mhurhangee/ep-ind-claims huggingface dataset:
Method for filling packages with changing products in a filling machine, wherein the packages are formed from package blanks, package precursors and/or package sleeves which are held ready in a bundle, wherein packages are transported one after the other through the filling machine and the packages are filled one after the other with a first product in a sterile environment, in particular an aseptic zone, via a filling outlet which is connected to a product tank, wherein the packages to be filled are transferred to cells of a transport device and are transported via the transport device in the cells through the filling machine, wherein at least one auxiliary discharge means in the form of a package dummy having at least one base-side opening, without a base and/or at least one lateral opening is used, wherein the at least one auxiliary discharge means is transferred to a cell of the transport device and is transported via the transport device in the cell through the filling machine, wherein, in order to empty the product tank, the at least one auxiliary discharge means is moved into an emptying position and a remainder of the first product is at least partially discharged via the auxiliary discharge means which is located in the emptying position from the sterile environment, in particular the aseptic zone, wherein, prior to the emptying of the product tank, a package blank, a package precursor and/or a package sleeve is introduced into the bundle of package blanks, package precursors and/or package sleeves in order to form the at least one auxiliary discharge means, wherein the auxiliary discharge means after the emptying of the product tank is removed from the emptying position, and wherein packages are subsequently filled one after the other with a second product in the sterile environment, in particular the aseptic zone, via a filling outlet which is connected to a product tank.
A flashing current control apparatus (38, 40) which is a control apparatus for an emitter which applies an electric field to an injected gasified specimen, to ionize the specimen, comprising: a flashing processor configured to repeatedly perform, at a short-time interval during an injection period of the specimen, a flashing process to increase a temperature of the emitter by applying a flashing current to the emitter, characterised in that the flashing processor is configured to increase during the injection period and in a long term, a flashing temperature which the emitter reaches during the flashing process. a flashing processor configured to repeatedly perform, at a short-time interval during an injection period of the specimen, a flashing process to increase a temperature of the emitter by applying a flashing current to the emitter, characterised in that the flashing processor is configured to increase during the injection period and in a long term, a flashing temperature which the emitter reaches during the flashing process.
Method for predicting the maintenance of components of an internal combustion engine by means of structure-borne noise sensor, wherein vibrations of the components of the internal combustion engine are recorded by one or more structure-borne noise sensors, wherein during operation of the internal combustion engine the release for diagnosis of the state of wear of the components of the internal combustion engine is continuously checked, wherein the structure-borne noise sensor or sensors, which is/are arranged in one or more positions on the internal combustion engine, record measurement signals and transmit them to an evaluation electronics system, wherein the measurement signals are time-synchronized or the measurement signal recording is time-triggered in response to a characteristic state of the internal combustion engine, wherein the time-synchronized or time-triggered measurement signals are decoded into measurement data, wherein the decoded measurement data are subjected to a signal transformation, wherein one or more spectrograms are created from the signal transformation, wherein the spectrogram or spectrograms are evaluated by one or more mathematical regression models in the evaluation electronics system, wherein a regression model characterizes the underlying pattern in the structure-borne noise, so that a measure of the state of wear is determined from the selected features of a spectrogram, and, at the same time, the release for diagnosis of the state of wear of the components of the internal combustion engine is checked again, whereby when release is granted, the process, starting with the signal recording by the structure-borne noise sensor or sensors, runs again until the release expires, wherein an average value is formed from the evaluations created in this way, so that this represents a measure of the wear of the analysed component, wherein this mean value is transmitted to further units which process it further.
A system (100a-c) for a Single Carrier Block Transmission having a block of symbols with length N, comprising: a transmitter that transmits a guard interval GI of a pre-determined length N GI before each block of symbols transmitted thereby; and a receiver that removes the guard interval GI of the length N GI transmitted by the transmitter and received before each block of symbols by the receiver, characterized in that the receiver comprises a guard interval GI length determination module for periodically determining the length N GI of the guard interval GI based on an estimate of channel impulse response and on the design of the receiver as follows: - if the receiver is a RAKE receiver, the length N GI is set as zero, and - if the receiver uses frequency-domain equalization, the length N GI is set as different from zero, and the receiver further comprises means for sending N GI to the transmitter for use. a transmitter that transmits a guard interval GI of a pre-determined length N GI before each block of symbols transmitted thereby; and a receiver that removes the guard interval GI of the length N GI transmitted by the transmitter and received before each block of symbols by the receiver, characterized in that the receiver comprises a guard interval GI length determination module for periodically determining the length N GI of the guard interval GI based on an estimate of channel impulse response and on the design of the receiver as follows: - if the receiver is a RAKE receiver, the length N GI is set as zero, and - if the receiver uses frequency-domain equalization, the length N GI is set as different from zero, - if the receiver is a RAKE receiver, the length N GI is set as zero, and - if the receiver uses frequency-domain equalization, the length N GI is set as different from zero, and the receiver further comprises means for sending N GI to the transmitter for use.
