mhurhangee/ep-ind-claims huggingface dataset:
A viscosity torsional vibration damper having at least the following components: a) an annular primary part that adjoins a damper chamber; b) an inertia ring that adjoins the damper chamber and can be moved, in particular rotated, to a limited extent in relation to the primary part, the damper chamber forming a shear gap filled with a viscous fluid between the inertia ring and the primary part; c) at least one or more of the components (2, 3, 4, 6, 7) being produced by means of a generative manufacturing process. characterised in that d) the one or more of the components (2, 3, 4, 6, 7) produced by means of a generative manufacturing process comprises/comprise one or more heatsinks (9, 10) that is/are formed on the primary part and/or the one or more of the components (2, 3, 4, 6, 7) that is/are produced by means of a generative manufacturing process has/have a profile, in particular a V-belt profile, on the primary part, and/or that the one or more of the components (2, 3, 4, 6, 7) that is/are produced by means of a generative manufacturing process has/have a cover for a damper housing as the primary part, this cover being placed on a damper housing that is provided in prefabricated form. a) an annular primary part that adjoins a damper chamber; b) an inertia ring that adjoins the damper chamber and can be moved, in particular rotated, to a limited extent in relation to the primary part, the damper chamber forming a shear gap filled with a viscous fluid between the inertia ring and the primary part; c) at least one or more of the components (2, 3, 4, 6, 7) being produced by means of a generative manufacturing process. characterised in that d) the one or more of the components (2, 3, 4, 6, 7) produced by means of a generative manufacturing process comprises/comprise one or more heatsinks (9, 10) that is/are formed on the primary part and/or the one or more of the components (2, 3, 4, 6, 7) that is/are produced by means of a generative manufacturing process has/have a profile, in particular a V-belt profile, on the primary part, and/or that the one or more of the components (2, 3, 4, 6, 7) that is/are produced by means of a generative manufacturing process has/have a cover for a damper housing as the primary part, this cover being placed on a damper housing that is provided in prefabricated form.
Method for providing a container with food, the method comprising: - providing a container for infant formula food, - adding the food, - sealing the container with a gas-tight membrane seal, - adding an inner scannable code on the gas-tight membrane seal, - closing the container with a lid comprising a tamper-proof closure means, so that the inner scannable code is not scannable without breaking a part of the tamper-proof closure means, and - storing the inner scannable code in a database. - providing a container for infant formula food, - adding the food, - sealing the container with a gas-tight membrane seal, - adding an inner scannable code on the gas-tight membrane seal, - closing the container with a lid comprising a tamper-proof closure means, so that the inner scannable code is not scannable without breaking a part of the tamper-proof closure means, and - storing the inner scannable code in a database.
An indoor unit of an air conditioner, comprising: an air-conditioning main body provided with a laterally long outlet; and a composite flap which is disposed on a downstream side of the outlet in a flow of air so as to open and close the outlet by rotating around an axis extending in a lateral direction and cover the outlet and a surface of the air-conditioning main body around the outlet in a closed state, characterised in that the composite flap includes an inner flap which has a lateral width corresponding to the outlet and is disposed on the outlet side, an outer flap which has a greater lateral width than the inner flap and is disposed to overlap an outside of the inner flap, and a fin which is provided to protrude inward to regulate the flow of the air from the outlet at a boundary position between the inner flap and the outer flap in the lateral direction. an air-conditioning main body provided with a laterally long outlet; and a composite flap which is disposed on a downstream side of the outlet in a flow of air so as to open and close the outlet by rotating around an axis extending in a lateral direction and cover the outlet and a surface of the air-conditioning main body around the outlet in a closed state, characterised in that the composite flap includes an inner flap which has a lateral width corresponding to the outlet and is disposed on the outlet side, an outer flap which has a greater lateral width than the inner flap and is disposed to overlap an outside of the inner flap, and a fin which is provided to protrude inward to regulate the flow of the air from the outlet at a boundary position between the inner flap and the outer flap in the lateral direction.
