mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a gel for the preparation of a beverage, said gel being reversible in hot and also cold water, wherein the gel is completely soluble in water from 8-80°C, characterised in that the method comprises the following steps: a) stirring and dissolving carrageenan and a type of sugar or a plurality of types of sugar in water, wherein the sugar type contains sucrose, dextrose or isomaltulose, b) heating the resultant solution to its boiling point, whilst stirring, c) adding glucose syrup to the boiling solution, d) adding an acid-water solution until a basic mass is achieved, wherein the proportion of acid in the boiling mass lies in a range of from 0.05 to 1.0% w/w, e) adding flavourings and/or plant extracts and/or colorants, f) cooling the mass to room temperature until the gelling process is complete. a) stirring and dissolving carrageenan and a type of sugar or a plurality of types of sugar in water, wherein the sugar type contains sucrose, dextrose or isomaltulose, b) heating the resultant solution to its boiling point, whilst stirring, c) adding glucose syrup to the boiling solution, d) adding an acid-water solution until a basic mass is achieved, wherein the proportion of acid in the boiling mass lies in a range of from 0.05 to 1.0% w/w, e) adding flavourings and/or plant extracts and/or colorants, f) cooling the mass to room temperature until the gelling process is complete.
A method for organizing an architecture of access points in a distributed wireless network, comprising the steps of: measuring interference between the access points; assigning radiofrequency channels to the access points based on the measured interference to reduce co-channel interference; creating distributed antenna groups of multiple access points operating on the same radio frequency channel to improve packet reception, and assigning a client to one of the distributed antenna groups based on a predetermined metric including information on the network load. measuring interference between the access points; assigning radiofrequency channels to the access points based on the measured interference to reduce co-channel interference; creating distributed antenna groups of multiple access points operating on the same radio frequency channel to improve packet reception, and assigning a client to one of the distributed antenna groups based on a predetermined metric including information on the network load.
A blood treatment device priming set , comprising: a first circuit part having a first tubular channel element with one or more bag spikes or luer connectors at one end and configured to fluidly connect to a predefined one or more priming fluid source containers , and a blood treatment device blood port connector at a second opposite end of the first circuit part; a second circuit part having a second tubular channel element with a drain bag connector at one end and a blood treatment device blood port connector at a second opposite end; the blood treatment device blood port connectors being shaped and sized for connection to venous and arterial ports of a predefined blood treatment device; a drain bag with a drain connector shaped and sized to fit said drain bag connector; the first tubular channel element has, therealong, a first pair of mating connectors and the second tubular channel element has, therealong, a second pair of mating connectors that mate to form a continuous flow path along a respective one of the first and second tubular channel elements, one mating connector of each of the first and second pair being shaped and sized to fit connectors of a predefined blood circuit portion of a blood treatment fluid circuit used for extracorporeal blood treatment; and a vent connection component that attaches to a port open to a non-blood compartment of the blood treatment device, characterized in that the drain bag has an internal volume that is less than a total volume of the predefined one or more priming fluid source containers to which the first circuit part is attached or attachable. a first circuit part having a first tubular channel element with one or more bag spikes or luer connectors at one end and configured to fluidly connect to a predefined one or more priming fluid source containers , and a blood treatment device blood port connector at a second opposite end of the first circuit part; a second circuit part having a second tubular channel element with a drain bag connector at one end and a blood treatment device blood port connector at a second opposite end; the blood treatment device blood port connectors being shaped and sized for connection to venous and arterial ports of a predefined blood treatment device; a drain bag with a drain connector shaped and sized to fit said drain bag connector; the first tubular channel element has, therealong, a first pair of mating connectors and the second tubular channel element has, therealong, a second pair of mating connectors that mate to form a continuous flow path along a respective one of the first and second tubular channel elements, one mating connector of each of the first and second pair being shaped and sized to fit connectors of a predefined blood circuit portion of a blood treatment fluid circuit used for extracorporeal blood treatment; and a vent connection component that attaches to a port open to a non-blood compartment of the blood treatment device, characterized in that the drain bag has an internal volume that is less than a total volume of the predefined one or more priming fluid source containers to which the first circuit part is attached or attachable.
