mhurhangee/patent-ind-claim-en huggingface dataset:
A unit dose composition consisting of (a) vitamin B1 (b) vitamin B2 (c) vitamin B3 (d) vitamin B5 (e) vitamin B6 (f) vitamin B7 (g) vitamin B9 (h) vitamin B12 (i) vitamin C (j) vitamin D 3 (k) a pharmaceutically-acceptable compound of calcium (l) a pharmaceutically-acceptable compound of magnesium (m) a pharmaceutically-acceptable compound of zinc (n) a pharmaceutically-acceptable compound of selenium (o) a pharmaceutically-acceptable compound of iron (p) a pharmaceutically-acceptable compound of L-carnitine (q) optionally a pharmaceutically-acceptable filler, and (r) optionally a citrus bioflavonoid, powdered extract of cranberry and/or cherry, or a combination thereof, wherein the composition is a powder for oral consumption. (a) vitamin B1 (b) vitamin B2 (c) vitamin B3 (d) vitamin B5 (e) vitamin B6 (f) vitamin B7 (g) vitamin B9 (h) vitamin B12 (i) vitamin C (j) vitamin D 3 (k) a pharmaceutically-acceptable compound of calcium (l) a pharmaceutically-acceptable compound of magnesium (m) a pharmaceutically-acceptable compound of zinc (n) a pharmaceutically-acceptable compound of selenium (o) a pharmaceutically-acceptable compound of iron (p) a pharmaceutically-acceptable compound of L-carnitine (q) optionally a pharmaceutically-acceptable filler, and (r) optionally a citrus bioflavonoid, powdered extract of cranberry and/or cherry, or a combination thereof,
A valve comprising: a valve body having a passageway there through defining an axial direction; a shuttle , mounted within the valve body and able to move from an open position to a closed position at an angle to the axial direction; wherein, in the open position, the shuttle does not close the passageway and in the closed position, the shuttle is arranged to locate a first tablet within the fluid passageway ; the first tablet being moveably mounted on the shuttle and biased to move in the axial direction to seal against a sealing surface of the valve body to close the passageway; wherein the shuttle carries a second tablet , the tablets being biased apart in the axial direction to seal against opposed sealing surfaces in the valve body characterised in that one of the tablets includes apertures to allow fluid to pass around or through said tablet, and a resilient member is arranged between the first tablet and the second tablet to bias the first tablet and the second tablet apart. a valve body having a passageway there through defining an axial direction; a shuttle , mounted within the valve body and able to move from an open position to a closed position at an angle to the axial direction; wherein, in the open position, the shuttle does not close the passageway and in the closed position, the shuttle is arranged to locate a first tablet within the fluid passageway ; the first tablet being moveably mounted on the shuttle and biased to move in the axial direction to seal against a sealing surface of the valve body to close the passageway; wherein the shuttle carries a second tablet , the tablets being biased apart in the axial direction to seal against opposed sealing surfaces in the valve body characterised in that one of the tablets includes apertures to allow fluid to pass around or through said tablet, and a resilient member is arranged between the first tablet and the second tablet to bias the first tablet and the second tablet apart.
A method for forming a self-aligned contact, comprising: providing a substrate with a plurality of gate structures including spacers on opposite sides; forming a sacrificial layer between the plurality of gate structures ; forming a mask layer on a part of the sacrificial layer ; forming a plurality of first openings by removing the sacrificial layer exposed from the mask layer ; forming a dielectric layer in the plurality of first openings ; removing the mask layer ; forming a plurality of second openings by removing the sacrificial layer remaining on the substrate ; and forming a plurality of first contact plugs in the second openings ; characterised in that the method further comprises removing parts of the gate structures after removal of the sacrificial layer exposed from the mask layer , such that part of the first openings form expanded first openings , thereby forming a desired pattern of the gate structures from a top view. providing a substrate with a plurality of gate structures including spacers on opposite sides; forming a sacrificial layer between the plurality of gate structures ; forming a mask layer on a part of the sacrificial layer ; forming a plurality of first openings by removing the sacrificial layer exposed from the mask layer ; forming a dielectric layer in the plurality of first openings ; removing the mask layer ; forming a plurality of second openings by removing the sacrificial layer remaining on the substrate ; and forming a plurality of first contact plugs in the second openings ; characterised in that the method further comprises removing parts of the gate structures after removal of the sacrificial layer exposed from the mask layer , such that part of the first openings form expanded first openings , thereby forming a desired pattern of the gate structures from a top view.
