mhurhangee/ep-ind-claims huggingface dataset:
A vertical air-conditioner air supply method, wherein, according to the method, an air-conditioner air supply apparatus is disposed in an internal air duct of an air-conditioner body, the air supply apparatus comprises at least two air guiding bodies (11, 12, 13, 14) that are hollow and have front and rear openings, the rear opening of the air guiding body is an air inlet, the front opening of the air guiding body is an air outlet, the at least two air guiding bodies are arranged sequentially from front to rear, a through-duct which runs through from front to rear is formed in the middle, a heat-exchanged air duct (15, 16, 17) is formed between two adjacent air guiding bodies, an air inlet of a rear-end air guiding body located at the rear end is a non-heat-exchanged air inlet of the air supply apparatus, an air outlet of a front-end air guiding body located at the front end is a mixed air outlet of the air supply apparatus, the vertical air-conditioner sends heat-exchanged air in the internal air duct that has been subjected to heat exchange by a heat exchanger from the heat-exchanged air duct to the through-duct, and sucks non-heat-exchanged air outside the vertical air-conditioner from the non-heat-exchanged air inlet to the through-duct, and the heat-exchanged air and the non-heat-exchanged air form mixed air and are then blown out together from the mixed air outlet through the through-duct, characterized in that, each of the air guiding bodies (11, 12, 13, 14), that are arranged sequentially from front to rear with the through-duct that runs through from front to rear being formed in the middle and that are also forming the heat-exchanged air duct (15, 16, 17) between adjacent air guiding bodies, is a single component and a flow rate of the non-heat-exchanged air is 0.05 to 0.5 times of a flow rate of the heat-exchanged air.
Mounting bracket for indirect fastening of a cable of a parking brake to a component of a motor vehicle, the mounting bracket having: (a) a receiving sleeve with a receiving opening for receiving the cable and a longitudinal extent along the longitudinal axis of the receiving sleeve, (b) a fastening means for indirect fastening of the mounting bracket in a mounting opening of the component, the fastening means extending transversely with respect to the longitudinal axis of the receiving sleeve, characterized by (c) to flexible holding webs (30.1, 30.2) each with an end portion (31.1, 31.2) which is connected to the fastening means, and each with a connecting portion (32.1, 32.2) which is connected to the receiving sleeve, the holding webs (30.1, 30.2) being curved between the end portions (31.1, 31.2) and the connecting portions (32.1, 32.2), and extending transversely with respect to the longitudinal axis of the receiving sleeve. (a) a receiving sleeve with a receiving opening for receiving the cable and a longitudinal extent along the longitudinal axis of the receiving sleeve, (b) a fastening means for indirect fastening of the mounting bracket in a mounting opening of the component, the fastening means extending transversely with respect to the longitudinal axis of the receiving sleeve, characterized by (c) to flexible holding webs (30.1, 30.2) each with an end portion (31.1, 31.2) which is connected to the fastening means, and each with a connecting portion (32.1, 32.2) which is connected to the receiving sleeve, the holding webs (30.1, 30.2) being curved between the end portions (31.1, 31.2) and the connecting portions (32.1, 32.2), and extending transversely with respect to the longitudinal axis of the receiving sleeve.
A vacuum pump, in particular a turbomolecular pump, comprising a pump body and a fastening apparatus formed thereat for handling and/or installing the vacuum pump, wherein the fastening apparatus has at least one engagement structure for connecting a fastening element to the pump body; wherein the engagement structure extends at the outer periphery of the pump body at least section-wise at an angle to its longitudinal extent; and wherein a position and/or an arrangement of the fastening apparatus along the longitudinal extent of the pump body is/are selected in dependence on the center of gravity of the pump body, characterized in that the engagement structure is configured to displaceably guide the fastening element.