A container for consumer goods, the container comprising a box portion and a lid portion both formed from a single laminar blank, the lid portion comprising: a lid portion back wall depending from a box portion back wall; a lid portion top wall depending from the lid portion back wall; a lid portion front wall depending from the lid portion top wall; two first lid portion side flaps depending from the lid portion back wall; two second lid portion side flaps depending from the lid portion top wall; two third lid portion side flaps depending from the lid portion front wall; and first and second lid portion side walls (134, 136), wherein each lid portion side wall comprises one of each of the first, second and third lid portion side flaps, and wherein the container further comprises at least one indicia provided on the lid portion top wall inner surface, and wherein first, second and third lid portion side flaps are arranged such that: each first lid portion side flap defines the inner surface of its respective lid portion side wall; each third lid portion side flap defines the outer surface of its respective lid portion side wall; and each second lid portion side flap is positioned between its respective first lid portion side flap and third lid portion side flap. a lid portion back wall depending from a box portion back wall; a lid portion top wall depending from the lid portion back wall; a lid portion front wall depending from the lid portion top wall; two first lid portion side flaps depending from the lid portion back wall; two second lid portion side flaps depending from the lid portion top wall; two third lid portion side flaps depending from the lid portion front wall; and first and second lid portion side walls (134, 136), wherein each lid portion side wall comprises one of each of the first, second and third lid portion side flaps, and wherein the container further comprises at least one indicia provided on the lid portion top wall inner surface, and wherein first, second and third lid portion side flaps are arranged such that: each first lid portion side flap defines the inner surface of its respective lid portion side wall; each third lid portion side flap defines the outer surface of its respective lid portion side wall; and each second lid portion side flap is positioned between its respective first lid portion side flap and third lid portion side flap. each first lid portion side flap defines the inner surface of its respective lid portion side wall; each third lid portion side flap defines the outer surface of its respective lid portion side wall; and each second lid portion side flap is positioned between its respective first lid portion side flap and third lid portion side flap.
A cooling arrangement of a wind turbine generator having an outer rotor arranged about a stator mounted to a shaft by means of a stator frontplate and a stator backplate, which cooling arrangement is realised to guide a cooling airflow into the generator air-gap and comprises - an intake path leading the cooling airflow into the generator air-gap solely from the non-drive end of the generator; - a number of openings (10, 10A, 10B) in the stator frontplate to lead a heated airflow from the air-gap into a stator interior cavity (31_int) between the stator frontplate and stator backplate; and - an extraction assembly (11, 12) arranged to draw the heated airflow out of the stator interior cavity (31_int) to the exterior of the wind turbine. - an intake path leading the cooling airflow into the generator air-gap solely from the non-drive end of the generator; - a number of openings (10, 10A, 10B) in the stator frontplate to lead a heated airflow from the air-gap into a stator interior cavity (31_int) between the stator frontplate and stator backplate; and - an extraction assembly (11, 12) arranged to draw the heated airflow out of the stator interior cavity (31_int) to the exterior of the wind turbine.
A method for using color measurement features at multiple scales for a Color Transfer technique, comprising: resizing a ground truth image target frame to a plurality of different scales; selecting one or more color measurement features from the ground truth image target frame at each of the plurality of different scales; making a color measurement for each color measurement feature selected in the ground truth image target frame; and adjusting by an augmented reality application colors of a virtual object in an augmented frame based at least in part on the color measurements, wherein the adjusting of the color of the virtual object based at least in part on the color measurements further comprises: selecting one or more color measurement features from an incoming image target frame; making a color measurement for each color measurement feature selected in the incoming image target frame; making one or more color difference measurements based on the color measurements of color measurement features selected in the ground truth image target frame and the color measurements of color measurement features selected in the incoming image target frame; and adjusting one or more colors of the virtual object based at least in part on the color difference measurements. resizing a ground truth image target frame to a plurality of different scales; selecting one or more color measurement features from the ground truth image target frame at each of the plurality of different scales; making a color measurement for each color measurement feature selected in the ground truth image target frame; and adjusting by an augmented reality application colors of a virtual object in an augmented frame based at least in part on the color measurements, wherein the adjusting of the color of the virtual object based at least in part on the color measurements further comprises: selecting one or more color measurement features from an incoming image target frame; making a color measurement for each color measurement feature selected in the incoming image target frame; making one or more color difference measurements based on the color measurements of color measurement features selected in the ground truth image target frame and the color measurements of color measurement features selected in the incoming image target frame; and adjusting one or more colors of the virtual object based at least in part on the color difference measurements. selecting one or more color measurement features from an incoming image target frame; making a color measurement for each color measurement feature selected in the incoming image target frame; making one or more color difference measurements based on the color measurements of color measurement features selected in the ground truth image target frame and the color measurements of color measurement features selected in the incoming image target frame; and adjusting one or more colors of the virtual object based at least in part on the color difference measurements.