A method comprising: receiving, over a plurality of consecutive signaling intervals, a plurality of codewords, each codeword received as a plurality of symbols via wires of a multi-wire bus, the plurality of symbols received at a plurality of multi-input comparators, MICs, wherein each symbol is received by at least two MICs; and generating, for each codeword, a corresponding set of MIC outputs by forming linear combinations of the received symbols using the plurality of MICs; the method characterised in that it further comprises: generating a plurality of skew measurement signals over the plurality of consecutive signaling intervals based on an early-late measurement made by comparing at least one MIC output of the corresponding set of MIC outputs undergoing a transition between two consecutive signaling intervals to a pre-determined offset voltage, each skew measurement signal representing an aggregate combination of individual wire skew components for each wire of the multi-wire bus involved in the transition; updating, for each skew measurement signal, stored running estimates for each wire involved in the transition; and updating, responsive to the stored running estimate for a given wire reaching an action threshold, a wire-specific delay value for the given wire. generating, for each codeword, a corresponding set of MIC outputs by forming linear combinations of the received symbols using the plurality of MICs; the method characterised in that it further comprises: generating a plurality of skew measurement signals over the plurality of consecutive signaling intervals based on an early-late measurement made by comparing at least one MIC output of the corresponding set of MIC outputs undergoing a transition between two consecutive signaling intervals to a pre-determined offset voltage, each skew measurement signal representing an aggregate combination of individual wire skew components for each wire of the multi-wire bus involved in the transition; updating, for each skew measurement signal, stored running estimates for each wire involved in the transition; and updating, responsive to the stored running estimate for a given wire reaching an action threshold, a wire-specific delay value for the given wire. generating a plurality of skew measurement signals over the plurality of consecutive signaling intervals based on an early-late measurement made by comparing at least one MIC output of the corresponding set of MIC outputs undergoing a transition between two consecutive signaling intervals to a pre-determined offset voltage, each skew measurement signal representing an aggregate combination of individual wire skew components for each wire of the multi-wire bus involved in the transition; updating, for each skew measurement signal, stored running estimates for each wire involved in the transition; and updating, responsive to the stored running estimate for a given wire reaching an action threshold, a wire-specific delay value for the given wire.
A control apparatus for controlling an inter-access-point network including two or more access points, the apparatus comprising: communication means configured to communicate with the two or more access points including a first access point and a second access point, wherein each of the two or more access points has a function of constructing a wireless local area network, WLAN, and wherein the second access point is connected to a WLAN network constructed by the first access point; control means configured to control the inter-access-point network; and the control apparatus being characterised in that: the control means is configured to control at least either one of the first access point and the second access point to establish a plurality of WLAN links to be used for communication between the first access point and the second access point, by transmitting a predetermined message to the at least either one of the first access point and the second access point, and wherein a WLAN link in the plurality of WLAN links is associated with a first frequency band that is different from a second frequency band with which another WLAN link in the plurality of WLAN links is associated. communication means configured to communicate with the two or more access points including a first access point and a second access point, wherein each of the two or more access points has a function of constructing a wireless local area network, WLAN, and wherein the second access point is connected to a WLAN network constructed by the first access point; control means configured to control the inter-access-point network; and
Oral dispenser for discharging a nicotine- or cannabis-containing liquid in atomized form, with the following features: a. the oral dispenser has a liquid reservoir for receiving the nicotine- or cannabis-containing liquid prior to the discharge, and b. the liquid reservoir is designed as a pressure reservoir in which the liquid is stored under positive pressure, c. the oral dispenser has an atomization nozzle unit, and d. the oral dispenser has an outlet channel which connects the liquid reservoir to the atomization nozzle unit, and e. an outlet valve which can be in an open state and a closed state is provided in the outlet channel, and f. the oral dispenser has a mouthpiece for inhalation of the liquid atomized by the atomization nozzle unit, characterized in that g. the outlet valve is configured as a mechanically lip-actuatable outlet valve and has on the mouthpiece or in the region of the mouthpiece an actuating surface which, when force is applied by the lip of a user, causes the outlet valve to transfer from a closed state to an open state. a. the oral dispenser has a liquid reservoir for receiving the nicotine- or cannabis-containing liquid prior to the discharge, and b. the liquid reservoir is designed as a pressure reservoir in which the liquid is stored under positive pressure, c. the oral dispenser has an atomization nozzle unit, and d. the oral dispenser has an outlet channel which connects the liquid reservoir to the atomization nozzle unit, and e. an outlet valve which can be in an open state and a closed state is provided in the outlet channel, and f. the oral dispenser has a mouthpiece for inhalation of the liquid atomized by the atomization nozzle unit, characterized in that g. the outlet valve is configured as a mechanically lip-actuatable outlet valve and has on the mouthpiece or in the region of the mouthpiece an actuating surface which, when force is applied by the lip of a user, causes the outlet valve to transfer from a closed state to an open state.