A security control method performed by a security control system for granting a visitor access into a premise , the method comprising: receiving a request from the host of the premise to issue an identification tag to an expected visitor of the premise ; determining the identification tag when requested by a host of the premise; transmitting the identification tag to the visitor via electronic transmission before the visitor reaches the premise ; scanning the identification tag of the visitor when the visitor is at the premise; authenticating the identification tag ; generating an approving signal upon positive authentication of the identification tag ; dispensing an identification token to the visitor upon receiving the approving signal; scanning the identification token of the visitor ; and authenticating the identification token to grant the visitor access into the premise . receiving a request from the host of the premise to issue an identification tag to an expected visitor of the premise ; determining the identification tag when requested by a host of the premise; transmitting the identification tag to the visitor via electronic transmission before the visitor reaches the premise ; scanning the identification tag of the visitor when the visitor is at the premise; authenticating the identification tag ; generating an approving signal upon positive authentication of the identification tag ; dispensing an identification token to the visitor upon receiving the approving signal; scanning the identification token of the visitor ; and authenticating the identification token to grant the visitor access into the premise .
A computer-implemented method of allocating a limited set of system resources to tenants seeking to use the system resources, the computer-implemented method being performed by one or more processors executing computer executable instructions for the computer-implemented method, and the computer-implemented method comprising: identifying a resource slice; identifying an executing tenant workload; identifying checkpoint characteristics for the executing tenant workload; based on the checkpoint characteristics and the resource slice, identifying a task eviction event; and if the tenant workload is not completed at eviction, re-queueing the tenant workload, wherein identifying a task eviction event comprises evicting a tenant workload within some predetermined extension of the expiration of the resource slice when checkpointing occurs within the predetermined extension of the expiration of the resource slice. identifying a resource slice; identifying an executing tenant workload; identifying checkpoint characteristics for the executing tenant workload; based on the checkpoint characteristics and the resource slice, identifying a task eviction event; and if the tenant workload is not completed at eviction, re-queueing the tenant workload, wherein identifying a task eviction event comprises evicting a tenant workload within some predetermined extension of the expiration of the resource slice when checkpointing occurs within the predetermined extension of the expiration of the resource slice.
A method of controlling at least one comfort parameter in a building, the building comprising a system for controlling the at least one comfort parameter, the system for controlling the at least one comfort parameter comprising a user interface device , a sensor , and a control device , wherein the primary purpose of the sensor is different from recording a signal indicative of the at least one comfort parameter, the method comprising the steps of: providing a demand signal in respect of a change in the at least one comfort parameter, wherein the demand signal is provided by a user and using the user interface device ; the user interface device transmitting the demand signal to the control device ; the control device obtaining a reading from the sensor , the reading being indicative of a parameter other than the at least one comfort parameter; the control device analysing the demand signal based on a current state of the system for controlling the at least one comfort parameter and based on the reading obtained from the sensor ; the control device changing one or more settings of the system for controlling the at least one comfort parameter based on the analysis of the demand signal; and the control device producing a control signal as a function of the one or more changed settings of the system, characterised in that the building comprises a smoke detector and wherein the sensor is a temperature sensor inside the smoke detector , wherein the at least one comfort parameter is a room temperature of a room of the building, the method comprising the steps of: the control device obtaining a reading from the sensor , the reading being a temperature reading indicative of a temperature inside the smoke detector ; and the control device analysing the demand signal based on a current state of the system for controlling the room temperature of the room of the building and based on the temperature reading obtained from the sensor . providing a demand signal in respect of a change in the at least one comfort parameter, wherein the demand signal is provided by a user and using the user interface device ; the user interface device transmitting the demand signal to the control device ; the control device obtaining a reading from the sensor , the reading being indicative of a parameter other than the at least one comfort parameter; the control device analysing the demand signal based on a current state of the system for controlling the at least one comfort parameter and based on the reading obtained from the sensor ; the control device changing one or more settings of the system for controlling the at least one comfort parameter based on the analysis of the demand signal; and the control device producing a control signal as a function of the one or more changed settings of the system, the control device obtaining a reading from the sensor , the reading being a temperature reading indicative of a temperature inside the smoke detector ; and the control device analysing the demand signal based on a current state of the system for controlling the room temperature of the room of the building and based on the temperature reading obtained from the sensor .
