mhurhangee/patent-ind-claim-en huggingface dataset:
A binder composition for a non-aqueous secondary battery comprising a particulate polymer including a block copolymer A represented by general formula (A), shown below, Ar1 a -D a -Ar2 a (A) where, in general formula (A), Ar1 a indicates a block region that has a weight-average molecular weight of 5,500 to 20,000 and is formed of an aromatic vinyl monomer unit, Ar2 a indicates a block region that has a weight-average molecular weight of 40,000 to 400,000 and is formed of an aromatic vinyl monomer unit, and D a indicates a block region that is formed of an aliphatic conjugated diene monomer unit, the weight-average molecular weights being determined according to the Example <Weight-average molecular weights of aromatic vinyl block regions (Ar1 a , Ar2 a , Ar1 b , Ar2 b ) included in block copolymers A and B>.
An insulating tape for a nonaqueous battery, comprising: a base material; and a pressure-sensitive adhesive layer arranged on at least one side of the base material, wherein the pressure-sensitive adhesive layer contains a base polymer, wherein the pressure-sensitive adhesive layer contains an insulating inorganic filler, the content of the insulating inorganic filler in the pressure-sensitive adhesive layer is from 10 parts by weight to 200 parts by weight with respect to 100 parts by weight of the base polymer, wherein the insulating inorganic filler comprises at least one kind selected from the group consisting of magnesium hydroxide, magnesium carbonate, magnesium oxide, alumina, boron nitride, and titanium oxide, and wherein the pressure-sensitive adhesive layer contains an acrylic polymer having, on a side chain thereof, an alkyl group having 4 or more carbon atoms. a base material; and a pressure-sensitive adhesive layer arranged on at least one side of the base material, wherein the pressure-sensitive adhesive layer contains a base polymer, wherein the pressure-sensitive adhesive layer contains an insulating inorganic filler, the content of the insulating inorganic filler in the pressure-sensitive adhesive layer is from 10 parts by weight to 200 parts by weight with respect to 100 parts by weight of the base polymer, wherein the insulating inorganic filler comprises at least one kind selected from the group consisting of magnesium hydroxide, magnesium carbonate, magnesium oxide, alumina, boron nitride, and titanium oxide, and wherein the pressure-sensitive adhesive layer contains an acrylic polymer having, on a side chain thereof, an alkyl group having 4 or more carbon atoms.
A developing cartridge (1; 1A) for supplying developer to a photosensitive drum, the photosensitive drum being included either in a drawer unit of an image forming apparatus or in a drum cartridge of an image forming apparatus, the developing cartridge (1; 1A) comprising: a casing (10; 10A) configured to accommodate developer therein, the casing (10; 10A) extending in a first direction; a coupling (41; 41A) rotatable about a first axis extending in the first direction, the coupling (41; 41A) being positioned at one side of the casing (10; 10A) in the first direction; and a detection gear (52; 52A) rotatable about a second axis extending in the first direction, the detection gear (52; 52A) being positioned at another side of the casing (10; 10A) in the first direction; characterized in that the developing cartridge further comprises: a storage medium (61; 61A) including an electric contact surface (611; 611A), the electric contact surface (611; 611A) being positioned at the one side of the casing (10; 10A) in the first direction. a casing (10; 10A) configured to accommodate developer therein, the casing (10; 10A) extending in a first direction; a coupling (41; 41A) rotatable about a first axis extending in the first direction, the coupling (41; 41A) being positioned at one side of the casing (10; 10A) in the first direction; and a detection gear (52; 52A) rotatable about a second axis extending in the first direction, the detection gear (52; 52A) being positioned at another side of the casing (10; 10A) in the first direction; characterized in that the developing cartridge further comprises: a storage medium (61; 61A) including an electric contact surface (611; 611A), the electric contact surface (611; 611A) being positioned at the one side of the casing (10; 10A) in the first direction.
