mhurhangee/ep-ind-claims huggingface dataset:
A system for energy transfer between devices, characterised in that: a transmitting unit having a transmitting antenna circuit comprising a first coil capable of exhibiting a first resonant frequency, the first coil having a plurality of first metal layers and a first insulator positioned between each of the first metal layers, each layer of the first coil having at least one turn, wherein at least two of the plurality of first metal layers are electrically connected therebetween, and wherein the transmitting antenna circuit is capable of generating an electromagnetic field for wireless transfer of electrical power and a modulated time-varying signal for transfer of data; and a receiving unit wirelessly coupled to the transmitting unit, the receiving unit having a receiving antenna circuit comprising a second coil capable of exhibiting a second resonant frequency, the second coil having a plurality of second metal layers and a second insulator positioned between each of the second metal layers, each layer of the second coil having at least one turn, wherein at least two of the second metal layers are electrically connected therebetween, and wherein the receiving antenna circuit is capable of detecting the electromagnetic field generated by the transmitting unit and generating an induced electric current, and further capable of detecting the modulated time-varying signal generated by the transmitting unit. a transmitting unit having a transmitting antenna circuit comprising a first coil capable of exhibiting a first resonant frequency, the first coil having a plurality of first metal layers and a first insulator positioned between each of the first metal layers, each layer of the first coil having at least one turn, wherein at least two of the plurality of first metal layers are electrically connected therebetween, and wherein the transmitting antenna circuit is capable of generating an electromagnetic field for wireless transfer of electrical power and a modulated time-varying signal for transfer of data; and a receiving unit wirelessly coupled to the transmitting unit, the receiving unit having a receiving antenna circuit comprising a second coil capable of exhibiting a second resonant frequency, the second coil having a plurality of second metal layers and a second insulator positioned between each of the second metal layers, each layer of the second coil having at least one turn, wherein at least two of the second metal layers are electrically connected therebetween, and wherein the receiving antenna circuit is capable of detecting the electromagnetic field generated by the transmitting unit and generating an induced electric current, and further capable of detecting the modulated time-varying signal generated by the transmitting unit.
A method for controlling a video camera which is configured to capture and process image frames prior to encoding, characterized by: determining whether the video camera is going to encode the image frames as intra-frames or as inter-frames; for image frames which are going to be encoded as inter-frames, controlling the video camera to capture and process the image frame using first settings prior to encoding; and for image frames which are going to be encoded as intra-frames, controlling the video camera to capture and process the image frames using second settings prior to encoding, wherein the second settings are modified in relation to the first settings by performing at least one of: increasing a ratio between exposure time and gain of the image frames, decreasing sharpness of the image frames, increasing a strength of at least one of a temporal noise filtering and a spatial noise filtering of the image frames, and increasing a complexity level of at least one of a filtering and a processing algorithm applied to the image frames, wherein the complexity level is indicative of how time or resource demanding the filtering or processing algorithm is. determining whether the video camera is going to encode the image frames as intra-frames or as inter-frames; for image frames which are going to be encoded as inter-frames, controlling the video camera to capture and process the image frame using first settings prior to encoding; and for image frames which are going to be encoded as intra-frames, controlling the video camera to capture and process the image frames using second settings prior to encoding, wherein the second settings are modified in relation to the first settings by performing at least one of: increasing a ratio between exposure time and gain of the image frames, decreasing sharpness of the image frames, increasing a strength of at least one of a temporal noise filtering and a spatial noise filtering of the image frames, and increasing a complexity level of at least one of a filtering and a processing algorithm applied to the image frames, wherein the complexity level is indicative of how time or resource demanding the filtering or processing algorithm is. increasing a ratio between exposure time and gain of the image frames, decreasing sharpness of the image frames, increasing a strength of at least one of a temporal noise filtering and a spatial noise filtering of the image frames, and increasing a complexity level of at least one of a filtering and a processing algorithm applied to the image frames, wherein the complexity level is indicative of how time or resource demanding the filtering or processing algorithm is.
System for determining a filling level of a fuel situated in a fuel tank, wherein the system has an electromotively driven air pump, at least one valve, a pressure sensor, a control unit and a timing element, wherein the control unit actuates the valve such that the fuel tank is closed in pressure-tight fashion, and the control unit actuates the air pump such that the pressure in the fuel tank increases until an upper threshold is reached, and the timing element determines the time until the pressure has reached the upper threshold, and the filling level of the fuel situated in the fuel tank is determined from the time taken to reach the upper threshold, characterized in that fresh air is forced into an accumulator element provided for temporarily storing hydrocarbons by means of the air pump, and in that the control unit actuates the air pump at the same operating point for every determination of the filling level.
