mhurhangee/ep-ind-claims huggingface dataset:
A connecting element for connecting a heating energy generating element to a carrier element of a cooking hob, wherein the connecting element includes an engagement portion connectable to a receiving portion of the heating energy generating element and/or the carrier element, and wherein the connecting element includes a spring portion arrangeable between the heating energy generating element and the carrier element, so that the spring portion provides a distance between the heating energy generating element and the carrier element, characterised in that the spring portion is funnel-shaped, wherein the diameter of the funnel-shaped spring portion increases with the distances from the engagement portion.
A guide device for cannulas for the collection of micro-fragmented subcutaneous adipose tissue, said device comprising: - a handle which has an axial cavity intended to house a syringe equipped with a collection cannula, said axial cavity having an open proximal end, an open distal end and a central axis; - a lip which protrudes from said distal end at a distance from said central axis and from said cannula; - an intermediate anti-flexion element of said cannula arranged between said handle and said lip; characterized in that said intermediate element comprises a tooth which projects transversely from said lip toward said central axis and which has a through hole intended for the passage of at least a section of a cannula. - a handle which has an axial cavity intended to house a syringe equipped with a collection cannula, said axial cavity having an open proximal end, an open distal end and a central axis; - a lip which protrudes from said distal end at a distance from said central axis and from said cannula; - an intermediate anti-flexion element of said cannula arranged between said handle and said lip;
A capacitive touch system comprising: - an active stylus, said active stylus comprising an oscillator (1, 101), said oscillator (1, 101) being configured so as to continuously emit a signal - a capacitive touch device configured to be in a reset phase, followed by a finger touch sensing phase, different from said reset phase, finger touches being sensed exclusively during said finger touch sensing phase, wherein said capacitive touch device is configured to sense said signal from said active stylus during said reset phase, wherein said capacitive touch device comprises at least one charge sensor (208, 213), said charge sensor (208, 213) comprising - a charge sensor amplifier, said charge sensor amplifier comprising an input (CSi) and an output (csaout), and - a switch between said input (CSi) and said output (csaout), said switch being arranged to be open and closed, the charge sensor amplifier being arranged for conveying the signal of the active stylus from said input (CSi) to said output (csaout) through a non-zero resistance value (Ron) of said switch when said switch is closed, so as to connect said input (CSi) with said output (csaout) characterised in that said reset phase corresponds to the time period during which said switch is closed, so as to connect said input (CSi) with said output (csaout). - an active stylus, said active stylus comprising an oscillator (1, 101), said oscillator (1, 101) being configured so as to continuously emit a signal - a capacitive touch device configured to be in a reset phase, followed by a finger touch sensing phase, different from said reset phase, finger touches being sensed exclusively during said finger touch sensing phase, wherein said capacitive touch device is configured to sense said signal from said active stylus during said reset phase, wherein said capacitive touch device comprises at least one charge sensor (208, 213), said charge sensor (208, 213) comprising - a charge sensor amplifier, said charge sensor amplifier comprising an input (CSi) and an output (csaout), and - a switch between said input (CSi) and said output (csaout), said switch being arranged to be open and closed,
Measuring arrangement designed to determine the flow velocity of at least a liquid phase (φ 2) and/or a gas phase (φ 1) of a steam or of a fluid consisting of a liquid phase and a gaseous phase or a supercritical fluid, wherein the measuring arrangement comprises a measuring tube on or in which at least a sensor element (10A, 15A) of at least a first flowmeter (10, 15) is arranged for the purpose of determining the liquid phase (φ 2) or the gas phase (φ 1), wherein the measuring tube has at least one inflow section and one outflow section, wherein a central section is arranged between these two zones whose measuring tube cross-section has a larger surface than the surface of the measuring tube cross-section of the outflow section or of the inflow section, wherein the measuring tube cross-section increases in a continuous manner towards the central section in a first transition zone between the inflow section and the central section and in a second transition zone between the outflow section and the central section, wherein the sensor element is arranged in the central section, characterized in that the central section of the measuring tube has a channel for the collection of the liquid phase (φ 2). wherein the measuring arrangement comprises a measuring tube on or in which at least a sensor element (10A, 15A) of at least a first flowmeter (10, 15) is arranged for the purpose of determining the liquid phase (φ 2) or the gas phase (φ 1), wherein the measuring tube has at least one inflow section and one outflow section, wherein a central section is arranged between these two zones whose measuring tube cross-section has a larger surface than the surface of the measuring tube cross-section of the outflow section or of the inflow section, wherein the measuring tube cross-section increases in a continuous manner towards the central section in a first transition zone between the inflow section and the central section and in a second transition zone between the outflow section and the central section, wherein the sensor element is arranged in the central section, characterized in that the central section of the measuring tube has a channel for the collection of the liquid phase (φ 2).
