mhurhangee/patent-ind-claim-en huggingface dataset:
System for treating and recycling process water, comprising a cylindrical sedimentation tank and a cylindrical tank for flotation and storage downstream of the sedimentation tank wherein water to be treated is added to an inlet at the upper part of the sedimentation tank , and treated water to be recycled is removed from an outlet at the lower part of the flotation tank , - the sedimentation tank comprises a screw wherein the crest of the screw threads is bearing against the inside of the sedimentation tank, which forces the water to flow rotationally from the top towards the bottom of the sedimentation tank, - a riser is arranged inside a shank of the screw, between the sedimentation tank and the flotation tank , one end of the riser is at the centre of the rotational flow of water, close to a lower part of the screw in a lower part of the sedimentation tank, and the other end is at an upper part of the flotation tank, and - a cleaning loop is arranged between the tanks, removing water from the flotation tank and returning it to the sedimentation tank , further comprising means for adding ozone to the loop. - the sedimentation tank comprises a screw wherein the crest of the screw threads is bearing against the inside of the sedimentation tank, which forces the water to flow rotationally from the top towards the bottom of the sedimentation tank, - a riser is arranged inside a shank of the screw, between the sedimentation tank and the flotation tank , one end of the riser is at the centre of the rotational flow of water, close to a lower part of the screw in a lower part of the sedimentation tank, and the other end is at an upper part of the flotation tank, and - a cleaning loop is arranged between the tanks, removing water from the flotation tank and returning it to the sedimentation tank , further comprising means for adding ozone to the loop.
A method of transmitting content to a user equipment , the method comprising the following acts carried out by a recommendation server : receiving a request from a user equipment, the request comprising an intent from a user; infering one or more categories of points of interest from the intent; gathering from the user a time window of validity for the intent; receiving location information from the user equipment; determining a mode of transportation based on the location information; and, for the duration of the time window, at least one iteration of a loop comprising: getting a current location for the user equipment using updated location information; querying a location database of points of interest to retrieve candidate points of interest that match the categories and are located within reach of the user equipment based on the time left of the time window and the mode of transportation; presenting the candidate points of interest to the user equipment. receiving a request from a user equipment, the request comprising an intent from a user; infering one or more categories of points of interest from the intent; gathering from the user a time window of validity for the intent; receiving location information from the user equipment; determining a mode of transportation based on the location information; and, for the duration of the time window, at least one iteration of a loop comprising: getting a current location for the user equipment using updated location information; querying a location database of points of interest to retrieve candidate points of interest that match the categories and are located within reach of the user equipment based on the time left of the time window and the mode of transportation; presenting the candidate points of interest to the user equipment. getting a current location for the user equipment using updated location information; querying a location database of points of interest to retrieve candidate points of interest that match the categories and are located within reach of the user equipment based on the time left of the time window and the mode of transportation; presenting the candidate points of interest to the user equipment.
Hob device, in particular induction hob device, with at least one placement plate (12a-e), which is provided for a placement of at least one item of cookware (14a-e), with at least two heating units (16a-e) for heating the item of cookware (14a-e) and with at least one illumination strip (20a-e), wherein the illumination strip (20a-e) has at least one lighting unit (22a-e) and in at least one operating state is assigned to the at least two heating units (16a-e) for marking the at least two heating units (16a-e), characterised in that the illumination strip (20a-e) in at least one operating state indicates, in relation to at least one direction (18a-e), at least one heating output which varies in the direction (18a-e).
A mobile device comprising: a touch screen comprising a touch panel , whereby when a touch is made on the touch panel, a change in capacitance at the touched area causes a magnitude of an output signal of the touch panel to increase; and a controller configured to: compare the magnitude of the output signal of the touch panel with a first touch threshold to identify the presence of a touch, and for determining whether the touch has occurred; and compare the magnitude of the output signal of the touch panel with a second touch threshold to identify a touch area size, wherein the second touch threshold is less than the first touch threshold, characterized in that the second touch threshold is set such that a difference between the identified touch area size in a held state of the mobile device and the identified touch area size in a non-held state of the mobile device has the smallest value, and wherein the controller is further configured to identify a type of the touch according to the identified touch area size. a touch screen comprising a touch panel , whereby when a touch is made on the touch panel, a change in capacitance at the touched area causes a magnitude of an output signal of the touch panel to increase; and a controller configured to: compare the magnitude of the output signal of the touch panel with a first touch threshold to identify the presence of a touch, and for determining whether the touch has occurred; and compare the magnitude of the output signal of the touch panel with a second touch threshold to identify a touch area size, compare the magnitude of the output signal of the touch panel with a first touch threshold to identify the presence of a touch, and for determining whether the touch has occurred; and compare the magnitude of the output signal of the touch panel with a second touch threshold to identify a touch area size, wherein the second touch threshold is less than the first touch threshold, characterized in that the second touch threshold is set such that a difference between the identified touch area size in a held state of the mobile device and the identified touch area size in a non-held state of the mobile device has the smallest value, and wherein the controller is further configured to identify a type of the touch according to the identified touch area size.
