mhurhangee/ep-ind-claims huggingface dataset:
Habitable volume, characterized in that it comprises a through-space extending in a longitudinal direction from a first exterior wall to an opposite second exterior wall, delineating the habitable volume into two lateral parts, right and left, a first lateral part comprising at least one wet room and a kitchen, and the other second lateral part comprising at least one transverse partition that is mobile in the longitudinal direction so as to modify the configuration of the habitable volume.
A method of processing High Dynamic Range, HDR, video data, the method comprising: receiving one or more syntax elements that contain information specifying how to determine parameters for performing an inverse dynamic range adjustment process, wherein the one or more parameters comprise one or more of a range parameter, a scale parameter, or an offset parameter, wherein receiving the one or more syntax elements comprises receiving the one or more syntax elements in one or more syntax structures, and wherein the information includes a minimum value and a maximum value for one or more color components and one or more of a first number of fractional bits used for determining a range parameter, a second number of fractional bits used for determining a scale parameter, and a third number of fractional bits used for determining an offset parameter; determining the one or more parameters based on the minimum value and the maximum value for the one or more color components and based on the first, second and third number of fractional bits; decoding video data; and performing the inverse dynamic range adjustment process on the decoded video data using fixed-point computing in accordance with the one or more parameters. receiving one or more syntax elements that contain information specifying how to determine parameters for performing an inverse dynamic range adjustment process, wherein the one or more parameters comprise one or more of a range parameter, a scale parameter, or an offset parameter, wherein receiving the one or more syntax elements comprises receiving the one or more syntax elements in one or more syntax structures, and wherein the information includes a minimum value and a maximum value for one or more color components and one or more of a first number of fractional bits used for determining a range parameter, a second number of fractional bits used for determining a scale parameter, and a third number of fractional bits used for determining an offset parameter; determining the one or more parameters based on the minimum value and the maximum value for the one or more color components and based on the first, second and third number of fractional bits; decoding video data; and performing the inverse dynamic range adjustment process on the decoded video data using fixed-point computing in accordance with the one or more parameters.
A developing cartridge comprising: a casing configured to accommodate therein developer; a developer-carrying member configured to rotate about a rotational axis extending in an axial direction and carry the developer thereon; a supply member configured to supply the developer to the developer-carrying member; a developing electrode configured to be electrically connected to the developer-carrying member, and configured to contact an external developing electrode; a supply electrode configured to be electrically connected to the supply member and arranged to confront the developing electrode in the axial direction with a gap therebetween, and configured to contact an external supply electrode; and an insulating member insulating the developing electrode and the supply electrode from each other and arranged between the developing electrode and the supply electrode in the axial direction; the insulating member functions as a bearing member configured to rotatably support at least one of the developer-carrying member and the supply member. a casing configured to accommodate therein developer; a developer-carrying member configured to rotate about a rotational axis extending in an axial direction and carry the developer thereon; a supply member configured to supply the developer to the developer-carrying member; a developing electrode configured to be electrically connected to the developer-carrying member, and configured to contact an external developing electrode; a supply electrode configured to be electrically connected to the supply member and arranged to confront the developing electrode in the axial direction with a gap therebetween, and configured to contact an external supply electrode; and an insulating member insulating the developing electrode and the supply electrode from each other and arranged between the developing electrode and the supply electrode in the axial direction; the insulating member functions as a bearing member configured to rotatably support at least one of the developer-carrying member and the supply member.