A system for protecting a pump from solids entrained in a process flow, the system comprising: a pump in fluid communication with a first filter, a second filter, and a plurality of valves (108a - 108i), said valves being automatically controlled by a controller; an inlet through which the process flow enters the system from an upstream source; and an outlet through which the process flow emerges from the system toward a downstream destination; said controller being configured to control said valves (108a - 108i) so as to select between at least two selectable flow paths, wherein each of said flow paths directs the process flow from the inlet to one of the plurality of filters (102, 104), where the entrained solids are retained and removed from the process flow, said process flow being directed from thence through the pump, said controller being configured to switch between said flow paths so as to prevent any of said filters (102, 104) from becoming saturated by retained solids, wherein, after flowing through the pump, the process flow is divided into a plurality of flow streams, at least one of the flow streams being directed from the pump to a another of the plurality of filters (102, 104), where previously retained solids are purged and carried by the process flow toward the downstream destination; wherein the system temporarily removes the solids from the process flow upstream of the pump, and then reinject it into the process flow downstream of the pump, characterized in that from the outlet of the multiphase pump, the solid-free process fluid divides into two paths toward valves and, wherein the fluid that flows through the valve continues directly to a discharge pipe of the outlet, while the fluid that flows through the open valve purges the previously filtered solids from the second filter before flowing through a partially open valve and out through the discharge pipe of the outlet. a pump in fluid communication with a first filter, a second filter, and a plurality of valves (108a - 108i), said valves being automatically controlled by a controller; an inlet through which the process flow enters the system from an upstream source; and an outlet through which the process flow emerges from the system toward a downstream destination; said controller being configured to control said valves (108a - 108i) so as to select between at least two selectable flow paths, wherein each of said flow paths directs the process flow from the inlet to one of the plurality of filters (102, 104), where the entrained solids are retained and removed from the process flow, said process flow being directed from thence through the pump, said controller being configured to switch between said flow paths so as to prevent any of said filters (102, 104) from becoming saturated by retained solids, wherein, after flowing through the pump, the process flow is divided into a plurality of flow streams, at least one of the flow streams being directed from the pump to a another of the plurality of filters (102, 104), where previously retained solids are purged and carried by the process flow toward the downstream destination;
A covering element support arrangement (1, 101, 201) for attaching covering elements to a building or building component, the covering element support arrangement (1, 101, 201) comprising a carrier means for receiving covering elements thereon, the covering element support arrangement (1, 101, 201) comprising attachment means (5a, 5b) for attaching covering elements to the carrier means, the attachment means (5a, 5b) comprising mechanical fastening means (5a, 5b) that can be fastened to the carrier means and that are engageable with covering elements to fix the covering elements to the carrier means, wherein the mechanical fastening means (5a, 5b) comprises a bracket for fixing two adjacent covering elements to the carrier means characterised in that the carrier means is formed at least partially from a perforated sheet, the mechanical fastening means (5a, 5b) being engageable with the perforations, and wherein the frequency of the perforations is such that a covering element can be attached to the carrier means without requiring the covering element to be initially aligned relative to any single perforation, and wherein the covering element support arrangement (1, 101, 201) comprises a backing means located at the back of the carrier means, and wherein the backing means is formed at least partially from cementitious and/or composite material.
Mop comprising a mop head having at least one cleaning strip, which has one of its ends secured on the mop head and has a free end, wherein the cleaning strip comprises at least one cleaning surface, characterized in that raised cleaning islands are arranged on the cleaning surface each at spacings apart relative to one another, in that the cleaning islands are enclosed on all sides by accumulating spaces for accommodating contaminants, and in that starting from the end of the cleaning surface, said end being directed towards the mop head, the accumulating spaces are reduced in size continuously in the mopping direction of the free end.