A method performed by a base station, BS, in a wireless communication system, the method comprising: transmitting , to a terminal, downlink data; allocating an uplink resource for uplink data related to the downlink data without a scheduling request from the terminal, wherein an amount of the uplink resource is greater than a resource amount for uplink data related to the downlink data; transmitting control information indicating the uplink resource to the terminal; receiving , from the terminal, the uplink data and information that makes a request for allocating an additional uplink resource through the uplink resource; and transmitting , to the terminal, an uplink grant for allocation of the additional uplink resource based on the received information. transmitting , to a terminal, downlink data; allocating an uplink resource for uplink data related to the downlink data without a scheduling request from the terminal, wherein an amount of the uplink resource is greater than a resource amount for uplink data related to the downlink data; transmitting control information indicating the uplink resource to the terminal; receiving , from the terminal, the uplink data and information that makes a request for allocating an additional uplink resource through the uplink resource; and transmitting , to the terminal, an uplink grant for allocation of the additional uplink resource based on the received information.
A pharmaceutical composition comprising: a) about 25% to about 35% w/w of crystalline GS-7977 having the structure and b) a pharmaceutically acceptable excipient comprising: i) about 30% w/w of mannitol and about 30% w/w of microcrystalline cellulose; ii) about 5 %w/w of croscarmellose sodium; iii) about 0.5% w/w of colloidal silicon dioxide; and iv) about 1.5% w/w of magnesium stearate, wherein the crystalline GS-7977 has XRPD 2θ-reflections (°) at about: 6.1, 8.2, 10.4, 12.7, 17.2, 17.7, 18.0, 18.8, 19.4, 19.8, 20.1, 20.8, 21.8, and 23.3. a) about 25% to about 35% w/w of crystalline GS-7977 having the structure and b) a pharmaceutically acceptable excipient comprising: i) about 30% w/w of mannitol and about 30% w/w of microcrystalline cellulose; ii) about 5 %w/w of croscarmellose sodium; iii) about 0.5% w/w of colloidal silicon dioxide; and iv) about 1.5% w/w of magnesium stearate, i) about 30% w/w of mannitol and about 30% w/w of microcrystalline cellulose; ii) about 5 %w/w of croscarmellose sodium; iii) about 0.5% w/w of colloidal silicon dioxide; and iv) about 1.5% w/w of magnesium stearate,
Cosmetic article for application to the eyelid, the eyelashes and/or the eyebrows, including: - at least one element to be applied, the cosmetic article being characterized by including - at least one adhesive layer which is at least partially in contact with the element to be applied, this adhesive layer including at least one water-resistant adhesive material, and - at least one layer for protecting the adhesive layer , externally covering same and including at least one water-soluble polymer. - at least one element to be applied, the cosmetic article being characterized by including - at least one adhesive layer which is at least partially in contact with the element to be applied, this adhesive layer including at least one water-resistant adhesive material, and - at least one layer for protecting the adhesive layer , externally covering same and including at least one water-soluble polymer.
An enzyme composition comprising one or more endoglucanases, one or more cellobiohydrolases, one or more beta-glucosidases, at least one beta-mannosidase, and at least one mannanase, wherein the mannanase is the Corollospora maritima mannanase shown in SEQ ID NO: 35 or a mannanase having a sequence identity of at least 70% to SEQ ID NO: 35.