Method for converting an original image sequence (SIO) whose luminance values belong to a given dynamic range, said method comprising a step of image-by-image dynamic range conversion during which a dynamic range conversion operator (TMO) is applied to the luminance component (Lw) of each image of the original image sequence (SIO) to obtain a modified luminance component Ld whose values belong to a lower dynamic range than that of the original image sequence (SIO), characterised in that it also comprises a step of correction of the dynamic range during which the dynamic range of the values of the luminance component thus modified (Ld) is reduced by a value (R) calculated from a global characteristic of the original image sequence.
A method of performing retrosynthesis on a target compound, comprising: setting the target compound to a retron; performing a first retrosynthesis search on the retron to find a set of synthons; further comprising: hashing each synthon of the set of synthons; comparing each hashed synthon to entries in a proprietary database, where the entries in the proprietary database are hashed using same hash algorithm; if the comparison succeeds, recording and/or displaying the synthon; and if the comparison fails, setting the set of synthons to the retron and repeating the performing, hashing, and comparing steps. setting the target compound to a retron; performing a first retrosynthesis search on the retron to find a set of synthons; further comprising: hashing each synthon of the set of synthons; comparing each hashed synthon to entries in a proprietary database, where the entries in the proprietary database are hashed using same hash algorithm; if the comparison succeeds, recording and/or displaying the synthon; and if the comparison fails, setting the set of synthons to the retron and repeating the performing, hashing, and comparing steps. hashing each synthon of the set of synthons; comparing each hashed synthon to entries in a proprietary database, where the entries in the proprietary database are hashed using same hash algorithm; if the comparison succeeds, recording and/or displaying the synthon; and if the comparison fails, setting the set of synthons to the retron and repeating the performing, hashing, and comparing steps.
A method for converting input image data for a multiple image projection system, the input image data representing an input image, characterised by the steps of: i) dividing the input image data into at least two smaller image regions based on analysis of local content of the input image using an image analysis algorithm using a predefined function; ii) determining parameters for the at least two smaller image regions, at least one parameter being determined for each of the at least two smaller image regions; iii) producing a first image component and a second image component by decomposing the input image based on the parameters, the first image component being orthogonal or quasi-orthogonal with the second image component in which the degree of orthogonality is determined by the closeness of the spatial 2D convolution of a normalized first image component and a normalized second image component to a constant or 0; iv) displaying the first image component by a first display device ; and v) displaying the second image component by a second display device , the second image component being superimposed on the first image component to produce a final image . i) dividing the input image data into at least two smaller image regions based on analysis of local content of the input image using an image analysis algorithm using a predefined function; ii) determining parameters for the at least two smaller image regions, at least one parameter being determined for each of the at least two smaller image regions; iii) producing a first image component and a second image component by decomposing the input image based on the parameters, the first image component being orthogonal or quasi-orthogonal with the second image component in which the degree of orthogonality is determined by the closeness of the spatial 2D convolution of a normalized first image component and a normalized second image component to a constant or 0; iv) displaying the first image component by a first display device ; and v) displaying the second image component by a second display device , the second image component being superimposed on the first image component to produce a final image .
Control and information system for a lavatory of an aircraft , wherein the lavatory has a door , having a door actuator for opening and closing the door , having a lock actuator for locking and unlocking the door , having a control device for controlling the door actuator and the lock actuator , having at least one human-machine interface for detecting a triggering action relating to the door by a user of the door and for transmitting the triggering action to the control device as a trigger signal , characterized by at least one communication interface for transmitting input information to the control device from an authorized entity different to the user , and optionally also for transmitting output information from the control device to the authorized entity . having a door actuator for opening and closing the door , having a lock actuator for locking and unlocking the door , having a control device for controlling the door actuator and the lock actuator , having at least one human-machine interface for detecting a triggering action relating to the door by a user of the door and for transmitting the triggering action to the control device as a trigger signal , characterized by at least one communication interface for transmitting input information to the control device from an authorized entity different to the user , and optionally also for transmitting output information from the control device to the authorized entity .