A package for a semiconductor light-emitting diode comprising: a package main body (1; 11) having a first face on which a semiconductor light-emitting diode is arranged, a second face opposite the first face, wherein the light is emitted by the package on the side of the second face, and an inner wall face (7b; 17) connecting the first face and the second face and conforming a first concave portion (7; 100) of the package main body (1; 11) in a truncated cone shape; and a translucent member (6; 16) filled in the first concave portion (7; 100) of the package main body (1; 11), wherein the vertex of the cone shape is on the side of the first face, the inner wall face intersects with the first face by an angle (θ1) selected within ±15° of the incident critical angle (θ2) in which a direct light radiated from the semiconductor light-emitting diode undergoes total reflection at the interface between the translucent member (6; 16) and air, and said interface between the translucent member (6; 16) and air extends nearly parallel to the first face of the first concave portion (7; 100), characterized in that the inner wall face provides diffuse reflection thereon. a package main body (1; 11) having a first face on which a semiconductor light-emitting diode is arranged, a second face opposite the first face, wherein the light is emitted by the package on the side of the second face, and an inner wall face (7b; 17) connecting the first face and the second face and conforming a first concave portion (7; 100) of the package main body (1; 11) in a truncated cone shape; and a translucent member (6; 16) filled in the first concave portion (7; 100) of the package main body (1; 11),
A method for controlling an internal combustion engine provided with an exhaust line extending from a combustion chamber of the engine up to a diffusion outlet of the exhaust gases towards the exterior, a purification device of the exhaust gases being disposed in the exhaust circuit, including: - a device for storing nitrogen oxides, able to adsorb nitrogen oxides when the temperature of the exhaust gases is less than a release threshold and able to release the adsorbed nitrogen oxides when the temperature of the exhaust gases is greater than said release threshold; - a selective catalytic reduction device disposed downstream of the device for storing nitrogen oxides, with injection of a reducer in the exhaust circuit downstream of the device for storing nitrogen oxides and upstream of the selective catalytic reduction device, when the temperature of the exhaust gases is greater than the light-off temperature of the selective reduction device; characterized in that a computer applies operating parameters to the engine according to mappings such that the level of emissions of nitrogen oxides is greater than 200 mg/km at the outlet of the combustion chamber according to the MVEG homologation cycle, more than 1 g of nitrogen oxides being able to be stored in the device for storing nitrogen oxides for a temperature of the exhaust gases less than the release threshold, and in that the computer is configured to apply operating parameters to the engine so as to limit the emissions of carbon dioxide to the detriment of the emissions of nitrogen oxides on exit from the combustion chamber. - a device for storing nitrogen oxides, able to adsorb nitrogen oxides when the temperature of the exhaust gases is less than a release threshold and able to release the adsorbed nitrogen oxides when the temperature of the exhaust gases is greater than said release threshold; - a selective catalytic reduction device disposed downstream of the device for storing nitrogen oxides, with injection of a reducer in the exhaust circuit downstream of the device for storing nitrogen oxides and upstream of the selective catalytic reduction device, when the temperature of the exhaust gases is greater than the light-off temperature of the selective reduction device;
A method of producing an aluminum alloy product, comprising: casting an aluminum alloy to produce a cast aluminum alloy article; homogenizing the cast aluminum alloy article to produce a homogenized cast aluminum alloy article; hot rolling the homogenized cast aluminum article to produce a hot rolled product; cold rolling the hot rolled product in a first cold rolling step to produce a first cold rolled product having an intermediate gauge, wherein the first cold rolling step results in a 25% to 70% reduction in thickness; and cold rolling the first cold rolled product in a second cold rolling step to produce a final gauge aluminum alloy product, wherein the second cold rolling step results in a 40% to 70% reduction in thickness from the intermediate gauge, wherein the aluminum alloy comprises 1.0 to 1.4 wt.% Si, 0.12 to 0.20 wt.% Fe, 0.0 to 0.15 wt.% Cu, 0.0 to 0.35 wt.% Mg, 0.04 to 0.08 wt.% Mn, 0.0 to 0.02 wt.% Cr, 0.0 to 0.02 wt.% Ti, 0.0 to 0.04 wt.% Zn, other elements in 0 to 0.05 wt.% each and 0 to 0.15 wt.