A two-phase, forced-convection cooling system, wherein a closed hydraulic circuit apparatus of a heat transfer refrigerating fluid is provided, comprising: - means for pumping a refrigerating fluid which, at least in some stretches of the circuit, is two-phase liquid-vapor or multiphase, - a heat sink-evaporator configured to transfer heat by conduction from a component to be cooled to the refrigerating fluid, - a condenser, capable of condensing the vapor which develops on the evaporator while simultaneously dissipating into the environment the heat given by the refrigerating fluid both by conduction, convection and radiation and by condensation, - a tank which also acts as an expansion vessel, or a tank and an expansion vessel which are distinct and connected to each other, - a plurality of sensors, comprising flow rate, pressure and temperature sensors and an electronic control system of the pump; wherein said heat sink-evaporator has a base constituted by a plate made of thermal conductive material, with a lower surface in contact with the element to be cooled and an upper surface on which a plurality of mutually parallel or slightly convergent/divergent fins is present, which fins define a corresponding plurality of channels; wherein each of said channels is delimited by two adjacent fins and by the surface of the base itself present therebetween; wherein said heat sink-evaporator comprises a casing consisting of a base and a cover, which define together the mandatory passages for the cooling fluid. - means for pumping a refrigerating fluid which, at least in some stretches of the circuit, is two-phase liquid-vapor or multiphase, - a heat sink-evaporator configured to transfer heat by conduction from a component to be cooled to the refrigerating fluid, - a condenser, capable of condensing the vapor which develops on the evaporator while simultaneously dissipating into the environment the heat given by the refrigerating fluid both by conduction, convection and radiation and by condensation, - a tank which also acts as an expansion vessel, or a tank and an expansion vessel which are distinct and connected to each other, - a plurality of sensors, comprising flow rate, pressure and temperature sensors and an electronic control system of the pump;
Curable binder composition comprising at least one epoxy resin and at least one polyamine, comprising: - 8% to 16% by weight of epoxy resins, - 1% to 5% by weight of polyamines, - 83% to 90% by weight of slag, wherein the slag is an iron-containing slag containing at least 8% by weight of iron, calculated as FeO, and the slag has a bulk density of at least 2.9 kg/l, - 0% to 8% by weight, preferably 0.01% to 5% by weight, of further additives, based on 100% by weight of binder composition. - 8% to 16% by weight of epoxy resins, - 1% to 5% by weight of polyamines, - 83% to 90% by weight of slag, wherein the slag is an iron-containing slag containing at least 8% by weight of iron, calculated as FeO, and the slag has a bulk density of at least 2.9 kg/l, - 0% to 8% by weight, preferably 0.01% to 5% by weight, of further additives,
A method of determining a representative image for at least one shot in a video, a shot being a continuous sequence of images representing a scene viewed from a particular location, the method comprising: - selecting images from a shot so as to obtain a continuous sequence of selected images that are evenly distributed throughout the shot; - identifying at least one continuous subsequence of selected images that meet a predefined similarity test; and - selecting an image from a continuous portion of the shot that coincides in time with the longest continuous subsequence of selected images that meet the predefined similarity test, whereby the image that is selected constitutes the representative image for the shot. - selecting images from a shot so as to obtain a continuous sequence of selected images that are evenly distributed throughout the shot; - identifying at least one continuous subsequence of selected images that meet a predefined similarity test; and - selecting an image from a continuous portion of the shot that coincides in time with the longest continuous subsequence of selected images that meet the predefined similarity test, whereby the image that is selected constitutes the representative image for the shot.
A cradle comprising a body shell which defines an upper access opening and a bottom element which is provided with at least one base portion which lies, during use, on a substantially horizontal plane and defines at least one perimetric edge part, said bottom element being designed to define a resting surface for a child to be accommodated, said bottom element being associated with at least one supporting body which is connected to a coupling portion for coupling to said body shell, said at least one supporting body being adapted to allow a relative movement of said bottom element with respect to said body shell, interface means being provided which act between said bottom element and an abutment portion defined by said body shell and are adapted to contrast the movement of said bottom element with respect to said body shell, characterized in that said coupling portion comprising a peripheral lip that can be hooked over the upper edge of the body shell at the upper access opening.
A method for managing a network slice by a first network function in a wireless communication system, the method comprising: receiving (step 310), from at least one second network function associated with the network, NW, slice, a network slice selection assistance information, NSSAI, availability update message, wherein the NSSAI availability update message includes a capacity parameter of the NW slice; storing (step 320) information included in the NSSAI availability update message; transmitting (step 320), to the second network function, a response message to the NSSAI availability update message; transmitting (step 330), to the second network function, a message requesting changed information in case that a status or a configuration of the second network function is changed; receiving, from the second network function, a network slice selection request message; performing a selection of a network slice based on the capacity parameter of the NW slice; and transmitting, to the second network function, a network slice selection response message including network slice information. receiving (step 310), from at least one second network function associated with the network, NW, slice, a network slice selection assistance information, NSSAI, availability update message, wherein the NSSAI availability update message includes a capacity parameter of the NW slice; storing (step 320) information included in the NSSAI availability update message; transmitting (step 320), to the second network function, a response message to the NSSAI availability update message; transmitting (step 330), to the second network function, a message requesting changed information in case that a status or a configuration of the second network function is changed; receiving, from the second network function, a network slice selection request message; performing a selection of a network slice based on the capacity parameter of the NW slice; and transmitting, to the second network function, a network slice selection response message including network slice information.
