mhurhangee/patent-ind-claim-en huggingface dataset:
A reservoir for storing and dispensing a fluid, the reservoir comprising: a hollow vessel for holding a volume of fluid, an inlet port located on said hollow vessel for filling said reservoir with fluid, an outlet port located on said hollow vessel for dispensing said fluid, a vent outlet located on said hollow vessel to permit venting during filling and dispensing operations, wherein said vent outlet is provided in the form of a vent tube having a vent seal located at a base thereof, said vent seal allowing for venting as required, while also serving as a flow restrictor to reduce the leakage of fluid from said vent tube in the event of sloshing within said reservoir characterized in that said vent seal being configured with a plurality of slits in radial arrangement relative to a central point (P) of said vent seal , said plurality of slits being interconnected at said central point (P) thus defining a plurality of flexible units that displace during venting to create a series of vent openings, said plurality of slits being substantially closed in the neutral non-venting condition, wherein said vent seal provides a wall structure having a decreased cross-sectional thickness to promote increased flexible behavior, and wherein said cross-sectional thickness of said wall structure gradually decreases towards the central point (P). a hollow vessel for holding a volume of fluid, an inlet port located on said hollow vessel for filling said reservoir with fluid, an outlet port located on said hollow vessel for dispensing said fluid, a vent outlet located on said hollow vessel to permit venting during filling and dispensing operations, wherein said vent outlet is provided in the form of a vent tube having a vent seal located at a base thereof, said vent seal allowing for venting as required, while also serving as a flow restrictor to reduce the leakage of fluid from said vent tube in the event of sloshing within said reservoir characterized in that said vent seal being configured with a plurality of slits in radial arrangement relative to a central point (P) of said vent seal , said plurality of slits being interconnected at said central point (P) thus defining a plurality of flexible units that displace during venting to create a series of vent openings, said plurality of slits being substantially closed in the neutral non-venting condition, wherein said vent seal provides a wall structure having a decreased cross-sectional thickness to promote increased flexible behavior, and wherein said cross-sectional thickness of said wall structure gradually decreases towards the central point (P).
A substantially anhydrous sun-care product that - is a mist, a spray, an aerosol, a mousse, a gel, a solution, or a dispersion; - has no more than 10% (w/w) water; and comprises: (A) a cosmetically-acceptable, substantially non-aqueous vehicle, and (B) a UV active, wherein said non-aqueous vehicle comprises alcohol and esters such that the dielectric constant of the non-aqueous vehicle is 15 to 20 and said sun-care product is substantially non-whitening upon application to wet skin; wherein the sun-care product has from 30% (w/w) to 45% (w/w) of the alcohol; wherein said alcohol is ethanol; wherein said non-aqueous vehicle comprises from 20% to 50% by weight esters based on the total weight of the non-aqueous vehicle; and wherein the esters are selected from the group consisting of diisopropyl adipate, isodecyl neopentanoate, isostearyl neopentanoate, phenethyl benzoate, tridecyl neopentanoate, lauryl lactate, diisopropyl adipate, diethylhexyl malate and combinations thereof. - is a mist, a spray, an aerosol, a mousse, a gel, a solution, or a dispersion; - has no more than 10% (w/w) water; and comprises: (A) a cosmetically-acceptable, substantially non-aqueous vehicle, and (B) a UV active, wherein said non-aqueous vehicle comprises alcohol and esters such that the dielectric constant of the non-aqueous vehicle is 15 to 20 and said sun-care product is substantially non-whitening upon application to wet skin; wherein the sun-care product has from 30% (w/w) to 45% (w/w) of the alcohol; wherein said alcohol is ethanol; wherein said non-aqueous vehicle comprises from 20% to 50% by weight esters based on the total weight of the non-aqueous vehicle; and wherein the esters are selected from the group consisting of diisopropyl adipate, isodecyl neopentanoate, isostearyl neopentanoate, phenethyl benzoate, tridecyl neopentanoate, lauryl lactate, diisopropyl adipate, diethylhexyl malate and combinations thereof. comprises: (A) a cosmetically-acceptable, substantially non-aqueous vehicle, and (B) a UV active, (A) a cosmetically-acceptable, substantially non-aqueous vehicle, and (B) a UV active, wherein said non-aqueous vehicle comprises alcohol and esters such that the dielectric constant of the non-aqueous vehicle is 15 to 20 and said sun-care product is substantially non-whitening upon application to wet skin; wherein the sun-care product has from 30% (w/w) to 45% (w/w) of the alcohol; wherein said alcohol is ethanol; wherein said non-aqueous vehicle comprises from 20% to 50% by weight esters based on the total weight of the non-aqueous vehicle; and wherein the esters are selected from the group consisting of diisopropyl adipate, isodecyl neopentanoate, isostearyl neopentanoate, phenethyl benzoate, tridecyl neopentanoate, lauryl lactate, diisopropyl adipate, diethylhexyl malate and combinations thereof.