Scales, with - a support plate for receiving a load to be weighed, - evaluation electronics for determining the weight of the load located on the support plate, - a display device mounted on the support plate, for displaying the weigh result, and - at least one switch, located on the support plate and designed as a capacitive proximity sensor with at least one electrode, for operating and/or activating a function of the scales, designed in such a way that a switching function is triggered when the interface is approximated or contacted, whereby - the capacitive proximity sensor comprises at least one electrode mounted on the support plate, characterised in that the electrode, independent from the display device, is designed transparentfy in the visible area and mounted above the display device, whereby the functional area of the display device to be read by the user is visible through the electrode, whereby the switching function is switching on the scales. - a support plate for receiving a load to be weighed, - evaluation electronics for determining the weight of the load located on the support plate, - a display device mounted on the support plate, for displaying the weigh result, and - at least one switch, located on the support plate and designed as a capacitive proximity sensor with at least one electrode, for operating and/or activating a function of the scales, designed in such a way that a switching function is triggered when the interface is approximated or contacted, whereby - the capacitive proximity sensor comprises at least one electrode mounted on the support plate,
Frame for a window or a door, which frame comprises a stationary fixed frame and possibly a leaf frame which moves in relation to the said fixed frame, wherein the fixed frame and/or the leaf frame are/is made up of a plurality of hollow chamber profiles or solid profiles, wherein, in the factory, at least one of the hollow chamber profiles has at least one electrical conductor in one of its chambers or on its outer circumference or one of the solid profiles has at least one electrical conductor in an incorporated groove or on its outer circumference, wherein the conductor can be connected firstly by means of a frame-side interface to a data-processing device and secondly to a sensor and/or actuator, and wherein the conductor is arranged in the manner of a ring or in the manner of a star in the frame and is connected to the interface, characterized in that the conductor comprises a plurality of current paths/cores and lines, of which at least two current paths/cores serve to supply voltage and further lines are assigned to a data bus, and the sensors and/or actuators can be retrofitted, that is to say it is possible to install the said sensors and/or actuators when the leaf frame has already been assigned to a building as intended.
Display instrument for a motor vehicle comprising at least one pointer having a pointer vane rotatably mounted by means of a hub, wherein at least a first display device, which, in plan view of the display instrument, is arranged above the pointer, is coupled non-rotatably to the pointer, at least a second display device being arranged laterally on the pointer, characterized in that the first and second display devices (11, 21) are disposed on the pointer by means of a carrier, wherein the first display device at least partially covers an upper side and the second display device at least partially covers an outer side of the carrier, and the second display device comprises several, preferably connected, partial display devices.
A cap assembly configured to be attached to a container, the cap assembly comprising: a top cap which includes a rest position and a pressable position; a piston rod connected to the top cap, the piston rod being connected to a piston at the bottom to actuate the piston to move in a vertical direction, the piston rod further comprising an inclined upper guiding surface; a deformable element bearing at the top end against the upper guiding surface of the piston rod so that the deformable element is movable along the upper guiding surface; a support which is vertically movable to move the top cap from the rest position to the pressable position, the support including an inclined lower guiding surface against which the bottom end of the deformable element bears so that the deformable element is movable along the lower guiding surface; wherein, when the top cap is in the pressable position, the top cap is pressed, and the piston rod moves downwards and actuates the piston to move downwards to dispense a material from a dispensing chamber, while forcing the deformable element to deform from an initial state and to move along the upper guiding surface and the lower guiding surface; and when the top cap is released, the deformable element returns to the initial state. a top cap which includes a rest position and a pressable position; a piston rod connected to the top cap, the piston rod being connected to a piston at the bottom to actuate the piston to move in a vertical direction, the piston rod further comprising an inclined upper guiding surface; a deformable element bearing at the top end against the upper guiding surface of the piston rod so that the deformable element is movable along the upper guiding surface; a support which is vertically movable to move the top cap from the rest position to the pressable position, the support including an inclined lower guiding surface against which the bottom end of the deformable element bears so that the deformable element is movable along the lower guiding surface; wherein, when the top cap is in the pressable position, the top cap is pressed, and the piston rod moves downwards and actuates the piston to move downwards to dispense a material from a dispensing chamber, while forcing the deformable element to deform from an initial state and to move along the upper guiding surface and the lower guiding surface; and when the top cap is released, the deformable element returns to the initial state.