A modular swimming pool, which comprises at least a first and a second swimming pool module, wherein each swimming pool module has a floor element as well as at least a wall element connected to the floor element, wherein the swimming pool modules by assembly define an internal pool space, wherein the floor element and the wall element of at least one swimming pool module have reinforcement ribs raising from the external surface on an external surface of the swimming pool module facing away from the internal pool space and wherein the reinforcement elements of the wall element, which are arranged spaced apart from each other at a distance, extend towards the floor element, wherein the reinforcement ribs are arranged spaced apart from each other at a distance and on the external surface form open chambers, which are configured, when the reinforcement ribs rest on an essentially flat mounting surface, to be completely filled with a binder, wherein the external surface of the floor element in the area of the reinforcement ribs thereof is essentially completely covered by the open chambers, characterized in that the internal pool space in the area of the floor element has at least one in particular wedgelike recess, which forms a continuous duct area of the internal pool space, wherein the reinforcement ribs of the floor element are connected to an external surface of the recess, which faces away from the duct area, thereby restricting the open chambers.
Separator for use in a battery, which comprises on a substrate and within the interstitials of the substrate, which comprises fibers of an electrical non-conducting material, a porous, electrical non-conducting coating of oxide particles, which are adhered to each other and adhered to the substrate by an inorganic adhesive, wherein the oxide particles comprise at least an oxide selected from Al 2 O 3, SiO 2, characterized in that in the ceramic coating at least one sugar is present, wherein the sugar is selected from polyhydroxyaldehydes, polyhydroxyketones, linear or cyclic monosaccharides, linear or cyclic polysaccharides.
An aqueous treating solution for an Sn-based plated steel sheet, comprising an organic material, a water-soluble chromium compound, a water-dispersible silica, and water, wherein the organic material is at least one member selected from ascorbic acid, esters thereof, phosphoric acid esters thereof and ascorbyl-2-glucoside, the water-soluble chromium compound does not contain hexavalent chromium, and pH is from 0.7 to 6.0.
Internal torque limiting mechanism for a horological movement, said torque limiting mechanism including: a first wheel including a first felloe and arranged to pivot about a first axis of rotation relative to a structure, said first wheel including at least a first elastic arm which, in the free state of said first wheel, projects along the direction of said first axis of rotation relative to said first felloe, and at least a second wheel including a second felloe and arranged to pivot relative to said structure about a second axis of rotation parallel or merged with said first axis of rotation overlapping at least partially with said first wheel, said second wheel including at least a second arm arranged to engage in frictional pressure with said first wheel for the relative actuation of one by the other, said at least one second arm forming a ramp and which, in the free state of said second wheel, projects along the direction of said second axis of rotation relative to said second felloe, a travel limiter fastened to said structure and which is arranged to hold said second wheel on said first wheel for the engagement thereof in frictional pressure in certain relative angular positions, the second arm being arranged to, in certain relative angular positions with respect to said first wheel, engage in frictional pressure with at least a said first elastic arm of said first wheel, and, in further relative angular positions, allow a frictionless relative travel between said first wheel and the second wheel. a first wheel including a first felloe and arranged to pivot about a first axis of rotation relative to a structure, said first wheel including at least a first elastic arm which, in the free state of said first wheel, projects along the direction of said first axis of rotation relative to said first felloe, and at least a second wheel including a second felloe and arranged to pivot relative to said structure about a second axis of rotation parallel or merged with said first axis of rotation overlapping at least partially with said first wheel, said second wheel including at least a second arm arranged to engage in frictional pressure with said first wheel for the relative actuation of one by the other, said at least one second arm forming a ramp and which, in the free state of said second wheel, projects along the direction of said second axis of rotation relative to said second felloe, a travel limiter fastened to said structure and which is arranged to hold said second wheel on said first wheel for the engagement thereof in frictional pressure in certain relative angular positions, the second arm being arranged to, in certain relative angular positions with respect to said first wheel, engage in frictional pressure with at least a said first elastic arm of said first wheel, and, in further relative angular positions, allow a frictionless relative travel between said first wheel and the second wheel.