An ammunition box comprising: a substantially rectangular box with a molded box body of a first thermoplastic material, said box body defining a rectangular storage space for ammunition, said rectangular storage space opens to an open side of said box body, a molded rectangular lid of a first thermoplastic material configured to selectively close and open said opening, a peripheral area of said box body adjacent said open side being formed as a rim surrounding an opening to said storage space, characterized in that said lid is shaped and sized to fit snugly around said rim with said rim being received inside said lid when said lid is in said closed position, said lid being pivotally suspended from the box body by a pivot hinge at one of the outer sides of the box body , said lid is provided on one of its outer sides opposite to said hinge with two spaced integrally molded hollow 02420-PCT-EP-DIV-I projections that each define a lumen opening towards the side of the lid that faces said opening when the lid closes the opening, an outer side of said box body opposite to said hinge is provided with two spaced tongues , and said tongues have a main extend that is parallel with said rim and said tongues are marginally spaced from said rim , the spacing between said tongues corresponding to the spacing between said lumen , said tongues being received in said lumen when said lid is in its closed position. a substantially rectangular box with a molded box body of a first thermoplastic material, said box body defining a rectangular storage space for ammunition, said rectangular storage space opens to an open side of said box body, a molded rectangular lid of a first thermoplastic material configured to selectively close and open said opening, a peripheral area of said box body adjacent said open side being formed as a rim surrounding an opening to said storage space, characterized in that said lid is shaped and sized to fit snugly around said rim with said rim being received inside said lid when said lid is in said closed position, said lid being pivotally suspended from the box body by a pivot hinge at one of the outer sides of the box body , said lid is provided on one of its outer sides opposite to said hinge with two spaced integrally molded hollow 02420-PCT-EP-DIV-I projections that each define a lumen opening towards the side of the lid that faces said opening when the lid closes the opening, an outer side of said box body opposite to said hinge is provided with two spaced tongues , and said tongues have a main extend that is parallel with said rim and said tongues are marginally spaced from said rim , the spacing between said tongues corresponding to the spacing between said lumen , said tongues being received in said lumen when said lid is in its closed position.
A hot-rolled high-strength medium-thickness steel plate for double-side enameling, wherein the steel plate has a microstructure matrix of ferrite or ferrite + pearlite, wherein a Ti 4 C 2 S 2 precipitated phase and a Ti(C,N) precipitated phase are diffusively dispersed in the matrix, wherein the hot-rolled high-strength medium-thickness steel plate for double-side enameling comprises chemical elements in mass percentages: C: 0.02-0.15%, Si: 0.10-0.50%, Mn: 0.3-1.5%, S: 0.006-0.035%, Al: 0.01-0.08%, N: 0.006-0.015%, Ti: 0.08-0.20%, Cu: 0.02-0.10%, optional at least one of: B: 0.001-0.005%, V: 0.02-0.10%, and Nb: 0.01-0.30%, and a balance of iron and unavoidable impurities, wherein, among the unavoidable impurities, P≤0.02%, and Cr≤0.10%; wherein the steel plate has a thickness of 5-30 mm, a yield strength of 345-545MPa, a tensile strength of 400-600MPa, and an elongation ≥26%. C: 0.02-0.15%, Si: 0.10-0.50%, Mn: 0.3-1.5%, S: 0.006-0.035%, Al: 0.01-0.08%, N: 0.006-0.015%, Ti: 0.08-0.20%, Cu: 0.02-0.10%, optional at least one of: B: 0.001-0.005%, V: 0.02-0.10%, and Nb: 0.01-0.30%, and a balance of iron and unavoidable impurities, wherein, among the unavoidable impurities, P≤0.02%, and Cr≤0.10%; wherein the steel plate has a thickness of 5-30 mm, a yield strength of 345-545MPa, a tensile strength of 400-600MPa, and an elongation ≥26%.
