mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting an error in the actual position of an axle of a machine for handling and/or processing plastifiable materials, in particular an injection moulding machine, said method comprising the following steps: - providing at least one model of the axle, comprising at least one model parameter, characterised by the steps of: - detecting at least one model input measurement variable and at least one model output measurement variable of the axle, - estimating the at least one model parameter of the at least one model, - simulating at least one expected measurement variable by means of the estimated model parameter of the model and the detected at least one model input measurement variable, - comparing the deviation of the expected measurement variable from the detected at least one model output measurement variable with at least one threshold, and - if the threshold is exceeded, carrying out at least one action. - providing at least one model of the axle, comprising at least one model parameter, characterised by the steps of: - detecting at least one model input measurement variable and at least one model output measurement variable of the axle, - estimating the at least one model parameter of the at least one model, - simulating at least one expected measurement variable by means of the estimated model parameter of the model and the detected at least one model input measurement variable, - comparing the deviation of the expected measurement variable from the detected at least one model output measurement variable with at least one threshold, and - if the threshold is exceeded, carrying out at least one action. - detecting at least one model input measurement variable and at least one model output measurement variable of the axle, - estimating the at least one model parameter of the at least one model, - simulating at least one expected measurement variable by means of the estimated model parameter of the model and the detected at least one model input measurement variable, - comparing the deviation of the expected measurement variable from the detected at least one model output measurement variable with at least one threshold, and - if the threshold is exceeded, carrying out at least one action.
A process for preparing a non-oily aqueous-based solution comprising: a) from 10 to 50 weight percent witch hazel; b) from 0.01 to 2 weight percent of ethoxylated shea butter; and c) from 0.01 to 0.20 weight percent of vitamin E acetate; wherein the weight percent is based on a total weight of said solution, for use in a wet wipe, wherein said process comprises the steps of: a) preparing a side-phase by i) melting the ethoxylated shea butter at 50 degrees C in a side-phase mixing vessel; ii) adding the vitamin E acetate to the side-phase mixing vessel; and iii) dissolving the vitamin E acetate in the ethoxylated shea butter with mixing; b) adding this side-phase to a main batch at about 25 degrees C with vigorous mixing; and c) mixing at 25 degrees C for approximately 15 minutes. a) from 10 to 50 weight percent witch hazel; b) from 0.01 to 2 weight percent of ethoxylated shea butter; and c) from 0.01 to 0.20 weight percent of vitamin E acetate; a) preparing a side-phase by i) melting the ethoxylated shea butter at 50 degrees C in a side-phase mixing vessel; ii) adding the vitamin E acetate to the side-phase mixing vessel; and iii) dissolving the vitamin E acetate in the ethoxylated shea butter with mixing; i) melting the ethoxylated shea butter at 50 degrees C in a side-phase mixing vessel; ii) adding the vitamin E acetate to the side-phase mixing vessel; and iii) dissolving the vitamin E acetate in the ethoxylated shea butter with mixing; b) adding this side-phase to a main batch at about 25 degrees C with vigorous mixing; and c) mixing at 25 degrees C for approximately 15 minutes.
A printed circuit board with a chip package component mounted thereon, wherein the chip package component comprises a module board and the printed circuit board comprises an interface board; wherein a plurality of first soldering pads is set on the bottom of the module board, a plurality of second soldering pads is set on the interface board, characterized in that: the interface board comprises an opening located under the chip package component; each first soldering pad comprises a first soldering area, a second soldering area, and a connection bridge that connects the first soldering area and the second soldering area, the connection bridge being narrower than the first and the second soldering area; and each second soldering pad comprises a top area on the top of the interface board, a bottom area on the bottom of the interface board and a side area on a sidewall of the opening of the interface board, the side area of the second soldering pad connecting the top area and the bottom area of the second soldering pad; each first soldering area of the first soldering pads corresponds to the top area of one of the second soldering pads, wherein the second soldering area of the first soldering pads is located above the opening in the interface board. the interface board comprises an opening located under the chip package component; each first soldering pad comprises a first soldering area, a second soldering area, and a connection bridge that connects the first soldering area and the second soldering area, the connection bridge being narrower than the first and the second soldering area; and each second soldering pad comprises a top area on the top of the interface board, a bottom area on the bottom of the interface board and a side area on a sidewall of the opening of the interface board, the side area of the second soldering pad connecting the top area and the bottom area of the second soldering pad; each first soldering area of the first soldering pads corresponds to the top area of one of the second soldering pads, wherein the second soldering area of the first soldering pads is located above the opening in the interface board.