A method for implementing load sharing using hash factors, wherein a respective hash factor is used for adjusting a packet flow from one link to a link corresponding to the respective hash factor for forwarding, the method comprising: selecting , by a network device, a packet flow forwarded by using a first link, wherein the first link is a link in a congested state on a first forwarding node; selecting , by the network device, a second link that may be used to forward the packet flow, wherein the second link is a link that is not in a congested state after available bandwidth of the link is occupied by the packet flow, and the second link is a link between the first forwarding node and a second forwarding node; selecting , by the network device, a first hash factor corresponding to the second link; determining , by the network device, that a third link is not in a congested state after available bandwidth of the third link is occupied by the packet flow, wherein the third link is a link that is on the second forwarding node and that is corresponding to the first hash factor, and the third link is a link between the second forwarding node and a third forwarding node; and saving , by the network device, the first hash factor in a source node of the packet flow. selecting , by a network device, a packet flow forwarded by using a first link, wherein the first link is a link in a congested state on a first forwarding node; selecting , by the network device, a second link that may be used to forward the packet flow, wherein the second link is a link that is not in a congested state after available bandwidth of the link is occupied by the packet flow, and the second link is a link between the first forwarding node and a second forwarding node; selecting , by the network device, a first hash factor corresponding to the second link; determining , by the network device, that a third link is not in a congested state after available bandwidth of the third link is occupied by the packet flow, wherein the third link is a link that is on the second forwarding node and that is corresponding to the first hash factor, and the third link is a link between the second forwarding node and a third forwarding node; and saving , by the network device, the first hash factor in a source node of the packet flow.
A composition for use in a method of treating anovulation, infertility, or irregular menstrual cycle, the composition comprising: (i) vitamin B9 (or folic acid or folacin); (ii) myo-inositol; and (iii) alpha lipoic acid, wherein components (i), (ii) and (iii) together make up from 50 to 80% by weight relative to the total weight of the composition. (i) vitamin B9 (or folic acid or folacin); (ii) myo-inositol; and (iii) alpha lipoic acid,
A laminated body comprising: a support (A) that includes a polyphenylene sulfide resin composition containing a polyphenylene sulfide (a1) and an elastomer (a2), and a primer resin layer (X), a metal layer (B), and a metal-plating layer (C) that are laminated on the support (A) in this order, a resin constituting the primer resin layer (X) being one or more resins selected from the group consisting of a core-shell-type composite resin containing a urethane resin as a shell and a vinyl resin obtained by polymerizing a monomer including N-alkylol (meth)acrylamide as a core, a melamine resin, and a phenol block isocyanate, characterized in that the elastomer (a2) is contained in the polyphenylene sulfide resin composition in an amount in the range of 2 to 20 parts by mass relative to 100 parts by mass of the polyphenylene sulfide (a1). a support (A) that includes a polyphenylene sulfide resin composition containing a polyphenylene sulfide (a1) and an elastomer (a2), and a primer resin layer (X), a metal layer (B), and a metal-plating layer (C) that are laminated on the support (A) in this order, a resin constituting the primer resin layer (X) being one or more resins selected from the group consisting of a core-shell-type composite resin containing a urethane resin as a shell and a vinyl resin obtained by polymerizing a monomer including N-alkylol (meth)acrylamide as a core, a melamine resin, and a phenol block isocyanate, characterized in that the elastomer (a2) is contained in the polyphenylene sulfide resin composition in an amount in the range of 2 to 20 parts by mass relative to 100 parts by mass of the polyphenylene sulfide (a1).
A wireless communication device comprising: an internal device (120; 220; 520) configured to support a near field communication , NFC, operation; and an NFC integrated circuit (110; 210; 510) connected to a battery (140; 240) and to a power management integrated circuit , PMIC, (PMIC) (150; 250; 550), the NFC integrated circuit (110; 210; 300; 400; 510) including a power supply path control circuit (112; 212; 310; 410; 512) configured to, cut off a first power supply path for a first supply voltage from the PMIC (150; 250; 550) to the internal device (120; 220; 520) when the NFC integrated circuit (110; 210; 300; 400; 510) is in an on state, form a second power supply path from the battery (140; 240) to the internal device (120; 220; 520) when internal data communication between the NFC integrated circuit (110; 210; 300; 400; 510) and the internal device (120; 220; 520) is requested, form the first power supply path and cut off the second power supply path before the NFC integrated circuit (110; 210; 300; 400; 510) changes from the on state to an off-state or an idle state, detect a voltage of a terminal of the PMIC (150; 250; 550), and determine whether the first supply voltage is provided from the PMIC (150; 250; 550), and maintain the second power supply path when the power supply path control circuit (112; 212; 310; 410; 512) detects the first supply voltage. an internal device (120; 220; 520) configured to support a near field communication , NFC, operation; and an NFC integrated circuit (110; 210; 510) connected to a battery (140; 240) and to a power management integrated circuit , PMIC, (PMIC) (150; 250; 550), the NFC integrated circuit (110; 210; 300; 400; 510) including a power supply path control circuit (112; 212; 310; 410; 512) configured to, cut off a first power supply path for a first supply voltage from the PMIC (150; 250; 550) to the internal device (120; 220; 520) when the NFC integrated circuit (110; 210; 300; 400; 510) is in an on state, form a second power supply path from the battery (140; 240) to the internal device (120; 220; 520) when internal data communication between the NFC integrated circuit (110; 210; 300; 400; 510) and the internal device (120; 220; 520) is requested, form the first power supply path and cut off the second power supply path before the NFC integrated circuit (110; 210; 300; 400; 510) changes from the on state to an off-state or an idle state, detect a voltage of a terminal of the PMIC (150; 250; 550), and determine whether the first supply voltage is provided from the PMIC (150; 250; 550), and maintain the second power supply path when the power supply path control circuit (112; 212; 310; 410; 512) detects the first supply voltage.
