mhurhangee/ep-ind-claims huggingface dataset:
A process for producing polycrystalline silicon by the thermal decomposition of silane in a fluidized bed reactor having a reaction chamber, the reaction chamber having a core region, a peripheral region and a cross-section through which feed gases pass, the fluidized bed reactor producing at least 100 kg/hr of polycrystalline silicon per square meter of reaction chamber cross-section, the process comprising: introducing silicon seed particles into the reactor having a Sauter mean diameter from 50 μm to 800 μm; introducing a first feed gas comprising silane into the core region of the reaction chamber, the reaction chamber containing silicon particles and the first feed gas containing less than 80% by volume silane, wherein the temperature of the first feed gas is less than 300°C prior to entry into the reaction chamber; wherein silane thermally decomposes in the reaction chamber to deposit an amount of silicon on the silicon particles; and introducing a second feed gas into the peripheral region of the reaction chamber, wherein the concentration of silane in the first feed gas exceeds the concentration in the second feed gas, and wherein the temperature of the second feed gas is higher than the temperature of the first feed gas prior to entry into the reaction chamber, the overall concentration of silane in the feed gases fed into the reaction chamber being less than 15% by volume, the pressure in the reaction chamber being at least 300 kPa (3 bar). introducing silicon seed particles into the reactor having a Sauter mean diameter from 50 μm to 800 μm; introducing a first feed gas comprising silane into the core region of the reaction chamber, the reaction chamber containing silicon particles and the first feed gas containing less than 80% by volume silane, wherein the temperature of the first feed gas is less than 300°C prior to entry into the reaction chamber; wherein silane thermally decomposes in the reaction chamber to deposit an amount of silicon on the silicon particles; and introducing a second feed gas into the peripheral region of the reaction chamber, wherein the concentration of silane in the first feed gas exceeds the concentration in the second feed gas, and wherein the temperature of the second feed gas is higher than the temperature of the first feed gas prior to entry into the reaction chamber, the overall concentration of silane in the feed gases fed into the reaction chamber being less than 15% by volume, the pressure in the reaction chamber being at least 300 kPa (3 bar).
An energy absorption device, configured to be provided at a front end of a train, comprising: a coupler seat; a support base configured to be fixedly arranged at the front end of the train; a crush pipe fixed to the coupler seat; a coupler having a connecting end inserted into the crush pipe and slidable with respect to the crush pipe; a guide member having one end fixed to the coupler seat, and another end inserted into the support base and slidable with respect to the support base; wherein the guide member is configured to limit an oscillation of the crush pipe; an energy absorption component arranged between the coupler seat and the support base; and an anti-climbing assembly fixedly arranged on the support base and the anti-climbing assembly being compressible; characterized in that, a stopper is arranged inside the guide member to limit an extreme position of the connecting end of the coupler when sliding in the crush pipe; and a first leading member is fixedly arranged on the support base, and the first leading member of the support base is slidably connected to the coupler seat to lead a moving direction of the coupler seat. a coupler seat; a support base configured to be fixedly arranged at the front end of the train; a crush pipe fixed to the coupler seat; a coupler having a connecting end inserted into the crush pipe and slidable with respect to the crush pipe; a guide member having one end fixed to the coupler seat, and another end inserted into the support base and slidable with respect to the support base; wherein the guide member is configured to limit an oscillation of the crush pipe; an energy absorption component arranged between the coupler seat and the support base; and an anti-climbing assembly fixedly arranged on the support base and the anti-climbing assembly being compressible; characterized in that, a stopper is arranged inside the guide member to limit an extreme position of the connecting end of the coupler when sliding in the crush pipe; and a first leading member is fixedly arranged on the support base, and the first leading member of the support base is slidably connected to the coupler seat to lead a moving direction of the coupler seat.
A composition comprising a solubilized magnolol analog comprising: at least one magnolol analog chosen from propyl magnolol, isopropyl magnolol, butyl magnolol, and isobutyl magnolol, and PPG-1-PEG-9 lauryl glycol ether. at least one magnolol analog chosen from propyl magnolol, isopropyl magnolol, butyl magnolol, and isobutyl magnolol, and PPG-1-PEG-9 lauryl glycol ether.
