mhurhangee/patent-ind-claim-en huggingface dataset:
Anti-viral, anti-microbial and stimulating immunity food supplement, characterized in that it includes the following components in weight percentages: - liquorice - Glycyrrhiza glabra from 1,19% to 47,61%, - sweet wormwood - Artemisia annua from 1,19% to 47,61%, - quinine bark extract - Cinchona from 1,19% to 47,61%, - hawthorn extract - Crataegus from 1,19% to 47,61%, - dandelion extract - Taraxcum from 1,19% to 47,61%, - vitamin C - Ascorbic acid from 1,19% to 47,61%, - D-D- Galacturonic acid from 1,19% to 47,61%, - apple pectin from 1,19% to 47,61%, - bitter orange - Citrus aurantium from 1,19% to 47,61%, - ginger - Zingiber officinale from 0,23% to 11,9%, - Radix isatidis from 0,23% to 11,9%, - Lindera aggregate from 0,23% to 11,9%, - woad - Isatis indigotica from 0,23% to 9,52%, - Torreya nucifera from 0,23% to 9,52%, - geranium extract - Pelargonium from 0,23% to 9,52%, - Zinc from 0,23% to 2,38% and - Sodium Selenite from 0,00119% to 0,04762%. - liquorice - Glycyrrhiza glabra from 1,19% to 47,61%, - sweet wormwood - Artemisia annua from 1,19% to 47,61%, - quinine bark extract - Cinchona from 1,19% to 47,61%, - hawthorn extract - Crataegus from 1,19% to 47,61%, - dandelion extract - Taraxcum from 1,19% to 47,61%, - vitamin C - Ascorbic acid from 1,19% to 47,61%, - D-D- Galacturonic acid from 1,19% to 47,61%, - apple pectin from 1,19% to 47,61%, - bitter orange - Citrus aurantium from 1,19% to 47,61%, - ginger - Zingiber officinale from 0,23% to 11,9%, - Radix isatidis from 0,23% to 11,9%, - Lindera aggregate from 0,23% to 11,9%, - woad - Isatis indigotica from 0,23% to 9,52%, - Torreya nucifera from 0,23% to 9,52%, - geranium extract - Pelargonium from 0,23% to 9,52%, - Zinc from 0,23% to 2,38% and - Sodium Selenite from 0,00119% to 0,04762%.
A dual IC card comprising: an IC module that includes an IC chip having both a contact-type transmission function and a contactless-type transmission function, and a module substrate having an external terminal, which is a contact-type transmission portion, and a connecting coil , which is a contactless-type transmission portion; an antenna sheet that includes an antenna substrate having a first surface and a second surface , a coupling coil having a second surface coil provided on a second surface of the antenna substrate, the coupling coil being configured to be electromagnetically coupled to the connecting coil of the IC module, and an antenna coil connected to the coupling coil for contactless communication with a contactless-type external device; and a card body in a plate-shape which houses the antenna sheet and has a recess for accommodating the IC module, wherein at least part of the second surface coil is positioned inside a region in which the recess of the card body is formed when viewed in a thickness direction (D) of the card body, wherein the coupling coil further includes a first surface coil provided on a first surface of the antenna substrate , and a connecting section that connects the first surface coil and the second surface coil, and the first surface coil is positioned outside a region of the card body in which the recess is formed when viewed in the thickness direction of the card body. an IC module that includes an IC chip having both a contact-type transmission function and a contactless-type transmission function, and a module substrate having an external terminal, which is a contact-type transmission portion, and a connecting coil , which is a contactless-type transmission portion; an antenna sheet that includes an antenna substrate having a first surface and a second surface , a coupling coil having a second surface coil provided on a second surface of the antenna substrate, the coupling coil being configured to be electromagnetically coupled to the connecting coil of the IC module, and an antenna coil connected to the coupling coil for contactless communication with a contactless-type external device; and a card body in a plate-shape which houses the antenna sheet and has a recess for accommodating the IC module, wherein at least part of the second surface coil is positioned inside a region in which the recess of the card body is formed when viewed in a thickness direction (D) of the card body, wherein the coupling coil further includes a first surface coil provided on a first surface of the antenna substrate , and a connecting section that connects the first surface coil and the second surface coil, and the first surface coil is positioned outside a region of the card body in which the recess is formed when viewed in the thickness direction of the card body.
