mhurhangee/ep-ind-claims huggingface dataset:
A system (100, 500, 700) comprising: a first chuck (104a, 508a) configured to support a first substantially planar mold having a first mold surface during use of the system (100, 500, 700); a second chuck (104b; 508b) configured to support a second substantially planar mold having a second mold surface during use of the system (100; 500; 700), the second chuck (104b; 508b) comprising a least a portion adjacent the second mold that is substantially transparent to one or more wavelengths of radiation suitable for photocuring a photocurable material; an actuable stage (102; 506a; 602) coupled to the first chuck (104a; 508a) and/or the second chuck (104b; 508b), wherein the actuable stage (102; 506a; 602) is configured, during use of the system (100; 500; 700), to position the first chuck (104a; 508a) and/or the second chuck (104b; 508b) so that the first and second mold surfaces (206a, 206b) face each other and are separated by a gap; a sensor arrangement for obtaining measurement information indicative of a pressure applied at each of at least three spacers disposed at different locations between the first and second chucks (104a, 104b; 508a, 508b) during use of the system (100; 500; 700); and a control module (112; 550) communicatively coupled to the actuable stage (102; 506a; 602), wherein the control module (112; 550) is configured, during use of the system (100; 500; 700), to receive the measurement information and to control the gap between the first and second mold surfaces (206a, 206b) based on the received measurement information. a first chuck (104a, 508a) configured to support a first substantially planar mold having a first mold surface during use of the system (100, 500, 700); a second chuck (104b; 508b) configured to support a second substantially planar mold having a second mold surface during use of the system (100; 500; 700), the second chuck (104b; 508b) comprising a least a portion adjacent the second mold that is substantially transparent to one or more wavelengths of radiation suitable for photocuring a photocurable material; an actuable stage (102; 506a; 602) coupled to the first chuck (104a; 508a) and/or the second chuck (104b; 508b), wherein the actuable stage (102; 506a; 602) is configured, during use of the system (100; 500; 700), to position the first chuck (104a; 508a) and/or the second chuck (104b; 508b) so that the first and second mold surfaces (206a, 206b) face each other and are separated by a gap; a sensor arrangement for obtaining measurement information indicative of a pressure applied at each of at least three spacers disposed at different locations between the first and second chucks (104a, 104b; 508a, 508b) during use of the system (100; 500; 700); and a control module (112; 550) communicatively coupled to the actuable stage (102; 506a; 602), wherein the control module (112; 550) is configured, during use of the system (100; 500; 700), to receive the measurement information and to control the gap between the first and second mold surfaces (206a, 206b) based on the received measurement information.
A cylinder liner for insert casting used in a cylinder block, with a film formed on an outer circumferential surface of the cylinder liner, wherein the film consists of a material that reduces the adhesion between the cylinder liner and the cylinder block so that gaps are formed between the cylinder block and the cylinder liner and characterized in that the film is provided only in an area from a middle portion to a lower end of the cylinder liner with respect to an axial direction of the cylinder liner, wherein the lower end is located at a portion opposite to a combustion chamber of an engine.
A multi-layer floor covering comprising, from the base to the top of the covering: - a back layer A, - a decorative layer B, - a surface layer C, wherein: the decorative layer B being advantageously in the form of a printed substrate or an ink layer printed on the back layer A or on the back of the surface layer C, the surface layer C comprising: * a polymer matrix comprising polyvinyl chloride, and * a mineral filler comprising hydrotalcite, the hydrotalcite being used as a flame retardant and representing at least 3%, preferably at least 5%, relative to the weight of the surface layer C. - a back layer A, - a decorative layer B, - a surface layer C, the decorative layer B being advantageously in the form of a printed substrate or an ink layer printed on the back layer A or on the back of the surface layer C, the surface layer C comprising: * a polymer matrix comprising polyvinyl chloride, and * a mineral filler comprising hydrotalcite, the hydrotalcite being used as a flame retardant and representing at least 3%, preferably at least 5%, relative to the weight of the surface layer C. * a polymer matrix comprising polyvinyl chloride, and * a mineral filler comprising hydrotalcite, the hydrotalcite being used as a flame retardant and representing at least 3%, preferably at least 5%, relative to the weight of the surface layer C.
