mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a reagent cartridge (408; 700; 1634) having a housing that comprises a reagent retaining recess (414; 714) and a reagent directing channel (418; 718), the reagent retaining recess (414; 714) is fluidly connected to a first sloped surface connecting the reagent retaining recess (414; 714) to an outlet channel (420; 720) extending from a bottom side of the housing , and the reagent directing channel (418; 718) comprises a first inclined portion and a second inclined portion connecting the reagent directing channel (418; 718) to the outlet channel (420; 720), the second inclined portion extends from the first inclined portion at a substantially right angle, and in a direction toward the first sloped surface, such that the first sloped surface and the second inclined portion converge with one another at the outlet channel (420; 720); and a reaction chamber (206; 300; 406; 506; 600) comprising a platen (302; 402; 502; 602) dimensioned to receive a slide (322; 422; 522; 622), the platen (302; 402; 502; 602) defining a reagent drip surface (330; 530; 630) for receiving a reagent dispensed from the reagent cartridge (408; 700; 1634). a reagent cartridge (408; 700; 1634) having a housing that comprises a reagent retaining recess (414; 714) and a reagent directing channel (418; 718), the reagent retaining recess (414; 714) is fluidly connected to a first sloped surface connecting the reagent retaining recess (414; 714) to an outlet channel (420; 720) extending from a bottom side of the housing , and the reagent directing channel (418; 718) comprises a first inclined portion and a second inclined portion connecting the reagent directing channel (418; 718) to the outlet channel (420; 720), the second inclined portion extends from the first inclined portion at a substantially right angle, and in a direction toward the first sloped surface, such that the first sloped surface and the second inclined portion converge with one another at the outlet channel (420; 720); and a reaction chamber (206; 300; 406; 506; 600) comprising a platen (302; 402; 502; 602) dimensioned to receive a slide (322; 422; 522; 622), the platen (302; 402; 502; 602) defining a reagent drip surface (330; 530; 630) for receiving a reagent dispensed from the reagent cartridge (408; 700; 1634).
A stand-up inflatable paddle board which comprises: (i) a deck ; (ii) a valve for enabling the stand-up inflatable paddle board to be inflated and deflated; (iii) indicator means for indicating that the stand-up inflatable paddle board requires at least one fold which is longitudinal when the stand-up inflatable paddle board is to be placed in a deflated condition; (iv) at least one pair of deck pads for receiving a user of the stand-up inflatable paddle board , and wherein the deck pads extend longitudinally of the deck , and the stand-up inflatable paddle board being such that: (v) the deck has a top side and an underside; (vi) the top side and the underside are such that water cannot pass through the deck from the underside to the top side; (vii) the deck has a front portion which curves upwardly in use of the stand-up inflatable paddle board ; (viii) the deck pads are spaced apart by a longitudinal gap which permits the fold to be effected about the gap ; (ix) wherein the valve is positioned such that it does not hinder the fold, and is positioned on a left side of the deck or on a right side of the deck; and (x) including a pair of fins which are off-set from the fold, positioned such that they do not hinder the fold. (i) a deck ; (ii) a valve for enabling the stand-up inflatable paddle board to be inflated and deflated; (iii) indicator means for indicating that the stand-up inflatable paddle board requires at least one fold which is longitudinal when the stand-up inflatable paddle board is to be placed in a deflated condition; (iv) at least one pair of deck pads for receiving a user of the stand-up inflatable paddle board , and wherein the deck pads extend longitudinally of the deck , (v) the deck has a top side and an underside; (vi) the top side and the underside are such that water cannot pass through the deck from the underside to the top side; (vii) the deck has a front portion which curves upwardly in use of the stand-up inflatable paddle board ; (viii) the deck pads are spaced apart by a longitudinal gap which permits the fold to be effected about the gap ; (ix) wherein the valve is positioned such that it does not hinder the fold, and is positioned on a left side of the deck or on a right side of the deck; and (x) including a pair of fins which are off-set from the fold, positioned such that they do not hinder the fold.