A set-in ceiling-mounted shower head, comprising a recess body having internal walls and provided with fixing means for fixing to a false ceiling and fixing means (12, 13) for fixing to a ceiling wall, the body defining an internal compartment and a bottom surface, which is parallel to the plane of the false ceiling constituting a reference plane for a spray-delivery cartridge installed in said internal compartment, characterized in tha t said cartridge is set into the internal compartment recessed by a pre-set amount (d) with respect to the reference plane.
Clutch mechanism intended to be installed between an engine and a transmission of a motor vehicle, the said mechanism comprising: - a subassembly comprising: - at least one clutch (100, 200); - a clutch support arranged to radially support the clutch via a rolling-contact bearing; - a control system for the clutch comprising a casing and at least one annular piston (320, 330) arranged to move axially with respect to the casing in order to engage or to release the clutch (100, 200), the clutch support being situated in an axially intermediate position between the said control system and an output hub (120, 220) of the clutch mechanism; - a system for axially blocking the control system with respect to the clutch, the said axial blocking system comprising: - a first axial blocking element (304, 402) arranged to form at least one axial stop between the control system and the transmission; - a second axial blocking element arranged to form at least one axial stop between the clutch and a transmission shaft (A1, A2); characterized in that the said clutch support is separate from the control system, and in that the clutch mechanism comprises a rotational coupling means (303, 503) for coupling the clutch support with respect to the control system, the said rotational coupling means (303, 503) being separate from the axial blocking system. - a subassembly comprising: - at least one clutch (100, 200); - a clutch support arranged to radially support the clutch via a rolling-contact bearing; - at least one clutch (100, 200); - a clutch support arranged to radially support the clutch via a rolling-contact bearing; - a control system for the clutch comprising a casing and at least one annular piston (320, 330) arranged to move axially with respect to the casing in order to engage or to release the clutch (100, 200), the clutch support being situated in an axially intermediate position between the said control system and an output hub (120, 220) of the clutch mechanism; - a system for axially blocking the control system with respect to the clutch, the said axial blocking system comprising: - a first axial blocking element (304, 402) arranged to form at least one axial stop between the control system and the transmission; - a second axial blocking element arranged to form at least one axial stop between the clutch and a transmission shaft (A1, A2); - a first axial blocking element (304, 402) arranged to form at least one axial stop between the control system and the transmission; - a second axial blocking element arranged to form at least one axial stop between the clutch and a transmission shaft (A1, A2);
A semiconductor light emitting device, comprising: a semiconductor layer including a first surface, a second surface opposite to the first surface, and a light emitting layer; a p-side electrode provided on the semiconductor layer; an n-side electrode provided on the semiconductor layer; a p-side metal pillar provided on the second surface side, and electrically connected to the p-side electrode; an n-side metal pillar provided apart from the p-side metal pillar on the second surface side, and electrically connected to the n-side electrode; and an insulator provided at least between the p-side metal pillar and the n-side metal pillar, the p-side metal pillar including a p-side external terminal exposed from the insulator at a surface different from a surface connected to the p-side electrode, the n-side metal pillar including an n-side external terminal exposed from the insulator at a surface different from a surface connected to the n-side electrode, Characterized in that one selected from the p-side external terminal and the n-side external terminal is formed in a first configuration of a rectangular, another selected from the p-side external terminal and the n-side external terminal is formed in a second configuration, the second configuration being a configuration without a corner of a rectangular having same exterior size and exterior configuration as the first configuration, and the p-side external terminal and the n-side external terminal are disposed symmetrically around a center line (c) dividing a longitudinal direction of the rectangular configuration into two equal parts. a semiconductor layer including a first surface, a second surface opposite to the first surface, and a light emitting layer; a p-side electrode provided on the semiconductor layer; an n-side electrode provided on the semiconductor layer; a p-side metal pillar provided on the second surface side, and electrically connected to the p-side electrode; an n-side metal pillar provided apart from the p-side metal pillar on the second surface side, and electrically connected to the n-side electrode; and an insulator provided at least between the p-side metal pillar and the n-side metal pillar, the p-side metal pillar including a p-side external terminal exposed from the insulator at a surface different from a surface connected to the p-side electrode, the n-side metal pillar including an n-side external terminal exposed from the insulator at a surface different from a surface connected to the n-side electrode, Characterized in that one selected from the p-side external terminal and the n-side external terminal is formed in a first configuration of a rectangular, another selected from the p-side external terminal and the n-side external terminal is formed in a second configuration, the second configuration being a configuration without a corner of a rectangular having same exterior size and exterior configuration as the first configuration, and the p-side external terminal and the n-side external terminal are disposed symmetrically around a center line (c) dividing a longitudinal direction of the rectangular configuration into two equal parts.
