mhurhangee/patent-ind-claim-en huggingface dataset:
A fluorine-free composition comprising: a. A first composition comprising i. An aqueous silicone emulsion having a non-volatile silicone content of from 10 to 30 wt.%, based on the total weight of said aqueous emulsion, and having a particle size, determined by dynamic light scattering according to the description, d 50 , from 25 to 100 nm, ii. an aqueous dispersion of a silane quaternary ammonium salt having a solid content of from 1.0 to 7.0 wt%, based on the total weight of said dispersion, and iii. water, whereby the mixing ratio is from 0.5 to 4.0 volume parts for (i), from 0.7 to 1.5 volume parts for (ii), and from 1.0 to 4.0 volume parts for (iii), and b. a second composition comprising a soil repellency component that is an aqueous dispersion of colloidal organosiloxane copolymers, and which has an overall cationic or anionic charge, and that are of average particle size, determined by dynamic light scattering according to the description, between 25 and 400 nm. a. A first composition comprising i. An aqueous silicone emulsion having a non-volatile silicone content of from 10 to 30 wt.%, based on the total weight of said aqueous emulsion, and having a particle size, determined by dynamic light scattering according to the description, d 50 , from 25 to 100 nm, ii. an aqueous dispersion of a silane quaternary ammonium salt having a solid content of from 1.0 to 7.0 wt%, based on the total weight of said dispersion, and iii. water, whereby the mixing ratio is from 0.5 to 4.0 volume parts for (i), from 0.7 to 1.5 volume parts for (ii), and from 1.0 to 4.0 volume parts for (iii), and i. An aqueous silicone emulsion having a non-volatile silicone content of from 10 to 30 wt.%, based on the total weight of said aqueous emulsion, and having a particle size, determined by dynamic light scattering according to the description, d 50 , from 25 to 100 nm, ii. an aqueous dispersion of a silane quaternary ammonium salt having a solid content of from 1.0 to 7.0 wt%, based on the total weight of said dispersion, and iii. water, b. a second composition comprising a soil repellency component that is an aqueous dispersion of colloidal organosiloxane copolymers, and which has an overall cationic or anionic charge, and that are of average particle size, determined by dynamic light scattering according to the description, between 25 and 400 nm.
A process of maximizing specific capacity and capacity retention of a lithium ion cell comprising: a) pre-lithiating an anode; b) assembling the anode, a cathode, a separator and electrolyte into a sealed cell; c) a partial charge, charging the cell to a voltage above that of electrolyte reduction but below that voltage that would violate the anode maximum safe lithium capacity; d) discharging or partially discharging the cell; and e) charging the cell to the full voltage.
A method for screening a low-voltage defective battery, comprising: (a) a pre-filtering step of collecting data and removing secondary batteries having an outlier data in real time during an activation process of multiple secondary batteries; (b) a clustering step of clustering based on similar characteristics or records for multiple pre-filtered secondary batteries; (c) a correction step of measuring the amount of voltage drop (ΔOCV) for each cluster and correcting a dispersion of the amount of voltage drop (ΔOCV) according to a temperature or a period; (d) a screening step of screening low-voltage defective batteries based on a corrected dispersion of the amount of voltage drop. (a) a pre-filtering step of collecting data and removing secondary batteries having an outlier data in real time during an activation process of multiple secondary batteries; (b) a clustering step of clustering based on similar characteristics or records for multiple pre-filtered secondary batteries; (c) a correction step of measuring the amount of voltage drop (ΔOCV) for each cluster and correcting a dispersion of the amount of voltage drop (ΔOCV) according to a temperature or a period; (d) a screening step of screening low-voltage defective batteries based on a corrected dispersion of the amount of voltage drop.
Method of injecting additional data in one or more image sensor frames in an image sensor device, the method comprising: providing additional data in the form of a numeric sequence, controlling the lengths of subsequent blanking intervals in one or more image sensor frames in an image sensor device to represent the numeric sequence, and transmitting the one or more image sensor frames from the image sensor device. providing additional data in the form of a numeric sequence, controlling the lengths of subsequent blanking intervals in one or more image sensor frames in an image sensor device to represent the numeric sequence, and transmitting the one or more image sensor frames from the image sensor device.