A system comprising: a. a second device including a non-transitory memory; and b. a first device including a non-transitory memory for storing instructions, the instructions for: 1. accessing a customized configuration file from a server to the first device; 2. determining tethering subscription status of the first device, wherein the determination is based on the customized configuration file; 3. listening to broadcasts sent by the first device to determine whether a tethering application native to the first device has been launched, based on the tethering subscription status, blocking the second device from tethering with the first device if a tethering application native to the first device has been launched; periodically comparing the customized configuration file against running applications on the first device to determine whether a third-party tethering application has been launched; wherein said comparing comprises comparing a list of running applications on the first device with package values of third-party tethering applications in the customized configuration file, and if the list of running applications contains any of the package values of third-party tethering applications in the configuration file, preventing tethering. a. a second device including a non-transitory memory; and b. a first device including a non-transitory memory for storing instructions, the instructions for: 1. accessing a customized configuration file from a server to the first device; 2. determining tethering subscription status of the first device, wherein the determination is based on the customized configuration file; 3. listening to broadcasts sent by the first device to determine whether a tethering application native to the first device has been launched, based on the tethering subscription status, blocking the second device from tethering with the first device if a tethering application native to the first device has been launched; 1. accessing a customized configuration file from a server to the first device; 2. determining tethering subscription status of the first device, wherein the determination is based on the customized configuration file; 3. listening to broadcasts sent by the first device to determine whether a tethering application native to the first device has been launched, based on the tethering subscription status, blocking the second device from tethering with the first device if a tethering application native to the first device has been launched;
A drawing die made from cemented carbide material comprising tungsten carbide and a metallic binder, the cemented carbide material being substantially free from η-phase and consisting of: tungsten carbide with a mean grain size of 0.15-1.3 μm, 0.5-5.0 wt.-% (Co + Ni), with a ratio Co/(Co + Ni) of 0.6-0.9, 0.1-1.0 wt.-% Cr, with 0.05 ≤ Cr/(Co + Ni) ≤ 0.22, 0-0.04 wt.-% V, and unavoidable impurities, characterized by 0.02-0.2 wt.-% Mo. tungsten carbide with a mean grain size of 0.15-1.3 μm, 0.5-5.0 wt.-% (Co + Ni), with a ratio Co/(Co + Ni) of 0.6-0.9, 0.1-1.0 wt.-% Cr, with 0.05 ≤ Cr/(Co + Ni) ≤ 0.22, 0-0.04 wt.-% V, and unavoidable impurities, characterized by 0.02-0.2 wt.-% Mo.
Computer-implemented method for processing images containing biometric data relating to an individual, the method comprising: - for each image forming part of a plurality of images showing an individual, applying processing to the image so as to produce a biometric template relating to the individual, - computing an average template (TM) consisting of an average of the produced biometric templates, - modifying an image (I 0 ) selected from the plurality of images into a modified image (I 1 ), the modification being configured so that an error between the average template (TM) and another biometric template produced by applying the processing to the modified image (I 1 ) is less than an error between the average template (TM) and the biometric template that was produced by applying the processing to the selected image (I 0 ); the modifying step is iterated as follows: I k + 1 = I k − λ . D k where: - I k is an image to be modified by an iteration k of the modifying step , - I k +1 is a modified image produced by iteration k, - A is a predefined parameter, - D k = ∂ E k ∂ I k , where E k is an error between the average template (TM) and a biometric template produced by applying the processing to image I k . - for each image forming part of a plurality of images showing an individual, applying processing to the image so as to produce a biometric template relating to the individual, - computing an average template (TM) consisting of an average of the produced biometric templates, - modifying an image (I 0 ) selected from the plurality of images into a modified image (I 1 ), the modification being configured so that an error between the average template (TM) and another biometric template produced by applying the processing to the modified image (I 1 ) is less than an error between the average template (TM) and the biometric template that was produced by applying the processing to the selected image (I 0 ); - I k is an image to be modified by an iteration k of the modifying step , - I k +1 is a modified image produced by iteration k, - A is a predefined parameter, - D k = ∂ E k ∂ I k , where E k is an error between the average template (TM) and a biometric template produced by applying the processing to image I k .
