mhurhangee/patent-ind-claim-en huggingface dataset:
A refrigerator comprising: a cabinet comprising at least one storage compartment having a front opening; a door configured to open and close the front opening of the storage compartment; a switching part ; a dispenser provided on the door to discharge ice, the dispenser including a discharging shutter to open and close a discharging hole through which the ice is discharged; a driving part to move ice toward the discharging hole; and a controller arranged to control operation of the driving part , wherein, in response to the switching part being first turned on, the controller is arranged to immediately open the discharging shutter and control the driving part to operate after the lapse of a predetermined delay time from when the switching part is first turned on, and then stop the driving part when the switching part is turned off, and in response to the switching part being turned on again before a predetermined restart time elapses from when the switching part is turned off, the controller is arranged to control the driving part to operate as soon as the switching part is turned on again. a cabinet comprising at least one storage compartment having a front opening; a door configured to open and close the front opening of the storage compartment; a switching part ; a dispenser provided on the door to discharge ice, the dispenser including a discharging shutter to open and close a discharging hole through which the ice is discharged; a driving part to move ice toward the discharging hole; and a controller arranged to control operation of the driving part , wherein, in response to the switching part being first turned on, the controller is arranged to immediately open the discharging shutter and control the driving part to operate after the lapse of a predetermined delay time from when the switching part is first turned on, and then stop the driving part when the switching part is turned off, and in response to the switching part being turned on again before a predetermined restart time elapses from when the switching part is turned off, the controller is arranged to control the driving part to operate as soon as the switching part is turned on again.
A fitting arrangement for a window, a door or the like having a scissor fitting comprising a scissor stay arm , a scissor stay guide coupled in an articulated manner to the scissor stay arm , and a cover rail associated with the leaf of the window or of the door, wherein, at a first coupling point , the scissor stay guide is rotatably supported with the cover rail about an axis of rotation , wherein, at the first coupling point , the scissor stay guide is displaceably supported with respect to the cover rail in a direction transverse to the axis of rotation , wherein the first coupling point comprises an elongate hole and a coupling element engaging into the elongate hole , wherein, at a second coupling point , the scissor stay arm can be coupled to a scissor bearing fastenable to the frame of the leaf in order to pivotably support the leaf at the frame , and wherein the scissor stay arm is pivotably and laterally displaceably connected to the cover rail via a third coupling point , characterized in that an abutment for the scissor stay guide is provided at the cover rail , said abutment being positioned and configured such that, on a tilt closing of the leaf, the scissor stay guide is displaced with respect to the cover rail by the abutment so that a shortening of the effective length of the scissor fitting takes place, and in that the scissor stay guide has an end which is formed as a contour and which cooperates with the abutment . wherein, at a first coupling point , the scissor stay guide is rotatably supported with the cover rail about an axis of rotation , wherein, at the first coupling point , the scissor stay guide is displaceably supported with respect to the cover rail in a direction transverse to the axis of rotation , wherein the first coupling point comprises an elongate hole and a coupling element engaging into the elongate hole , wherein, at a second coupling point , the scissor stay arm can be coupled to a scissor bearing fastenable to the frame of the leaf in order to pivotably support the leaf at the frame , and wherein the scissor stay arm is pivotably and laterally displaceably connected to the cover rail via a third coupling point , characterized in that an abutment for the scissor stay guide is provided at the cover rail , said abutment being positioned and configured such that, on a tilt closing of the leaf, the scissor stay guide is displaced with respect to the cover rail by the abutment so that a shortening of the effective length of the scissor fitting takes place, and in that the scissor stay guide has an end which is formed as a contour and which cooperates with the abutment .
A resource transmission method, comprising: in a case of a plurality of Configured Grant, CGs, overlapping, indicating, by a Medium Access Control, MAC, entity of a terminal device, multiple transmissions of an uplink resource to a Hybrid Automatic Repeat reQuest, HARQ, process at the terminal device when the terminal device does not configure a MAC priority processing mode (S210).
Vehicle , comprising a frame and two or more steered wheels that are longitudinally aligned in a longitudinal direction (d) that extends from a rear area towards a front area of the vehicle , wherein each steered wheel is capable of turning with respect to a respective central rotation axis , wherein the vehicle further comprises: - a rocker assembly , to which each steered wheel is connected via a respective articulated connection which provides the respective central rotation axis , wherein said rocker assembly is swivellable with respect to the frame around a rocker rotation axis that is provided by an articulated connection between the rocker assembly and the frame , wherein the rocker rotation axis is parallel to the central rotation axes of the steered wheels , providing the rocker assembly and the steered wheels with a joint swivelled movement on a plane that is perpendicular to the central rotation axes of the steered wheels , wherein - the vehicle further comprises a handlebar set capable of turning around a handlebar rotation axis , wherein the vehicle is characterized in that : the rocker rotation axis intersects the handlebar rotation axis . - a rocker assembly , to which each steered wheel is connected via a respective articulated connection which provides the respective central rotation axis , wherein said rocker assembly is swivellable with respect to the frame around a rocker rotation axis that is provided by an articulated connection between the rocker assembly and the frame , wherein the rocker rotation axis is parallel to the central rotation axes of the steered wheels , providing the rocker assembly and the steered wheels with a joint swivelled movement on a plane that is perpendicular to the central rotation axes of the steered wheels , wherein - the vehicle further comprises a handlebar set capable of turning around a handlebar rotation axis , wherein the vehicle is characterized in that : the rocker rotation axis intersects the handlebar rotation axis .