A method, comprising: receiving an inter-region peering request, by a first control plane of a first regional network of two or more regional networks , wherein the first control plane performs network configuration and management for the first regional network, the inter-region peering request from a customer for a first virtual private network on the first regional network via a peering application programming interface, API, of the first regional network, wherein the inter-region peering request specifies a second virtual private network on a second regional network of the two or more regional networks; and providing, by the first control plane, a create peering entry at the first regional network for the inter-region peering request; obtaining, by an inter-region coordinator, IRC, server of an IRC service of the first regional network, the create peering entry for the inter-region peering request at the first regional network; sending, by the IRC server, the create peering entry to a second control plane of the second regional network according to an API to the second control plane of the second regional network; receiving, by the IRC server, a response to the inter-region peering request indicated by the create peering entry from the second regional network, wherein the response indicates that the inter-region peering request is pending acceptance; and sending, by the IRC server, the response to the inter-region peering request to the first control plane of the first regional network. receiving an inter-region peering request, by a first control plane of a first regional network of two or more regional networks , wherein the first control plane performs network configuration and management for the first regional network, the inter-region peering request from a customer for a first virtual private network on the first regional network via a peering application programming interface, API, of the first regional network, wherein the inter-region peering request specifies a second virtual private network on a second regional network of the two or more regional networks; and providing, by the first control plane, a create peering entry at the first regional network for the inter-region peering request; obtaining, by an inter-region coordinator, IRC, server of an IRC service of the first regional network, the create peering entry for the inter-region peering request at the first regional network; sending, by the IRC server, the create peering entry to a second control plane of the second regional network according to an API to the second control plane of the second regional network; receiving, by the IRC server, a response to the inter-region peering request indicated by the create peering entry from the second regional network, wherein the response indicates that the inter-region peering request is pending acceptance; and sending, by the IRC server, the response to the inter-region peering request to the first control plane of the first regional network.
Method of controlling a process of manufacturing multimodal high density polyethylene, comprising • performing first polymerization step (I) to form a first slurry in a first reactor (A); • transferring at least part of the first slurry from the first reactor (A) into a second reactor (B); • performing second polymerization step (II) to form a second slurry in the second reactor (B); • transferring at least part of the second slurry from the second reactor (B) to an outlet ; • maintaining the diluent or slurry in a third reactor (C) in a stand-by mode (III); • monitoring the second polymerization (II) in the second reactor (B) to detect a process upset in reactor (B); • upon detecting a process upset in reactor (B) interrupting the transfer of at least part of the first slurry from the first reactor (A) into the second reactor (B); • transferring at least part of the first slurry from the first reactor (A) into the third reactor (C); • performing second polymerization (II) to form the second slurry in the third reactor (C). • performing first polymerization step (I) to form a first slurry in a first reactor (A); • transferring at least part of the first slurry from the first reactor (A) into a second reactor (B); • performing second polymerization step (II) to form a second slurry in the second reactor (B); • transferring at least part of the second slurry from the second reactor (B) to an outlet ; • maintaining the diluent or slurry in a third reactor (C) in a stand-by mode (III); • monitoring the second polymerization (II) in the second reactor (B) to detect a process upset in reactor (B); • upon detecting a process upset in reactor (B) interrupting the transfer of at least part of the first slurry from the first reactor (A) into the second reactor (B); • transferring at least part of the first slurry from the first reactor (A) into the third reactor (C); • performing second polymerization (II) to form the second slurry in the third reactor (C).
Composition for use in the treatment of cancer by inhibition of tumour progression and reduction of tumour size and in the treatment of cancer comorbidities selected from cancer-related fatigue, cachexia, pain, anemia, asthenia and depression, said treatment comprising the administration by oral route, injection route, and/or as adjuvant potentiator in cell therapies, or topical route, or parenteral route, or intra-tumoral injection, or in combination thereof, of the composition, said composition containing as active ingredient a native extract of Allium species, which contains quercetin, of Citrus species and of Paullinia species and an aqueous-alcoholic or a native extract of Theobroma species.
