mhurhangee/patent-ind-claim-en huggingface dataset:
Wireless communication equipment comprising: a communication interface ; and a processor electrically connected to the communication interface , wherein the processor is configured to: set an operation mode of the wireless communication equipment to a router mode or an extender mode, based on a selection of a user of the wireless communication equipment ; when the operation mode is set to the router mode, configure a network connection such that the wireless communication equipment operates in the router mode; characterized in that , when the operation mode is changed to the extender mode, provide a web user interface for selecting a manufacturer of the wireless communication equipment ; when the manufacturer of the wireless communication equipment is the same as that of an external device , automatically configure a mesh network by using a mesh ID and a password; when the manufacturer of the wireless communication equipment is different from that of the external device , configure the network connection such that the wireless communication equipment operates in one of a plurality of sub modes included in the extender mode based at least partly on a first connection state between the wireless communication equipment and the external device or a second connection state between the wireless communication equipment and a user equipment , wherein the external device is a device that provides a connection to a network. a communication interface ; and a processor electrically connected to the communication interface , wherein the processor is configured to: set an operation mode of the wireless communication equipment to a router mode or an extender mode, based on a selection of a user of the wireless communication equipment ; when the operation mode is set to the router mode, configure a network connection such that the wireless communication equipment operates in the router mode; set an operation mode of the wireless communication equipment to a router mode or an extender mode, based on a selection of a user of the wireless communication equipment ; when the operation mode is set to the router mode, configure a network connection such that the wireless communication equipment operates in the router mode; characterized in that , when the operation mode is changed to the extender mode, provide a web user interface for selecting a manufacturer of the wireless communication equipment ; when the manufacturer of the wireless communication equipment is the same as that of an external device , automatically configure a mesh network by using a mesh ID and a password; when the manufacturer of the wireless communication equipment is different from that of the external device , configure the network connection such that the wireless communication equipment operates in one of a plurality of sub modes included in the extender mode based at least partly on a first connection state between the wireless communication equipment and the external device or a second connection state between the wireless communication equipment and a user equipment , wherein the external device is a device that provides a connection to a network.
A water dispersible sheet comprising: a base paper sheet including a water dispersible fiber aggregate wherein the base paper sheet is impregnated with a chemical solution comprising diethylene glycol monobutyl ether, wherein the fiber aggregate includes 50% by mass to 70% by mass of NBKP, wherein the water dispersible sheet includes a longitudinal/transverse strength ratio of 0.9 to 1.2, and wherein emboss is formed on the water dispersible sheet, and wherein 5 g/m 2 to 30 g/m 2 of diethylene glycol monobutyl ether is added in the water dispersible sheet. a base paper sheet including a water dispersible fiber aggregate wherein the base paper sheet is impregnated with a chemical solution comprising diethylene glycol monobutyl ether, wherein the fiber aggregate includes 50% by mass to 70% by mass of NBKP, wherein the water dispersible sheet includes a longitudinal/transverse strength ratio of 0.9 to 1.2, and wherein emboss is formed on the water dispersible sheet, and wherein 5 g/m 2 to 30 g/m 2 of diethylene glycol monobutyl ether is added in the water dispersible sheet.
A compound that is: or a pharmaceutically acceptable salt or solvate thereof.
An in vitro method of identifying a status of a mucosal intestinal epithelial barrier in a patient with inflammatory bowel disease, comprising the steps of: - analyzing the status of a mucosal intestinal epithelial barrier of said patient, and - identifying the mucosal intestinal epithelial barrier status as moderate dysfunction or severe dysfunction, wherein the status of the mucosal intestinal barrier is analyzed by measuring an amount of activated caspase-1 expression in intestinal epithelial cells of the intestinal barrier, wherein an increase in the amount of activated caspase-1 expression in the range of four-fold to seven-fold or more than seven-fold in the patient as compared to the amount of activated caspase-1 expression in intestinal epithelial cells of an intestinal barrier of one or more healthy volunteers indicates that the patient status is severe dysfunction, and an increase in the amount of activated caspase-1 expression in the range of 1.5-fold to four-fold in the patient as compared to the amount of activated caspase-1 expression in intestinal epithelial cells of an intestinal barrier of one or more healthy volunteers indicates that the patient status is moderate dysfunction, wherein if said patient status is severe dysfunction, the method further comprises identifying said patient as one who will benefit from a treatment with an anti-TNF agent, and if said patient status is moderate dysfunction, the method further comprises identifying said patient as one who will benefit from treatment with an anti-integrin agent. - analyzing the status of a mucosal intestinal epithelial barrier of said patient, and - identifying the mucosal intestinal epithelial barrier status as moderate dysfunction or severe dysfunction, wherein the status of the mucosal intestinal barrier is analyzed by measuring an amount of activated caspase-1 expression in intestinal epithelial cells of the intestinal barrier, wherein an increase in the amount of activated caspase-1 expression in the range of four-fold to seven-fold or more than seven-fold in the patient as compared to the amount of activated caspase-1 expression in intestinal epithelial cells of an intestinal barrier of one or more healthy volunteers indicates that the patient status is severe dysfunction, and an increase in the amount of activated caspase-1 expression in the range of 1.5-fold to four-fold in the patient as compared to the amount of activated caspase-1 expression in intestinal epithelial cells of an intestinal barrier of one or more healthy volunteers indicates that the patient status is moderate dysfunction, wherein if said patient status is severe dysfunction, the method further comprises identifying said patient as one who will benefit from a treatment with an anti-TNF agent, and if said patient status is moderate dysfunction, the method further comprises identifying said patient as one who will benefit from treatment with an anti-integrin agent.