Method of determining a mode of spatial encoding of audio data emitted by at least one emitter entity towards a receiver terminal able to receive said audio data according to at least one reproduction format, characterized in that said method comprises the steps consisting: - for the receiver terminal, in indicating to the emitter entity said at least one reproduction format according to a given order of preference, - for the emitter entity, in determining a mode of spatial encoding of the audio data which is compatible with a reproduction format indicated by the receiver terminal and taken in the order of preference, and in indicating to the receiver terminal said reproduction format compatible with the mode of spatial encoding determined. - for the receiver terminal, in indicating to the emitter entity said at least one reproduction format according to a given order of preference, - for the emitter entity, in determining a mode of spatial encoding of the audio data which is compatible with a reproduction format indicated by the receiver terminal and taken in the order of preference, and in indicating to the receiver terminal said reproduction format compatible with the mode of spatial encoding determined.
Electrodeposition coating installation for coating workpieces, in particular vehicle bodies, comprising at least one immersion bath in which at least one electrode is arranged, a conveying apparatus which introduces the workpieces into the immersion bath and removes them from the immersion bath again, and a power supply unit which generates, from an AC input voltage, an output voltage, in particular a DC output voltage, one output potential of which is applied to at least one of the workpieces to be coated and the other output potential of which is applied to at least one of the electrodes arranged in the immersion bath, wherein the power supply unit comprises at least one current control unit which moves, together with a workpiece associated with the current control unit, through at least one section of the electrodeposition coating installation and provides the output potential for the workpiece associated with the current control unit, and wherein the power supply unit comprises at least one contact rail (184, 185) to which the at least one current control unit is connectable, wherein the power supply unit comprises a rectifier circuit which generates from the AC input voltage an intermediate output voltage, one potential of which is applied to a contact rail to which the current control unit is connectable and the other potential of which is applied to the at least one electrode in the at least one immersion bath and/or to a further contact rail to which the at least one current control unit is connectable, wherein the rectifier circuit comprises a smoothing circuit for reducing the residual ripple of the intermediate output voltage, wherein the current control unit comprises a switching element which converts a switching element input voltage supplied to the switching element into a switching element output voltage clocked at a clock frequency, wherein the switching device comprises at least one field effect transistor and/or at least one IGBT, and wherein the current control unit comprises a smoothing circuit.
A computing device (102, 802) configured to display abstracted views of content in an electronic document based on navigating through pages of the electronic document, the computing device comprising: at least one processor; and at least one computer-readable storage media storing instructions that are executable by the at least one processor to: obtain authored content from an electronic document; semantically abstract the authored content to provide abstracted content representing the authored content, the abstracted content including a plurality of abstracted pages each representing a different section of the authored content; navigate through a display of the plurality of abstracted pages of the abstracted content based on a user input causing a rotation of a hinge of the computing device that initiates a rifling operation to scan through the electronic document; set a rifling speed of the rifling operation based on input associated with rotation of the hinge; and dynamically select a particular pre-computed level of granularity of abstraction based on the rifling speed. at least one processor; and at least one computer-readable storage media storing instructions that are executable by the at least one processor to: obtain authored content from an electronic document; semantically abstract the authored content to provide abstracted content representing the authored content, the abstracted content including a plurality of abstracted pages each representing a different section of the authored content; navigate through a display of the plurality of abstracted pages of the abstracted content based on a user input causing a rotation of a hinge of the computing device that initiates a rifling operation to scan through the electronic document; set a rifling speed of the rifling operation based on input associated with rotation of the hinge; and dynamically select a particular pre-computed level of granularity of abstraction based on the rifling speed. obtain authored content from an electronic document; semantically abstract the authored content to provide abstracted content representing the authored content, the abstracted content including a plurality of abstracted pages each representing a different section of the authored content; navigate through a display of the plurality of abstracted pages of the abstracted content based on a user input causing a rotation of a hinge of the computing device that initiates a rifling operation to scan through the electronic document; set a rifling speed of the rifling operation based on input associated with rotation of the hinge; and dynamically select a particular pre-computed level of granularity of abstraction based on the rifling speed.