A multi-layer metal sheet, comprising: a core layer of aluminum-containing alloy comprising up to 0.25% Si, up to 0.25% Fe, from 0.5 to 0.6% Cu, from 1.4 to 1.6% Mn, from 0.06 to 0.14% Mg, up to 0.05% Cr, up to 0.04% Zn, from 0.1 to 0.2% Ti, up to 0.05% Sr, up to 0.15% impurities, and the remainder Al, wherein the core layer has a first side and a second side; a first cladding layer and a second cladding layer, wherein the first cladding layer and the second cladding layer are made of an alloy comprising from 6 to 13% Si, up to 0.4% Fe, up to 0.1% Cu, up to 0.1% Mn, up to 0.20% Mg, up to 0.05% Cr, from 2.5 to 4.0% Zn, up to 0.05% Ti, up to 0.02% Sr, up to 0.15% impurities, and the remainder Al, wherein the first side of the core layer is adjacent to the first cladding layer to form a first interface and the second side of the core layer is adjacent to a second cladding layer to form a second interface. a core layer of aluminum-containing alloy comprising up to 0.25% Si, up to 0.25% Fe, from 0.5 to 0.6% Cu, from 1.4 to 1.6% Mn, from 0.06 to 0.14% Mg, up to 0.05% Cr, up to 0.04% Zn, from 0.1 to 0.2% Ti, up to 0.05% Sr, up to 0.15% impurities, and the remainder Al, wherein the core layer has a first side and a second side; a first cladding layer and a second cladding layer, wherein the first cladding layer and the second cladding layer are made of an alloy comprising from 6 to 13% Si, up to 0.4% Fe, up to 0.1% Cu, up to 0.1% Mn, up to 0.20% Mg, up to 0.05% Cr, from 2.5 to 4.0% Zn, up to 0.05% Ti, up to 0.02% Sr, up to 0.15% impurities, and the remainder Al, wherein the first side of the core layer is adjacent to the first cladding layer to form a first interface and the second side of the core layer is adjacent to a second cladding layer to form a second interface.
A device for the ventilation and temperature control of a room in a building having at least one building ceiling , the device comprising - a carrier plate , - at least one first air outlet cross section , which is arranged above the carrier plate and with which a first air volume flow can be guided through a ceiling interstice situated between the building ceiling and the carrier plate , and - at least one second air outlet cross section , from which a second air volume flow can be output such that it can be guided under the carrier plate approximately parallel to the carrier plate , - an air distribution box , which is connected to a central ventilation system and can be fed with primary air, characterised by a sterilisation means , by means of which at least a portion of the first air volume flow can be sterilised by means of UV-C radiation, wherein at least the portion of the first air volume flow can be directed between a carrying element for at least one UV-C radiation source and the carrier plate or the building ceiling and sterilised there, wherein the air distribution box is arranged on an end face of the carrier plate over the entire length of which the first air volume flow can flow, wherein primary air can be applied to the first air outlet cross section arranged above the carrier plate , and secondary air can be induced by means of the primary air exiting from the first air outlet cross section , and a mixed volume flow formed from the primary air and the secondary air can be sterilised in the sterilisation means . - a carrier plate , - at least one first air outlet cross section , which is arranged above the carrier plate and with which a first air volume flow can be guided through a ceiling interstice situated between the building ceiling and the carrier plate , and - at least one second air outlet cross section , from which a second air volume flow can be output such that it can be guided under the carrier plate approximately parallel to the carrier plate , - an air distribution box , which is connected to a central ventilation system and can be fed with primary air,
Device comprising: - a transfer substrate comprising electric connection elements; and - a plurality of discrete monolithic elementary chips bonded and electrically connected to the transfer substrate , each elementary chip comprising at least one LED and an electronic control circuit, the electronic control circuit comprising a plurality of transistors, the electronic control circuit comprising a circuit for controlling said at least one LED , the device further comprising, associated with at least one elementary chip , a capture or actuation element external to the elementary chip , bonded and electrically connected to the transfer substrate , wherein, in each elementary chip , the electronic control circuit further comprises an electronic circuit (READ) for reading from or controlling the capture or actuation element associated with the chip. - a transfer substrate comprising electric connection elements; and - a plurality of discrete monolithic elementary chips bonded and electrically connected to the transfer substrate , each elementary chip comprising at least one LED and an electronic control circuit, the electronic control circuit comprising a plurality of transistors, the electronic control circuit comprising a circuit for controlling said at least one LED ,
