mhurhangee/patent-ind-claim-en huggingface dataset:
A diffuser , comprising: a lower element ; and an upper element fixed on the lower element , wherein the upper element and the lower element are formed separately; the lower element comprises a lower inner wall and a lower outer wall , and the upper element comprises an upper inner wall and an upper outer wall ; the upper inner wall is connected to the lower inner wall to form an internal air-guiding surface ; the upper outer wall is connected to the lower outer wall to form an external air-guiding surface ; the internal air-guiding surface is disposed opposite to the external air-guiding surface , and an air-guiding channel configured to diffuse an airflow is defined between the internal air-guiding surface and the external air-guiding surface ; the upper element further comprises an upper air-guiding wing for connecting the upper inner wall and the upper outer wall , and the lower element further comprising a lower air-guiding wing for connecting the lower inner wall and the lower outer wall ; the upper air-guiding wing is connected to the lower air-guiding wing to form an air-guiding wing for connecting the internal air-guiding surface and the external air-guiding surface , wherein the upper air-guiding wing extends from the upper inner wall , that is located at a center of the upper outer wall , to the upper outer wall , and the lower air-guiding wing is connecting the lower inner wall and the lower outer wall by extending from the lower inner wall to the lower outer wall , and the air-guiding wing is shaped like a curved sheet and is streamlined. a lower element ; and an upper element fixed on the lower element , wherein the upper element and the lower element are formed separately; the lower element comprises a lower inner wall and a lower outer wall , and the upper element comprises an upper inner wall and an upper outer wall ; the upper inner wall is connected to the lower inner wall to form an internal air-guiding surface ; the upper outer wall is connected to the lower outer wall to form an external air-guiding surface ; the internal air-guiding surface is disposed opposite to the external air-guiding surface , and an air-guiding channel configured to diffuse an airflow is defined between the internal air-guiding surface and the external air-guiding surface ; the upper element further comprises an upper air-guiding wing for connecting the upper inner wall and the upper outer wall , and the lower element further comprising a lower air-guiding wing for connecting the lower inner wall and the lower outer wall ; the upper air-guiding wing is connected to the lower air-guiding wing to form an air-guiding wing for connecting the internal air-guiding surface and the external air-guiding surface , wherein the upper air-guiding wing extends from the upper inner wall , that is located at a center of the upper outer wall , to the upper outer wall , and the lower air-guiding wing is connecting the lower inner wall and the lower outer wall by extending from the lower inner wall to the lower outer wall , and the air-guiding wing is shaped like a curved sheet and is streamlined.
A control system for a vehicle powertrain including an engine and at least one turbocharger, the system comprising: a throttle valve configured to control a flow of air through an induction system and into an intake manifold of the engine ; a wastegate valve configured to control exhaust flow through a turbine of the turbocharger, wherein the turbocharger further comprises a turbine-driven compressor that forces the air through the induction system ; and a controller configured to operate the engine in a scavenging mode, such that opening of intake and exhaust valves of cylinders of the engine overlap, and while operating the engine in the scavenging mode: determine a torque request for the engine ; determine a target throttle inlet pressure (TIP) based on a target total air charge, a speed of the engine , and a previously-determined target volumetric efficiency (VE) for the engine ; control the wastegate valve based on the target TIP; determine a target intake manifold absolute pressure (MAP) based on the engine torque request; and control the throttle valve based on the target MAP. a throttle valve configured to control a flow of air through an induction system and into an intake manifold of the engine ; a wastegate valve configured to control exhaust flow through a turbine of the turbocharger, wherein the turbocharger further comprises a turbine-driven compressor that forces the air through the induction system ; and a controller configured to operate the engine in a scavenging mode, such that opening of intake and exhaust valves of cylinders of the engine overlap, and while operating the engine in the scavenging mode: determine a torque request for the engine ; determine a target throttle inlet pressure (TIP) based on a target total air charge, a speed of the engine , and a previously-determined target volumetric efficiency (VE) for the engine ; control the wastegate valve based on the target TIP; determine a target intake manifold absolute pressure (MAP) based on the engine torque request; and control the throttle valve based on the target MAP. determine a torque request for the engine ; determine a target throttle inlet pressure (TIP) based on a target total air charge, a speed of the engine , and a previously-determined target volumetric efficiency (VE) for the engine ; control the wastegate valve based on the target TIP; determine a target intake manifold absolute pressure (MAP) based on the engine torque request; and control the throttle valve based on the target MAP.