A clamp arrangement for an underwater power generating system which includes a power generation unit and a support structure, the power generation unit having a mounting portion which is releasably engageable with a support portion of the support structure, the clamp arrangement for clamping the mounting portion to the support portion, and having an open position in which the mounting portion is removable from the support portion, a closed position in which the mounting portion is fixed relative to the support portion, and a bearing position in which the mounting portion is rotatable relative to the support portion and is not removable from the support portion, the clamp arrangement comprising: first and second clamp portions (34, 38), and actuation means arranged between the first and second clamp portions, and operable to move the first and second clamp portions between the open position, the bearing position and the closed position of the clamp arrangement, wherein the actuation means comprises a first drive unit operable to move the first and second clamp portions between the open position, the bearing position and the closed position of the clamp arrangement, a spring unit arranged to provide a clamping load on the first and second clamp portions, characterised in that the actuation means comprises a second drive unit operable to reduce the clamping load during operation of the first drive unit. first and second clamp portions (34, 38), and actuation means arranged between the first and second clamp portions, and operable to move the first and second clamp portions between the open position, the bearing position and the closed position of the clamp arrangement, wherein the actuation means comprises a first drive unit operable to move the first and second clamp portions between the open position, the bearing position and the closed position of the clamp arrangement, a spring unit arranged to provide a clamping load on the first and second clamp portions, characterised in that the actuation means comprises a second drive unit operable to reduce the clamping load during operation of the first drive unit.
A method for making at least partially crystalline thin films, the method comprising: introducing a plurality of crystalline nanoparticles to a polymeric substrate; depositing a thin film of amorphous material on at least a portion of the plurality of crystalline nanoparticles; and applying heat less than an amount capable of causing a chemical, melting, or structural change of the substrate to induce crystallization of at least a portion of the thin film amorphous material, wherein the heat applied is below 250 °C, the plurality of crystalline nanoparticles acting to seed crystallization of the thin film of amorphous material, wherein the introducing of the plurality of crystalline nanoparticles provides on at least a portion of the polymeric substrate an ordered arrangement of at least a portion of the plurality of crystalline nanoparticles. introducing a plurality of crystalline nanoparticles to a polymeric substrate; depositing a thin film of amorphous material on at least a portion of the plurality of crystalline nanoparticles; and applying heat less than an amount capable of causing a chemical, melting, or structural change of the substrate to induce crystallization of at least a portion of the thin film amorphous material, wherein the heat applied is below 250 °C, the plurality of crystalline nanoparticles acting to seed crystallization of the thin film of amorphous material, wherein the introducing of the plurality of crystalline nanoparticles provides on at least a portion of the polymeric substrate an ordered arrangement of at least a portion of the plurality of crystalline nanoparticles.
A method, comprising: at an electronic device with one or more processors, a display, and memory: receiving a first input including activation of a displayed user-interactive graphical user interface object, wherein the displayed user-interactive graphical user interface object is displayed on the display; determining attributes associated with the user-interactive graphical user interface object, the attributes including a verb or phrase used to trigger functionality corresponding to the activated user-interactive graphical user interface object; prioritizing the attributes based on past interactions, device history or device location; determining, based on at least one attribute, a domain associated with the displayed user-interactive graphical user interface object; receiving a second input including user speech; determining a user intent based on the domain and the user speech; determining whether the user intent includes a command based on the user speech and the displayed user-interactive graphical user interface object; and in accordance with a determination that the user intent includes the command based on the user speech and the displayed user-interactive graphical user interface object, performing a task in furtherance of the command. receiving a first input including activation of a displayed user-interactive graphical user interface object, wherein the displayed user-interactive graphical user interface object is displayed on the display; determining attributes associated with the user-interactive graphical user interface object, the attributes including a verb or phrase used to trigger functionality corresponding to the activated user-interactive graphical user interface object; prioritizing the attributes based on past interactions, device history or device location; determining, based on at least one attribute, a domain associated with the displayed user-interactive graphical user interface object; receiving a second input including user speech; determining a user intent based on the domain and the user speech; determining whether the user intent includes a command based on the user speech and the displayed user-interactive graphical user interface object; and in accordance with a determination that the user intent includes the command based on the user speech and the displayed user-interactive graphical user interface object, performing a task in furtherance of the command.