A lubricating oil composition comprising a base oil and a friction adjusting agent comprising a compound represented by formula : wherein in formula : R 1 represents a group represented by formula and R 2 represents NHR 0 ; R 0 represents any one of hydrogen, an alkyl group having 1 to 20 carbon atoms, an alkenyl group having 2 to 30 carbon atoms, an aryl group having 6 to 30 carbon atoms, an alkylaryl group having 7 to 30 carbon atoms, and an arylalkyl group having 7 to 30 carbon atoms; each R 3 independently represents hydrogen or a hydrocarbon group having 1 to 30 carbon atoms; 1 represents an integer of 0 to 4; m represents an integer of 1 to 3; and each n independently represents an integer of 0 to 4, and wherein in formula : R 4 represents an alkenyl group having 14 to 20 carbon atoms; and X 1 and X 2 each independently represent an oxygen atom or a sulfur atom, wherein the lubricating oil composition comprises a viscosity index improver from 0.5% by mass or more and an extreme pressure agent from 0.005 to 5% by mass based on the total amount of the lubricating composition. R 1 represents a group represented by formula and R 2 represents NHR 0 ; R 0 represents any one of hydrogen, an alkyl group having 1 to 20 carbon atoms, an alkenyl group having 2 to 30 carbon atoms, an aryl group having 6 to 30 carbon atoms, an alkylaryl group having 7 to 30 carbon atoms, and an arylalkyl group having 7 to 30 carbon atoms; each R 3 independently represents hydrogen or a hydrocarbon group having 1 to 30 carbon atoms; 1 represents an integer of 0 to 4; m represents an integer of 1 to 3; and each n independently represents an integer of 0 to 4, R 4 represents an alkenyl group having 14 to 20 carbon atoms; and X 1 and X 2 each independently represent an oxygen atom or a sulfur atom, wherein the lubricating oil composition comprises a viscosity index improver from 0.5% by mass or more and an extreme pressure agent from 0.005 to 5% by mass based on the total amount of the lubricating composition.
A non-naturally occurring microbial organism having a 1,3-butanediol (1,3-BDO) pathway; wherein said microbial organism comprises at least one exogenous nucleic acid encoding a crotonase expressed in a sufficient amount to produce 1,3-BDO, wherein said crotonase catalyzes hydration of crotonyl-CoA to form 3-hydroxybytyryl-CoA.
An oil removal apparatus that is capable of removing oil particles contained in blow-by gas flowing through a blow-by gas passage of an internal combustion engine , comprising: a parallel plate bipolar electrode having an anode and a cathode between which said blow-by gas flows; a filter which is disposed between said anode and said cathode of said parallel plate bipolar electrode , and in which dielectric polarization occurs when a voltage is applied to said parallel plate bipolar electrode ; and a voltage application unit that is configured to apply a voltage to said parallel plate bipolar electrode in such a manner that dielectric polarization is generated in said filter and the oil particles are collected in said filter using a dielectric polarization force that acts between the filter and uncharged oil particles and Coulomb force acting on charged oil particles; and a water blocking layer (80; 81) that is sandwiched either between said filter and said anode or said cathode of said parallel plate bipolar electrode , or within said filter so as to prevent condensed water generated when moisture in said blow-by gas condenses from connecting said anode and said cathode of said parallel plate bipolar electrode , the water blocking layer being formed from an insulator. a parallel plate bipolar electrode having an anode and a cathode between which said blow-by gas flows; a filter which is disposed between said anode and said cathode of said parallel plate bipolar electrode , and in which dielectric polarization occurs when a voltage is applied to said parallel plate bipolar electrode ; and a voltage application unit that is configured to apply a voltage to said parallel plate bipolar electrode in such a manner that dielectric polarization is generated in said filter and the oil particles are collected in said filter using a dielectric polarization force that acts between the filter and uncharged oil particles and Coulomb force acting on charged oil particles; and a water blocking layer (80; 81) that is sandwiched either between said filter and said anode or said cathode of said parallel plate bipolar electrode , or within said filter so as to prevent condensed water generated when moisture in said blow-by gas condenses from connecting said anode and said cathode of said parallel plate bipolar electrode , the water blocking layer being formed from an insulator.