Metering apparatus for granular material, in particular seed, wherein the metering apparatus comprises a conveying device which is rotatably mounted in a housing and which interacts with a housing wall or a guide element in such a way that granular material can be conveyed from a receiving region to a dispensing region, wherein the metering apparatus comprises a pre-metering unit, by way of which granular material can be conveyed from a reservoir to the conveying device; wherein the pre-metering unit can be used to set granular material in rotation and move it in the direction of the axis of rotation of the conveying device; and wherein the pre-metering unit comprises a rotatably mounted disc , characterized in that the disc is arranged at the end of a tube portion , the inner diameter of which increases towards the disc , and wherein one or more drivers are arranged at that side of the disc which faces towards the tube portion .
A headgear for a patient interface comprising: at least one headgear member or headgear members, wherein the headgear member or headgear members comprise a resilient headband , and a pair of flexible joints adapted to connect a said headgear member or headgear members to the patient interface and/or a pair of flexible joints connecting a said headgear member to adjacent headgear members, each flexible joint allowing free relative movement between the headgear member or members and the patient interface or between the headgear member and adjacent headgear members with at least two degrees of freedom, wherein the flexible joint is a member formed from a soft flexible material, wherein the resilient headband is shaped to fit a user's head with each end of the headband located to and biased against a respective side of the user's head, and wherein the resilient headband is configured such that in an un-deflected condition the distance between the ends of the resilient headband is less than a width of a user's head so that, in use, deflection of the resilient headband to fit the user's head biases the ends of the resilient headband against sides of the user's head. at least one headgear member or headgear members, wherein the headgear member or headgear members comprise a resilient headband , and a pair of flexible joints adapted to connect a said headgear member or headgear members to the patient interface and/or a pair of flexible joints connecting a said headgear member to adjacent headgear members, each flexible joint allowing free relative movement between the headgear member or members and the patient interface or between the headgear member and adjacent headgear members with at least two degrees of freedom, wherein the flexible joint is a member formed from a soft flexible material, wherein the resilient headband is shaped to fit a user's head with each end of the headband located to and biased against a respective side of the user's head, and wherein the resilient headband is configured such that in an un-deflected condition the distance between the ends of the resilient headband is less than a width of a user's head so that, in use, deflection of the resilient headband to fit the user's head biases the ends of the resilient headband against sides of the user's head.
An oral treatment guide plate, comprising a guide plate body , a saliva suction main tube and a plurality of saliva suction branch tubes ; a notch formed on the guide plate body , wherein the saliva suction branch tubes are arranged on both sides of the notch ; wherein outlets of the plurality of saliva suction branch tubes are connected to an inlet of the saliva suction main tube , and an outlet of the saliva suction main tube is configured to connect with a suction device characterized in that the saliva suction branch tubes comprise a lingual saliva suction tube and a buccal saliva suction tube , wherein the lingual saliva suction tube is adhered to a side surface of the guide plate body toward the tongue, and the buccal saliva suction tube is adhered to a side surface of the guide plate body toward the buccal mucosa characterised in that , the lingual saliva suction tube is provided with a plurality of first suction holes on a side toward the tongue, and the buccal saliva suction tube is provided with a plurality of second suction holes on a side toward the buccal mucosa and wherein the saliva suction branch tube is a flat-shaped tube attached to a surface of the guide plate body .
Feed device for a cleaning snake of a tube cleaning device, which snake is rotatable about its longitudinal axis , wherein the feed device comprises a main body and a lead-through opening which is arranged in the main body and through which the cleaning snake can be longitudinally guided in a longitudinal direction of the lead-through opening , wherein the feed device comprises at least two feed elements which are arranged on the main body so as to be fixed in the longitudinal direction and which can be pressed onto the cleaning snake , in the lead-through opening , in such a way that, when the cleaning snake is rotating, a feed of the cleaning snake is achieved, wherein at least one of the feed elements is designed as a form-fitting element and comprises a form-fitting part that is oriented in the direction of the lead-through opening , wherein the form-fitting part engages in the cleaning snake in a form-fitting manner, between windings of the cleaning snake , when the feed elements are pressed against the cleaning snake , characterised in that the form-fitting element is arranged mounted on the main body so as to be freely rotatable about an axis of rotation extending in the direction of the lead-through opening , transversely to the longitudinal direction , and in that the form-fitting element is displaceable exclusively longitudinally in the direction of the lead-through opening and is pivotable exclusively about the axis of rotation , such that the form-fitting element is automatically oriented to a course of a winding of the cleaning snake guided through the lead-through opening , when the form-fitting element is pressed onto the winding .