mhurhangee/patent-ind-claim-en huggingface dataset:
A device for treating blood in an extracorporeal circulation comprising: - A box-like shaped body having a first end and a second opposing end and that defines therebetween an inside treating chamber having an internal surface ; - At least one exchanging unit comprising a flat diaphragm , that is impermeable to blood flows (W, W1) and that has a greater axis (X1) 10 and a smaller axis and is fitted inside said treating chamber , around which a winding of hollow micro-porous fibers is wound; - At least one inlet port of blood to be treated and an outlet port of treated blood which is axially aligned with said inlet port according to an aligning direction (DA); - An amassing and delivering compartment for blood to be treated and a collecting compartment for treated blood which are defined respectively downstream said inlet port and upstream said outlet port between said exchanging unit and said internal surface ; characterized in that said flat diaphragm is placed with said greater 20 axis (X1) parallel to said aligning direction (DA) and in that among said hollow fibers windings dividing elements having greater axis (X2) placed parallel to said aligning direction (DA) and smaller axis (X2) transversal to said aligning direction (DA), are arranged, said delivering compartment and said collecting compartment extend along the 25 windings . - A box-like shaped body having a first end and a second opposing end and that defines therebetween an inside treating chamber having an internal surface ; - At least one exchanging unit comprising a flat diaphragm , that is impermeable to blood flows (W, W1) and that has a greater axis (X1) 10 and a smaller axis and is fitted inside said treating chamber , around which a winding of hollow micro-porous fibers is wound; - At least one inlet port of blood to be treated and an outlet port of treated blood which is axially aligned with said inlet port according to an aligning direction (DA); - An amassing and delivering compartment for blood to be treated and a collecting compartment for treated blood which are defined respectively downstream said inlet port and upstream said outlet port between said exchanging unit and said internal surface ; characterized in that said flat diaphragm is placed with said greater 20 axis (X1) parallel to said aligning direction (DA) and in that among said hollow fibers windings dividing elements having greater axis (X2) placed parallel to said aligning direction (DA) and smaller axis (X2) transversal to said aligning direction (DA), are arranged, said delivering compartment and said collecting compartment extend along the 25 windings .
A fuel cell configured to directly utilize hydrocarbon fuel at temperatures of 500°C or less comprising: a layered anode comprising an Ni and Ru doped ceria catalyst, the anode being active for wet and dry reforming of the hydrocarbon fuel below 500°C; a mixed-ion conducting membrane electrolyte structure comprising alternating layers of: an oxygen ion transporting solid oxide fuel cell (SOFC) electrolyte material comprising samaria-doped ceria,; and a proton transporting SOFC electrolyte material comprising barium yttrium zirconate; and a cathode configured to ionize oxygen for transport through the oxygen ion transporting SOFC electrolyte material to the layered anode; wherein the oxygen ion transporting SOFC electrolyte material is configured to transport therethrough the ionized oxygen from the cathode to the layered anode; wherein the proton transporting SOFC electrolyte material is configured to transport therethrough hydrogen ionized from the layered anode to the cathode; and wherein the ratio of the oxygen ion transporting SOFC electrolyte material to the proton transporting SOFC electrolyte material is approximately 1:10. a layered anode comprising an Ni and Ru doped ceria catalyst, the anode being active for wet and dry reforming of the hydrocarbon fuel below 500°C; a mixed-ion conducting membrane electrolyte structure comprising alternating layers of: an oxygen ion transporting solid oxide fuel cell (SOFC) electrolyte material comprising samaria-doped ceria,; and a proton transporting SOFC electrolyte material comprising barium yttrium zirconate; and an oxygen ion transporting solid oxide fuel cell (SOFC) electrolyte material comprising samaria-doped ceria,; and a proton transporting SOFC electrolyte material comprising barium yttrium zirconate; and a cathode configured to ionize oxygen for transport through the oxygen ion transporting SOFC electrolyte material to the layered anode; wherein the oxygen ion transporting SOFC electrolyte material is configured to transport therethrough the ionized oxygen from the cathode to the layered anode; wherein the proton transporting SOFC electrolyte material is configured to transport therethrough hydrogen ionized from the layered anode to the cathode; and wherein the ratio of the oxygen ion transporting SOFC electrolyte material to the proton transporting SOFC electrolyte material is approximately 1:10.