An apparatus to build a channel lineup, the apparatus comprising: a script interpreter to: access a script received from an audience measurement entity, the script including commands to control a set top box to tune to ones of a plurality of channels; and execute the script to cause a device to transmit the commands to the set top box, a first command of the script to instruct the set top box to tune to a first channel of the plurality of channels; a sensor interface to sense a media signal associated with the first channel of the plurality of channels; and a media presentation report generator to transmit media presentation data mapping the first channel of the plurality of channels to at least one of a watermark extracted from the media signal or a signature generated from the media signal, the media presentation report generator to transmit the media presentation data to the audience measurement entity to correct a channel map based on the mapping. a script interpreter to: access a script received from an audience measurement entity, the script including commands to control a set top box to tune to ones of a plurality of channels; and execute the script to cause a device to transmit the commands to the set top box, a first command of the script to instruct the set top box to tune to a first channel of the plurality of channels; access a script received from an audience measurement entity, the script including commands to control a set top box to tune to ones of a plurality of channels; and execute the script to cause a device to transmit the commands to the set top box, a first command of the script to instruct the set top box to tune to a first channel of the plurality of channels; a sensor interface to sense a media signal associated with the first channel of the plurality of channels; and a media presentation report generator to transmit media presentation data mapping the first channel of the plurality of channels to at least one of a watermark extracted from the media signal or a signature generated from the media signal, the media presentation report generator to transmit the media presentation data to the audience measurement entity to correct a channel map based on the mapping.
An epoxy-based composition comprising: a cyanurate compound having a following Chemical Formula (II); and an epoxy resin, a cyanurate compound having a following Chemical Formula (II); and an epoxy resin,
A fertilizer for plant cultivation composed of laundry wastewater, in which hydrogen [H 2 ] and magnesium hydroxide [Mg(OH) 2 ] are dissolved and which does not contain laundry detergent, obtained by washing laundry using water and magnesium material containing 50 wt% or more metal magnesium (Mg).
A method of operating a network switch connected by a physical link to a second network switch , the method of operating being for between a Fibre Channel, FC, network and an Ethernet network, and the method comprising: dynamically partitioning traffic on the physical link into a plurality of virtual lanes by adding an extension header to packets of the traffic, in which the header comprises a Data Centre Ethernet, DCE, header, wherein the DCE header comprises a buffer credit field, an identifier of a virtual lane of said plurality of virtual lanes and an explicit congestion notification field configured to indicate that a buffer allocated to the virtual lane is filled; applying a first set of rules to first traffic on a first virtual lane of said plurality of virtual lanes; applying a second set of rules to traffic on a second virtual lane of said plurality of virtual lanes; controlling at least the first virtual lane to operate as a drop lane, and controlling at least the second virtual lane to operate as a no-drop lane, wherein a no-drop lane is a lane from which packets are not intentionally dropped, and a drop lane is a lane from which packets are dropped in response to congestion; and receiving a packet comprising an explicit congestion notification field, and reducing the transmission rate for a virtual lane of said plurality of virtual lanes identified by the header based on the explicit congestion notification field. dynamically partitioning traffic on the physical link into a plurality of virtual lanes by adding an extension header to packets of the traffic, in which the header comprises a Data Centre Ethernet, DCE, header, wherein the DCE header comprises a buffer credit field, an identifier of a virtual lane of said plurality of virtual lanes and an explicit congestion notification field configured to indicate that a buffer allocated to the virtual lane is filled; applying a first set of rules to first traffic on a first virtual lane of said plurality of virtual lanes; applying a second set of rules to traffic on a second virtual lane of said plurality of virtual lanes; controlling at least the first virtual lane to operate as a drop lane, and controlling at least the second virtual lane to operate as a no-drop lane, wherein a no-drop lane is a lane from which packets are not intentionally dropped, and a drop lane is a lane from which packets are dropped in response to congestion; and receiving a packet comprising an explicit congestion notification field, and reducing the transmission rate for a virtual lane of said plurality of virtual lanes identified by the header based on the explicit congestion notification field.