A solid fuel stove comprising: - a solid fuel supply module , wherein a solid fuel is stored, - a combustion module for said solid fuel , wherein the solid fuel is burnt, and - a supply duct connected between the supply module and the combustion module , said supply duct comprising: - a supply pipe for supplying solid fuel to the combustion module , and - an air-intake pipe for supplying air to the combustion module , characterized in that : - the air-intake pipe is connectable between an air circuit of the supply module and an air-intake chamber of the combustion module, - the supply duct further comprises a smoke-discharge pipe for discharging the smoke emitted by the combustion towards the supply module , the smoke-discharge pipe being connectable between a first smoke-discharge circuit provided in the combustion module and a second discharge circuit provided in the supply module , and - at least part of the air-intake pipe is interposed between the supply pipe and the smoke-discharge pipe . - a solid fuel supply module , wherein a solid fuel is stored, - a combustion module for said solid fuel , wherein the solid fuel is burnt, and - a supply duct connected between the supply module and the combustion module , said supply duct comprising: - a supply pipe for supplying solid fuel to the combustion module , and - an air-intake pipe for supplying air to the combustion module , - a supply pipe for supplying solid fuel to the combustion module , and - an air-intake pipe for supplying air to the combustion module , - the air-intake pipe is connectable between an air circuit of the supply module and an air-intake chamber of the combustion module, - the supply duct further comprises a smoke-discharge pipe for discharging the smoke emitted by the combustion towards the supply module , the smoke-discharge pipe being connectable between a first smoke-discharge circuit provided in the combustion module and a second discharge circuit provided in the supply module , and - at least part of the air-intake pipe is interposed between the supply pipe and the smoke-discharge pipe .
A traffic shaping circuit communicatively coupled between a client and a transmission resource that is operable to regulate packet transfers into a network on behalf of the client , the traffic shaping circuit comprising: transfer-enable logic configured to: selectively enable or disable packet transfers into the network by the transmission resource based on a budget value ; and in response to transferring a packet into the network by the transmission resource , modify the budget value based on a packet-transfer cost ; traffic-monitoring logic configured to: monitor a rate of packet transfers into the network performed by the transmission resource ; and generate a cost-adjustment signal based on the rate of packet transfers into the network by the transmission resource ; and a cost-adjustment controller configured to: modify the packet-transfer cost in response to the cost-adjustment signal for a subsequent-packet transfer into the network (110 by the transmission resource ; wherein the budget value is capped at a budget limit that is configurable per packet-transfer cost level, wherein the capped budget value is configuring a level of burst tolerance that is permitted for the client. transfer-enable logic configured to: selectively enable or disable packet transfers into the network by the transmission resource based on a budget value ; and in response to transferring a packet into the network by the transmission resource , modify the budget value based on a packet-transfer cost ; selectively enable or disable packet transfers into the network by the transmission resource based on a budget value ; and in response to transferring a packet into the network by the transmission resource , modify the budget value based on a packet-transfer cost ; traffic-monitoring logic configured to: monitor a rate of packet transfers into the network performed by the transmission resource ; and generate a cost-adjustment signal based on the rate of packet transfers into the network by the transmission resource ; and monitor a rate of packet transfers into the network performed by the transmission resource ; and generate a cost-adjustment signal based on the rate of packet transfers into the network by the transmission resource ; and a cost-adjustment controller configured to: modify the packet-transfer cost in response to the cost-adjustment signal for a subsequent-packet transfer into the network (110 by the transmission resource ; wherein the budget value is capped at a budget limit that is configurable per packet-transfer cost level, wherein the capped budget value is configuring a level of burst tolerance that is permitted for the client. modify the packet-transfer cost in response to the cost-adjustment signal for a subsequent-packet transfer into the network (110 by the transmission resource ; wherein the budget value is capped at a budget limit that is configurable per packet-transfer cost level, wherein the capped budget value is configuring a level of burst tolerance that is permitted for the client.