A nanopore measurement component, comprising: a plurality of nanopore cells; and a processor configured to: receive data corresponding to nanopore states of the plurality of nanopore cells; analyze the data to determine a compressed output size of the data given at least one compression technique; determine whether the compressed output size exceeds a data budget; and in the event it is determined that the compressed output size exceeds the data budget, modify the data and output the modified data, characterised in that the processor is further configured to detect that the received data indicates that a state of a nanopore has changed from a threaded state to an open-channel state prior to an end of a bright period of an AC voltage source signal cycle and no longer indicates the threaded state of the nanopore in a previously received data. a plurality of nanopore cells; and a processor configured to: receive data corresponding to nanopore states of the plurality of nanopore cells; analyze the data to determine a compressed output size of the data given at least one compression technique; determine whether the compressed output size exceeds a data budget; and in the event it is determined that the compressed output size exceeds the data budget, modify the data and output the modified data, characterised in that the processor is further configured to detect that the received data indicates that a state of a nanopore has changed from a threaded state to an open-channel state prior to an end of a bright period of an AC voltage source signal cycle and no longer indicates the threaded state of the nanopore in a previously received data. receive data corresponding to nanopore states of the plurality of nanopore cells; analyze the data to determine a compressed output size of the data given at least one compression technique; determine whether the compressed output size exceeds a data budget; and in the event it is determined that the compressed output size exceeds the data budget, modify the data and output the modified data, characterised in that the processor is further configured to detect that the received data indicates that a state of a nanopore has changed from a threaded state to an open-channel state prior to an end of a bright period of an AC voltage source signal cycle and no longer indicates the threaded state of the nanopore in a previously received data.
A method for forming a wiring laminated structure, comprising impacting a droplet (D) of a conductive ink discharged from a nozzle of an inkjet head onto a lower electrode provided on a base material to form a post electrode with the use of the conductive ink, wherein the conductive ink is a liquid repellent conductive ink which develops liquid repellency in the post electrode , and characterized in that the post electrode is formed to protrude with a predetermined height on the lower electrode by discharging the droplet (D) under conditions that the droplet (D) is not divided or the number of divided drop becomes one or less before the droplet (D) impacts on the lower electrode , wherein the conditions are to use the liquid repellent conductive ink whose viscosity falls in the range of 1 mPa·s to 10 mPa·s, whose thixotropic coefficient falls in the range of 1.00 to 1.05, and whose conductive particles have an average particle diameter falling in the range of 10 nm to 100 nm, wherein the conditions are to set a speed of a front end of the droplet (D) to 4 m/s to 7 m/s, wherein the conditions are to set a speed of the rearmost end of a liquid column (Dc) when the front end of the droplet (D) reaches the lower electrode or a speed of the divided drop to 3 m/s to 5 m/s, wherein the conditions are to set a distance between a nozzle surface of the inkjet head and the lower electrode to 0.1 mm to 1 mm. wherein the conductive ink is a liquid repellent conductive ink which develops liquid repellency in the post electrode , and characterized in that the post electrode is formed to protrude with a predetermined height on the lower electrode by discharging the droplet (D) under conditions that the droplet (D) is not divided or the number of divided drop becomes one or less before the droplet (D) impacts on the lower electrode ,
An accessing method related to network slicing, being applied to a base station and comprising: generating minimum system information, the minimum system information including two items: i) indication information indicating presence of physical random access channel, PRACH, configuration information, corresponding to one or more network slices, in other system information, ii) common random access channel configuration information; and sending the minimum system information to a user equipment. generating minimum system information, the minimum system information including two items: i) indication information indicating presence of physical random access channel, PRACH, configuration information, corresponding to one or more network slices, in other system information, ii) common random access channel configuration information; and i) indication information indicating presence of physical random access channel, PRACH, configuration information, corresponding to one or more network slices, in other system information, ii) common random access channel configuration information; and sending the minimum system information to a user equipment.
An injector pump for delivering fluid to a fluid receiving location of a fluid receiving device, comprising: an initially sealed integral fluid reservoir having a seal; an initially dry micro-porous fluidic path having a fluid application end for accepting fluid released from the integral fluid reservoir upon rupture of the seal and an effluent end for delivering fluid to the receiving location, the fluidic path made of a micro-porous material and automatically filling with fluid by capillary action up to the effluent end upon application of the fluid released from the integral fluid reservoir to the application end ; an isolator for fluidically isolating the effluent end from the receiving location to prevent passive fluid flow from the effluent end when the fluidic path includes a fluid, wherein the isolator is an air gap adjacent the effluent end ; a driving arrangement including a pair of spaced apart electrodes for generating an electric field in the fluidic path between the application end and the effluent end for electro-osmotically pumping fluid out of the effluent end of the fluidic path element past the isolator to the fluid receiving location; and a sealing element for sealing the fluidic path along a perimeter thereof to prevent fluid flow from the fluidic path at the perimeter during electro-osmotic pumping. an initially sealed integral fluid reservoir having a seal; an initially dry micro-porous fluidic path having a fluid application end for accepting fluid released from the integral fluid reservoir upon rupture of the seal and an effluent end for delivering fluid to the receiving location, the fluidic path made of a micro-porous material and automatically filling with fluid by capillary action up to the effluent end upon application of the fluid released from the integral fluid reservoir to the application end ; an isolator for fluidically isolating the effluent end from the receiving location to prevent passive fluid flow from the effluent end when the fluidic path includes a fluid, wherein the isolator is an air gap adjacent the effluent end ; a driving arrangement including a pair of spaced apart electrodes for generating an electric field in the fluidic path between the application end and the effluent end for electro-osmotically pumping fluid out of the effluent end of the fluidic path element past the isolator to the fluid receiving location; and a sealing element for sealing the fluidic path along a perimeter thereof to prevent fluid flow from the fluidic path at the perimeter during electro-osmotic pumping.