A system for recognizing content associated with handwritten stroke input to a computing device , the system comprising the computing device which comprises a processor , a memory and at least one non-transitory computer readable medium for recognizing content under control of the processor , the at least one non-transitory computer readable medium having computer readable program code which, when executed, is configured to: detect input, with respect to an interactive key layout of a keyboard panel displayed on an interface surface of the computing device , of a handwritten stroke with respect to the interactive key layout; characterize the detected handwritten stroke by a reference stroke by determining a sequence of reference points respectively associated with a sequence of interactive keys of the interactive key layout that are disposed along the detected handwritten stroke , wherein each reference point is determined as a function of the position of a group of points on the detected handwritten stroke , the position of which is related to a characteristic of the respective one of the interactive keys ; assign, based on the characteristics of the reference stroke, one or more probability scores to one or more candidate characters associated with each key of the interactive key sequence; and cause recognition of one or more sequences of characters by applying a language model in accordance with the assigned probability scores. detect input, with respect to an interactive key layout of a keyboard panel displayed on an interface surface of the computing device , of a handwritten stroke with respect to the interactive key layout; characterize the detected handwritten stroke by a reference stroke by determining a sequence of reference points respectively associated with a sequence of interactive keys of the interactive key layout that are disposed along the detected handwritten stroke , wherein each reference point is determined as a function of the position of a group of points on the detected handwritten stroke , the position of which is related to a characteristic of the respective one of the interactive keys ; assign, based on the characteristics of the reference stroke, one or more probability scores to one or more candidate characters associated with each key of the interactive key sequence; and cause recognition of one or more sequences of characters by applying a language model in accordance with the assigned probability scores.
A micropump comprising a stator and a rotor axially and rotatably movable relative to the stator, the stator comprising a rotor shaft receiving cavity , an inlet and an outlet fluidly connected to the rotor shaft receiving cavity , the rotor comprising a shaft received in the rotor shaft receiving cavity , characterized in that the rotor shaft comprises a rotor cavity receiving a piston portion of the stator therein to form a piston chamber , a seal mounted between the piston portion and inner sidewall of the rotor cavity to sealingly close an end of the piston chamber , the rotor further comprising a rotor shaft port fluidly connecting the piston chamber to an outer surface of the rotor shaft , the rotor shaft port arranged to overlap at least partially the inlet over a rotational angle ( α ) of the rotor corresponding to a pump intake phase, and arranged to overlap at least partially the outlet over a rotational angle ( β ) of the rotor corresponding to a pump expel phase.
An article of footwear comprising: an upper having a body with a first side and a second side ; a closure system for the upper including a first anchoring cable loop fixed at the first side of the body ; a flap fixed to the second side of the body and configured to extend across the upper to a free end at the first side of the body; wherein the flap has an aperture extending through the flap ; a flap cable loop extending from the free end of the flap , the flap cable loop configured to extend from the free end of the flap through the first anchoring cable loop , and from the first anchoring cable loop back to the flap and through the aperture in the flap from an inner side of the flap to an outer side of the flap ; and a lace configured to extend through the flap cable loop at the outer side of the flap , wherein pulling the lace slides the flap cable loop through the first anchoring cable loop to tighten the flap against the body of the upper . an upper having a body with a first side and a second side ; a closure system for the upper including a first anchoring cable loop fixed at the first side of the body ; a flap fixed to the second side of the body and configured to extend across the upper to a free end at the first side of the body; wherein the flap has an aperture extending through the flap ; a flap cable loop extending from the free end of the flap , the flap cable loop configured to extend from the free end of the flap through the first anchoring cable loop , and from the first anchoring cable loop back to the flap and through the aperture in the flap from an inner side of the flap to an outer side of the flap ; and a lace configured to extend through the flap cable loop at the outer side of the flap , wherein pulling the lace slides the flap cable loop through the first anchoring cable loop to tighten the flap against the body of the upper . a first anchoring cable loop fixed at the first side of the body ; a flap fixed to the second side of the body and configured to extend across the upper to a free end at the first side of the body; wherein the flap has an aperture extending through the flap ; a flap cable loop extending from the free end of the flap , the flap cable loop configured to extend from the free end of the flap through the first anchoring cable loop , and from the first anchoring cable loop back to the flap and through the aperture in the flap from an inner side of the flap to an outer side of the flap ; and a lace configured to extend through the flap cable loop at the outer side of the flap , wherein pulling the lace slides the flap cable loop through the first anchoring cable loop to tighten the flap against the body of the upper .