A vehicle component for a vehicle comprising: a carrier comprising a top portion , a bottom portion , a first side portion , and a second side portion , wherein the bottom portion includes a cavity ; wherein the cavity comprises a bottom cavity wall , cavity side walls , and a top portion of the cavity having an upper cavity wall ; an insert covering at least a portion of the cavity and attached to the upper cavity wall, the bottom cavity wall, and/or the cavity side walls; a cover attached to the carrier; characterized in that the vehicle component comprises corner wings extending laterally from the first side portion and the second side portion and corner fairings configured to cover at least a portion of the corner wings , wherein the corner wings are separate components, and wherein the corner wings comprise hinges to mount the corner wings to the vehicle. a carrier comprising a top portion , a bottom portion , a first side portion , and a second side portion , wherein the bottom portion includes a cavity ; wherein the cavity comprises a bottom cavity wall , cavity side walls , and a top portion of the cavity having an upper cavity wall ; an insert covering at least a portion of the cavity and attached to the upper cavity wall, the bottom cavity wall, and/or the cavity side walls; a cover attached to the carrier; characterized in that the vehicle component comprises corner wings extending laterally from the first side portion and the second side portion and corner fairings configured to cover at least a portion of the corner wings , wherein the corner wings are separate components, and wherein the corner wings comprise hinges to mount the corner wings to the vehicle.
Method for detecting breakage of a substrate (A, B) of at least one switchable optical element , the at least one switchable optical element comprising a first substrate (A) and a second substrate (B), the first substrate (A) being coated with a first electrode and the second substrate (B) being coated with a second electrode, and a switchable layer , the switchable layer being sandwiched between the first substrate (A) and second substrate (B), the first electrode and second electrode each having at least one contact (A1, A2, B1, B2), the method comprising the steps of a) applying an electric field between the first electrode and the second electrode by applying a test signal provided by a test signal source to the at least one switchable optical element , wherein the test signal is an AC signal, and wherein an output of the test signal source is split into two signal lines , the first electrode having at least two contacts and each signal line being connected with another one of the contacts (A1, A2) of the first electrode, and the at least one contact (B1, B2) of the second electrode being connected to a reference potential , b) measuring of a differential signal between the two signal lines , and c) detecting a broken substrate if at least one parameter of the differential signal exceeds a predetermined threshold or if a change of at least one parameter of the differential signal exceeds a predetermined threshold. a) applying an electric field between the first electrode and the second electrode by applying a test signal provided by a test signal source to the at least one switchable optical element , wherein the test signal is an AC signal, and wherein an output of the test signal source is split into two signal lines , the first electrode having at least two contacts and each signal line being connected with another one of the contacts (A1, A2) of the first electrode, and the at least one contact (B1, B2) of the second electrode being connected to a reference potential , b) measuring of a differential signal between the two signal lines , and c) detecting a broken substrate if at least one parameter of the differential signal exceeds a predetermined threshold or if a change of at least one parameter of the differential signal exceeds a predetermined threshold.