A device comprising - a component and - an encapsulation arrangement for the encapsulation of the component with respect to moisture and/or oxygen, wherein - the encapsulation arrangement has a first layer and thereabove a second layer on at least one surface of the component, - the first layer and the second layer each comprise an inorganic material, - the first layer is arranged directly on the component, and - the second layer is arranged directly on the first layer, - a protective layer comprising plastics is arranged on the second layer and/or the component has a covering in the form of a glass film or glass plate on a substrate and the encapsulation arrangement is arranged between the covering and the substrate, - the first layer and the second layer each have a volume structure, and - the volume structure of the second layer is independent of the volume structure of the first layer, - the second layer is amorphous, and characterized in that - the first layer has a crystalline and/or polycrystalline volume structure and comprises a layer sequence composed of at least two layers comprising different materials, wherein the at least two layers comprising different materials comprise a layer comprising an oxide and a layer comprising a nitride. - a component and - an encapsulation arrangement for the encapsulation of the component with respect to moisture and/or oxygen, wherein - the encapsulation arrangement has a first layer and thereabove a second layer on at least one surface of the component, - the first layer and the second layer each comprise an inorganic material, - the first layer is arranged directly on the component, and - the second layer is arranged directly on the first layer, - a protective layer comprising plastics is arranged on the second layer and/or the component has a covering in the form of a glass film or glass plate on a substrate and the encapsulation arrangement is arranged between the covering and the substrate, - the first layer and the second layer each have a volume structure, and - the volume structure of the second layer is independent of the volume structure of the first layer, - the second layer is amorphous, and characterized in that - the first layer has a crystalline and/or polycrystalline volume structure and comprises a layer sequence composed of at least two layers comprising different materials, wherein the at least two layers comprising different materials comprise a layer comprising an oxide and a layer comprising a nitride.
A method for producing butter in a churning machine which has at least one inlet, a churning cylinder with a rotatable beater, which is operated with a driving power via a beater drive, and an outlet, wherein supplied cream is converted in the churning cylinder into butter grains and buttermilk, a) wherein at least one characteristic value of the cream is measured or predetermined, characterized in that b) an actual value of the current driving power of the beater is detected, and c) a setpoint value of the driving power of the beater is determined as a function of the characteristic value measured or predetermined in step a) and the beater drive is adjusted to said setpoint value, d) wherein the fat content of the cream and/or the temperature of the cream are used as characteristic values. a) wherein at least one characteristic value of the cream is measured or predetermined, characterized in that b) an actual value of the current driving power of the beater is detected, and c) a setpoint value of the driving power of the beater is determined as a function of the characteristic value measured or predetermined in step a) and the beater drive is adjusted to said setpoint value, d) wherein the fat content of the cream and/or the temperature of the cream are used as characteristic values.
An infrared, IR, touchscreen system, comprising: a touch area; at least one transmitter (152, 154) positioned proximate to outer edges of the touch area for transmitting first beams in a first direction; at least one beam splitter (162, 164) positioned proximate to the outer edges of the touch area and configured to split the first beams into at least second (170, 176) and third (172, 174) beams traveling through the touch area in at least second and third directions, respectively, the second and third directions being different from each other; and receivers (158, 160) positioned proximate to the outer edges of the touch area for receiving the at least second and third beams; wherein the at least one transmitter is an IR transmitter and the receivers are IR receivers, wherein the at least one beam splitter (162, 164) comprises a plurality of deflecting elements (169, 522), characterised in that the touchscreen system is for detecting multiple touches, and in that the second direction (170, 176) is along one of an X and Y direction of the touch area and the third direction (172, 174) is diagonal relative to the second direction. a touch area; at least one transmitter (152, 154) positioned proximate to outer edges of the touch area for transmitting first beams in a first direction; at least one beam splitter (162, 164) positioned proximate to the outer edges of the touch area and configured to split the first beams into at least second (170, 176) and third (172, 174) beams traveling through the touch area in at least second and third directions, respectively, the second and third directions being different from each other; and receivers (158, 160) positioned proximate to the outer edges of the touch area for receiving the at least second and third beams; wherein the at least one transmitter is an IR transmitter and the receivers are IR receivers, wherein the at least one beam splitter (162, 164) comprises a plurality of deflecting elements (169, 522), characterised in that the touchscreen system is for detecting multiple touches, and in that the second direction (170, 176) is along one of an X and Y direction of the touch area and the third direction (172, 174) is diagonal relative to the second direction.
A method comprising: receiving, by a first base station from a second base station, a request for a context of a wireless device, wherein the request comprises assistance information for a small data transmission, SDT, procedure of the wireless device in a radio resource control, RRC, inactive state, the assistance information indicating whether: no further data associated with the SDT procedure is expected; or further data associated with the SDT procedure is expected; and sending, by the first base station to the wireless device in the RRC inactive state via the second base station, downlink data associated with the SDT procedure. receiving, by a first base station from a second base station, a request for a context of a wireless device, wherein the request comprises assistance information for a small data transmission, SDT, procedure of the wireless device in a radio resource control, RRC, inactive state, the assistance information indicating whether: no further data associated with the SDT procedure is expected; or further data associated with the SDT procedure is expected; and no further data associated with the SDT procedure is expected; or further data associated with the SDT procedure is expected; and sending, by the first base station to the wireless device in the RRC inactive state via the second base station, downlink data associated with the SDT procedure.