A method of determining the performance of a test apparatus, the method comprising the steps of: a) attaching by an operator a test apparatus to a communications network, the communications network comprising a plurality of local exchanges , each of the local exchanges being connected to a plurality of customer premises by a metallic loop ; b) applying by the test apparatus one or more test signals to a metallic loop; c) determining by the test apparatus one or more metallic loop parameters in accordance with measurements made whilst the one or more test signals were applied to the metallic loop; d) comparing by the test apparatus the one or more metallic loop parameters to predetermined threshold values; e) determining by the test apparatus the status of the metallic loop on the basis of the comparison performed in step d); f) storing by the test apparatus data relating to the status of the metallic loop in a database; and g) determining by the test apparatus the accuracy of the one or more metallic loop parameters determined by the test apparatus by comparing the metallic loop parameter values with data stored in the database which relates to tests carried out by that test apparatus. a) attaching by an operator a test apparatus to a communications network, the communications network comprising a plurality of local exchanges , each of the local exchanges being connected to a plurality of customer premises by a metallic loop ; b) applying by the test apparatus one or more test signals to a metallic loop; c) determining by the test apparatus one or more metallic loop parameters in accordance with measurements made whilst the one or more test signals were applied to the metallic loop; d) comparing by the test apparatus the one or more metallic loop parameters to predetermined threshold values; e) determining by the test apparatus the status of the metallic loop on the basis of the comparison performed in step d); f) storing by the test apparatus data relating to the status of the metallic loop in a database; and g) determining by the test apparatus the accuracy of the one or more metallic loop parameters determined by the test apparatus by comparing the metallic loop parameter values with data stored in the database which relates to tests carried out by that test apparatus.
An axial gap type rotating electric machine comprising: a stator having a plurality of core members circularly disposed around a rotating shaft center, the plurality of core members including: a laminated core having a columnar shape having a flux surface in a rotating shaft direction; a coil disposed on an outer periphery in a radial direction of the core ; a bobbin having a substantially tubular shape and disposed between the core and the coil ; and at least one rotor facing the flux surface interposing a predetermined gap in the rotating shaft direction; wherein the bobbin further comprises an inner tube facing an outer periphery in a radial direction of the core constituted by laminating a laminated member of a magnetic material and having a columnar shape in which top and bottom surfaces are sections in a lamination direction, characterised in that at least part of an inner diameter of the inner tube gradually becomes smaller along the rotating shaft direction and comes in contact with the outer periphery surface in the radial direction of the laminated core . a stator having a plurality of core members circularly disposed around a rotating shaft center, the plurality of core members including: a laminated core having a columnar shape having a flux surface in a rotating shaft direction; a coil disposed on an outer periphery in a radial direction of the core ; a bobbin having a substantially tubular shape and disposed between the core and the coil ; and at least one rotor facing the flux surface interposing a predetermined gap in the rotating shaft direction; wherein the bobbin further comprises an inner tube facing an outer periphery in a radial direction of the core constituted by laminating a laminated member of a magnetic material and having a columnar shape in which top and bottom surfaces are sections in a lamination direction, characterised in that at least part of an inner diameter of the inner tube gradually becomes smaller along the rotating shaft direction and comes in contact with the outer periphery surface in the radial direction of the laminated core . a laminated core having a columnar shape having a flux surface in a rotating shaft direction; a coil disposed on an outer periphery in a radial direction of the core ; a bobbin having a substantially tubular shape and disposed between the core and the coil ; and at least one rotor facing the flux surface interposing a predetermined gap in the rotating shaft direction; wherein the bobbin further comprises an inner tube facing an outer periphery in a radial direction of the core constituted by laminating a laminated member of a magnetic material and having a columnar shape in which top and bottom surfaces are sections in a lamination direction, characterised in that at least part of an inner diameter of the inner tube gradually becomes smaller along the rotating shaft direction and comes in contact with the outer periphery surface in the radial direction of the laminated core .
A method for detecting a system power, which is maximally possible at a point in time, of a photovoltaic system , which is not being operated at said maximally possible system power at said point in time and which comprises a plurality of photovoltaic generators , - wherein the photovoltaic generators are operated at the point in time at least partly at different operating points, characterized in that - relationships between the different operating points of the individual photovoltaic generators and virtual operating points of a standard generator are defined, - a characteristic curve of the standard generator and a maximum of said characteristic curve at the point in time are determined from the virtual operating points of the standard generator that correspond to the different operating points of the individual photovoltaic generators and - the maximally possible system power at the point in time is determined from the maximum of the characteristic curve of the standard generator. - wherein the photovoltaic generators are operated at the point in time at least partly at different operating points, - relationships between the different operating points of the individual photovoltaic generators and virtual operating points of a standard generator are defined, - a characteristic curve of the standard generator and a maximum of said characteristic curve at the point in time are determined from the virtual operating points of the standard generator that correspond to the different operating points of the individual photovoltaic generators and - the maximally possible system power at the point in time is determined from the maximum of the characteristic curve of the standard generator.