A guide wire comprising: a core shaft including a distal end portion having a pseudoelastic property; a tip joined to a distal end of the distal end portion of the core shaft; and an auxiliary wire that is arranged parallel to the distal end portion of the core shaft, has a distal end joined to the tip, and has a rear end joined to the core shaft, wherein the auxiliary wire is more flexible than the distal end portion of the core shaft, a breaking strength of the auxiliary wire is higher than a breaking strength of the distal end portion of the core shaft, and characterized in that a breaking elongation of the auxiliary wire is shorter than a breaking elongation of the distal end portion of the core shaft. a core shaft including a distal end portion having a pseudoelastic property; a tip joined to a distal end of the distal end portion of the core shaft; and an auxiliary wire that is arranged parallel to the distal end portion of the core shaft, has a distal end joined to the tip, and has a rear end joined to the core shaft, wherein the auxiliary wire is more flexible than the distal end portion of the core shaft, a breaking strength of the auxiliary wire is higher than a breaking strength of the distal end portion of the core shaft, and characterized in that a breaking elongation of the auxiliary wire is shorter than a breaking elongation of the distal end portion of the core shaft.
A cleaning system , comprising: (a) a first container , comprising: (i) an interior surface , and (ii) an opening, wherein the interior surface and the opening define a volume; (b) a support member ; and (c) a surgical instrument , wherein the surgical instrument is configured to deliver ultrasonic energy upon activation of the surgical instrument , wherein the surgical instrument comprises an end effector having a distal tip, wherein the support member is configured to support the surgical instrument ; wherein the opening extends along a plane ; the interior surface defines at least a portion of a curved surface; characterised in that the curved surface defines a first focus point (F2); the first focus point (F2) is positioned below the plane such that the first focus point (F2) is coincident with the portion of the curved surface; and the support member is configured to support the surgical instrument such that the distal tip is positioned substantially at the first focus point (F2). (a) a first container , comprising: (i) an interior surface , and (ii) an opening, wherein the interior surface and the opening define a volume; (i) an interior surface , and (ii) an opening, wherein the interior surface and the opening define a volume; (b) a support member ; and (c) a surgical instrument , wherein the surgical instrument is configured to deliver ultrasonic energy upon activation of the surgical instrument , wherein the surgical instrument comprises an end effector having a distal tip, wherein the support member is configured to support the surgical instrument ; wherein the opening extends along a plane ; the interior surface defines at least a portion of a curved surface; characterised in that the curved surface defines a first focus point (F2); the first focus point (F2) is positioned below the plane such that the first focus point (F2) is coincident with the portion of the curved surface; and the support member is configured to support the surgical instrument such that the distal tip is positioned substantially at the first focus point (F2).