A method of discriminating between separated flow, laminar flow and turbulent flow of a fluid at a predetermined location, comprising: producing an electrical analogue signal representative of flow rate at each of a plurality of neighbouring positions at said location, assessing the correlation of said analogue signal at a first one of said positions with said analogue signal at a second one of said positions; the method being characterised by the steps of: calculating a value indicative of the intermittency of each analogue signal; determining whether the flow at the predetermined location is laminar, turbulent or separated using said correlation and said value indicative of intermittency. producing an electrical analogue signal representative of flow rate at each of a plurality of neighbouring positions at said location, assessing the correlation of said analogue signal at a first one of said positions with said analogue signal at a second one of said positions; the method being characterised by the steps of: calculating a value indicative of the intermittency of each analogue signal; determining whether the flow at the predetermined location is laminar, turbulent or separated using said correlation and said value indicative of intermittency. calculating a value indicative of the intermittency of each analogue signal; determining whether the flow at the predetermined location is laminar, turbulent or separated using said correlation and said value indicative of intermittency.
Mobile suction device, in particular building site or workshop suction device, having a suction device housing in which is mounted a suction unit for generating a suction flow, wherein the suction device housing has a suction inlet for the connection of a suction line, and a filter assembly together with a dirt collecting chamber are located in the suction device housing in front of the suction unit, wherein the suction device housing is designed for the stacking on its top of a container (400, 450) along a stacking direction, wherein the suction device includes a container top unit which may be fitted on the top of the suction device housing in the stacking direction, and wherein the suction device housing has, in the area of the top of the suction device housing, first coupling means, and the container top unit has second coupling means interacting with the first coupling means of the suction device housing for tension-resistant coupling of the suction device housing in the stacking direction, characterised in that the container top unit has connection means to make a connection with at least one vacuum cleaner connection provided on the suction device housing.
A blade attaching and detaching method for a wind turbine which includes at least one blade, a hub to which the blade is attachable, a nacelle supporting the hub to be freely rotatable, and a tower to which the nacelle is mounted at an upper end of the tower, the blade attaching and detaching method comprising: a holding step of holding the blade, in a state where the blade is being suspended so that a blade root portion of the blade is facing upward, at a first attitude in which a blade length direction of the blade is inclined with respect to a vertical direction, by receiving support load in a horizontal direction applied from the blade by a plurality of supports (50,51,52) at positions varied from one another in the blade length direction of the blade; an attaching/detaching step of attaching or detaching the blade with respect to a blade attachment portion positioned at a lower part of the hub in a substantially vertical direction, the blade being held at the first attitude; an attitude adjusting step of adjusting an attitude of the blade between the first attitude and a second attitude in which an angle between the blade length direction of the blade and the vertical direction is different from that in the first attitude, by changing a supporting position in the horizontal direction of at least one of the plurality of supports (50,51,52); and a lifting/lowering step of lifting or lowering the blade along the tower using a lifting mechanism including a winch or a crane; the method being characterized in that the plurality of supports include a first support disposed on the blade attachment portion so as to contact at least a part of the blade root portion of the blade, and in that, in the holding step, the first support receives the support load in the horizontal direction applied from the blade root portion of the blade. a holding step of holding the blade, in a state where the blade is being suspended so that a blade root portion of the blade is facing upward, at a first attitude in which a blade length direction of the blade is inclined with respect to a vertical direction, by receiving support load in a horizontal direction applied from the blade by a plurality of supports (50,51,52) at positions varied from one another in the blade length direction of the blade; an attaching/detaching step of attaching or detaching the blade with respect to a blade attachment portion positioned at a lower part of the hub in a substantially vertical direction, the blade being held at the first attitude; an attitude adjusting step of adjusting an attitude of the blade between the first attitude and a second attitude in which an angle between the blade length direction of the blade and the vertical direction is different from that in the first attitude, by changing a supporting position in the horizontal direction of at least one of the plurality of supports (50,51,52); and a lifting/lowering step of lifting or lowering the blade along the tower using a lifting mechanism including a winch or a crane;