% in total, and remainder Al. casting an aluminum alloy to produce a cast aluminum alloy article; homogenizing the cast aluminum alloy article to produce a homogenized cast aluminum alloy article; hot rolling the homogenized cast aluminum article to produce a hot rolled product; cold rolling the hot rolled product in a first cold rolling step to produce a first cold rolled product having an intermediate gauge, wherein the first cold rolling step results in a 25% to 70% reduction in thickness; and cold rolling the first cold rolled product in a second cold rolling step to produce a final gauge aluminum alloy product, wherein the second cold rolling step results in a 40% to 70% reduction in thickness from the intermediate gauge, wherein the aluminum alloy comprises 1.0 to 1.4 wt.% Si, 0.12 to 0.20 wt.% Fe, 0.0 to 0.15 wt.% Cu, 0.0 to 0.35 wt.% Mg, 0.04 to 0.08 wt.% Mn, 0.0 to 0.02 wt.% Cr, 0.0 to 0.02 wt.% Ti, 0.0 to 0.04 wt.% Zn, other elements in 0 to 0.05 wt.% each and 0 to 0.15 wt.% in total, and remainder Al.
A disposable sensor assembly for attachment to a meter unit having a housing and for electrochemical detection of an analyte when associated with the meter unit, said assembly comprising a collar member, a skin-contact ring and an electrochemical sensor, wherein the skin-contact ring comprises a wall member having a central opening with first and second open ends formed therethrough, and the electrochemical sensor is disposed adjacent to the skin-contact ring and extends across the first open end of the skin-contact ring, said sensor comprising reagents for generation of an electrochemical signal in response to the presence of analyte and a sample uptaking or accepting means for transporting fluid placed within the central opening of the ring into reactive proximity to the reagents, and an electrical contact for transmitting the electrochemical signal from the sensor; wherein the collar member is configured to couple the sensor assembly to the housing of the meter unit, the collar member comprising a wall member having a central opening for receiving the housing of the meter unit and holding it in position with respect to the electrochemical sensor and the skin-contacting portion.
A method for evaluating an arthritic condition in a mammalian subject, comprising: a) providing a sample from a mammalian subject suspected of having an arthritic condition; b) detecting in said sample the presence of an autoantibody against at least one 14-3-3 eta protein or fragment thereof comprising at least one 14-3-3 eta epitope; wherein the presence of said autoantibody is indicative of an arthritic condition involving said autoantibody in the subject wherein the detecting step comprises contacting the biological sample with at least one 14-3-3 eta protein or fragment thereof comprising at least one 14-3-3 eta epitope, wherein the biological sample is selected from the group consisting of blood, synovial fluid, plasma, serum or tissue.
Simulation system for training endoscopic operations, comprising an endoscope apparatus that has at least one entrance for introducing an endoscopic work instrument, at least one sensor arrangement for detecting a movement of the at least one endoscopic work instrument, a control device for producing a virtual image of an endoscope operating scene depending on a movement of the at least one endoscopic work instrument, transmission means for transmitting the measurement values supplied by the sensor arrangement to the control device for use when producing the virtual image and a display device for displaying the virtual image, characterized in that the sensor arrangement comprises at least one optical sensor that interacts with a surface (33, 34), illuminated by a light source (27, 27'), of a shaft of the endoscopic work instrument for detecting the movement of the endoscopic work instrument, wherein the at least one optical sensor is an optical imaging sensor that is embodied to detect translational and rotational movements of the endoscopic work instrument.
A method comprising: receiving, at a first wireless device from a second wireless device, a signal, SIG, unit via a sub-1 gigahertz, GHz, wireless network; and interpreting a 9-bit length field of the SIG unit, wherein the 9-bit length field is interpreted as a number of symbols in response to determining that a 1-bit field aggregation field of the SIG unit has a first value, wherein the 9-bit length field is interpreted as a number of bytes in response to determining that the 1-bit aggregation field of the SIG unit has a second value. receiving, at a first wireless device from a second wireless device, a signal, SIG, unit via a sub-1 gigahertz, GHz, wireless network; and interpreting a 9-bit length field of the SIG unit, wherein the 9-bit length field is interpreted as a number of symbols in response to determining that a 1-bit field aggregation field of the SIG unit has a first value, wherein the 9-bit length field is interpreted as a number of bytes in response to determining that the 1-bit aggregation field of the SIG unit has a second value.