Device for preparing a brewed beverage, in particular coffee, with a base station which can be placed on a horizontal surface and which has a tank for fresh water, a pump , a heating device and a control system, wherein water can be conveyed via the pump from the tank via the heating device to an outlet , from which the heated water can be introduced into a filter holder with an extraction material, wherein at least one outlet opening is provided at the outlet , from which the heated water flows out inclined to the vertical and a strip-shaped surface of the extraction material can be wetted by a pressure change of the pump , characterized in that a valve is provided between the pump and the outlet , to convey the heated water selectively via a first conduit or a second conduit to the outlet , and the first conduit conveys the heated water to at least one first outlet opening and the second conduit conveys the heated water to at least one second outlet opening at the outlet .
A liquid discharging apparatus comprising: a head unit (HU) driven by a drive signal to discharge a liquid; a frame; a substrate fixed to the frame by a screw inserted into a screw hole in the substrate; a first transistor (Tr1) and a second transistor (Tr2) provided on the substrate and configured to generate the drive signal; and a waveform designation circuit provided on the substrate and configured to generate a waveform designation signal designating a waveform of the drive signal; characterised in that , in the substrate, the screw hole (HL) is provided between the first transistor and the second transistor, and in that both of a distance (Wt1) between the first transistor and the screw hole and a distance (Wt2) between the second transistor and the screw hole is shorter than a distance (W0) between the wave designation circuit and the screw hole. a head unit (HU) driven by a drive signal to discharge a liquid; a frame; a substrate fixed to the frame by a screw inserted into a screw hole in the substrate; a first transistor (Tr1) and a second transistor (Tr2) provided on the substrate and configured to generate the drive signal; and a waveform designation circuit provided on the substrate and configured to generate a waveform designation signal designating a waveform of the drive signal; characterised in that , in the substrate, the screw hole (HL) is provided between the first transistor and the second transistor, and in that both of a distance (Wt1) between the first transistor and the screw hole and a distance (Wt2) between the second transistor and the screw hole is shorter than a distance (W0) between the wave designation circuit and the screw hole.
A containerboard packaging material comprising a pulp composition comprising hardwood pulp and a non-wood alternative pulp material comprising a combination of wheat straw and red algae, wherein the combination of wheat straw and red algae is present in the composition in an amount of from 5% to 75 wt.%; wherein the hardwood pulp is present in the composition in an amount of from 25 to 90 wt.%; wherein the red algae is present in the composition in an amount of from 5 to 30 wt.%; and wherein said material replaces at least a portion of conventional fiber materials.
Pump , in particular for home appliances such as dish washers or washing machines, which pump is configured as a radial pump, having a pump chamber with central suction and with a pump chamber outlet , wherein in the pump chamber an impeller rotates for transporting fluid and for discharging the fluid from the suction in radial direction out of the impeller into the pump chamber , wherein the discharged fluid is moved for circulation in the pump chamber towards the pump chamber outlet , wherein radially outside the impeller, a circular ring shaped and circumferential pump chamber ring section is provided as a part of the pump chamber, and wherein the pump chamber ring section essentially has an extension along the axial direction of the pump from the impeller counter the suction direction up to the pump chamber outlet , wherein the axial length of the pump chamber ring section is four times to ten times of the maximum radial width thereof, characterized in that the pump chamber ring section has a varying radial width (29a-c) and is configured to be narrower in a compression region in the circulation direction, wherein the pump chamber is configured without a guide ring and does not have guide elements in the type of a guide ring.
A control system for a tiltrotor aircraft , comprising: at least one sensor configured to detect destabilizing hub shear indicative of whirl motion in a rotor system when the tiltrotor aircraft experiences chordwise airflow along a static thrust axis of the rotor system during operation of the tiltrotor aircraft in a forward-flight airplane mode; and a pilot control subsystem operatively coupled to the sensor and configured to receive data related to the detected destabilizing hub shear from the at least one sensor and adjust a pitch of the rotor blades of the rotor system in response to the measured hub shear indicating whirl motion in the rotor system . at least one sensor configured to detect destabilizing hub shear indicative of whirl motion in a rotor system when the tiltrotor aircraft experiences chordwise airflow along a static thrust axis of the rotor system during operation of the tiltrotor aircraft in a forward-flight airplane mode; and a pilot control subsystem operatively coupled to the sensor and configured to receive data related to the detected destabilizing hub shear from the at least one sensor and adjust a pitch of the rotor blades of the rotor system in response to the measured hub shear indicating whirl motion in the rotor system .