A cabin attendant seat for an aircraft, the cabin attendant seat comprising: - a backrest element ; and - a seat element ; wherein the cabin attendant seat is movable from a starting position into at least one end position, and the cabin attendant seat further comprises an adapter element , characterized in that the adapter element protrudes from the outer circumference of the cabin attendant seat in the moving direction for moving the cabin attendant seat from the starting position into the end position, and in that the adapter element is configured to be inserted into a corresponding recess in an aircraft seat , when the cabin attendant seat is in the end position. - a backrest element ; and - a seat element ;
A disposable syringe comprising: a) an elongated tubular barrel having a first end and a second end, the barrel being open on the first end and tapering to a hollow tip on the second end; b) a cap secured to the first end of the barrel having a through-bore that terminates in a conical portion configured to receive the tip of a second syringe; c) a filter secured to the cap interior of the barrel and covering an opening in the through-bore interior of the barrel ; and d) a plunger head mounted to a piston and received interior of the barrel , the plunger head engaging an interior wall of the barrel and being slidable within the barrel between the first and second ends. a) an elongated tubular barrel having a first end and a second end, the barrel being open on the first end and tapering to a hollow tip on the second end; b) a cap secured to the first end of the barrel having a through-bore that terminates in a conical portion configured to receive the tip of a second syringe; c) a filter secured to the cap interior of the barrel and covering an opening in the through-bore interior of the barrel ; and d) a plunger head mounted to a piston and received interior of the barrel , the plunger head engaging an interior wall of the barrel and being slidable within the barrel between the first and second ends.
An organic light emitting diode array substrate, comprising a plurality of sub-pixels having light emitting layers, the sub-pixels being divided into three different colors comprising first color sub-pixels, second color sub-pixels and third color sub-pixels with a number of the first color sub-pixels being the same as a number of the second color sub-pixels and the same as a number of the third color sub-pixels, wherein the first color sub-pixels are in a diamond shape, wherein the second color sub-pixels and the third color sub-pixels are in a parallelogram shape, and lengths of short sides of the second color sub-pixels and the third color sub-pixels are equal to a side length of the first color sub-pixels, lengths of long sides of the second color sub-pixels and the third color sub-pixels are both greater than the side length of the first color sub-pixels, wherein each of the sub-pixels comprises one group of opposite sides parallel to a first direction and another group of opposite sides parallel to a second direction, wherein the lengths of the long sides of the second color sub-pixels and the third color sub-pixels are both 1.5 times of the side length of the first color sub-pixels, wherein the array substrate comprises a plurality of repeating units, each of the repeating units comprising four first color sub-pixels, four second color sub-pixels and four third color sub-pixels, characterized in, that in each of the repeating units, the long sides of two second color sub-pixels are parallel to the first direction, and the long sides of the other two second color sub-pixels are parallel to the second direction and that the long sides of two third color sub-pixels are parallel to the first direction, and the long sides of the other two third color sub-pixels are parallel to the second direction.
A snow thrower comprising: a frame ; a prime mover supported by the frame ; a handle assembly coupled to the frame , the handle assembly including a grip for an operator to grasp; an auger housing supported by the frame ; an auger blade rotationally coupled to and disposed within the auger housing ; and a track drive system coupled to the frame to facilitate movement along a ground surface, the track drive system including a drive wheel rotatably driven by the prime mover , an idler wheel rotatably supported by the frame , and a flexible track interconnecting the drive wheel and the idler wheel , wherein the idler wheel is translatable relative to the frame to adjust an orientation of the auger housing relative to the ground surface, and characterized in that the idler wheel is moved away from the ground surface so that only a portion of the flexible track adjacent the drive wheel engages the ground surface, thereby allowing the snow thrower to be more easily turned or maneuvered about the drive wheel . a frame ; a prime mover supported by the frame ; a handle assembly coupled to the frame , the handle assembly including a grip for an operator to grasp; an auger housing supported by the frame ; an auger blade rotationally coupled to and disposed within the auger housing ; and a track drive system coupled to the frame to facilitate movement along a ground surface, the track drive system including a drive wheel rotatably driven by the prime mover , an idler wheel rotatably supported by the frame , and a flexible track interconnecting the drive wheel and the idler wheel , a drive wheel rotatably driven by the prime mover , an idler wheel rotatably supported by the frame , and a flexible track interconnecting the drive wheel and the idler wheel , wherein the idler wheel is translatable relative to the frame to adjust an orientation of the auger housing relative to the ground surface, and characterized in that the idler wheel is moved away from the ground surface so that only a portion of the flexible track adjacent the drive wheel engages the ground surface, thereby allowing the snow thrower to be more easily turned or maneuvered about the drive wheel .