A method for wireless network access, executed by a wireless network access device, the method comprising: acquiring (S110) identification information of multiple stations STAs requesting access; determining, according to the identification information, whether the multiple STAs are legal STAs, wherein the identification information of legal STAs is pre-stored in the wireless network access device or a storage medium that the wireless network access device can access in real time; in response to determining that multiple STAs are illegal STAs, rejecting access by the multiple STAs; in response to determining that the multiple STAs are legal STAs, searching, according to the identification information, for communication terminals that have respective binding relationships to the multiple STAs;; dynamically generating (S130) multiple verification codes for the multiple STAs, and sending (S140) the multiple verification codes to the communication terminals, wherein the multiple STAs acquire the multiple verification codes from the communication terminals; receiving (S150) a returned code returned by one of the multiple STAs; determining whether the returned code matches one of the multiple verification codes; in response to determining that the returned code matches one of the multiple verification codes, granting access by the one of the multiple STAs; and in response to determining that the returned code matches none of the multiple verification codes sent to the communication terminals, rejecting access by the one of the multiple STAs. acquiring (S110) identification information of multiple stations STAs requesting access; determining, according to the identification information, whether the multiple STAs are legal STAs, wherein the identification information of legal STAs is pre-stored in the wireless network access device or a storage medium that the wireless network access device can access in real time; in response to determining that multiple STAs are illegal STAs, rejecting access by the multiple STAs; in response to determining that the multiple STAs are legal STAs, searching, according to the identification information, for communication terminals that have respective binding relationships to the multiple STAs;; dynamically generating (S130) multiple verification codes for the multiple STAs, and sending (S140) the multiple verification codes to the communication terminals, wherein the multiple STAs acquire the multiple verification codes from the communication terminals; receiving (S150) a returned code returned by one of the multiple STAs; determining whether the returned code matches one of the multiple verification codes; in response to determining that the returned code matches one of the multiple verification codes, granting access by the one of the multiple STAs; and in response to determining that the returned code matches none of the multiple verification codes sent to the communication terminals, rejecting access by the one of the multiple STAs.
Brown algae extract, characterized in that it comprises between 15 and 25% of mannitol, between 35 and 45% of laminarans and between 20 and 30% of fucoidans.
A polyolefin-based resin composition comprising: a polyolefin-based resin, an aliphatic polycarbonate resin, and an acid modified polypropylene, wherein, per 100 parts by mass of the polyolefin-based resin, 0.05 to 10 parts by mass of the aliphatic polycarbonate resin and 0.01 to 2 parts by mass of the acid modified polypropylene are present.
A resorcinolic novolac resin composition comprising: (i) a resin including units defined by the formula (I) where R 1 is a hydrogen atom or an aralkyl group, at least one R 2 and R 3 is an alkylene bridge and the other of R 2 and R 3 is an alkylene bridge or a hydrogen atom; and (ii) unreacted resorcinolic compounds defined by the formuls (II) where R 1 is a hydrogen atom or an aralkyl group, and where 1 mole % to 10 mole %, preferably 1 mole % to 9.0 mole %, of the total resorcinolic aromatic rings in formula (I) and formula (II) have been aralkylated. (i) a resin including units defined by the formula (I) where R 1 is a hydrogen atom or an aralkyl group, at least one R 2 and R 3 is an alkylene bridge and the other of R 2 and R 3 is an alkylene bridge or a hydrogen atom; and (ii) unreacted resorcinolic compounds defined by the formuls (II) where R 1 is a hydrogen atom or an aralkyl group, and where 1 mole % to 10 mole %, preferably 1 mole % to 9.0 mole %, of the total resorcinolic aromatic rings in formula (I) and formula (II) have been aralkylated.
At least one machine readable medium comprising one or more instructions that when executed by at least one processor , cause the at least one at least one processor to: communicate chat session data during a chat session to a first display of a first electronic device , wherein the chat session data includes non-sensitive text, communicate the chat session data during the chat session to a second display of a second electronic device , determine whether the non-sensitive text entered during the chat session indicates that sensitive data will be entered during the chat session, monitor, in response to determining that the non-sensitive text indicates that sensitive data will be entered, the chat session data for sensitive data during the chat session, receive sensitive data during the chat session from the first electronic device, protect the sensitive data from being displayed on the second display during the chat session without breaking the flow of the chat data being displayed and securely communicate the sensitive data to a third party electronic device .