A tip section of a medical device, the tip section comprising: a unitary fluid channeling component adapted to channel fluid, said unitary fluid channeling component comprising: a proximal section having a proximally-facing surface , a side surface extending distally from the proximal-facing surface , and a cylindrical shape; distal section (990") integrally formed as a unitary block of material with the proximal section , wherein the distal section (990") has a distal-facing surface; a proximal opening located on the proximal-facing surface of the proximal section , said proximal opening being in fluid flow connection with a first fluid channel , wherein the first fluid channel is a passage extending through the unitary block of material from the proximal section , through the distal section (990"), and to a first distal opening in said distal-facing surface; a second fluid channel , wherein said second fluid channel is a passage extending through the unitary block of material through the proximal section ; and a working channel , wherein the working channel is a passage extending through the unitary block of material from the proximal section , through the distal section (990"), and to a second distal opening in the distal-facing surface, characterised in that the distal section (990") has a partial cylindrical shape; the partial cylindrical shape of the distal section (990") provides a space configured to accommodate a central section of the medical device having electronics and optical components; and the second fluid channel is leading to a side opening on the side surface. a proximal section having a proximally-facing surface , a side surface extending distally from the proximal-facing surface , and a cylindrical shape; distal section (990") integrally formed as a unitary block of material with the proximal section , wherein the distal section (990") has a distal-facing surface; a proximal opening located on the proximal-facing surface of the proximal section , said proximal opening being in fluid flow connection with a first fluid channel , wherein the first fluid channel is a passage extending through the unitary block of material from the proximal section , through the distal section (990"), and to a first distal opening in said distal-facing surface; a second fluid channel , wherein said second fluid channel is a passage extending through the unitary block of material through the proximal section ; and a working channel , wherein the working channel is a passage extending through the unitary block of material from the proximal section , through the distal section (990"), and to a second distal opening in the distal-facing surface, the distal section (990") has a partial cylindrical shape; the partial cylindrical shape of the distal section (990") provides a space configured to accommodate a central section of the medical device having electronics and optical components; and the second fluid channel is leading to a side opening on the side surface.
A fluid heating system , comprising: a solar collection system configured for focusing sunlight on a focal axis ; an elongated flow element; arranged and configured for transporting fluid along the solar collection system; at the focal; axis ; and a flow-control assembly comprising a flow-control valve configured to control the flow of the fluid in the elongated flow element such that pathogens present in the fluid are substantially inactivated before the fluid exits the fluid heating system , characterized in that the flow control valve has a selected operating temperature that is based on a pathogen inactivation model including variables of temperature and exposure time and allowing for efficient use of solar energy. a solar collection system configured for focusing sunlight on a focal axis ; an elongated flow element; arranged and configured for transporting fluid along the solar collection system; at the focal; axis ; and a flow-control assembly comprising a flow-control valve configured to control the flow of the fluid in the elongated flow element such that pathogens present in the fluid are substantially inactivated before the fluid exits the fluid heating system , characterized in that the flow control valve has a selected operating temperature that is based on a pathogen inactivation model including variables of temperature and exposure time and allowing for efficient use of solar energy.
Electrical power supply comprising a generator and an internal combustion engine driving the generator , the engine comprising a turbo-charger with a turbine connected to an exhaust manifold of the engine and a compressor driven by the turbine and connected to an intake manifold of the engine for providing the engine with pressurized air, wherein the engine has an opening device for opening a high pressure side of the air intake system downstream of the compressor to atmosphere, such that the engine can breath air at atmospheric pressure when the opening device is open, characterized in that the opening device is adapted to open in reaction to a time condition, wherein the opening device is adapted to open during a specified time interval after start-up of the engine, wherein the opening device is opened immediately on startup of the engine and kept open for a time interval sufficient for the engine to reach synchronization speed.
Method for producing a vehicle wheel from a light-metal material, the light-metal material being introduced in liquid form into a mold cavity of a casting mold , the vehicle wheel being produced by means of pressurized casting, characterized in that the casting mold is tempered to different temperatures in different areas, and in that the molten light-metal material is introduced into the mold cavity at a high speed of more than 5 m/s.
An electron or ion source assembly comprising: a housing configured to receive source components, the housing comprising bayonet pins protruding radially from an outer surface of the housing ; a spring configured to compress and force the source components together into a correct axial position; and a terminal lens configured to focus a beam, the terminal lens comprising a corresponding number of slots with each slot configured to receive one of the bayonet pins of the housing to align the terminal lens with the source components in the housing and retain the source components in the housing , wherein the terminal lens is aligned with the source components in the housing when the bayonet pins of the housing are inserted into the slots of the terminal lens and the terminal lens is rotated and the spring is compressed to bias the source components together into the correct axial position. a housing configured to receive source components, the housing comprising bayonet pins protruding radially from an outer surface of the housing ; a spring configured to compress and force the source components together into a correct axial position; and a terminal lens configured to focus a beam, the terminal lens comprising a corresponding number of slots with each slot configured to receive one of the bayonet pins of the housing to align the terminal lens with the source components in the housing and retain the source components in the housing , wherein the terminal lens is aligned with the source components in the housing when the bayonet pins of the housing are inserted into the slots of the terminal lens and the terminal lens is rotated and the spring is compressed to bias the source components together into the correct axial position.
