mhurhangee/patent-ind-claim-en huggingface dataset:
A closure device for doors; comprising: - a movable bolt made of ferromagnetic material, assembled in the door frame , and provided with a spring pushing it to a retracted position and, - an electric door opener assembled in the door leaf , opposite the bolt and comprising: - a rotary latch provided with a rear body assembled on a rotating shaft , and with a front body , fixed to a front face of the rear body , the height of which can be adjusted by means of screws , and defining a front cavity ; - an electromechanical mechanism for the locking and unlocking of the latch in a closing position; and - magnetic means which magnetically attract the bolt to a locking position inside the front cavity of the latch of the door opener in the closing position of the door; characterised in that the magnetic means, which are in charge of moving the bolt into the front cavity of the latch , are located in a visible position on the front face of the front body of the latch in the closing position of the door and are directly opposite the movable bolt , without any element interposed between same, in the closing position of the door. - a movable bolt made of ferromagnetic material, assembled in the door frame , and provided with a spring pushing it to a retracted position and, - an electric door opener assembled in the door leaf , opposite the bolt and comprising: - a rotary latch provided with a rear body assembled on a rotating shaft , and with a front body , fixed to a front face of the rear body , the height of which can be adjusted by means of screws , and defining a front cavity ; - an electromechanical mechanism for the locking and unlocking of the latch in a closing position; and - magnetic means which magnetically attract the bolt to a locking position inside the front cavity of the latch of the door opener in the closing position of the door; - a rotary latch provided with a rear body assembled on a rotating shaft , and with a front body , fixed to a front face of the rear body , the height of which can be adjusted by means of screws , and defining a front cavity ; - an electromechanical mechanism for the locking and unlocking of the latch in a closing position; and - magnetic means which magnetically attract the bolt to a locking position inside the front cavity of the latch of the door opener in the closing position of the door;
A vacuum suction unit comprising: a cover including an air inlet ; an impeller for moving air which flows in through the air inlet ; a motor including a stator and a shaft which is connected to the impeller and rotates with respect to the stator ; a motor housing accommodating the motor and comprising an air outlet ; a guide device including a guide body having a cylindrical shape and disposed below the impeller and a plurality of guide vanes provided at the guide body and arranged along a circumferential direction of the guide body spaced apart from each other to guide air ejected from an outlet of the impeller ; and a flow guide disposed below the guide device and guides the air guided by the guide device toward the stator , and wherein a guide surface at least a part of which has a diameter reduced as getting downward is formed at a bottom surface of the flow guide ; wherein a first flow path (P1) is formed between an inner circumferential surface of the cover and the guide body , and the first flow path (P1) becomes narrower as getting from the outlet of the impeller closer to a top end portion of the guide vane , wherein the guide vane comprises a first guide vane which is provided on a side of the guide body and guides the air ejected from the impeller , wherein the guide vanes further comprise a second guide vane which is provided at a bottom surface of the guide body , is connected to the first guide vane , and guides the air guided by the first guide vane , and wherein an inlet angle (θ1) of the first guide vane is within a range from 10 to 25 degrees. a cover including an air inlet ; an impeller for moving air which flows in through the air inlet ; a motor including a stator and a shaft which is connected to the impeller and rotates with respect to the stator ; a motor housing accommodating the motor and comprising an air outlet ; a guide device including a guide body having a cylindrical shape and disposed below the impeller and a plurality of guide vanes provided at the guide body and arranged along a circumferential direction of the guide body spaced apart from each other to guide air ejected from an outlet of the impeller ; and a flow guide disposed below the guide device and guides the air guided by the guide device toward the stator , and wherein a guide surface at least a part of which has a diameter reduced as getting downward is formed at a bottom surface of the flow guide ; wherein a first flow path (P1) is formed between an inner circumferential surface of the cover and the guide body , and the first flow path (P1) becomes narrower as getting from the outlet of the impeller closer to a top end portion of the guide vane , wherein the guide vane comprises a first guide vane which is provided on a side of the guide body and guides the air ejected from the impeller , wherein the guide vanes further comprise a second guide vane which is provided at a bottom surface of the guide body , is connected to the first guide vane , and guides the air guided by the first guide vane , and wherein an inlet angle (θ1) of the first guide vane is within a range from 10 to 25 degrees.