An automated method for generating a prosthesis from a three dimensional ,"3D", scan data, wherein the 3D scan data is scan data of a dental arch including a prepared tooth, the method comprising: extracting a margin line of the prepared tooth from the 3D scan data; extracting prep information (S100) of the prepared tooth from the 3D scan data, wherein the prep information is extracted using a prepared mesh data extracted using the margin line, wherein the prep information includes a direction of the prepared tooth, and wherein the direction of the prepared tooth is determined using normal vectors of surfaces of the prepared mesh data; generating two dimensional ,"2D", projection images (S200) by projecting the 3D scan data based on the prep information; and generating a 3D prosthesis (S300) based on the 2D projection images using a generative adversarial network including a 2D encoder and a 3D decoder. extracting a margin line of the prepared tooth from the 3D scan data; extracting prep information (S100) of the prepared tooth from the 3D scan data, wherein the prep information is extracted using a prepared mesh data extracted using the margin line, wherein the prep information includes a direction of the prepared tooth, and wherein the direction of the prepared tooth is determined using normal vectors of surfaces of the prepared mesh data; generating two dimensional ,"2D", projection images (S200) by projecting the 3D scan data based on the prep information; and generating a 3D prosthesis (S300) based on the 2D projection images using a generative adversarial network including a 2D encoder and a 3D decoder.
A laser pointer system comprising: - a laser pointer element comprising a detection element , a laser controller and a laser ; - a camera system comprising a transmission element and at least one camera ; - a camera control unit controlling the camera system; wherein the camera control unit can control the transmission element of the camera system to emit a defined pattern of control pulses; and wherein the laser controller can receive a detection signal from the detection element including the defined pattern of control pulses and can control the laser to emit a pattern of pointer beams being dependent on the detection signal and on a pre-defined emission pattern, so as to synchronize the pattern of pointer beams to the defined pattern of control pulses emitted by the transmission element of the camera system. - a laser pointer element comprising a detection element , a laser controller and a laser ; - a camera system comprising a transmission element and at least one camera ; - a camera control unit controlling the camera system; wherein the camera control unit can control the transmission element of the camera system to emit a defined pattern of control pulses; and wherein the laser controller can receive a detection signal from the detection element including the defined pattern of control pulses and can control the laser to emit a pattern of pointer beams being dependent on the detection signal and on a pre-defined emission pattern, so as to synchronize the pattern of pointer beams to the defined pattern of control pulses emitted by the transmission element of the camera system.
A separator which comprises the following: a. a preassembled drive and rotation system unit having an outer annular flange portion , b. a drive frame with an inner annular flange , c. wherein the outer annular flange portion of the preassembled drive and rotation system unit is vertically connected to the inner annular flange of the drive frame , d. wherein a rotatable drum is placed on the preassembled drive and rotation system unit , e. and wherein at least one paring disk is arranged in the drum in a paring chamber which is connected rigidly and axially to the drive frame , characterized in that , f. between the inner annular flange and the outer annular flange portion one or more stacks is/are arranged made up of one or more stackable intermediate members in each case for setting an axial relative position at least between the drive frame , on the one hand, and the drive and rotation system unit , on the other, and g. the axial relative position between the drum and the at least one paring disk is also adjustable using the intermediate members . a. a preassembled drive and rotation system unit having an outer annular flange portion , b. a drive frame with an inner annular flange , c. wherein the outer annular flange portion of the preassembled drive and rotation system unit is vertically connected to the inner annular flange of the drive frame , d. wherein a rotatable drum is placed on the preassembled drive and rotation system unit , e. and wherein at least one paring disk is arranged in the drum in a paring chamber which is connected rigidly and axially to the drive frame , characterized in that , f. between the inner annular flange and the outer annular flange portion one or more stacks is/are arranged made up of one or more stackable intermediate members in each case for setting an axial relative position at least between the drive frame , on the one hand, and the drive and rotation system unit , on the other, and g. the axial relative position between the drum and the at least one paring disk is also adjustable using the intermediate members .