An apparatus configured to be employed within a Network Manager (NM), comprising one or more processors configured to: output a request to a network Element Manager (EM) to create a Virtualized Network Function (VNF) PM job to collect VNF Performance Measurement (PM) data; process a set of Virtualized Network Function (VNF) PM data associated with a VNF, wherein the set of VNF PM data is received from the EM; output a request to the EM to create a Virtualization Resource (VR) PM job to collect VR PM data from a VR used by the VNF; process a set of VR PM data received from the EM; make a determination whether to restart the VNF, based on the processed set of VR PM data and the processed set of VNF PM data; and output a request to a network function virtualization orchestrator (NFVO) to restart the VNF based on a determination to restart the VR. output a request to a network Element Manager (EM) to create a Virtualized Network Function (VNF) PM job to collect VNF Performance Measurement (PM) data; process a set of Virtualized Network Function (VNF) PM data associated with a VNF, wherein the set of VNF PM data is received from the EM; output a request to the EM to create a Virtualization Resource (VR) PM job to collect VR PM data from a VR used by the VNF; process a set of VR PM data received from the EM; make a determination whether to restart the VNF, based on the processed set of VR PM data and the processed set of VNF PM data; and output a request to a network function virtualization orchestrator (NFVO) to restart the VNF based on a determination to restart the VR.
A package comprising: - a support comprising at least one first concavity and an entrance mouth in said first concavity ; - one layer comprising at least one first opening overlapping the first concavity ; said layer comprising at least one edge delimiting or contributing to delimiting said first opening ; the package being characterised in that at least a section of said edge partially blocks said mouth and defines means for retaining a fragrance or cosmetic article container intended to be at least partially housed in the first concavity . - a support comprising at least one first concavity and an entrance mouth in said first concavity ; - one layer comprising at least one first opening overlapping the first concavity ; said layer comprising at least one edge delimiting or contributing to delimiting said first opening ; the package being characterised in that at least a section of said edge partially blocks said mouth and defines means for retaining a fragrance or cosmetic article container intended to be at least partially housed in the first concavity .
A procedure for obtaining humic acids with high metal ion complexation capacity, wherein the procedure includes the following stages: i. suspension of the leonardite in water; ii. molturation of the suspension to achieve a leonardite particle size of 10-70 mm; iii. extraction using potassium carbonate at pH 10; iv. filtration to remove the insoluble portion; v. extraction using a strong base at pH 12-13; vi. purification by centrifugation/decantation to remove insoluble products, and wherein an activation of leonardite is achieved in the stage ii in order to increase the reactivity of the subsequent stages in more than 50% without using chemical agents. i. suspension of the leonardite in water; ii. molturation of the suspension to achieve a leonardite particle size of 10-70 mm; iii. extraction using potassium carbonate at pH 10; iv. filtration to remove the insoluble portion; v. extraction using a strong base at pH 12-13; vi. purification by centrifugation/decantation to remove insoluble products, and wherein an activation of leonardite is achieved in the stage ii in order to increase the reactivity of the subsequent stages in more than 50% without using chemical agents.
An article of footwear comprising: a sole including a heel receiver having a fixed hook portion , a movable hook portion disposed opposite the fixed hook portion, and an actuator configured to move the movable hook portion between a retracted position and an extended position, wherein the actuator and the movable hook portion are formed as a single piece and are guided and retained against a bottom of the sole by a pair of side guides and a retainer bar ; and a first heel portion and a second heel portion , each of the first and second heel portions having a first lip configured to engage the fixed hook portion and a second lip configured to engage the movable hook portion; wherein the article of footwear is transitionable between a first configuration, in which the first heel portion is secured to the heel receiver of the sole, and a second configuration, in which the second heel portion is secured to the heel receiver of the sole. a sole including a heel receiver having a fixed hook portion , a movable hook portion disposed opposite the fixed hook portion, and an actuator configured to move the movable hook portion between a retracted position and an extended position, wherein the actuator and the movable hook portion are formed as a single piece and are guided and retained against a bottom of the sole by a pair of side guides and a retainer bar ; and a first heel portion and a second heel portion , each of the first and second heel portions having a first lip configured to engage the fixed hook portion and a second lip configured to engage the movable hook portion; wherein the article of footwear is transitionable between a first configuration, in which the first heel portion is secured to the heel receiver of the sole, and a second configuration, in which the second heel portion is secured to the heel receiver of the sole.