Flame ionisation detector, with a burner, in order to combust an oxygen-containing sample gas in a gas flame in the presence of air and while supplying a hydrogen-containing combustion gas, with a measurement device, in order to measure an ion current from the gas flame to an electrode, with an evaluation device evaluating the measured ion current and with a temperature sensor measuring the temperature of the gas flame, wherein the evaluation device is embodied, during the evaluation of the measured ion current, to compensate for the cross-sensitivity thereof to the oxygen in the sample gas using the measured temperature.
A flight vehicle including a fuel cell and a propeller, the propeller to be driven by electric power generated by the fuel cell, the flight vehicle comprising: a stop device giving an instruction to stop the generation of electricity by the fuel cell, wherein the stop device is a stop switch; a control unit processing stopping of the generation of electricity by the fuel cell; a leg part grounding when the flight vehicle lands, to support a load of the flight vehicle; and a sensor detecting the load applied to the leg part, wherein the control unit permits the stopping of the generation of electricity based on signals from the stop device and the sensor, only if the sensor detects that the load applied to the leg part is more than a threshold value. a stop device giving an instruction to stop the generation of electricity by the fuel cell, wherein the stop device is a stop switch; a control unit processing stopping of the generation of electricity by the fuel cell; a leg part grounding when the flight vehicle lands, to support a load of the flight vehicle; and a sensor detecting the load applied to the leg part, wherein the control unit permits the stopping of the generation of electricity based on signals from the stop device and the sensor, only if the sensor detects that the load applied to the leg part is more than a threshold value.
An agent and one or more vectors encoding one or more proteins, for use in promoting osseointegration, in a soft-tissue structure injury of the musculoskeletal system, at a tissue site comprising interface of: (i) bone and (ii) tendon or ligament, wherein the tissue site comprises injured tissue, wherein the agent is a collagen scaffold, wherein the one or more proteins comprise bone morphogenic proteins (BMPs), wherein the one or more vectors are delivered by ultrasound and wherein injured tissue comprises anterior cruciate ligament, posterior cruciate ligament, medial collateral ligament of the knee and elbow, lateral collateral ligament of the knee and elbow, and rotator cuff tendon tears.
A sealing structure in which an annular partial impeller for causing a fluid to flow is mounted on an outer circumference of a sleeve attached to a rotating shaft, in a sealed region sealed by a mechanical seal (140, 150), characterized by a set screw comprising a shaft portion comprising a male thread, and a small diameter portion provided on a rear end side of the shaft portion and having a diameter smaller than an outer diameter of the male thread, wherein an engagement portion to which a fastening tool is to be engaged is provided on the small diameter portion, wherein a female thread is formed in the sleeve, and a through-hole having a diameter smaller than an inner diameter of the female thread is formed in the partial impeller, and the partial impeller is positioned with respect to the sleeve in a state in which center axes of the female thread and the through-hole coincide with each other, the male thread of the set screw is engaged in the female thread, and the small diameter portion is inserted into the through-hole, whereby the sleeve and the partial impeller are fixed to each other, so that even if a force acts on the set screw in a direction in which the set screw comes off the female thread, it is possible to prevent the set screw from coming off the female thread by the means of the partial impeller in which the through-hole is provided. characterized by a set screw comprising a shaft portion comprising a male thread, and a small diameter portion provided on a rear end side of the shaft portion and having a diameter smaller than an outer diameter of the male thread, wherein an engagement portion to which a fastening tool is to be engaged is provided on the small diameter portion, wherein a female thread is formed in the sleeve, and a through-hole having a diameter smaller than an inner diameter of the female thread is formed in the partial impeller, and the partial impeller is positioned with respect to the sleeve in a state in which center axes of the female thread and the through-hole coincide with each other, the male thread of the set screw is engaged in the female thread, and the small diameter portion is inserted into the through-hole, whereby the sleeve and the partial impeller are fixed to each other, so that even if a force acts on the set screw in a direction in which the set screw comes off the female thread, it is possible to prevent the set screw from coming off the female thread by the means of the partial impeller in which the through-hole is provided.