An aisle containment system for installation in an area of a data center comprising pre-existing building columns , the aisle containment system comprising: a frame defined by wall beams , header frames , and a plurality of posts ; a plurality of cabinets positioned within the frame ; mid-span posts configured to be positioned adjacent building columns located within the frame, the mid-span posts for supporting the wall beams on one side of the frame; at least one containment column adapter secured to one of the wall beams and one of the mid-span posts; wherein the at least one containment column adapter is configured to seal gaps between a building column of the building columns, and the wall beam within the frame of the aisle containment system. a plurality of cabinets positioned within the frame ; mid-span posts configured to be positioned adjacent building columns located within the frame, the mid-span posts for supporting the wall beams on one side of the frame;
An aircraft with a high aspect ratio based on a self-unfolding folding wing technology, comprising: an aircraft body ; a fixed wing being attached to the aircraft body ; and a movable wing assembly being attached to the fixed wing and comprising a first movable wing and a second movable wing movable between an unfolded position and a folded position, wherein the first movable wing and the second movable wing are respectively provided with an aerodynamic control surface and a distributed propulsion system, characterized in that when the aircraft takes off and lands, the first movable wing and the second movable wing are deflected and moved to the folded position by means of aerodynamic force and moment generated by deflection of the aerodynamic control surfaces and by means of a differential thrust and moment generated by the distributed propulsion system; and when the aircraft climbs to a predetermined height, the first movable wing and the second movable wing are deflected and moved to the unfolded position by means of the aerodynamic force and moment generated by the deflection of aerodynamic control surfaces and by means of the differential thrust and moment generated by the distributed propulsion system. an aircraft body ; a fixed wing being attached to the aircraft body ; and a movable wing assembly being attached to the fixed wing and comprising a first movable wing and a second movable wing movable between an unfolded position and a folded position, wherein the first movable wing and the second movable wing are respectively provided with an aerodynamic control surface and a distributed propulsion system, characterized in that when the aircraft takes off and lands, the first movable wing and the second movable wing are deflected and moved to the folded position by means of aerodynamic force and moment generated by deflection of the aerodynamic control surfaces and by means of a differential thrust and moment generated by the distributed propulsion system; and when the aircraft climbs to a predetermined height, the first movable wing and the second movable wing are deflected and moved to the unfolded position by means of the aerodynamic force and moment generated by the deflection of aerodynamic control surfaces and by means of the differential thrust and moment generated by the distributed propulsion system.
An isolated nucleic acid molecule comprising, or consisting of, the nucleic acid sequence of SEQ ID NO:1, or comprising, or consisting of, a nucleic acid sequence of at least 300 bp having at least 97% identity to said sequence of SEQ ID NO:1, wherein said isolated nucleic acid molecule leads to the specific expression of a gene in rod photoreceptor cells when a nucleic acid sequence coding for said gene is operatively linked to said isolated nucleic acid molecule.
A nonaqueous electrolyte secondary battery comprising: a positive electrode containing one or more positive electrode active materials; a negative electrode ; and a nonaqueous electrolyte containing a fluorine compound, wherein: the positive electrode active materials include a complex oxide A containing Li, Ni, and W and a complex oxide B containing Li, Ni, and W as an optional element; W content in the complex oxide A is 5 mol% or more; W content in the complex oxide B is 0.5 mol% or less; and a mass ratio of the complex oxide A is 0.002% or more and 0.1% or less relative to the total of the complex oxide A and the complex oxide B. the positive electrode active materials include a complex oxide A containing Li, Ni, and W and a complex oxide B containing Li, Ni, and W as an optional element; W content in the complex oxide A is 5 mol% or more; W content in the complex oxide B is 0.5 mol% or less; and a mass ratio of the complex oxide A is 0.002% or more and 0.1% or less relative to the total of the complex oxide A and the complex oxide B.