Composite structure, comprising: (a) a base structure which can be in particular a sheet metal formed part or cast part, (b) and a generatively formed functional structure (10; 9) (c) which is generatively formed on the base structure and is connected to the base structure by means of the generative forming, wherein (d) the base structure is a component of a vehicle body or an add-on part of a vehicle body, and (e) the functional structure is connected to the base structure in a frictional or interlocking and optionally also integrally bonded manner, wherein the base structure has one or a plurality of undercut connection elements which is or are formed by the generative forming of the functional structure and so the functional structure is anchored to the connection element(s) in an interlocking or frictional manner. (a) a base structure which can be in particular a sheet metal formed part or cast part, (b) and a generatively formed functional structure (10; 9) (c) which is generatively formed on the base structure and is connected to the base structure by means of the generative forming, wherein (d) the base structure is a component of a vehicle body or an add-on part of a vehicle body, and (e) the functional structure is connected to the base structure in a frictional or interlocking and optionally also integrally bonded manner, wherein the base structure has one or a plurality of undercut connection elements which is or are formed by the generative forming of the functional structure and so the functional structure is anchored to the connection element(s) in an interlocking or frictional manner.
Process for the clean-up of underground waters contaminated by chlorinated solvents, nitrates and sulfates comprising the following steps: a) extracting the contaminated underground water from the site of contamination b) contacting the water obtained in step a) with Polyhydroxybutyrate (PHB) c) returning the water obtained in step b) to the site of contamination characterized in that steps from a) to c) are carried out in a continuous and cyclic manner until the end of the cleaning-up process, wherein alternatively to step b) in step b') the water obtained in step a) is simultaneously contacted with Polyhydroxybutyrate (PHB) and a zero-valent iron source. a) extracting the contaminated underground water from the site of contamination b) contacting the water obtained in step a) with Polyhydroxybutyrate (PHB) c) returning the water obtained in step b) to the site of contamination
A shower comprising a fixed portion having a water outlet chamber , said fixed portion has a cover portion having a plurality of spouts for connecting to said water outlet chamber , the shower further comprises a movable portion , an operating member and a driving mechanism , the driving mechanism is in driving connection with the movable portion and drives the movable portion to circulate, the movable portion is movably arranged in the fixed portion and comprises a movable plate and a plurality of protruding portions protruding on the movable plate , the protruding portions are inserted into the spouts and there is a gap between the protruding portions and the spouts , the operating member is drivingly connected with the movable portion and the movable portion is driven by the operating member to move at least between a first position and a second position, and when the movable portion is in the first position the spouts discharge different functional water than in the second position.
A method for producing a texturized food product, comprising the steps of: - providing destarched oats; - mixing said destarched oats with a) at least one other plant protein product to obtain a mixture of destarched oats and at least one other plant protein; or b) at least one plant starch other than oat starch to obtain a mixture of destarched oats and non-oat starch; or c) at least one other plant protein product and at least one plant starch other than oat starch to obtain a mixture of destarched oats, at least one other plant protein and non-oat starch; and - cooking the mixture by using hydrothermal cooking or extrusion-cooking to form the texturized food product, wherein the destarched oats is a fraction of oats having a starch content of 6% or less, preferably 4% or less, a protein content of at least 30%, preferably at least 40%, and a fiber content of at least 10%, preferably at least 15%, based on dry matter. - providing destarched oats; - mixing said destarched oats with a) at least one other plant protein product to obtain a mixture of destarched oats and at least one other plant protein; or b) at least one plant starch other than oat starch to obtain a mixture of destarched oats and non-oat starch; or c) at least one other plant protein product and at least one plant starch other than oat starch to obtain a mixture of destarched oats, at least one other plant protein and non-oat starch; and a) at least one other plant protein product to obtain a mixture of destarched oats and at least one other plant protein; or b) at least one plant starch other than oat starch to obtain a mixture of destarched oats and non-oat starch; or c) at least one other plant protein product and at least one plant starch other than oat starch to obtain a mixture of destarched oats, at least one other plant protein and non-oat starch; and - cooking the mixture by using hydrothermal cooking or extrusion-cooking to form the texturized food product,
A fastening device for fastening lighting devices to T-shaped profiles of a false ceiling , comprising a shaped flat body of electrically insulating material in which there are embedded conductive tracks having first and second ends that protrude from opposite ends of said flat body , comprising a supporting portion configured for resting on an upper surface of a horizontal wing of a T-shaped profile of a false ceiling and a connecting portion configured for protruding beneath the false ceiling beyond a distal edge of a wing of a T-shaped profile of a false ceiling , wherein said connecting portion comprises an engagement formation configured for engaging a complementary engagement formation formed on one side of a lighting device , and wherein said conductive tracks are configured for establishing an electrical connection between a lighting device located below the false ceiling and a power supply source located above the false ceiling.