A head-up display device comprising: a housing having an opening; a display that is configured to display a virtual image by emitting a display light onto a projection member; a translucent cover member which covers the opening of the housing and is configured to transmit the display light, wherein the translucent cover member comprises: a base material made of a translucent resin; and characterized by a moth eye layer that is formed on the display light incidence side of the base material and suppresses reflection of light, and wherein the translucent cover member has a display luminance reduction suppressing axis, and wherein the display luminance reduction suppressing axis is set in a direction along a virtual image viewing direction such that the display luminance of the virtual image will not decrease when the viewer views the image through polarized sunglasses. a housing having an opening; a display that is configured to display a virtual image by emitting a display light onto a projection member; a translucent cover member which covers the opening of the housing and is configured to transmit the display light, wherein the translucent cover member comprises: a base material made of a translucent resin; and characterized by a moth eye layer that is formed on the display light incidence side of the base material and suppresses reflection of light, and wherein the translucent cover member has a display luminance reduction suppressing axis, and wherein the display luminance reduction suppressing axis is set in a direction along a virtual image viewing direction such that the display luminance of the virtual image will not decrease when the viewer views the image through polarized sunglasses. a base material made of a translucent resin; and characterized by a moth eye layer that is formed on the display light incidence side of the base material and suppresses reflection of light, and wherein the translucent cover member has a display luminance reduction suppressing axis, and wherein the display luminance reduction suppressing axis is set in a direction along a virtual image viewing direction such that the display luminance of the virtual image will not decrease when the viewer views the image through polarized sunglasses.
Packaging device comprising at least: i) a receptacle comprising at least one reservoir containing at least one emulsion comprising a continuous phase and a dispersed phase in the form of drops, wherein the drops comprise a shell formed by at least one cationic polymer and at least one anionic polymer, said emulsion comprising at least 2% by weight of perfuming agent(s) relative to the total weight of the emulsion; ii) means for applying the emulsion to a keratin material; and iii) an element having at least one orifice allowing the passage of the emulsion from the reservoir to the application means, characterized in that the element comprising at least one orifice is selected from the group consisting of a sponge, a rigid plate pierced with at least one hole, a net and a sieve, and wherein the application means is selected from the group consisting of a brush, a puff, a pad, a foam, and a mini-brush. i) a receptacle comprising at least one reservoir containing at least one emulsion comprising a continuous phase and a dispersed phase in the form of drops, wherein the drops comprise a shell formed by at least one cationic polymer and at least one anionic polymer, said emulsion comprising at least 2% by weight of perfuming agent(s) relative to the total weight of the emulsion; ii) means for applying the emulsion to a keratin material; and iii) an element having at least one orifice allowing the passage of the emulsion from the reservoir to the application means,
Method for operating an arrangement for determining the operational parameters of a high-frequency power amplifier, wherein the operational parameters are complex forward and return voltage, and/or complex forward and return power and/or complex load impedance and/or reflection factor and/or standing wave ratio, on the connecting line between the output of the power amplifier and a complex load, wherein the arrangement has a coupling device that is designed to attain the complex analogue forward voltage and the complex analogue return voltage on the connecting line, wherein the arrangement has a first analogue/digital converter, in order to digitize the complex analogue forward voltage ( U V), and has a second analogue/digital converter, in order to digitize the complex analogue return voltage ( U R), wherein the arrangement has a first digital down-converter, which is designed to convert down the digital forward voltage into the baseband around 0 Hz, and has a second digital down-converter, which is designed to convert down the digital return voltage into the baseband around 0 Hz, wherein the arrangement has a computer that calculates the desired operational parameters from the digitized analogue forward and return voltages converted down into the baseband, and wherein the complex load impedance of the load, which is an antenna, is calculated from the complex forward voltage and the complex return voltage, and, with this complex load impedance, which is therefore known, by adaptive insertion of 50 ohm line portions of different length between the high-frequency power amplifier and the antenna, the power consumption, the inter-modulation and the harmonic spacing can be improved, as the complex matching can be optimized through the inserted line portions in such a manner that the high-frequency power amplifier is operated within an optimum matching range.
Cosmetic process for treating keratin fibres, preferably human keratin fibres such as the hair, comprising: (i) a step of mixing at least: - a first composition comprising one or more non-amino oxyalkylenated silicones and one or more cationic surfactants, and - a second composition comprising water and one or more amino silicones, so as to obtain a final cosmetic composition, and then (ii) a step of applying the final cosmetic composition to the keratin fibres, the first composition comprising less than 10% by weight of water relative to the total weight of the first composition. (i) a step of mixing at least: - a first composition comprising one or more non-amino oxyalkylenated silicones and one or more cationic surfactants, and - a second composition comprising water and one or more amino silicones, so as to obtain a final cosmetic composition, and then - a first composition comprising one or more non-amino oxyalkylenated silicones and one or more cationic surfactants, and - a second composition comprising water and one or more amino silicones, so as to obtain a final cosmetic composition, and then (ii) a step of applying the final cosmetic composition to the keratin fibres, the first composition comprising less than 10% by weight of water relative to the total weight of the first composition.