A method of determining a user's training load characterizing a physical load experienced by the user in response to an exercise, comprising: computing protein expenditure during the exercise associated with the user in a first computer process, wherein the protein expenditure is computed from measured exercise intensity information and carbohydrate reserve information associated with the user during the exercise according to a determined protein combustion model characterizing the user's metabolic protein combustion process as a function of the user's personal characteristics, the carbohydrate reserves, and the_measured exercise intensity information, wherein the measured exercise intensity information is represented by at least one of measured heart rate information, activity information, running speed information, and cycling speed information, and wherein the carbohydrate reserve information during the exercise is determined using a carbohydrate combustion rate determined on the basis of the exercise intensity information and further using carbohydrate reserve information representing the user's carbohydrate reserve at a beginning of at least one exercise session; and determining the user's training load based on the computed protein combustion information in a second computer process. computing protein expenditure during the exercise associated with the user in a first computer process, wherein the protein expenditure is computed from measured exercise intensity information and carbohydrate reserve information associated with the user during the exercise according to a determined protein combustion model characterizing the user's metabolic protein combustion process as a function of the user's personal characteristics, the carbohydrate reserves, and the_measured exercise intensity information, wherein the measured exercise intensity information is represented by at least one of measured heart rate information, activity information, running speed information, and cycling speed information, and wherein the carbohydrate reserve information during the exercise is determined using a carbohydrate combustion rate determined on the basis of the exercise intensity information and further using carbohydrate reserve information representing the user's carbohydrate reserve at a beginning of at least one exercise session; and determining the user's training load based on the computed protein combustion information in a second computer process.
Stackable chair having a chair frame, a seat attached thereto and a seatback , wherein the chair frame has a side part on both sides of the chair suitable for stacking a second chair, wherein each side part has a front and a rear chair leg , wherein a cross member is arranged on each side part as a stacking aid, wherein the particular cross member forms a bracket shape with a middle, straight bracket section and an arched bracket section at the ends of the middle bracket section and is oriented outward such that when stacking, the two bracket shaped cross members of the upper chair surround the two side parts of the lower chair , wherein each side part has a bracket shaped outward oriented upper cross member above the cross member as a stacking support, characterised in that each side part has an armrest with a supporting bar , which transitions, on both sides, into a downward oriented support flange , wherein the particular cross member is arranged between the two support flanges .
A method for forming a hybrid article , comprising: disposing a core in a die , the core including a lateral surface ; forming a gap between the lateral surface and the die , the gap circumscribing the lateral surface ; introducing a slurry into the gap , the slurry including a first metallic material having a first melting point, and a second metallic material having a second melting point, the first melting point being higher than the second melting point; coating the lateral surface with the slurry ; and sintering the slurry to form a coating circumscribing the lateral surface , forming the hybrid article , the coating including 35% to 95% of the first metallic material and 5% to 65% of the second metallic material , wherein the core is a wire, and wherein the hybrid article is a weld filler wire. disposing a core in a die , the core including a lateral surface ; forming a gap between the lateral surface and the die , the gap circumscribing the lateral surface ; introducing a slurry into the gap , the slurry including a first metallic material having a first melting point, and a second metallic material having a second melting point, the first melting point being higher than the second melting point; coating the lateral surface with the slurry ; and sintering the slurry to form a coating circumscribing the lateral surface , forming the hybrid article , the coating including 35% to 95% of the first metallic material and 5% to 65% of the second metallic material , wherein the core is a wire, and wherein the hybrid article is a weld filler wire.