A method for wireless transmission, comprising: broadcasting , by a present device, a beacon frame, and establishing, via a downlink port of the present device, a connection with a first device which has scanned the beacon frame; receiving , by the present device, beacon frames broadcasted by a plurality of devices in a channel scanning manner, and determining a second device to be connected according to the received plurality of beacon frames; wherein a beacon frame broadcasted by the second device to be connected carries information indicating that a fusion mode is supported; the fusion mode comprises: when serving as an uplink identity, the second device supports being passively triggered to communicate with a device serving as a downlink identity, whereby under a condition that the second device is triggered by the device serving as a downlink identity, the second device can communicate with the device serving as a downlink identity; wherein the present device and the second device are Wi-Fi access points; establishing , by the present device, a connection with the second device through an uplink port of the present device; and initiating , by the present device, concurrently communication with the first device and the second device in an active trigger manner. broadcasting , by a present device, a beacon frame, and establishing, via a downlink port of the present device, a connection with a first device which has scanned the beacon frame; receiving , by the present device, beacon frames broadcasted by a plurality of devices in a channel scanning manner, and determining a second device to be connected according to the received plurality of beacon frames; wherein a beacon frame broadcasted by the second device to be connected carries information indicating that a fusion mode is supported; the fusion mode comprises: when serving as an uplink identity, the second device supports being passively triggered to communicate with a device serving as a downlink identity, whereby under a condition that the second device is triggered by the device serving as a downlink identity, the second device can communicate with the device serving as a downlink identity; wherein the present device and the second device are Wi-Fi access points; establishing , by the present device, a connection with the second device through an uplink port of the present device; and initiating , by the present device, concurrently communication with the first device and the second device in an active trigger manner.
A method of docking and undocking a hyperloop vehicle , comprising the steps of: extending a support system to a first position, the support system engaging a surface to support the hyperloop vehicle at a first elevation characterized in that said method further comprises the steps of: retracting the support system to a second position to lower the vehicle to a second elevation in order to move the hyperloop vehicle to a predetermined docking position; and engaging a coupler to fixedly position the hyperloop vehicle relative to a docking platform . retracting the support system to a second position to lower the vehicle to a second elevation in order to move the hyperloop vehicle to a predetermined docking position; and engaging a coupler to fixedly position the hyperloop vehicle relative to a docking platform .
A device for self-priming of a machine (M) for the preparation of beverages, the device comprising: a hollow housing structure (23; 27, 28; 27'), having an inlet configured for being connected in fluid communication with the outlet or delivery of a pump of the machine, and an outlet for spillage of water towards a collecting space ; and a spillage member , which is set between the inlet and the outlet of the housing structure (23; 27, 28; 27'), the device being characterized in that the spillage member has a body formed with a material permeable to water and to air, said body being prearranged to be passed through by water and possible air pressurised by the pump of the machine. a hollow housing structure (23; 27, 28; 27'), having an inlet configured for being connected in fluid communication with the outlet or delivery of a pump of the machine, and an outlet for spillage of water towards a collecting space ; and a spillage member , which is set between the inlet and the outlet of the housing structure (23; 27, 28; 27'), the device being characterized in that the spillage member has a body formed with a material permeable to water and to air, said body being prearranged to be passed through by water and possible air pressurised by the pump of the machine.
A case system comprising: a folding case comprising: a back panel ; an upper foldable section comprising: a top panel foldably connected to the back panel ; and a front face foldably connected to the top panel ; a lower foldable section comprising: a bottom panel foldably connected to the back panel ; a lower front panel foldably connected to the bottom panel ; and a lower holder panel foldably connected to the lower front panel and comprising a first lower aperture configured to hold a bottom of a first product; and a lower insert foldable from an open and substantially flat configuration to a closed configuration and comprising a first lower insert aperture configured to hold the bottom of the first product, wherein each of the upper foldable section and the lower foldable section have an open configuration and a closed configuration, wherein, in their open configurations, the upper foldable section and the lower foldable section are substantially coplanar with the back panel , and wherein, in their closed configurations, the upper foldable section and the lower foldable section are configured to secure the first product within the folding case. a folding case comprising: a back panel ; an upper foldable section comprising: a top panel foldably connected to the back panel ; and a front face foldably connected to the top panel ; a lower foldable section comprising: a bottom panel foldably connected to the back panel ; a lower front panel foldably connected to the bottom panel ; and a lower holder panel foldably connected to the lower front panel and comprising a first lower aperture configured to hold a bottom of a first product; and a back panel ; an upper foldable section comprising: a top panel foldably connected to the back panel ; and a front face foldably connected to the top panel ; a top panel foldably connected to the back panel ; and a front face foldably connected to the top panel ; a lower foldable section comprising: a bottom panel foldably connected to the back panel ; a lower front panel foldably connected to the bottom panel ; and a lower holder panel foldably connected to the lower front panel and comprising a first lower aperture configured to hold a bottom of a first product; and a bottom panel foldably connected to the back panel ; a lower front panel foldably connected to the bottom panel ; and a lower holder panel foldably connected to the lower front panel and comprising a first lower aperture configured to hold a bottom of a first product; and a lower insert foldable from an open and substantially flat configuration to a closed configuration and comprising a first lower insert aperture configured to hold the bottom of the first product, wherein each of the upper foldable section and the lower foldable section have an open configuration and a closed configuration, wherein, in their open configurations, the upper foldable section and the lower foldable section are substantially coplanar with the back panel , and wherein, in their closed configurations, the upper foldable section and the lower foldable section are configured to secure the first product within the folding case.