A conveyor device for an analyzer comprising: a conveyance track (20A, 20B) capable of conveying a specimen rack along a fixed path; and a frame positioned around the conveyance track, the frame being provided with a removable portion (7; 24A, 24B) which is removable from the frame and which is capable of providing the frame with a cutout (25A, 25B) when removed from the frame, wherein when the frame is provided with the cutout (25A, 25B), the cutout allows at least one of an operation to advance the specimen rack in a lateral direction onto the conveyance track (20A, 20B) from an outer lateral side of the frame through the cutout (25A, 25B) and an operation to discharge the specimen rack in the lateral direction from the conveyance track (20A, 20B) to outside of the frame through the cutout (25A, 25B); characterized in that said fixed path along which the conveyance track (20A, 20B) is capable of conveying the specimen rack is transverse to the lateral direction, in that the conveyor device further comprises a movable member for discharging the specimen rack out of the frame through the cutout (25A, 25B), and in that the movable member is a pusher operable to convey the specimen rack by pushing it in the lateral direction, the movable member comprising a tip portion, and the movable member being movable to a position at which the tip portion protrudes from a lateral side of the frame to discharge the specimen rack. a conveyance track (20A, 20B) capable of conveying a specimen rack along a fixed path; and a frame positioned around the conveyance track, the frame being provided with a removable portion (7; 24A, 24B) which is removable from the frame and which is capable of providing the frame with a cutout (25A, 25B) when removed from the frame, wherein when the frame is provided with the cutout (25A, 25B), the cutout allows at least one of an operation to advance the specimen rack in a lateral direction onto the conveyance track (20A, 20B) from an outer lateral side of the frame through the cutout (25A, 25B) and an operation to discharge the specimen rack in the lateral direction from the conveyance track (20A, 20B) to outside of the frame through the cutout (25A, 25B); characterized in that said fixed path along which the conveyance track (20A, 20B) is capable of conveying the specimen rack is transverse to the lateral direction, in that the conveyor device further comprises a movable member for discharging the specimen rack out of the frame through the cutout (25A, 25B), and in that the movable member is a pusher operable to convey the specimen rack by pushing it in the lateral direction, the movable member comprising a tip portion, and the movable member being movable to a position at which the tip portion protrudes from a lateral side of the frame to discharge the specimen rack.
A multi-wavelength communications network comprising first and second optical line terminals OLTs (14 1, 14 2), the first OLT being provided with a first linecard for transmitting data traffic and the second OLT being provided with a second linecard for transmitting data traffic, a first network node (32, 42), operatively connected over a first passive optical network, PON, (10 1) to the first OLT by a first, primary connection via a line terminal, LT, in the first linecard of the first OLT, characterised by: a second network node (32, 42) operatively connected over a second PON (10 2) to the first OL by a second, standby connection via the LT of the first linecard of the first OLT, the second network node being also operatively connected by a third, primary, connection to a line terminal in the second linecard of the second OLT wherein the first OLT is configured to operate under first network conditions by sending no data traffic via the second connection and by sending data traffic via the first connection and is configured to operate under second network conditions when the third connection fails, by sending data traffic via the second connection and by sending the first data traffic via the first connection. the first OLT being provided with a first linecard for transmitting data traffic and the second OLT being provided with a second linecard for transmitting data traffic, a first network node (32, 42), operatively connected over a first passive optical network, PON, (10 1) to the first OLT by a first, primary connection via a line terminal, LT, in the first linecard of the first OLT, characterised by: a second network node (32, 42) operatively connected over a second PON (10 2) to the first OL by a second, standby connection via the LT of the first linecard of the first OLT, the second network node being also operatively connected by a third, primary, connection to a line terminal in the second linecard of the second OLT wherein the first OLT is configured to operate under first network conditions by sending no data traffic via the second connection and by sending data traffic via the first connection and is configured to operate under second network conditions when the third connection fails, by sending data traffic via the second connection and by sending the first data traffic via the first connection. a second network node (32, 42) operatively connected over a second PON (10 2) to the first OL by a second, standby connection via the LT of the first linecard of the first OLT, the second network node being also operatively connected by a third, primary, connection to a line terminal in the second linecard of the second OLT wherein the first OLT is configured to operate under first network conditions by sending no data traffic via the second connection and by sending data traffic via the first connection and is configured to operate under second network conditions when the third connection fails, by sending data traffic via the second connection and by sending the first data traffic via the first connection.