurement of the distance sensor with respect to the reference target , wherein, in the position of rest , the reference target is arranged outside the intermediate zone to enable a detection of a detection object located in the detection zone of the sensor module by the distance sensor , wherein, in the test position, the reference target is arranged at a predefined reference distance from the distance sensor , and wherein the distance sensor is configured to measure a reference measurement value of a reference distance of the reference target as part of the reference measurement.
A process , comprising, as process steps a) Provision of a sheet-like composite, comprising i) A composite layer sequence , comprising A) a composite carrier layer , and B) a composite barrier layer , comprising a barrier plastic for at least 70% by weight relative to the weight of the composite barrier layer , ii) an edge region , and iii) an inner region , abutting against the edge region ; b) Reduction of the layer thickness of the composite carrier layer in the edge region ; c) Creation of a fold in the edge region to obtain a first edge fold region and a further edge fold region , wherein the first edge fold region and the further edge fold region abut against each other along the fold ; d) Bringing the first edge fold region into contact with a first part of the further edge fold region ; e) Creation of a further fold in the inner region to obtain a first composite fold region and a further composite fold region , wherein the further composite fold region comprises the edge region ; and f) Connecting the first composite fold region to the first part of the further edge fold region and a further part of the further edge fold region . a) Provision of a sheet-like composite, comprising i) A composite layer sequence , comprising A) a composite carrier layer , and B) a composite barrier layer , comprising a barrier plastic for at least 70% by weight relative to the weight of the composite barrier layer , ii) an edge region , and iii) an inner region , abutting against the edge region ; i) A composite layer sequence , comprising A) a composite carrier layer , and B) a composite barrier layer , comprising a barrier plastic for at least 70% by weight relative to the weight of the composite barrier layer , A) a composite carrier layer , and B) a composite barrier layer , comprising a barrier plastic for at least 70% by weight relative to the weight of the composite barrier layer , ii) an edge region , and iii) an inner region , abutting against the edge region ; b) Reduction of the layer thickness of the composite carrier layer in the edge region ; c) Creation of a fold in the edge region to obtain a first edge fold region and a further edge fold region , wherein the first edge fold region and the further edge fold region abut against each other along the fold ; d) Bringing the first edge fold region into contact with a first part of the further edge fold region ; e) Creation of a further fold in the inner region to obtain a first composite fold region and a further composite fold region , wherein the further composite fold region comprises the edge region ; and f) Connecting the first composite fold region to the first part of the further edge fold region and a further part of the further edge fold region .
A content output system, the system comprising: a display apparatus , including a display, configured to display a user interface (Ul) for setting a speaker corresponding to each of a plurality of different sound channels according to a predetermined event, wherein the predetermined event comprises an event in which a surround setting is selected from a sound setting menu of the display apparatus ; and wherein the display apparatus is configured to, in response to a particular channel setting icon, for a particular channel, being selected by a user, transmit a control signal to each of a plurality of speaker apparatuses settable to the particular channel; the plurality of speaker apparatuses , each speaker apparatus including a speaker, configured to provide a first indicating feedback for identification of the respective speaker apparatus in response to receiving the control signal from the display apparatus, and configured to, based on a user input being received, transmit a signal corresponding to the user input to the display apparatus, the display apparatus is configured to, in response to a predetermined signal corresponding to a user input being received from one of the plurality of speaker apparatuses, set the corresponding speaker apparatus as a speaker outputting the selected channel, and wherein the speaker apparatuses are further configured to provide a second indicating feedback indicating that channel setting is completed, the second indicating feedback being different from the first indicating feedback. a display apparatus , including a display, configured to display a user interface (Ul) for setting a speaker corresponding to each of a plurality of different sound channels according to a predetermined event, wherein the predetermined event comprises an event in which a surround setting is selected from a sound setting menu of the display apparatus ; and wherein the display apparatus is configured to, in response to a particular channel setting icon, for a particular channel, being selected by a user, transmit a control signal to each of a plurality of speaker apparatuses settable to the particular channel; the plurality of speaker apparatuses , each speaker apparatus including a speaker, configured to provide a first indicating feedback for identification of the respective speaker apparatus in response to receiving the control signal from the display apparatus, and configured to, based on a user input being received, transmit a signal corresponding to the user input to the display apparatus, the display apparatus is configured to, in response to a predetermined signal corresponding to a user input being received from one of the plurality of speaker apparatuses, set the corresponding speaker apparatus as a speaker outputting the selected channel, and wherein the speaker apparatuses are further configured to provide a second indicating feedback indicating that channel setting is completed, the second indicating feedback being different from the first indicating feedback.
A process for the preparation of an X-ray composition comprising an X-ray contrast agent in a carrier, comprising the steps of i) adjusting the pH of the carrier comprising the X-ray contrast agent to 2.0-4.5 by adding an acid; ii) heating the pH-adjusted composition of step i) to 60-200 °C; iii) cooling the composition of step ii) to 40-60°C; iv) adjusting the pH of the heated composition of step iii) to 7.0-8.0 by adding an appropriate buffer; wherein the X-ray contrast agent is Iodixanol or is Compound I and the carrier is an aqueous solution. i) adjusting the pH of the carrier comprising the X-ray contrast agent to 2.0-4.5 by adding an acid; ii) heating the pH-adjusted composition of step i) to 60-200 °C; iii) cooling the composition of step ii) to 40-60°C; iv) adjusting the pH of the heated composition of step iii) to 7.0-8.0 by adding an appropriate buffer;