Belt-transportation-trolley comprising means (7, 14) to store the conveyor belt, characterized in, that the means is a receptacle for a conveyor belt, into which the conveyor belt is folded.
A washer/dryer comprising a magnetron which applies microwave energy in order to vaporize the water content inside the laundries, a control unit which regulates functioning by evaluating the data regarding the condition of washing/drying, a circulation canal wherein the drying cycle air is circulated and characterized by one or more gas sensors which are placed inside the circulation canal, which detect gasses such as, methane, propane, butane etc. that appear in conditions where yellowing or burning of the laundry could occur, which halts the drying process by warning with the control unit when the gas quantity exceeds the limit value where there is a burning, yellowing and melting risk for the laundries, a moisture sensor which is placed inside the circulation canal, which measures the moisture value of the air circulating in the drying cycle, which halts the drying process by warning with the control unit when the moisture value exceeds the limit value where the amount of dryness could be a risk for the laundries and a temperature sensor which is placed inside the circulation canal, which measures the temperature of the air circulating in the drying cycle, which halts the drying process by warning with the control unit when the heat exceeds the limit value where there is a burning, yellowing and melting risk for the laundries.
A method implemented at a terminal device, comprising: receiving Downlink Control Information, DCI, comprising one or more bits in a time domain resource allocation field from a network node, the DCI being conveyed via a Physical Downlink Control Channel, PDCCH, in a remaining minimum system information control resource set, RMSI CORESET; and determining, based on the time domain resource allocation field in the DCI, that one or more synchronization signal blocks are not transmitted from the network node to the terminal device, when the one or more synchronization signal blocks are associated with the RMSI CORESET overlapping with a Physical Downlink Shared Channel, PDSCH, scheduled by the PDCCH, wherein the time domain resource allocation is applied to the PDSCH. receiving Downlink Control Information, DCI, comprising one or more bits in a time domain resource allocation field from a network node, the DCI being conveyed via a Physical Downlink Control Channel, PDCCH, in a remaining minimum system information control resource set, RMSI CORESET; and determining, based on the time domain resource allocation field in the DCI, that one or more synchronization signal blocks are not transmitted from the network node to the terminal device, when the one or more synchronization signal blocks are associated with the RMSI CORESET overlapping with a Physical Downlink Shared Channel, PDSCH, scheduled by the PDCCH, wherein the time domain resource allocation is applied to the PDSCH.
Valve device for an internal combustion engine comprising a housing with an inlet and an outlet, a valve closure member which can be lowered onto a valve seat and lifted off the valve seat a pneumatically actuated actuator, via which the valve closing member is movable, and which comprises at least one diaphragm (16; 56) which is clamped in the housing and divides an actuator space into a first partial space and a second partial space, characterized in that at least one projection is formed on a base surface of the housing, which projection rises axially from the base surface in the direction of the diaphragm (16; 56) and on which the diaphragm (16; 56) rests in at least one of its end positions on the housing, wherein a drain is configured in the base surface, via which a fluidic connection exists between the second partial space and the inlet or the outlet. a housing with an inlet and an outlet, a valve closure member which can be lowered onto a valve seat and lifted off the valve seat a pneumatically actuated actuator, via which the valve closing member is movable, and which comprises at least one diaphragm (16; 56) which is clamped in the housing and divides an actuator space into a first partial space and a second partial space, characterized in that at least one projection is formed on a base surface of the housing, which projection rises axially from the base surface in the direction of the diaphragm (16; 56) and on which the diaphragm (16; 56) rests in at least one of its end positions on the housing, wherein a drain is configured in the base surface, via which a fluidic connection exists between the second partial space and the inlet or the outlet.