Device for centring a metal screen inside a vacuum bulb, said bulb having a case with a substantially cylindrical shape closed by two end covers and containing two electrodes, respectively fixed and mobile, said centring device being intended to centre the screen with respect to the case before said screen is fastened to the case at high temperature, said device having at least one metal strip (12, 13) wound around the screen (6, 6a) and fastened thereto, said strip (12, 13) having a plurality of cutouts that form, after plastic deformation, tabs that are inclined with respect to the surface of the screen in the direction of the case, characterized in that said tabs are able, when the screen is introduced into the case of the bulb, to be subjected to first elastic flexing towards the screen (6, 6a) when they come into contact with the internal wall of the case (1, 1a), these same tabs then realizing first cold centring of said screen (6, 6a) by elastic return of the tabs in the direction of the case (1, 1a), these same tabs being able, during the operation of hot-fixing of said screen (6, 6a) to the case (1,1a), to be subjected to second flexing in the direction of the case beyond the first flexing realized during the abovementioned return, under the effect of the differential expansion between the case and the screen, so as to maintain the first centring realized, and to realize final hot-fixing of said screen.
A semiconductor structure processing method, wherein the method comprises: forming a mask layer on a substrate; etching the substrate based on the mask layer to form a semiconductor substrate and discrete feature portions having the mask layer on their top surfaces; ashing a semiconductor structure comprising the semiconductor substrate, the feature portions and the mask layer by using an oxygen-free first mixed gas or by using a second mixed gas which contains oxygen; removing the mask layer; cleaning the semiconductor structure after removing the mask layer and forming an oxide layer on surfaces of the feature portions during cleaning the semiconductor structure; drying the semiconductor structure, which comprises drying the surfaces of the feature portions by using isopropanol at a first temperature, and supplying deionized water at a second temperature to a back surface of the semiconductor substrate while drying the surfaces of the feature portions; and removing the oxide layer after drying the semiconductor structure, wherein during drying, one feature portion of at least one group of adjacent feature portions inclines towards another feature portion adjacent thereto, and a distance between said one inclined feature portion and the other feature portion adjacent thereto after drying is smaller than a distance therebetween before drying, performing a compensation treatment of the oxide layer after drying the semiconductor structure and before removing the oxide layer, such that a width of the feature portions is reduced while a thickness of the oxide layer is increased in a horizontal direction. forming a mask layer on a substrate; etching the substrate based on the mask layer to form a semiconductor substrate and discrete feature portions having the mask layer on their top surfaces; ashing a semiconductor structure comprising the semiconductor substrate, the feature portions and the mask layer by using an oxygen-free first mixed gas or by using a second mixed gas which contains oxygen; removing the mask layer; cleaning the semiconductor structure after removing the mask layer and forming an oxide layer on surfaces of the feature portions during cleaning the semiconductor structure; drying the semiconductor structure, which comprises drying the surfaces of the feature portions by using isopropanol at a first temperature, and supplying deionized water at a second temperature to a back surface of the semiconductor substrate while drying the surfaces of the feature portions; and removing the oxide layer after drying the semiconductor structure, wherein during drying, one feature portion of at least one group of adjacent feature portions inclines towards another feature portion adjacent thereto, and a distance between said one inclined feature portion and the other feature portion adjacent thereto after drying is smaller than a distance therebetween before drying, performing a compensation treatment of the oxide layer after drying the semiconductor structure and before removing the oxide layer, such that a width of the feature portions is reduced while a thickness of the oxide layer is increased in a horizontal direction.
Sprocket wheel, comprising a metal hub element, wherein at least an outer peripheral portion of the hub element is provided with a plastic rim portion having teeth, wherein the hub element is provided with tooth elements extending into the teeth of the rim portion.
A device for the preparation and charging of starting materials for a glass furnace, comprising: ∘ a means for carrying out a mixing of starting material powder and of liquid water, producing a moistened mass of starting material powder, said means comprising a tank provided with a stirring means, with an inlet for the starting material powder, with a feed of liquid water and/or of steam and with an outlet for the moistened mass of starting material powder, ∘ a system for carrying out a mixing of cullet with the moistened mass of starting material powder which has exited from the tank, in order to produce a mixture of starting material and of cullet, known as SM/C mixture, ∘ a starting material preheater in which the SM/C mixture circulates and is heated and dried in order to produce a mass to be charged, then ∘ a system for charging the glass furnace with the mass to be charged. ∘ a means for carrying out a mixing of starting material powder and of liquid water, producing a moistened mass of starting material powder, said means comprising a tank provided with a stirring means, with an inlet for the starting material powder, with a feed of liquid water and/or of steam and with an outlet for the moistened mass of starting material powder, ∘ a system for carrying out a mixing of cullet with the moistened mass of starting material powder which has exited from the tank, in order to produce a mixture of starting material and of cullet, known as SM/C mixture, ∘ a starting material preheater in which the SM/C mixture circulates and is heated and dried in order to produce a mass to be charged, then ∘ a system for charging the glass furnace with the mass to be charged.