Method for calibrating a gas chromatograph, which comprises a dosing device, a separating device, a detector device and an evaluation device, which are arranged and embodied to dose a sample of a mixture of materials to be analysed, to route the dosed sample in order to separate components contained in the mixture of materials by means of the separating device, to detect selected separated components at the end thereof and to quantitatively determine their concentrations in the mixture of materials on the basis of detector responses supplied by the detector device and response factors (RF, RRF) stored in the evaluation device, wherein the determination of the concentration of at least one first component of the mixture of materials is carried out as a function of the detector response to this component, the determined or known concentration of a second component of the mixture of materials and a relative response factor, - wherein with the calibration one or more samples of one or more calibration mixtures (21, 22), which contain the components in known concentrations, is analysed in the gaschromatograph and the relative response factors are determined on the basis of the obtained detector responses and the known concentrations and are stored in the evaluation device, characterised in that - with the calibration, the determined relative response factors in the evaluation device are compared with universal relative response factors (uRRF) typical of the detector device, and - that an error message is generated and output by the evaluation device, if the relative response factors determined during the calibration deviate beyond a predetermined degree from the universal relative response factors (uRRF), wherein the universal relative response factors (uRRF) are unchangeable. - wherein with the calibration one or more samples of one or more calibration mixtures (21, 22), which contain the components in known concentrations, is analysed in the gaschromatograph and the relative response factors are determined on the basis of the obtained detector responses and the known concentrations and are stored in the evaluation device, - with the calibration, the determined relative response factors in the evaluation device are compared with universal relative response factors (uRRF) typical of the detector device, and - that an error message is generated and output by the evaluation device, if the relative response factors determined during the calibration deviate beyond a predetermined degree from the universal relative response factors (uRRF),
A motor driving apparatus, comprising: an inverter having a plurality of switching elements, and configured to output alternating current, AC, power to a motor based on a switching operation; a switching device, disposed between the inverter and the motor, configured to switch windings of the motor to a first connection or a second connection; an output current detector configured to detect an output current output from the inverter; and a controller (170, 430) configured to control the inverter and the switching device, characterized in that in a switching device check mode, an output current at a first level is output from the inverter during a first period in a state in which the windings of the motor are connected in the first connection by an operation of the switching device, and the output current at the first level is output from the inverter during a second period after the first period in a state in which the windings of the motor are connected in the second connection by the operation of the switching device, wherein based on a winding resistance of the motor in the first connection and a winding resistance of the motor in the second connection, the controller (170, 430) is configured to determine whether the switching device operates abnormally. an inverter having a plurality of switching elements, and configured to output alternating current, AC, power to a motor based on a switching operation; a switching device, disposed between the inverter and the motor, configured to switch windings of the motor to a first connection or a second connection; an output current detector configured to detect an output current output from the inverter; and a controller (170, 430) configured to control the inverter and the switching device, characterized in that in a switching device check mode, an output current at a first level is output from the inverter during a first period in a state in which the windings of the motor are connected in the first connection by an operation of the switching device, and the output current at the first level is output from the inverter during a second period after the first period in a state in which the windings of the motor are connected in the second connection by the operation of the switching device, wherein based on a winding resistance of the motor in the first connection and a winding resistance of the motor in the second connection, the controller (170, 430) is configured to determine whether the switching device operates abnormally.
A peeling composition, comprising - salt - olive oil - pumpkin seed oil, wherein from 2 to 8 weight parts of oil are contained per 10 weight parts of salt. - salt - olive oil - pumpkin seed oil,
A compound of formula I where: R 1 is hydrogen, halo, C 1-6 alkyl, C 1-6 haloalkyl, alkoxy or haloalkoxy; X is alkylene or alkenylene with 0-4 substituents selected from halo, C 1-6 alkyl, C 1-6 haloalkyl hydroxy, alkoxy, haloalkoxy, and (C 3-7)-spirocycloalkyl; and Y is O, piperazinyl, or morpholinyl; or a pharmaceutically acceptable salt thereof. R 1 is hydrogen, halo, C 1-6 alkyl, C 1-6 haloalkyl, alkoxy or haloalkoxy; X is alkylene or alkenylene with 0-4 substituents selected from halo, C 1-6 alkyl, C 1-6 haloalkyl hydroxy, alkoxy, haloalkoxy, and (C 3-7)-spirocycloalkyl; and Y is O, piperazinyl, or morpholinyl; or a pharmaceutically acceptable salt thereof.
Two-part double syringe or double cartridge having associated containers (44, 45; 63, 64; 144, 145) with respective outlets (47, 48; 147, 148), of which at least one is isolated and connected to the other container by connecting means, wherein the connecting means comprise a unit consisting of at least one container receptacle (54, 55), a support wall (56, 65), and a retaining flange, the support wall (56, 65) having at least one recess (58, 59; 66) for receiving at least one of the container outlets (47, 48; 147, 148) and each container receptacle having a guiding sleeve (60, 61), and the outlet side being configured as a fastening area (16, 17) for the attachment of a mixer or accessory, characterised in that each container outlet (47, 48; 147, 148) is sealed by an individual plug (19, 20; 71) and the two plugs are secured by means of a common closure cap (31, 77), the plugs and the closure cap comprising means (68, 70; 74, 75, 76) for withdrawing both plugs simultaneously when the closure cap is removed.