An aerogel comprising an open-cell structured polymer matrix that includes a branched polyamic amide polymer, wherein the branched polyamic amide polymer in the matrix has a repeating structural unit of: where X is a first organic group having at least two carbon atoms, Y is a second organic group having at least two carbon atoms, and Z is a nitrogen containing hydrocarbon compound comprising at least one secondary nitrogen. wherein the branched polyamic amide polymer in the matrix has a repeating structural unit of: where X is a first organic group having at least two carbon atoms, Y is a second organic group having at least two carbon atoms, and Z is a nitrogen containing hydrocarbon compound comprising at least one secondary nitrogen.
A storage container, wherein the storage container is made of a material that comprises at least one of substances: manganese steel, stainless steel, chrome molybdenum steel, nickel alloy, aluminum alloy, cobalt alloy, gold and resin, wherein the material is at least partly coated with a passive film of fluoride formed by contact with a gas containing ClF, and has an inner surface coated with the passive film , wherein the storage container has a valve attached thereto, the valve having a flow passage for the gas to flow through, a valve seat through which the flow passage passes, and a valve member brought into contact with or away from the valve seat to close or open the flow passage , wherein the flow passage and the portions of the valve seat and valve member which are to be exposed to a gas are coated with the passive film , characterized in that the valve member has a sealing surface pressed against the valve seat to close the flow passage , and the sealing surface has a gold plating layer with a thickness of 2μm to 10μm. a flow passage for the gas to flow through, a valve seat through which the flow passage passes, and a valve member brought into contact with or away from the valve seat to close or open the flow passage , wherein the flow passage and the portions of the valve seat and valve member which are to be exposed to a gas are coated with the passive film , characterized in that the valve member has a sealing surface pressed against the valve seat to close the flow passage , and the sealing surface has a gold plating layer with a thickness of 2μm to 10μm.
A power transmitting device comprising: a power transmitting coil configured to contactlessly transmit electric power to a power receiving coil in a state where the power transmitting coil faces the power receiving coil , the power transmitting coil including a first power transmitting coil and a second power transmitting coil having the same number of turns, the first power transmitting coil being provided so as to surround a winding axis extending in a winding axis direction (A400) that intersects with a facing direction in which the power transmitting coil faces the power receiving coil , the second power transmitting coil being electrically connected to the first power transmitting coil and arranged next to the first power transmitting coil in the winding axis direction (A400) with a gap from the first power transmitting coil ; and a switching device (SW1, SW2, SW3) configured to, when the power receiving coil is a solenoid coil, connect the first power transmitting coil and the second power transmitting coil in parallel with each other such that first magnetic flux generated inside the first power transmitting coil and second magnetic flux generated inside the second power transmitting coil flow in the same direction along the winding axis, and the switching device (SW1, SW2, SW3) configured to, when the power receiving coil is a circular coil, connect the first power transmitting coil and the second power transmitting coil in series with each other such that the first magnetic flux and the second magnetic flux flow in opposite directions along the winding axis. a power transmitting coil configured to contactlessly transmit electric power to a power receiving coil in a state where the power transmitting coil faces the power receiving coil , the power transmitting coil including a first power transmitting coil and a second power transmitting coil having the same number of turns, the first power transmitting coil being provided so as to surround a winding axis extending in a winding axis direction (A400) that intersects with a facing direction in which the power transmitting coil faces the power receiving coil , the second power transmitting coil being electrically connected to the first power transmitting coil and arranged next to the first power transmitting coil in the winding axis direction (A400) with a gap from the first power transmitting coil ; and a switching device (SW1, SW2, SW3) configured to, when the power receiving coil is a solenoid coil, connect the first power transmitting coil and the second power transmitting coil in parallel with each other such that first magnetic flux generated inside the first power transmitting coil and second magnetic flux generated inside the second power transmitting coil flow in the same direction along the winding axis, and the switching device (SW1, SW2, SW3) configured to, when the power receiving coil is a circular coil, connect the first power transmitting coil and the second power transmitting coil in series with each other such that the first magnetic flux and the second magnetic flux flow in opposite directions along the winding axis.