A method for adaptive sensor-free determination of the position of a PMSM motor, comprising the following steps: a. determining the rotor position and the rotor polarity by means of discrete signal injection for the range between standstill up to low rotational speed of up to 1% of the nominal speed of the motor; b. determining the rotor position by means of continuous signal injection at a rotational speed that is lower than a first changeover speed; c. determining the rotor position by means of back EMF at a rotational speed that is higher than the first changeover speed; wherein by means of a motor control system, dependent on the rotational speed, a switch is made between rotor position determination by continuous signal injection and rotor position determination by back EMF; and wherein during movement of the rotor, the rotor polarity and/or the rotor position are/is monitored and adjusted at a point in time by using the rotor polarity and/or the rotor position at a previous point in time. a. determining the rotor position and the rotor polarity by means of discrete signal injection for the range between standstill up to low rotational speed of up to 1% of the nominal speed of the motor; b. determining the rotor position by means of continuous signal injection at a rotational speed that is lower than a first changeover speed; c. determining the rotor position by means of back EMF at a rotational speed that is higher than the first changeover speed;
A plumbing fitting mountable on a surface, the plumbing fitting comprising: a body housing at least partially at least one fluid handling component having an inlet for receiving an inlet water flow, wherein the at least one fluid handling component comprises a valve operable in response to a user input to control the temperature and/or flow rate of an outlet water flow; an inlet waterway for conveying the inlet water flow to the inlet of the fluid handling component, the inlet waterway being connectable to a water supply pipe; and a manually operable isolation valve operable to allow or prevent flow along the inlet waterway, wherein the isolation valve is disposed within the inlet waterway at a location downstream of the water supply pipe and upstream of the inlet for receiving the inlet water flow; wherein, when the plumbing fitting is mounted on the surface, the isolation valve is located in front of the surface and is at a location accessible from in front of the surface. a body housing at least partially at least one fluid handling component having an inlet for receiving an inlet water flow, wherein the at least one fluid handling component comprises a valve operable in response to a user input to control the temperature and/or flow rate of an outlet water flow; an inlet waterway for conveying the inlet water flow to the inlet of the fluid handling component, the inlet waterway being connectable to a water supply pipe; and a manually operable isolation valve operable to allow or prevent flow along the inlet waterway, wherein the isolation valve is disposed within the inlet waterway at a location downstream of the water supply pipe and upstream of the inlet for receiving the inlet water flow;
A video noise analyzer for detecting residual point noise in a video, comprising: an input for receiving a video to be analyzed; a temporal invariance detector structured to perform a differencing function between corresponding pixels of a same block of two adjacent frames and to generate a first pixel candidate list including pixels that have a relatively low rate of change between frames; a spatial outlier detector structured to generate a second pixel candidate list including pixels that have a relatively high level of intensity deviation from adjacent pixels; a combiner to combine the first pixel candidate list and the second pixel candidate list to generate a candidate noise pixel list; a data store structured to accumulate data describing one or more pixels on the candidate noise pixel list or the blocks from which the pixels on the candidate noise pixel list were selected, the data describing one or more pixels including the location of the one or more pixels, and the data describing the blocks from which the pixels on the candidate noise pixel list were selected including a block intensity window measure, a block severity measure, or a block detection confidence measure; and a detector structured to detect that a pixel on the candidate noise pixel list exhibits residual point noise when data accumulated in the data store exceeds a threshold. a temporal invariance detector structured to perform a differencing function between corresponding pixels of a same block of two adjacent frames and to generate a first pixel candidate list including pixels that have a relatively low rate of change between frames; a spatial outlier detector structured to generate a second pixel candidate list including pixels that have a relatively high level of intensity deviation from adjacent pixels; a combiner to combine the first pixel candidate list and the second pixel candidate list to generate a candidate noise pixel list; a data store structured to accumulate data describing one or more pixels on the candidate noise pixel list or the blocks from which the pixels on the candidate noise pixel list were selected, the data describing one or more pixels including the location of the one or more pixels, and the data describing the blocks from which the pixels on the candidate noise pixel list were selected including a block intensity window measure, a block severity measure, or a block detection confidence measure; and a detector structured to detect that a pixel on the candidate noise pixel list exhibits residual point noise when data accumulated in the data store exceeds a threshold.
Illumination device, comprising: - at least one LED adapted to emit light having an emission maximum in a first wavelength range; - at least two LEDs adapted to emit light having an emission maximum in a second wavelength range, wherein at least one LED adapted to emit light having an emission maximum in a first subrange of said second wavelength range, and at least one LED adapted to emit light having an emission maximum in a second subrange of said second wavelength range; and - a wavelength converting material arranged to receive light of at least said first wavelength range and having an emission maximum in a third wavelength range which is between said first wavelength range and said second wavelength range; wherein: - said first subrange is from 620 to 635 nm, characterized in that - said second subrange is from 643 to 665 nm. - at least one LED adapted to emit light having an emission maximum in a first wavelength range; - at least two LEDs adapted to emit light having an emission maximum in a second wavelength range, wherein at least one LED adapted to emit light having an emission maximum in a first subrange of said second wavelength range, and at least one LED adapted to emit light having an emission maximum in a second subrange of said second wavelength range; and - a wavelength converting material arranged to receive light of at least said first wavelength range and having an emission maximum in a third wavelength range which is between said first wavelength range and said second wavelength range; - said first subrange is from 620 to 635 nm, characterized in that - said second subrange is from 643 to 665 nm.