A motor vehicle with wheels comprising at least two axles (2,3,4) each comprising two drive power transmission shafts (9g,9d,10g,10d,11g,11d) connected to wheels by a first of their ends, each shaft (9g,9d,10g,10d,11g,11d) comprising at least one rotation direction reversing mechanism (12g,12d,13g,13d,14g,14d), the mechanism (12g,12d,13g,13d,14g,14d) comprising a planetary gear train, characterized in that the planetary gear train has a ring gear integral with a wheel, a sun gear integral with a shaft, a planet carrier and planet gears meshing with the sun gear and the ring gear, the mechanism (12g,12d,13g,13d,14g,14d) comprising at least one ring dogging means capable of engaging or disengaging the planet carrier and the sun gear and of engaging or disengaging the planet carrier with/from a fixed part of the vehicle, the reversing mechanism (12g,12d,13g,13d,14g,14d) comprising a control means operating the ring dogging.
Electrical installation comprising - an electrical operating circuit comprising electrical consumers, such as luminars, - an electrical excitation circuit, comprising push buttons mounted in parallel; - a central apparatus, capable of being driven by the electrical excitation circuit and capable of driving the electrical operating circuit, of timer, remote-control switch, dimmer type, the electrical installation further comprising at least one control device which is capable of driving the central apparatus by closing the electrical excitation circuit, the latter comprising push buttons with which said control device is wired in parallel, said central apparatus, of timer, dimmer or remote-control switch type, is capable of controlling in turn the operating circuit comprising electrical consumers, the control device comprising an electrical switching means for closing the electrical excitation circuit and having electrical poles for its electrical power supply and for mounting it in the electrical excitation circuit in parallel with the push buttons, the switching means being mounted electrically in parallel with the push buttons so as to draw from the electrical excitation circuit the electrical energy necessary to its operation, the switching means comprising, on the one hand, for closing the electrical excitation circuit, a controlled electrical switch, such as a relay or at least one semiconductor, and, on the other hand, a processing unit, the switching means capable of drawing electrical energy from the electrical excitation circuit from the electrical poles and through a first electrical power supply that it comprises, connected to said poles and capable of generating a direct voltage suited to the processing unit, this first electrical power supply serving in particular to power the processing unit and the receiver, characterized in that the control device is provided with a wireless signal receiver to be able to be driven wirelessly, in that the processing unit is capable of communicating with the receiver and of driving the electrical switch on the basis of a close command received by said receiver and in that the switching means is capable of drawing electrical energy from the electrical excitation circuit from the electrical poles and through a second electrical power supply that it comprises, placed downstream of the electrical switch and capable of generating electricity suited to the processing unit when said switch is closed. - an electrical operating circuit comprising electrical consumers, such as luminars, - an electrical excitation circuit, comprising push buttons mounted in parallel; - a central apparatus, capable of being driven by the electrical excitation circuit and capable of driving the electrical operating circuit, of timer, remote-control switch, dimmer type,
The use of a phospholipase A in the production of a cake to enable reduction of the amount of eggs and fat used in the recipe, wherein the cake is a shortened cake or a foam cake wherein the amount of eggs is reduced with at least 5% w/w, and wherein the amount of fat is reduced with at least 10% w/w.
A method of accessing a wireless communication system comprising: a base station in the system broadcasting system information specifying access parameters for gaining access to the system; a device which needs access to the system deciding whether to use a stored configuration of the access parameters for an access request, and if so, transmitting the access request to the base station on the basis of the stored configuration; characterised by: the device providing to the base station an indication of use of the stored configuration; and the base station deciding whether or not to accept the access request taking into account said indication. a base station in the system broadcasting system information specifying access parameters for gaining access to the system; a device which needs access to the system deciding whether to use a stored configuration of the access parameters for an access request, and if so, transmitting the access request to the base station on the basis of the stored configuration; characterised by: the device providing to the base station an indication of use of the stored configuration; and the base station deciding whether or not to accept the access request taking into account said indication.