A method for downloading a profile by a terminal in a wireless communication system, the method comprising: triggering profile download based on user operation of the terminal , from a subscription manager data preparation+, SM-DP+, to the terminal ; performing communication with the SM-DP+ based on a hypertext transfer protocol over secure socket layer, HTTPS, secured by a certificate for transport layer security, TLS; receiving, from the SM-DP+ , an ES9+ HTTPS response message including a profile in a tag-length-value, TLV, form, the profile in the TLV form being protected by an SCP03t session key set; and transferring, to an embedded universal integrated circuit card, eUICC, , the profile in the TLV form, wherein the SCP03t session key set is generated based on mutual authentication procedure and key set generation procedure, the mutual authentication procedure being performed between the SM-DP+ and the eUICC based on an eUICC controlling authority security domain, ECASD, certificate. triggering profile download based on user operation of the terminal , from a subscription manager data preparation+, SM-DP+, to the terminal ; performing communication with the SM-DP+ based on a hypertext transfer protocol over secure socket layer, HTTPS, secured by a certificate for transport layer security, TLS; receiving, from the SM-DP+ , an ES9+ HTTPS response message including a profile in a tag-length-value, TLV, form, the profile in the TLV form being protected by an SCP03t session key set; and transferring, to an embedded universal integrated circuit card, eUICC, , the profile in the TLV form, wherein the SCP03t session key set is generated based on mutual authentication procedure and key set generation procedure, the mutual authentication procedure being performed between the SM-DP+ and the eUICC based on an eUICC controlling authority security domain, ECASD, certificate.
A pressure support system for delivering a flow of breathing gas to an airway of a patient , comprising: a pressure generating system structured to generate the flow of breathing gas; a patient circuit including a patient interface device , the patient circuit being coupled to the pressure generating system and structured to carry the flow of breathing gas; a barometric pressure sensor coupled to the patient circuit within a gas flow path of the patient circuit, wherein the barometric pressure sensor is structured to generate a barometric pressure signal indicative of a barometric pressure within the gas flow path proximate the patient; and a control system structured to control an outlet pressure generated by the pressure generating system based on at least the barometric pressure signal in a manner that compensates for a pressure drop across the patient circuit due to a pneumatic resistance of the patient circuit, characterized in that the barometric pressure sensor is directly connected to the patient interface device. a pressure generating system structured to generate the flow of breathing gas; a patient circuit including a patient interface device , the patient circuit being coupled to the pressure generating system and structured to carry the flow of breathing gas; a barometric pressure sensor coupled to the patient circuit within a gas flow path of the patient circuit, wherein the barometric pressure sensor is structured to generate a barometric pressure signal indicative of a barometric pressure within the gas flow path proximate the patient; and a control system structured to control an outlet pressure generated by the pressure generating system based on at least the barometric pressure signal in a manner that compensates for a pressure drop across the patient circuit due to a pneumatic resistance of the patient circuit, characterized in that the barometric pressure sensor is directly connected to the patient interface device.
A modular electronic and/or electric apparatus including a plurality of circuit units connected by an internal communication bus , wherein: - the circuit unit comprises at least two serial resistor elements (RI1, RO1, RI2, RO2, RIN, RON) forming a voltage divider, - the circuit unit comprises at least one analogue-digital converter, - a connection point between two resistor elements (RI1, RO1, RI2, RO2, RIN, RON) of one circuit unit is connected to an analogue input terminal of the analogue-digital converter, - a digital output terminal of the analogue-digital converter is connected to the internal communication bus , and - the modular electronic and/or electric apparatus comprises a master unit connected to the internal communication bus , characterized in that all resistor elements (RI1, RO1, RI2, RO2, RIN, RON) of the circuit units are serially connected and form one ID wire, wherein the ID wire is interconnected between a first voltage terminal (VDD) and a second voltage terminal (VSS). - the circuit unit comprises at least two serial resistor elements (RI1, RO1, RI2, RO2, RIN, RON) forming a voltage divider, - the circuit unit comprises at least one analogue-digital converter, - a connection point between two resistor elements (RI1, RO1, RI2, RO2, RIN, RON) of one circuit unit is connected to an analogue input terminal of the analogue-digital converter, - a digital output terminal of the analogue-digital converter is connected to the internal communication bus , and - the modular electronic and/or electric apparatus comprises a master unit connected to the internal communication bus ,
An organic light emitting display device , comprising: at least a first pixel area (A) and a second pixel area (B); a partition disposed between the first pixel area (A) and the second pixel area (B) wherein an upper portion of the partition has a wider cross-sectional width than a lower portion of the partition , the upper portion of the partition being far side from a substrate ; an auxiliary electrode disposed between the first pixel area (A) and the second pixel area (B) and over the partition ; a first conductive element disposed over the first pixel area (A), the second pixel area (B), and the auxiliary electrode , the first conductive element electrically connected to the auxiliary electrode ; and a planarization layer , wherein the partition includes a first end and a second end opposite the first end, the second end is in direct contact with the planarization layer ; and wherein the partition and the planarization layer are made of the same material. at least a first pixel area (A) and a second pixel area (B); a partition disposed between the first pixel area (A) and the second pixel area (B) wherein an upper portion of the partition has a wider cross-sectional width than a lower portion of the partition , the upper portion of the partition being far side from a substrate ; an auxiliary electrode disposed between the first pixel area (A) and the second pixel area (B) and over the partition ; a first conductive element disposed over the first pixel area (A), the second pixel area (B), and the auxiliary electrode , the first conductive element electrically connected to the auxiliary electrode ; and a planarization layer , wherein the partition includes a first end and a second end opposite the first end, the second end is in direct contact with the planarization layer ; and wherein the partition and the planarization layer are made of the same material.