Wetting process for the laundry inside a program-controlled washing machine, which can be adjusted to the quantity of laundry in a washing drum which is mounted inside a washing machine tub in a manner that enables it to rotate about a non-vertical axis by means of a water supply system (8 to 11) and a control facility, by means of which the supply of water into the washing machine tub can be controlled in a temporal manner, and which starts in a first phase with a supply of a first metered quantity of water into the washing machine tub when the washing drum is stationary or continuously rotating, characterised in that in the first phase the washing drum is driven at least in an essentially continuous manner during and after the supply of the first metered quantity of water until essentially no further absorption action can be ascertained based on the measurement signals relating to the quantity of water supplied, wherein a second phase follows the first phase, when in the first phase a small quantity of lye has not already been determined as sufficient for a small quantity of laundry in accordance with the measuring parameters, which means that so much water has been absorbed in the laundry that the water level drops to below the state which would correspond to the inflowing volume if the water were to be in the washing machine tub without absorption effects and in a second phase is driven at least in an essentially continuous manner and a further quantity of water is added up to a level (N 2-o) defined based on the water level pattern identified in the first phase in respect of the maximum height and speed of change of the water level and in respect of the dropping back of the level due to subsequent absorption of water by the laundry, so that the level in the washing machine tub reaches a water level (N 2-u) adjusted during and after refilling based on the water level pattern identified in the first phase in respect of the maximum height and speed of change of the water level and in respect of the dropping back of the level due to subsequent absorption by the laundry.
A method of fabricating a stretchable and flexible electronic device, comprising forming at least three functional layers (110, 120, 130, 140), by, for each of the functional layers; forming a conductive interconnect pattern on an elastomer Substrate, the conductive interconnect structure including islands interconnected by bridges; applying a conductive paste to the islands; positioning at least one functional electronic component on each of the islands; applying heat to cause the conductive paste to reflow; forming an elastomer encapsulant over the functional electronic components and the conductive interconnect pattern on each of the functional layers, the elastomer encapsulant having a Young's modulus equal to or less than a Young's modulus of the elastomer Substrate, the elastomer encapsulant including a colored pigment that increases absorption of a selected laser wavelength by the elastomer encapsulant; stacking the functional layers one over another; laser ablating at least one via that provides electrical connection to any two layers in the three functional layers using laser light at the selected laser wavelength; and filling the at least one via with a conductive filling to thereby establish a bond and an electrical connection between the functional layers (110, 120, 130, 140). forming at least three functional layers (110, 120, 130, 140), by, for each of the functional layers; forming a conductive interconnect pattern on an elastomer Substrate, the conductive interconnect structure including islands interconnected by bridges; applying a conductive paste to the islands; positioning at least one functional electronic component on each of the islands; applying heat to cause the conductive paste to reflow; forming a conductive interconnect pattern on an elastomer Substrate, the conductive interconnect structure including islands interconnected by bridges; applying a conductive paste to the islands; positioning at least one functional electronic component on each of the islands; applying heat to cause the conductive paste to reflow; forming an elastomer encapsulant over the functional electronic components and the conductive interconnect pattern on each of the functional layers, the elastomer encapsulant having a Young's modulus equal to or less than a Young's modulus of the elastomer Substrate, the elastomer encapsulant including a colored pigment that increases absorption of a selected laser wavelength by the elastomer encapsulant; stacking the functional layers one over another; laser ablating at least one via that provides electrical connection to any two layers in the three functional layers using laser light at the selected laser wavelength; and filling the at least one via with a conductive filling to thereby establish a bond and an electrical connection between the functional layers (110, 120, 130, 140).