A method for developing and extracting biological trace evidence, is characterized in that, the method comprises following steps: using a biological fluorescent development reagent to process a porous carrier so as to develop biological trace evidence on the porous carrier, wherein a raw material formulation of the biological fluorescent development reagent is, in percent by weight: 0.01% - 0.5% of indanedione, 4% - 10% of ethyl acetate, 0.5% - 1.5% of glycerol, 5% - 15.5% of pure alcohol, and 73.5% - 90% of petroleum ether; extracting the biological trace evidence to obtain DNA information of the biological trace evidence. using a biological fluorescent development reagent to process a porous carrier so as to develop biological trace evidence on the porous carrier, wherein a raw material formulation of the biological fluorescent development reagent is, in percent by weight: 0.01% - 0.5% of indanedione, 4% - 10% of ethyl acetate, 0.5% - 1.5% of glycerol, 5% - 15.5% of pure alcohol, and 73.5% - 90% of petroleum ether; extracting the biological trace evidence to obtain DNA information of the biological trace evidence.
Noise reduction device for installation on a traffic route, comprising at least one base element and at least one wall element, the base element having a top face and a bottom face, and the wall element being disposed on the top face of the base element, characterised in that the bottom face of the base element is inclined at an angle relative to the horizontal.
A multi-stage aeration apparatus, comprising: at least three vertically oriented aeration modules comprising a first aeration module adapted to receive a gas and liquid mixture from a gas and liquid source (34, 36) and two or more underlying aeration modules, each aeration module defining a vertically elongated aeration chamber having a top inlet and a bottom outlet, the bottom outlet of each of the aeration modules arranged to feed a fluid stream comprising liquid and gas into the top inlet of an underlying one of the aeration modules, each aeration module having an aeration head connected to the top inlet such that the fluid stream passing through the top inlet into the aeration chamber must pass through the aeration head, characterized in that one or more underlying aeration modules further comprises a supplemental gas inlet that is arranged to inject supplemental gas into the aeration chamber above an aeration head, the aeration head aerating the liquid with the gas in the fluid stream and the aeration head downstream of each supplemental gas inlet further aerating the liquid with the supplemental gas.
A power supply circuit comprising: a switching regulator configured to drop a battery voltage (BATT) to a first specific voltage; a series regulator including a first switching element and a capacitor connected between an output stage of the first switching element and a constant current source, the series regulator being configured to (i) drop the first specific voltage to a second specific voltage, and (ii) output the second specific voltage; and a control circuit configured to adjust an amount of electric charge to be accumulated in the capacitor by controlling a second switching element provided between the capacitor and the constant current source according to a voltage value of the first specific voltage, wherein, when the voltage value of the input voltage is less than a given threshold, the second switching element is switched to the ON state and the electric charge flowing from the constant current source is accumulated in the capacitor, and when the voltage value of the input voltage is equal to or more than the given threshold, the second switching element is switched to the OFF state and the electric charge flowing from the constant current source does not flow into the capacitor. a switching regulator configured to drop a battery voltage (BATT) to a first specific voltage; a series regulator including a first switching element and a capacitor connected between an output stage of the first switching element and a constant current source, the series regulator being configured to (i) drop the first specific voltage to a second specific voltage, and (ii) output the second specific voltage; and a control circuit configured to adjust an amount of electric charge to be accumulated in the capacitor by controlling a second switching element provided between the capacitor and the constant current source according to a voltage value of the first specific voltage, wherein, when the voltage value of the input voltage is less than a given threshold, the second switching element is switched to the ON state and the electric charge flowing from the constant current source is accumulated in the capacitor, and when the voltage value of the input voltage is equal to or more than the given threshold, the second switching element is switched to the OFF state and the electric charge flowing from the constant current source does not flow into the capacitor.
Auxiliary device attached to a drilling machine, comprising a camera aligned in the working direction for recording an image of a working surface and of a hole produced in a workpiece by the drilling machine, an image processing device for identifying the drill hole in the image, an evaluation device that determines the distance of the camera from the drill hole as a measurement for the distance from the drilling machine to the workpiece based on the distance from the drill hole to a reference point in the image, and a display device for displaying the determined distance.