An aerosol-generating article for producing an inhalable aerosol upon heating, the aerosol-generating article comprising: a rod of aerosol-generating substrate; an elongate susceptor arranged longitudinally within the aerosol-generating substrate, wherein the susceptor extends all the way to a downstream end of the rod of aerosol-generating substrate; wherein the susceptor has a thickness from about 55 micrometres to about 65 micrometres; and wherein a ratio between a length of the susceptor and an overall length of the aerosol-generating article is from about 0.2 to about 0.35. a rod of aerosol-generating substrate; an elongate susceptor arranged longitudinally within the aerosol-generating substrate, wherein the susceptor extends all the way to a downstream end of the rod of aerosol-generating substrate; wherein the susceptor has a thickness from about 55 micrometres to about 65 micrometres; and wherein a ratio between a length of the susceptor and an overall length of the aerosol-generating article is from about 0.2 to about 0.35.
A packet , comprising: a valve system , including: a valve body ; a valve cap ; and a valve plug compressed radially and axially between the valve body and valve cap , and a central bore extending wholly through the valve body and valve cap and partially through the valve plug , and one or more sheets containing a hair color formula welded together to secure the valve system in a weld, characterized in that the valve body comprises a flange with a first and second barb securing the valve cap to the valve body . a valve system , including: a valve body ; a valve cap ; and a valve plug compressed radially and axially between the valve body and valve cap , and a central bore extending wholly through the valve body and valve cap and partially through the valve plug , and a valve body ; a valve cap ; and a valve plug compressed radially and axially between the valve body and valve cap , and a central bore extending wholly through the valve body and valve cap and partially through the valve plug , and one or more sheets containing a hair color formula welded together to secure the valve system in a weld, characterized in that the valve body comprises a flange with a first and second barb securing the valve cap to the valve body .
An electronic device comprising: a front plate ; a back plate configured to face away from the front plate; a side member including a frame structure configured to surround an inner space between the front plate and the back plate and a plate structure extending from the frame structure toward the inner space; a display disposed between the plate structure and the front plate; a first speaker unit disposed in the inner space, at least part of the first speaker unit being supported by the plate structure; a first metal plate disposed between the plate structure and the display; characterised by : a sealing member disposed between the first metal plate and the display, the sealing member having a first opening portion formed on a side thereof, wherein a first chamber (C1) is formed between the first speaker unit and the first metal plate wherein a second chamber (C2) surrounded by the sealing member is formed between the first metal plate and the display, and wherein the second chamber and the first chamber are fluidly connected with each other by the first opening portion such that a first resonator structure corresponding to the first speaker unit is formed between the display and the plate structure. a front plate ; a back plate configured to face away from the front plate; a side member including a frame structure configured to surround an inner space between the front plate and the back plate and a plate structure extending from the frame structure toward the inner space; a display disposed between the plate structure and the front plate; a first speaker unit disposed in the inner space, at least part of the first speaker unit being supported by the plate structure; a first metal plate disposed between the plate structure and the display; characterised by : a sealing member disposed between the first metal plate and the display, the sealing member having a first opening portion formed on a side thereof, wherein a first chamber (C1) is formed between the first speaker unit and the first metal plate wherein a second chamber (C2) surrounded by the sealing member is formed between the first metal plate and the display, and wherein the second chamber and the first chamber are fluidly connected with each other by the first opening portion such that a first resonator structure corresponding to the first speaker unit is formed between the display and the plate structure.
A connection kit, comprising a first line of a traveling wave tube and a second line of a voltage supply unit for the traveling wave tube ; and a high voltage connection between the first line and the second line comprising a plug which is connected to an end section of the first line or of the second line by a crimp connection , and a socket which is connected to an end section of the other line by a crimp connection , wherein the plug and the socket are shrunk over by a first shrinking hose , wherein the first shrinking hose overlaps the plug and the socket and firmly lies on isolation surfaces of isolations of the first line and of the second line ; wherein a second shrinking hose is shrunk directly over the plug and the socket , wherein the second shrinking hose is conductive on its inside, wherein the first shrinking hose is shrunk over the second shrinking hose , and wherein the first shrinking hose overlaps the plug and the socket and firmly lies on the isolation surfaces of the first line and of the second line ; wherein the first line comprises a first strand and the isolation ; and wherein the second line comprises a second strand and the isolation ; wherein the strands are surrounded by the isolation of the respective line and wherein an end of the first isolation adjacent to an end face as well as a section of the first strand adjacent to this end of the first isolation are sealed with an adhesive ; characterized in that the adhesive has a lower volume conductivity than the isolation of the first line .