A computer-implemented method of estimating actual or simulated electrical current consumption of an electronic device, the method comprising: obtaining log data comprising a record of at least some activities of the electronic device during a selected time period, the activities being actual or simulated kernel events of the electronic device; parsing the log data into a plurality of component digests, each component digest comprising a portion of said log data during a time interval; estimating electrical current consumption values for the plurality of component digests based on component signatures of the component digests, an electrical current consumption model wherein the electrical current consumption model is generated by a machine learning technique based on a plurality of training signatures, the current consumption model being used to estimate electrical current consumption values by determining a similarity between said plurality of training signatures in a training set and the component signatures in order to determine a corresponding electrical current consumption value for each of the component digests; and processing the estimated electrical current consumption values to estimate electrical current consumption data for the electronic device. obtaining log data comprising a record of at least some activities of the electronic device during a selected time period, the activities being actual or simulated kernel events of the electronic device; parsing the log data into a plurality of component digests, each component digest comprising a portion of said log data during a time interval; estimating electrical current consumption values for the plurality of component digests based on component signatures of the component digests, an electrical current consumption model wherein the electrical current consumption model is generated by a machine learning technique based on a plurality of training signatures, the current consumption model being used to estimate electrical current consumption values by determining a similarity between said plurality of training signatures in a training set and the component signatures in order to determine a corresponding electrical current consumption value for each of the component digests; and processing the estimated electrical current consumption values to estimate electrical current consumption data for the electronic device.
A method for detecting a target microorganism in a sample by extracting the nucleic acids of said target microorganism and then amplifying a specific nucleic acid of said target microorganism, wherein the advance of the extraction and the advance of the amplification are validated by the concomitant execution of the following steps: a. providing a container comprising, in the dry state, a colored pH indicator and a control microorganism including a control nucleic acid, b. adding, in the liquid state, the sample and an extraction reagent having a pH below 7, and obtaining an extraction reaction mixture having the color of the acid form of the colored pH indicator, c. treating the extraction reaction mixture in order to release the nucleic acids present in said extraction reaction mixture, d. mixing an aliquot of said extraction reaction mixture treated with an amplification reagent having a pH above 7, and obtaining an amplification reaction mixture having the color of the base form of the pH indicator, e. amplifying the control nucleic acid, wherein the extraction of the nucleic acids of said target microorganism and then the amplification of a specific nucleic acid of said target microorganism are carried out in the same container(s) as the extraction of the nucleic acids of the control microorganism and the amplification of the control nucleic acid. a. providing a container comprising, in the dry state, a colored pH indicator and a control microorganism including a control nucleic acid, b. adding, in the liquid state, the sample and an extraction reagent having a pH below 7, and obtaining an extraction reaction mixture having the color of the acid form of the colored pH indicator, c. treating the extraction reaction mixture in order to release the nucleic acids present in said extraction reaction mixture, d. mixing an aliquot of said extraction reaction mixture treated with an amplification reagent having a pH above 7, and obtaining an amplification reaction mixture having the color of the base form of the pH indicator, e. amplifying the control nucleic acid,
A negative electrode active material for a non-aqueous electrolyte secondary battery, wherein the negative electrode active material is represented by an elemental composition formula of Met 2 -Si-O-C-H, wherein Met 2 represents Ca, comprising: a silicate salt made of a silicon-based inorganic compound and Ca, characterized in that the composition ratio of each element is Met 2 k -Si-O l -C m -H n with 0.03<k<0.39, 0.48<I<1.98, 0.74<m<2.07, 0.11<n<0.38. a silicate salt made of a silicon-based inorganic compound and Ca, characterized in that the composition ratio of each element is Met 2 k -Si-O l -C m -H n with 0.03<k<0.39, 0.48<I<1.98, 0.74<m<2.07, 0.11<n<0.38.
A method for manufacturing of seamless tubular shapes, especially tubes and canisters, wherein the tubular shape is extracted from the flash continuously produced during the plunging of a consumable rod against a rigid anvil while there is a relative rotational speed between the consumable rod and the rigid anvil, the axis of rotation being coincident with the axis of the consumable rod, the method being characterized in that said continuous flash acquires the tubular shape by inverting the viscoplastized flash generated from the consumable rod at its tip contacting zone with the rigid anvil, from the radial centrifugal direction into the vertical direction, parallel to the axis of rotation, in full open die condition, wherein the rigid anvil is a non-consumable or consumable plate unit with no through holes in the zone in contact with the consumable rod.