A method of controlling transmission in a communication network, the method comprising: a communication device (10, 100-1, 100-2) detecting potentially colliding usage of transmission resources; the communication device (10, 100-1, 100-2) detecting cease of the potentially colliding usage of the transmission resources; after expiry of a backoff time period starting when detecting said cease of said usage of the transmission resources, the communication device (10, 100-1, 100-2) performing a transmission on the transmission resources synchronously with a further transmission on the transmission resources by at least one other communication device (10, 100-1, 100-2); and the communication device (10, 100-1, 100-2) receiving control information for synchronizing the transmission with the further transmission. a communication device (10, 100-1, 100-2) detecting potentially colliding usage of transmission resources; the communication device (10, 100-1, 100-2) detecting cease of the potentially colliding usage of the transmission resources; after expiry of a backoff time period starting when detecting said cease of said usage of the transmission resources, the communication device (10, 100-1, 100-2) performing a transmission on the transmission resources synchronously with a further transmission on the transmission resources by at least one other communication device (10, 100-1, 100-2); and the communication device (10, 100-1, 100-2) receiving control information for synchronizing the transmission with the further transmission.
A display system comprising: a vehicle display including a braking efficiency indicator associated with a braking efficiency score; and a controller in communication with the vehicle display and characterized in that the controller is configured to: receive an input indicative of a braking request; determine that the braking request qualifies as a braking event if the vehicle speed is below a predetermined threshold; determine an amount of regenerative braking energy captured during the braking event; and output the braking efficiency score based on a comparison of the amount of regenerative braking energy captured and a total braking energy value associated with the braking event. a vehicle display including a braking efficiency indicator associated with a braking efficiency score; and a controller in communication with the vehicle display and characterized in that the controller is configured to: receive an input indicative of a braking request; determine that the braking request qualifies as a braking event if the vehicle speed is below a predetermined threshold; determine an amount of regenerative braking energy captured during the braking event; and output the braking efficiency score based on a comparison of the amount of regenerative braking energy captured and a total braking energy value associated with the braking event. receive an input indicative of a braking request; determine that the braking request qualifies as a braking event if the vehicle speed is below a predetermined threshold; determine an amount of regenerative braking energy captured during the braking event; and output the braking efficiency score based on a comparison of the amount of regenerative braking energy captured and a total braking energy value associated with the braking event.
Hob apparatus with at least one household appliance plate (12a-c), which has at least one baseplate (14a-c), with at least one light source (16a-c), which is provided to illuminate at least one baseplate subregion (18a-c) of the baseplate (14a-c), and with at least one homogenisation unit (20a-c), which is provided to homogenise light provided by the light source (16a-c) by covering at least one baseplate subsection (22a-c) of the baseplate subregion (18a-c) at least in sections, and the homogenisation unit (20a-c) has at least one homogenisation element (24a-c), which has at least one opaque subregion (26a-c) for the covering, wherein the homogenisation unit (20a-c) has at least one transparent subregion (28a-c), which is provided for transmission of light, wherein the transparent subregion (28a-c) is at least partially delimited by the opaque subregion (26a-c) in such a manner that, when viewing a main extension plane of the household appliance plate (12a-c) in a perpendicular manner, the opaque subregion (26a-c) surrounds and defines the transparent subregion (28a-c), characterised in that the opaque subregion (26a-c), when viewing a main extension plane of the household appliance plate (12a-c) in a perpendicular manner, has a greater surface extension in a central region (30a-c) of the light source (16a-c) than in an edge region (32a-c) of the light source (16a-c), and wherein the transparent subregion (28a-c) is embodied by a cutout in the homogenisation element (24a-c) free of material or provided for receiving material of at least one further unit.
Structure for a motor vehicle, comprising a front bulkhead and a bodyshell floor fitted with a tunnel , the bulkhead comprising a lower edge , an upper edge and two lateral sides having solid portions incorporating the shape of wheel arches , the lower and upper edges being continuous and substantially parallel, characterized in that the tunnel of the bodyshell floor is placed in contact with, but not passing through and with no cutout in, the bulkhead and defines therewith a junction zone , forming part of an inclined second surface of the bulkhead , and arranged to the rear of a substantially vertical first surface of the bulkhead , when the bulkhead is mounted in the vehicle, the second surface in its central part having a recess forming a closed hollow body, designed to house the front end of the tunnel , the bulkhead being produced as a pressing using deep-drawing of a metal sheet.