A combination product, the combination product comprising a limonoid compound or a pharmaceutically acceptable salt thereof, and a biguanide compound or a pharmaceutically acceptable salt thereof, wherein the biguanide compound is metformin, and the limonoid compound is selected from the group consisting of limonin, isolimonic acid, limonin 17-β-D-glucopyranoside, isolimonic acid 17-β-D-glucopyranoside, obacunone, obacunone 17-β-D-glucopyranoside, ichangin, ichangensin, ichangin 17-β-D-glucopyranoside, nomilin, nomilin 17-β-D-glucopyranoside, deacetylnomilin, nomilinic acid, deacetylnomilin 17-β-D-glucopyranoside deacetylnomilinic acid, nomilinic acid 17-β-D-glucopyranoside, and isoobacunoic acid, wherein the biguanide compound has an amount of 50 mg to 2000 mg and the limonoid compound has an amount of 50 mg to 2000 mg.
Composition capable of abating combustion of a Li-ion battery, comprising liquid fluoropolyether and at least one combustion abatement agent being other than fluoropolymer and additionally containing a Lewis acid as a decomposition catalyst.
A method performed by a receiving device operating in a wireless communication system, the method comprising: determining (S801) that a Packet Data Convergence Protocol, PDCP, reestablishment has been triggered for re-establishment of a PDCP entity of the receiving device, wherein the PDCP entity is associated with an Unacknowledged mode, UM, Radio Link Control, RLC, entity of the receiving device; based on the PDCP re-establishment being triggered: stopping and resetting (S803) a reordering timer that is associated with delivering PDCP Service Data Units, SDUs, to an upper layer of the receiving device; delivering (S805) all stored PDCP SDUs to the upper layer in ascending order of COUNT values that are associated with the PDCP SDUs; and setting, by the PDCP entity, an RX_DELIV state variable and an RX_NEXT state variable of the PDCP entity to initial values, wherein the RX_DELIV state variable and the RX_NEXT state variable are receive state variables for the PDCP entity, wherein the RX_DELIV state variable is used to indicate a lower edge of a reordering window such that a first PDCP SDU not delivered to the upper layer can be identified, and wherein the RX_NEXT state variable is used to indicate a next PDCP SDU expected to be received. determining (S801) that a Packet Data Convergence Protocol, PDCP, reestablishment has been triggered for re-establishment of a PDCP entity of the receiving device, wherein the PDCP entity is associated with an Unacknowledged mode, UM, Radio Link Control, RLC, entity of the receiving device; based on the PDCP re-establishment being triggered: stopping and resetting (S803) a reordering timer that is associated with delivering PDCP Service Data Units, SDUs, to an upper layer of the receiving device; delivering (S805) all stored PDCP SDUs to the upper layer in ascending order of COUNT values that are associated with the PDCP SDUs; and setting, by the PDCP entity, an RX_DELIV state variable and an RX_NEXT state variable of the PDCP entity to initial values, wherein the RX_DELIV state variable and the RX_NEXT state variable are receive state variables for the PDCP entity, stopping and resetting (S803) a reordering timer that is associated with delivering PDCP Service Data Units, SDUs, to an upper layer of the receiving device; delivering (S805) all stored PDCP SDUs to the upper layer in ascending order of COUNT values that are associated with the PDCP SDUs; and setting, by the PDCP entity, an RX_DELIV state variable and an RX_NEXT state variable of the PDCP entity to initial values, wherein the RX_DELIV state variable and the RX_NEXT state variable are receive state variables for the PDCP entity, wherein the RX_DELIV state variable is used to indicate a lower edge of a reordering window such that a first PDCP SDU not delivered to the upper layer can be identified, and wherein the RX_NEXT state variable is used to indicate a next PDCP SDU expected to be received.