Filter element for filtering a fluid, comprising a housing , a filter body disposed in the housing , a cover closing the housing , wherein at least one inlet is disposed on the cover on a raw side for admitting a fluid into the filter element and an outlet is disposed on a clean side for discharging the fluid from the filter element , wherein a connecting area for connecting the filter element to a counterpart of a filter system and a sealing area between the filter element and a receptacle of the filter system are provided on the cover , and at least one circumferential seal is provided for sealing the connecting area , wherein the seal features at least two separate sealing surfaces which have a sealing effect in the axial and radial directions , characterized in that the seal features an area with a substantially oval cross-section and is guided by a circumferential guide in the axial and radial directions , which closes tightly with a collar of the housing , wherein the seal , viewed in the radial direction , is convex on one side and substantially flat on the opposite side, wherein the flat side of the seal rests against the guide and the convex side of the seal is compressible via two sealing surfaces running obliquely to one another.
A method for measuring a receding contact angle , the method comprising the following steps: • forming a drop of a liquid on a sample surface by applying the liquid to the sample surface , wherein the liquid is ejected through an opening having an opening diameter for a defined dosing time, thereby defining a dosing volume, • measuring at least one geometrical parameter of the drop formed on the sample surface , • determining a contact angle between the sample surface and the drop based on the at least one geometrical parameter, characterised in that • the liquid is applied to the surface as a continuous jet having a flow rate, and • the flow rate and the dosing time are selected such that the dosing volume does not exceed the flow rate multiplied with 0.11 s. • forming a drop of a liquid on a sample surface by applying the liquid to the sample surface , wherein the liquid is ejected through an opening having an opening diameter for a defined dosing time, thereby defining a dosing volume, • measuring at least one geometrical parameter of the drop formed on the sample surface , • determining a contact angle between the sample surface and the drop based on the at least one geometrical parameter, characterised in that • the liquid is applied to the surface as a continuous jet having a flow rate, and • the flow rate and the dosing time are selected such that the dosing volume does not exceed the flow rate multiplied with 0.11 s.
A sensor comprising: • a plurality of electric lines including row lines, column lines and reset lines; • a photodiode in a pixel; • a readout transistor portion arranged between the photodiode and a column line among the plurality of electric lines, a gate of the readout transistor portion being connected to a row line among the plurality of electric lines; • a drain of a first transistor connected to the photodiode ; • a drain of a second transistor connected in series with a source of the first transistor in the pixel; and • both a gate of the first transistor and a gate of the second transistor are connected to the reset line; • wherein a channel material of the first transistor is different from a channel material of the second transistor. • a plurality of electric lines including row lines, column lines and reset lines; • a photodiode in a pixel; • a readout transistor portion arranged between the photodiode and a column line among the plurality of electric lines, a gate of the readout transistor portion being connected to a row line among the plurality of electric lines; • a drain of a first transistor connected to the photodiode ; • a drain of a second transistor connected in series with a source of the first transistor in the pixel; and • both a gate of the first transistor and a gate of the second transistor are connected to the reset line; • wherein a channel material of the first transistor is different from a channel material of the second transistor.
Assembly comprising: - an intake pipe extending between an air inlet and a combustion engine , - a combustion engine , - an electric compressor positioned on the intake pipe, - a heat exchanger positioned on the intake pipe , the electric compressor being configured to enable the heating of the intake gases flowing along the intake pipe , the electric compressor being incorporated into a first bypass circuit comprising a first bypass means configured to allow a proportion of the gases from the electric compressor to be recirculated through the said electric compressor when the gases are being heated, characterized in that the heat exchanger is incorporated into a second bypass circuit comprising a second bypass means configured so that the intake gases do not pass through the heat exchanger when the intake gases are being heated, the first and the second bypass means being formed by one and the same valve positioned between the two bypass circuits . - an intake pipe extending between an air inlet and a combustion engine , - a combustion engine , - an electric compressor positioned on the intake pipe, - a heat exchanger positioned on the intake pipe ,