A communications method for a mobile management entity, MME , comprising: acquiring , by the MME , information of a user equipment, UE, wherein the information of the UE comprises a type of the UE; determining , by the MME according to the information of the UE, whether the UE satisfies a first preset condition, wherein the determining, by the MME according to the information of the UE, whether the UE satisfies a first preset condition comprises: determining, by the MME according to the type of the UE, whether the UE is a power-saving UE; characterized by : when the UE satisfies the first preset condition, generating , by the MME , a first indication, wherein the first indication includes a first suggested waiting time instructing a serving gateway, SGW , to retain first data within the first suggested waiting time for the UE, and wherein the first data is downlink data of the UE; and sending , by the MME , the first indication to the SGW . acquiring , by the MME , information of a user equipment, UE, wherein the information of the UE comprises a type of the UE; determining , by the MME according to the information of the UE, whether the UE satisfies a first preset condition, wherein the determining, by the MME according to the information of the UE, whether the UE satisfies a first preset condition comprises: determining, by the MME according to the type of the UE, whether the UE is a power-saving UE; characterized by : when the UE satisfies the first preset condition, generating , by the MME , a first indication, wherein the first indication includes a first suggested waiting time instructing a serving gateway, SGW , to retain first data within the first suggested waiting time for the UE, and wherein the first data is downlink data of the UE; and sending , by the MME , the first indication to the SGW . determining, by the MME according to the type of the UE, whether the UE is a power-saving UE; characterized by : when the UE satisfies the first preset condition, generating , by the MME , a first indication, wherein the first indication includes a first suggested waiting time instructing a serving gateway, SGW , to retain first data within the first suggested waiting time for the UE, and wherein the first data is downlink data of the UE; and sending , by the MME , the first indication to the SGW . when the UE satisfies the first preset condition, generating , by the MME , a first indication, wherein the first indication includes a first suggested waiting time instructing a serving gateway, SGW , to retain first data within the first suggested waiting time for the UE, and wherein the first data is downlink data of the UE; and sending , by the MME , the first indication to the SGW .
A method of applying a cap to a neck of a container , comprising the steps of a) retaining a cap in a position inclined in relation to a horizontal plane, b) catching said cap on a carrier extending vertically from a cap feeder by moving said cap feeder from a first position (A) to a second position (B) in a horizontal plane while catching said inclined cap , c) moving said cap feeder supporting said cap to a third position (C) over a conveyor moving in a horizontal plane in a travel direction (T) while supporting containers , d) lifting said cap from cap feeder by grippers or cap holders , e) after step d, moving said cap feeder away from the position over conveyor to a fourth position (D) to allow said grippers or cap holders and said cap to be lowered to a position engaging said neck of container , f) after step e, moving said cap feeder in a direction in parallel with said travel direction (T) and displaced a first distance in a transverse direction, said first distance being sufficient to allow the grippers or cap holders to lowered to the containers , g) while moving along in said travel direction (T) attaching said cap on said neck of container , h) after step f, moving said cap feeder back to said first position (A). a) retaining a cap in a position inclined in relation to a horizontal plane, b) catching said cap on a carrier extending vertically from a cap feeder by moving said cap feeder from a first position (A) to a second position (B) in a horizontal plane while catching said inclined cap , c) moving said cap feeder supporting said cap to a third position (C) over a conveyor moving in a horizontal plane in a travel direction (T) while supporting containers , d) lifting said cap from cap feeder by grippers or cap holders , e) after step d, moving said cap feeder away from the position over conveyor to a fourth position (D) to allow said grippers or cap holders and said cap to be lowered to a position engaging said neck of container , f) after step e, moving said cap feeder in a direction in parallel with said travel direction (T) and displaced a first distance in a transverse direction, said first distance being sufficient to allow the grippers or cap holders to lowered to the containers , g) while moving along in said travel direction (T) attaching said cap on said neck of container , h) after step f, moving said cap feeder back to said first position (A).
A decorative film formed body, comprising: a base material; an adhesive layer; a vapor deposition layer; and a protection layer, the base material, the adhesive layer, the vapor deposition layer, and the protection layer being formed in the stated order; wherein the vapor deposition layer has recesses and projections formed on a surface thereof, and wherein the adhesive layer includes scale-shaped fillers, said scale-shaped fillers being embedded in the adhesive layer, and the recesses and projections of the vapor deposition layer comprise recesses and projections deformed along a shape of the embedded scale-shaped fillers. a base material; an adhesive layer; a vapor deposition layer; and a protection layer, the base material, the adhesive layer, the vapor deposition layer, and the protection layer being formed in the stated order; wherein the vapor deposition layer has recesses and projections formed on a surface thereof, and wherein the adhesive layer includes scale-shaped fillers, said scale-shaped fillers being embedded in the adhesive layer, and the recesses and projections of the vapor deposition layer comprise recesses and projections deformed along a shape of the embedded scale-shaped fillers.
Air spring bellows of an air spring , which air spring bellows can be fastened sealingly by way of its two open ends to connector parts of two components which are spaced apart from one another, and which air spring bellows , in the mounted state of the air spring , at least partially delimits a working space which is filled with compressed air, the two open ends of the air spring bellows being configured as beads , in which in each case one annular core is arranged, and in the case of which air spring bellows the cores are connected to a woven-fabric reinforcement material which is embedded in an elastic bellows material, characterized in that the reinforcement material is turned over on itself over the entire bellows wall of the air spring bellows , as a result of which the cores in the beads are enclosed completely by the reinforcement material , and in that the two free ends of the reinforcement material are brought together and connected to one another.