A wet friction material comprising: a friction interfacing surface for experiencing frictional engagement with an opposed surface in the presence of a lubricant, at least a portion of the friction interfacing surface comprising fibrillated nanofibers that define a nanofibrous web, friction adjusting particles held by the nanofibrous web, and a cured resin that adheres the fibrillated nanofibers and the friction adjusting particles, the cured resin comprising a phenolic or phenolic-based resin.
A multi-layer experiential optical device sized and shaped to be reversibly adhered to the outside of an optical lens, the experiential optical device having a temporal peripheral zone and a nasal peripheral zone and comprising: (a) a first polymeric layer having a first side and an opposing second side (b) at least one layer having a light-influencing property adjacent to the second side of (a), wherein light-influencing property means absorption or filtering of incident light-radiation; (c) a second polymeric layer , which is the same or different from the first polymeric layer (a), having a first side and an opposing second side, wherein the first side is adjacent to the layer (b); and (d) a low tack pressure sensitive adhesive disposed in strips on both the temporal peripheral zone and the nasal peripheral zone of the second side of (c). (a) a first polymeric layer having a first side and an opposing second side (b) at least one layer having a light-influencing property adjacent to the second side of (a), wherein light-influencing property means absorption or filtering of incident light-radiation; (c) a second polymeric layer , which is the same or different from the first polymeric layer (a), having a first side and an opposing second side, wherein the first side is adjacent to the layer (b); and (d) a low tack pressure sensitive adhesive disposed in strips on both the temporal peripheral zone and the nasal peripheral zone of the second side of (c).
Thermoplastic molding material comprising components A and B, the thermoplastic molding composition having a melt viscosity at 170°C of less than 30,000 mPas, characterized in that component A comprises one or more C 3 /C 2 copolymers which have each been prepared using metallocene catalysts and have a melt viscosity at 170°C of less than 20,000 mPas, measured in accordance with DIN 53019, and a molecular weight Mw of from 1000 g/mol to 50,000 g/mol, and - component B comprises one or more C 2 /C 3 copolymers, each of which has been produced using metallocene catalysts and has a melt flow index MI of 1 to 100 g/10 min, measured at 190°C/2.16 kg, 0°C/2.16 kg, according to ASTM D 1238, and a molecular weight M w of 50,000 g/mol to 300,000 g/mol, measured according to ISO 16014. characterized in that component A has an elongation at break of less than 1000%, measured according to ISO 527, with the exception of the test specimen used, and component B has an elongation at break of greater than 1000%, measured according to ISO 527, with the exception the test piece used, which has the following dimensions: total length: 50 mm, width of narrow part: 3.3 mm, width at the ends: 7 mm, length of narrow parallel part: 25 mm, thickness: 1 mm. component A comprises one or more C 3 /C 2 copolymers which have each been prepared using metallocene catalysts and have a melt viscosity at 170°C of less than 20,000 mPas, measured in accordance with DIN 53019, and a molecular weight Mw of from 1000 g/mol to 50,000 g/mol, and - component B comprises one or more C 2 /C 3 copolymers, each of which has been produced using metallocene catalysts and has a melt flow index MI of 1 to 100 g/10 min, measured at 190°C/2.16 kg, 0°C/2.16 kg, according to ASTM D 1238, and a molecular weight M w of 50,000 g/mol to 300,000 g/mol, measured according to ISO 16014. - component B comprises one or more C 2 /C 3 copolymers, each of which has been produced using metallocene catalysts and has a melt flow index MI of 1 to 100 g/10 min, measured at 190°C/2.16 kg, 0°C/2.16 kg, according to ASTM D 1238, and a molecular weight M w of 50,000 g/mol to 300,000 g/mol, measured according to ISO 16014. characterized in that component A has an elongation at break of less than 1000%, measured according to ISO 527, with the exception of the test specimen used, and component B has an elongation at break of greater than 1000%, measured according to ISO 527, with the exception the test piece used, which has the following dimensions: total length: 50 mm, width of narrow part: 3.3 mm, width at the ends: 7 mm, length of narrow parallel part: 25 mm, thickness: 1 mm.