A binder composition for a solid electrolyte battery comprising: a particulate polymer of a copolymer including an acrylate monomer unit and an aromatic monomer unit, wherein the aromatic monomer unit is a styrenic monomer unit; alkyl-modified cellulose represented by formula (I), shown below, where R 1 , R 2 , and R 3 each indicate a hydrogen atom or an alkyl group having a carbon number of at least 1 and not more than 4, at least two of R 1 , R 2 , and R 3 are alkyl groups having a carbon number of at least 2 and not more than 4 in 50 mol% or more of all repeating units, and n indicates a natural number; and an organic solvent. a particulate polymer of a copolymer including an acrylate monomer unit and an aromatic monomer unit, wherein the aromatic monomer unit is a styrenic monomer unit; alkyl-modified cellulose represented by formula (I), shown below, where R 1 , R 2 , and R 3 each indicate a hydrogen atom or an alkyl group having a carbon number of at least 1 and not more than 4, at least two of R 1 , R 2 , and R 3 are alkyl groups having a carbon number of at least 2 and not more than 4 in 50 mol% or more of all repeating units, and n indicates a natural number; and an organic solvent. where R 1 , R 2 , and R 3 each indicate a hydrogen atom or an alkyl group having a carbon number of at least 1 and not more than 4, at least two of R 1 , R 2 , and R 3 are alkyl groups having a carbon number of at least 2 and not more than 4 in 50 mol% or more of all repeating units, and n indicates a natural number; and an organic solvent.
A sensor for measurement of an analyte in a medium within a living animal, the sensor comprising: a sensor housing ; an analyte indicator covering at least a portion of the sensor housing; and a protective system including multiple metals incorporated in and/or in close proximity to a surface of the analyte indicator, the multiple metals are configured to reduce deterioration of the analyte indicator, the protective system includes a first metal layer , the first metal layer covers at least a portion of the analyte indicator and includes a first metal of the multiple metals, and the first metal is selected from Cu, W, Pt, Fe, Mo, oxides, alloys, and complexes thereof; characterized in that the protective system includes a second metal layer , the second metal layer covers at least a portion of the first metal layer and includes a second metal of the multiple metals, the first and second metals are different, the second metal is selected from Mo, W, Cu, Fe, and Co, oxides, alloys, and complexes thereof, and the second metal layer has greater adhesion to the first metal layer than the second metal layer would have if applied directly to the analyte indicator. a sensor housing ; an analyte indicator covering at least a portion of the sensor housing; and a protective system including multiple metals incorporated in and/or in close proximity to a surface of the analyte indicator, the multiple metals are configured to reduce deterioration of the analyte indicator, the protective system includes a first metal layer , the first metal layer covers at least a portion of the analyte indicator and includes a first metal of the multiple metals, and the first metal is selected from Cu, W, Pt, Fe, Mo, oxides, alloys, and complexes thereof; characterized in that the protective system includes a second metal layer , the second metal layer covers at least a portion of the first metal layer and includes a second metal of the multiple metals, the first and second metals are different, the second metal is selected from Mo, W, Cu, Fe, and Co, oxides, alloys, and complexes thereof, and the second metal layer has greater adhesion to the first metal layer than the second metal layer would have if applied directly to the analyte indicator.
Electrically switchable closing device for a door assembly, having a housing , a door opener latch which interacts with a lock latch and which is movable between a closed position and an open position, an electrically actuatable actuating drive and a locking arrangement which is arranged between the door opener latch and the actuating drive and which the actuating drive switches between a locking state and a released state, wherein, in the closed position, in the locking state of the locking arrangement , the door opener latch is locked against a movement into the open position and, in the released state of the locking arrangement , is released for a movement into the open position, wherein the locking arrangement comprises, within the housing , at least one ball , which is mounted in a linearly movable manner in a guide , and a locking pin which is guided in a through-opening (26.1) and which the actuating drive displaces between a locking position, which corresponds to the locking state of the locking arrangement , and a release position, which corresponds to the released state of the locking arrangement , where the guide of the at least one ball extends between the door opener latch and the locking pin and opens into the through-opening (26.1) of the locking pin , wherein, in the locking position, the locking pin blocks the linear movement of the at least one ball and the movement of the door opener latch and releases them in the release position, characterized in that the locking arrangement comprises a jamming guard with a spring-loaded sliding element which is arranged parallel to the locking pin and has at least one recess into which, in the released state of the locking arrangement, the at least one ball runs, when acted upon by the door opener latch , and displaces the sliding element counter to the force of a restoring spring , wherein, when the door opener latch is released, the sliding element moves the at least one ball and the door opener latch back into the closed position.