A method of recovering a duplex printing job on a roll-to-roll printer on a front side of a printing medium , comprising the steps of: e) determining an offset (X) in case an error occurred in the duplex printing job on the front side of the printing medium and the duplex printing job was stopped; f) storing the determined offset (X); and g) resuming the duplex printing job on the front side of the printing medium at the position where the duplex printing job was stopped with a beginning of the image (19.2) in which the error occurred, wherein the stored offset (X) is to be applied for a back image that has to be aligned on a back side of the printing medium correspondingly to the image (19.2) that was resumed in step g) on the front side of the printing medium characterized in that the method further comprising the steps of: c) cutting the printing medium at an end of a printing bed of the roll-to-roll printer after the duplex printing job was stopped, clean-cutting an uncured part of the printing medium and removing the clean-cut uncured part of the printing medium ; and d) connecting a trailing end of a remaining clean-cut printing medium with a leading end of an unprinted printing medium , and wherein the offset (X) is based on a distance between an image (19.2) that was not fully secured when the duplex printing job was stopped and the location of the print head. e) determining an offset (X) in case an error occurred in the duplex printing job on the front side of the printing medium and the duplex printing job was stopped; f) storing the determined offset (X); and g) resuming the duplex printing job on the front side of the printing medium at the position where the duplex printing job was stopped with a beginning of the image (19.2) in which the error occurred, wherein the stored offset (X) is to be applied for a back image that has to be aligned on a back side of the printing medium correspondingly to the image (19.2) that was resumed in step g) on the front side of the printing medium characterized in that the method further comprising the steps of: c) cutting the printing medium at an end of a printing bed of the roll-to-roll printer after the duplex printing job was stopped, clean-cutting an uncured part of the printing medium and removing the clean-cut uncured part of the printing medium ; and d) connecting a trailing end of a remaining clean-cut printing medium with a leading end of an unprinted printing medium , and wherein c) cutting the printing medium at an end of a printing bed of the roll-to-roll printer after the duplex printing job was stopped, clean-cutting an uncured part of the printing medium and removing the clean-cut uncured part of the printing medium ; and d) connecting a trailing end of a remaining clean-cut printing medium with a leading end of an unprinted printing medium , and wherein the offset (X) is based on a distance between an image (19.2) that was not fully secured when the duplex printing job was stopped and the location of the print head.
An application injector containing a sterile solution with a medical agent for introducing the active substance-containing solution into the bladder of a patient via a urinary tract and/or F bladder catheter, wherein • the application injector has a cylindrical jacket which is closed by a injector lid which is formed in one piece with the jacket and has an outlet opening , and is formed from a cycloolefin copolymer (COC), and has a plunger made from an, in particular halogenated, isobutene-isoprene rubber, and • the sterile solution containing the medical agent is arranged in a cavity bounded by the cylindrical jacket with injector lid and the plunger, characterised in that the outlet opening is formed in a stepped cone which is formed in one piece with the jacket and the injector lid and which has at least two, preferably at least three, cylindrical sections with different diameters which decrease towards a tip of the stepped cone . • the application injector has a cylindrical jacket which is closed by a injector lid which is formed in one piece with the jacket and has an outlet opening , and is formed from a cycloolefin copolymer (COC), and has a plunger made from an, in particular halogenated, isobutene-isoprene rubber, and • the sterile solution containing the medical agent is arranged in a cavity bounded by the cylindrical jacket with injector lid and the plunger,
A method for processing a sliding event, comprising: (S1) when receiving a first sliding event by an electronic device comprising a slide cover, determining whether a second sliding event is received within a preset time interval, wherein the first sliding event and the second sliding event refer to two adjacent sliding operations on the sliding cover of the electronic device, which are detected by the electronic device; and when determining that the second sliding event is received within the preset time interval, (S21) when a screen of the electronic device is in a locked mode, responding to neither of the first sliding event and the second sliding event, or (S22) when the screen of the electronic device is in an unlocked mode, responding to either of the first sliding event and the second sliding event. (S1) when receiving a first sliding event by an electronic device comprising a slide cover, determining whether a second sliding event is received within a preset time interval, wherein the first sliding event and the second sliding event refer to two adjacent sliding operations on the sliding cover of the electronic device, which are detected by the electronic device; and when determining that the second sliding event is received within the preset time interval, (S21) when a screen of the electronic device is in a locked mode, responding to neither of the first sliding event and the second sliding event, or (S22) when the screen of the electronic device is in an unlocked mode, responding to either of the first sliding event and the second sliding event. (S21) when a screen of the electronic device is in a locked mode, responding to neither of the first sliding event and the second sliding event, or (S22) when the screen of the electronic device is in an unlocked mode, responding to either of the first sliding event and the second sliding event.