A composition in powder form comprising: from 60-90% by dry weight plant sterol ester and/or plant stanol ester; from 10-40% by dry weight carrier; and an emulsifier in an amount of 4-5% of the weight of the plant sterol ester and/or plant stanol ester, wherein the carrier comprises 12-18% by dry weight caseinate and 82-88% by dry weight maltodextrin; and wherein the emulsifier is a citric acid ester of mono- and diglycerides. from 60-90% by dry weight plant sterol ester and/or plant stanol ester; from 10-40% by dry weight carrier; and an emulsifier in an amount of 4-5% of the weight of the plant sterol ester and/or plant stanol ester, wherein the carrier comprises 12-18% by dry weight caseinate and 82-88% by dry weight maltodextrin; and wherein the emulsifier is a citric acid ester of mono- and diglycerides.
Tool for machining a workpiece , having - a longitudinal axis (L), wherein - the tool has a first machining region and a second machining region , wherein - the first machining region is spaced along the longitudinal axis (L) apart from the second machining region , characterised in that - a chip protection barrier is arranged between the first machining region and the second machining region , which is adapted to prevent chips removed from a workpiece from passing from one machining region , selected from the first machining region and the second machining region , into the other machining region , selected from the second machining region and the first machining region . - a longitudinal axis (L), wherein - the tool has a first machining region and a second machining region , wherein - the first machining region is spaced along the longitudinal axis (L) apart from the second machining region , - a chip protection barrier is arranged between the first machining region and the second machining region , which is adapted to prevent chips removed from a workpiece from passing from one machining region , selected from the first machining region and the second machining region , into the other machining region , selected from the second machining region and the first machining region .
A roofing membrane comprising: at least one layer of a cured rubber, where the cured rubber derives from curing ethylene-propylene-diene rubber; and expandable graphite dispersed within the cured rubber. at least one layer of a cured rubber, where the cured rubber derives from curing ethylene-propylene-diene rubber; and expandable graphite dispersed within the cured rubber.
Foldable ramp for wheelchair access to a passenger car rear door, comprising: - a one-part or multi-part entry platform which can securely be arranged at least in an entry position (A) wherein the ramp is folded out of the car to allow wheelchair access to the car , a transport position (B) wherein the entry platform is arranged in the car in an upright position and a passive position (C) wherein the entry platform is horizontally arranged in the car in a lying position; - a pivoting mechanism for mounting the entry platform to the passenger car ; and - a biasing means acting against the gravitation force of the entry platform while the platform moves between the passive position (C) and the transport position including an actuator and a force transmission means connecting the actuator to the pivoting entry platform , wherein the actuator extends in a direction across the lengthwise axis (L) of the car . - a one-part or multi-part entry platform which can securely be arranged at least in an entry position (A) wherein the ramp is folded out of the car to allow wheelchair access to the car , a transport position (B) wherein the entry platform is arranged in the car in an upright position and a passive position (C) wherein the entry platform is horizontally arranged in the car in a lying position; - a pivoting mechanism for mounting the entry platform to the passenger car ; and - a biasing means acting against the gravitation force of the entry platform while the platform moves between the passive position (C) and the transport position including an actuator and a force transmission means connecting the actuator to the pivoting entry platform ,