A print finishing machine comprising: a die ; and a drive mechanism driven by a motor, wherein the drive mechanism is configured to drive a stack through the die in order to cut the stack according to the shape of the die , wherein the stack comprises sheets of material, characterised in that the motor is a servomotor . a die ; and a drive mechanism driven by a motor, wherein the drive mechanism is configured to drive a stack through the die in order to cut the stack according to the shape of the die , wherein the stack comprises sheets of material, characterised in that the motor is a servomotor .
A method for using an online system including a server, a home appliance and an external terminal, to enable online service related to the home appliance by using the external terminal, the method comprising the steps of: connecting the home appliance to the server for communication and registering by using user information and home appliance information; transmitting the user information to the server through the external terminal to log in the server; receiving the user information and home appliance information at the server in the step of log in, or receiving information on a particular home appliance of a plurality of home appliances at the server for requesting service for the particular home appliance after the step of log in; requesting state information on the home appliance to the server through the external terminal ; determining, at the server, a home appliance that matches the user information and the home appliance information received at the server; after the server determines the home appliance that matches the user information and the home appliance information, the server transmitting a request for state information regarding the home appliance; the server receiving the state information from the home appliance and transmitting the state information to the external terminal; and receiving the state information and displaying the state information on the external terminal . connecting the home appliance to the server for communication and registering by using user information and home appliance information; transmitting the user information to the server through the external terminal to log in the server; receiving the user information and home appliance information at the server in the step of log in, or receiving information on a particular home appliance of a plurality of home appliances at the server for requesting service for the particular home appliance after the step of log in; requesting state information on the home appliance to the server through the external terminal ; determining, at the server, a home appliance that matches the user information and the home appliance information received at the server; after the server determines the home appliance that matches the user information and the home appliance information, the server transmitting a request for state information regarding the home appliance; the server receiving the state information from the home appliance and transmitting the state information to the external terminal; and receiving the state information and displaying the state information on the external terminal .
A lamp having at least one spotlight for irradiating a light beam bundle and having a mirror and/or lens panel for deflecting the light beam bundle of the spotlight onto one or more surfaces to be illuminated, wherein the mirror and/or lens panel is configured as a mirror and/or lens facet matrix that comprises a plurality of mirror and/or lens facets (7; 70), and the spotlight comprises a light source field having a plurality of pixel-like or spot-like light sources , wherein a control device is provided for an individual setting of different illumination scenarios in different partial regions of the surface to be illuminated and is configured to control the pixel-like or spot-like light sources of the light source field differently individually or group-wise in dependence on a light intensity and/or light color desired in the respectively illuminated partial region, characterized in that the spotlight is configured as a projection spotlight having a projection optics in the form of an imaging optics having at least one common lens and/or one common reflector for the plurality of pixel-like or spot-like light sources that images the light from different pixel-like or spot-like light sources of the light source field onto different mirror and/or lens facets (7; 70).
An electronic device , comprising: at least one processor; and an embedded universal integrated circuit card, eUICC, configured to be electrically connected with the at least one processor, wherein the at least one processor is configured to implement a management module configured to manage a profile stored in the eUICC , and wherein the management module is configured to: execute a periodic eUICC verification function comprising determining if there is an enabled profile in the eUICC , and when there is an enabled profile in the eUICC , perform a communication function based on the enabled profile; and when there is no enabled profile in the eUICC , disable the periodic eUICC verification function. at least one processor; and an embedded universal integrated circuit card, eUICC, configured to be electrically connected with the at least one processor, wherein the at least one processor is configured to implement a management module configured to manage a profile stored in the eUICC , and wherein the management module is configured to: execute a periodic eUICC verification function comprising determining if there is an enabled profile in the eUICC , and when there is an enabled profile in the eUICC , perform a communication function based on the enabled profile; and when there is no enabled profile in the eUICC , disable the periodic eUICC verification function. execute a periodic eUICC verification function comprising determining if there is an enabled profile in the eUICC , and when there is an enabled profile in the eUICC , perform a communication function based on the enabled profile; and when there is no enabled profile in the eUICC , disable the periodic eUICC verification function.
A video encoder for encoding video signal data for an image block, the video encoder comprising an encoder for encoding the video signal data, wherein the encoder is configured to encode all of the color components of the video signal data using luma predictors for intra coding, the encoder is configured to encode all of the color components of the video signal data using a luma interpolation process for the B and P macroblocks for the calculation of a reference pixel value at a fractional pixel location, and the encoder is configured to encode all of the color components of the video signal data without applying a residual color transform thereto and wherein sampling of the video signal data corresponds to a 4:4:4 format, characterized in that the luma predictors for intra coding are determined independently for each of the color components.