Household dishwasher with a dishwasher cavity which can be closed by a door , and a lower receptacle for items to be washed , an upper receptacle for items to be washed , a lifting device which is designed to lift the lower receptacle for items to be washed from a starting position (AP) into an end position (EP) or to lower it from the end position (EP) into the starting position (AP), and a guide device , with the help of which the lower receptacle for items to be washed can be displaced into or out of the dishwasher cavity in the starting position (AP) together with the lifting device , wherein the guide device embodied as an easy-glide rail is telescopic, wherein the dishwasher cavity has a rear wall arranged opposite the closed door and two side walls arranged opposite one another, wherein the guide device has a first guide rail attached to a side wall of the dishwasher cavity , a second guide rail attached to the lifting device and a third guide rail arranged between the first guide rail and the second guide rail , such that forces arising by loading the lower receptacle for items to be washed with items to be washed are introduced at least partially into the dishwasher cavity, and wherein further the second guide rail of the guide device has a support element which is designed to be supported on the open door - in the event of a lowering and/or deformation of the guide device in the direction of an open door of the household dishwasher , - in the event of the inward displacement of the lower receptacle for items to be washed and of the lifting device into the dishwasher cavity , - in the event of the outward displacement of the lower receptacle for items to be washed and of the lifting device out of the dishwasher cavity , - in event of raising the lower receptacle for items to be washed from the starting position (AP) into the end position (EP) and/or - in the event of lowering the lower receptacle for items to be washed from the end position (EP) into the starting position (AP). - in the event of a lowering and/or deformation of the guide device in the direction of an open door of the household dishwasher , - in the event of the inward displacement of the lower receptacle for items to be washed and of the lifting device into the dishwasher cavity , - in the event of the outward displacement of the lower receptacle for items to be washed and of the lifting device out of the dishwasher cavity , - in event of raising the lower receptacle for items to be washed from the starting position (AP) into the end position (EP) and/or - in the event of lowering the lower receptacle for items to be washed from the end position (EP) into the starting position (AP).
A system for use in a subsea well operation, comprising: a structural casing having a subsea low pressure housing and a tubular casing with an upper end inserted into the subsea low pressure housing in sealing engagement; a tool having an engagement region inserted into an upper end of the structural casing until the tool is sufficiently coupled to the structural casing to enable releasable latching of the tool to the structural casing and manipulation of the structural casing when deployed and set at a subsea location ; and a sensor system mounted to the tool to monitor height above a subsea mud line and an angular deviation of the structural casing from vertical during deployment of the structural casing into a seabed , wherein the sensor system is coupled rigidly and directly to the tool , wherein a lower end of the sensor system is coupled with the tool via a mechanical coupling such that the sensor system extends above the tool and such that the sensor system moves and tilts with the tool , wherein deployment equipment comprising a cable, a coiled or other types tubing, or other suitable equipment controllable to manipulate the height and angular orientation of the structural casing is connected directly to the sensor system . a structural casing having a subsea low pressure housing and a tubular casing with an upper end inserted into the subsea low pressure housing in sealing engagement; a tool having an engagement region inserted into an upper end of the structural casing until the tool is sufficiently coupled to the structural casing to enable releasable latching of the tool to the structural casing and manipulation of the structural casing when deployed and set at a subsea location ; and a sensor system mounted to the tool to monitor height above a subsea mud line and an angular deviation of the structural casing from vertical during deployment of the structural casing into a seabed , wherein the sensor system is coupled rigidly and directly to the tool , wherein a lower end of the sensor system is coupled with the tool via a mechanical coupling such that the sensor system extends above the tool and such that the sensor system moves and tilts with the tool , wherein deployment equipment comprising a cable, a coiled or other types tubing, or other suitable equipment controllable to manipulate the height and angular orientation of the structural casing is connected directly to the sensor system .