A dishwasher comprising a body; a washing tub which is disposed in the body and wherein the washing process is performed; a door which cuts the contact between the washing tub and the outer environment; a decorative panel which is mounted onto the door as per the user preference; and a control unit which is installed onto the door and which remains between the decorative panel and the door, an optical system having at least one light source which is connected to the control unit, at least one shape plate which is disposed in front of the light source and which is transparent so as to allow the light emitted by the light source to pass therethrough, and at least one reflective lens which enables the light passing through the shape plate to be reflected characterized by a plurality of shapes which are arranged on the shape plate and which provide information on the operational steps, a transmission member which is provided between the shape plate and the reflective lens and which has a plurality of channels extending from the shape plate towards the reflective lens so as to prevent the light beams passing through the shapes from mixing with each other.
A thrust reverser of a bypass turbojet engine nacelle, comprising movable cowls which move backwards relative to a front fixed structure in order to uncover fixed or movable cascade vanes of thrust reverser, as well as a variable section secondary nozzle connected to the movable cowls by guide means allowing a controlled displacement by cylinders bearing on the fixed front structure in order to apply an axial thrust, characterized in that the cylinders are directly connected to the secondary nozzle, and in that that the thrust reverser includes locks (14, 50) positioned on the movable cowls, each lock comprising two positions, controlled by an actuator, causing alternately a blocking on the front structure or a blocking on the control of the secondary nozzle.
A method for adapting motion profiles of a plurality of individually controllable transport elements (810-1 - 810-18) for transporting containers (820a, 820b) in a container treatment system along a transport path, wherein the plurality of transport elements are movably arranged along the transport path, characterized by the following steps: determining an operating state of at least a first container treatment unit arranged downstream along the transport path with respect to a position of a transport element from the plurality of transport elements, wherein the transport element is moved by means of an open- and/or closed-loop control unit of the container treatment system as part of a stream of transport elements, wherein the motion profile of the transport element is adapted by means of the open- and/or closed-loop control unit as a function of the determined operating state, wherein the determination of the operating state of the first container treatment unit comprises a comparison of the determined operating state with a predetermined desired operating state, and wherein the motion profile of the transport element in case of a deviation of the determined operating state from the predetermined desired operating state is adapted so that the transport element bypasses the first container treatment unit along a bypass section (840, 870) of the transport path. determining an operating state of at least a first container treatment unit arranged downstream along the transport path with respect to a position of a transport element from the plurality of transport elements, wherein the transport element is moved by means of an open- and/or closed-loop control unit of the container treatment system as part of a stream of transport elements, wherein the motion profile of the transport element is adapted by means of the open- and/or closed-loop control unit as a function of the determined operating state, wherein the determination of the operating state of the first container treatment unit comprises a comparison of the determined operating state with a predetermined desired operating state, and wherein the motion profile of the transport element in case of a deviation of the determined operating state from the predetermined desired operating state is adapted so that the transport element bypasses the first container treatment unit along a bypass section (840, 870) of the transport path.
A method for establishing a telecommunication link to a telecommunication terminal, wherein the telecommunication terminal comprises a storage unit for storing a contacts list containing a plurality of contacts and connection means (8, 13) for establishing a connection via a plurality of different telecommunications service providers, each contact being formed as a container for receiving a plurality of individual contacts, and wherein a plurality of connection parameters for different telecommunications service providers can be stored for each contact, said method comprising the following steps: selecting a contact from the contacts list, initiating the establishment of the telecommunication link to the selected contact, automatically selecting the telecommunications service provider and the connection parameters of the contact for this telecommunications service provider in accordance with predefinable priorities, comprising the selection of an individual contact in accordance with predefinable priorities, and selecting the connection parameters of the selected individual contact, and evaluating status information regarding the contact of at least one telecommunications service provider, and automatically establishing the telecommunication link with the selected connection parameters via the selected telecommunications service provider. selecting a contact from the contacts list, initiating the establishment of the telecommunication link to the selected contact, automatically selecting the telecommunications service provider and the connection parameters of the contact for this telecommunications service provider in accordance with predefinable priorities, comprising the selection of an individual contact in accordance with predefinable priorities, and selecting the connection parameters of the selected individual contact, and evaluating status information regarding the contact of at least one telecommunications service provider, and automatically establishing the telecommunication link with the selected connection parameters via the selected telecommunications service provider.