A device for determining bandwidth maps for an upcoming time interval in an optical distribution network , ODN; and wherein the device is further configured to: - determine dynamic upstream bandwidth allocations for an optical network unit , ONU, based on expected upstream data bursts during the upcoming time interval; and - estimate an amount of data that was not transmitted during a preceding time interval resulting from a misalignment in time between upstream data bursts and bandwidth allocations (271-278, 281-288) during the preceding time interval ; and - increase one or more of the determined dynamic upstream bandwidth allocations such that transmission of the estimated amount of data is additionally allocated during the upcoming time interval; - construct the bandwidth maps based on the increased dynamic bandwidth allocations . - determine dynamic upstream bandwidth allocations for an optical network unit , ONU, based on expected upstream data bursts during the upcoming time interval; and - estimate an amount of data that was not transmitted during a preceding time interval resulting from a misalignment in time between upstream data bursts and bandwidth allocations (271-278, 281-288) during the preceding time interval ; and - increase one or more of the determined dynamic upstream bandwidth allocations such that transmission of the estimated amount of data is additionally allocated during the upcoming time interval; - construct the bandwidth maps based on the increased dynamic bandwidth allocations .
A process for preparing a lactase preparation comprising a. using mutagenesis conditions or recombinant genetic manipulation techniques on a culture which produces arylsulfatase such that part of the culture is modified to form an arylsulfatase deficient host cell, in which the parent host cell comprises one or more nucleotide sequences encoding arylsulfatase and the mutant host cell produces less arylsulfatase activity than the parent cell when cultured under the same conditions; and isolating the host cell; b. cultivating said host cell in a nutrient medium, under conditions conductive to expression of the lactase and expressing the lactase in said host cell; and c. recovering the lactase from the nutrient medium or from the host cell. a. using mutagenesis conditions or recombinant genetic manipulation techniques on a culture which produces arylsulfatase such that part of the culture is modified to form an arylsulfatase deficient host cell, in which the parent host cell comprises one or more nucleotide sequences encoding arylsulfatase and the mutant host cell produces less arylsulfatase activity than the parent cell when cultured under the same conditions; and isolating the host cell; b. cultivating said host cell in a nutrient medium, under conditions conductive to expression of the lactase and expressing the lactase in said host cell; and c. recovering the lactase from the nutrient medium or from the host cell.
A prosthetic heart valve for replacing a native valve, comprising: a stent extending in an axial direction between an inflow end and an outflow end, the stent having a collapsed condition and an expanded condition; a valve assembly disposed within the stent ; a first cuff disposed on a lumenal surface of the stent ; and a second cuff having a proximal edge facing toward the inflow end of the stent and a distal edge facing toward the outflow end of the stent , the second cuff being annularly disposed about the stent and positioned radially outward of the first cuff and the stent , characterized by the second cuff including a plurality of notches at spaced apart locations along the proximal edge , each of the notches defining a void in the proximal edge of the second cuff , the second cuff having an initial configuration in which the voids render the proximal edge of the second cuff discontinuous, and a gathered configuration in which the voids are closed so that the proximal edge of the second cuff is substantially continuous, the proximal edge of the second cuff in the gathered configuration having a length that is less than the length of the proximal edge of the second cuff in the initial configuration, the second cuff being coupled to at least one of the stent and the first cuff so that in the expanded condition of the stent , the second cuff is in the gathered configuration. a stent extending in an axial direction between an inflow end and an outflow end, the stent having a collapsed condition and an expanded condition; a valve assembly disposed within the stent ; a first cuff disposed on a lumenal surface of the stent ; and a second cuff having a proximal edge facing toward the inflow end of the stent and a distal edge facing toward the outflow end of the stent , the second cuff being annularly disposed about the stent and positioned radially outward of the first cuff and the stent , characterized by the second cuff including a plurality of notches at spaced apart locations along the proximal edge , each of the notches defining a void in the proximal edge of the second cuff , the second cuff having an initial configuration in which the voids render the proximal edge of the second cuff discontinuous, and a gathered configuration in which the voids are closed so that the proximal edge of the second cuff is substantially continuous, the proximal edge of the second cuff in the gathered configuration having a length that is less than the length of the proximal edge of the second cuff in the initial configuration, the second cuff being coupled to at least one of the stent and the first cuff so that in the expanded condition of the stent , the second cuff is in the gathered configuration.