An apparatus for producing a 3 dimensional mapping of the characteristics of a body, the apparatus comprising: a transparent inclined platform; a flexible capture sheet draped on the upper side of the platform to be located between the platform and the body when leaning against the platform, the flexible capture sheet, in a rest position, defining a plane having an x-axis, a y-axis and a z-axis, the flexible capture sheet also having registration marks facing the transparent platform, wherein the z-axis is perpendicular to the plane, and wherein in the rest position the registration marks are at first positions; the plane corresponding to the plane formed by the platform; a blower to supply air into a space between the sheet and the platform and aimed toward the flexible capture sheet to cause the flexible capture sheet to drape on the body; and a camera configured to view the registration marks through the transparent platform at the rest position and at second positions of the registration marks obtainable when the flexible capture sheet is draped on the body, wherein a view angle of the camera is offset from the z-axis. a transparent inclined platform; a flexible capture sheet draped on the upper side of the platform to be located between the platform and the body when leaning against the platform, the flexible capture sheet, in a rest position, defining a plane having an x-axis, a y-axis and a z-axis, the flexible capture sheet also having registration marks facing the transparent platform, wherein the z-axis is perpendicular to the plane, and wherein in the rest position the registration marks are at first positions; the plane corresponding to the plane formed by the platform; the flexible capture sheet, in a rest position, defining a plane having an x-axis, a y-axis and a z-axis, the flexible capture sheet also having registration marks facing the transparent platform, wherein the z-axis is perpendicular to the plane, and wherein in the rest position the registration marks are at first positions; the plane corresponding to the plane formed by the platform; a blower to supply air into a space between the sheet and the platform and aimed toward the flexible capture sheet to cause the flexible capture sheet to drape on the body; and a camera configured to view the registration marks through the transparent platform at the rest position and at second positions of the registration marks obtainable when the flexible capture sheet is draped on the body, wherein a view angle of the camera is offset from the z-axis.
A computer-implemented method comprising the steps of: receiving data wherein the data comprise data for a plurality of factors associated with a plurality of wells; cleansing the data by fitting a log curve to well production versus time data and including the well production versus time data or excluding the well production versus time data based at least in part on the fitting; training a plurality of regression models based at least in part on the cleansed data and the plurality of factors; outputting a plurality of trained regression models; predicting production of a well via the plurality of trained regression models; fitting a decline curve to the predicted production of the well; predicting production of the well based on the fit decline curve; and outputting one or more control signals for controlling one or more field processes based at least in part on the predicted production. receiving data wherein the data comprise data for a plurality of factors associated with a plurality of wells; cleansing the data by fitting a log curve to well production versus time data and including the well production versus time data or excluding the well production versus time data based at least in part on the fitting; training a plurality of regression models based at least in part on the cleansed data and the plurality of factors; outputting a plurality of trained regression models; predicting production of a well via the plurality of trained regression models; fitting a decline curve to the predicted production of the well; predicting production of the well based on the fit decline curve; and outputting one or more control signals for controlling one or more field processes based at least in part on the predicted production.
A granule loading method of loading granules into reaction tubes of a vertical multitube reactor installed in a vertical direction by dropping the granules from above each of the reaction tubes without using a funnel, the method loading the granule in a state that a linear member is inserted and suspended in the reaction tube, wherein the reaction tube has an effective length of 1000 mm or more, the linear member inserted in the reaction tube includes a small-diameter portion positioned on an upper side and a large-diameter portion continuously extending from the small-diameter portion, the small-diameter portion has an outer diameter (Ra) of 0.2 mm to 5.0 mm, the large-diameter portion has an outer diameter (Rb) that is larger than the outer diameter (Ra) of the small-diameter portion and that is 5.0 mm to 15.0 mm, and a length (L A) of the small-diameter portion from an upper end of the reaction tube is 10.0 mm or more, a distance (L x) between an upper surface of a granule loaded layer formed inside the reaction tube and a lower end of the linear member inserted in the reaction tube is 100 mm or more, and the linear member is in the form of a thread, a string, a chain, or a spiral. wherein the reaction tube has an effective length of 1000 mm or more, the linear member inserted in the reaction tube includes a small-diameter portion positioned on an upper side and a large-diameter portion continuously extending from the small-diameter portion, the small-diameter portion has an outer diameter (Ra) of 0.2 mm to 5.0 mm, the large-diameter portion has an outer diameter (Rb) that is larger than the outer diameter (Ra) of the small-diameter portion and that is 5.0 mm to 15.0 mm, and a length (L A) of the small-diameter portion from an upper end of the reaction tube is 10.0 mm or more, a distance (L x) between an upper surface of a granule loaded layer formed inside the reaction tube and a lower end of the linear member inserted in the reaction tube is 100 mm or more, and the linear member is in the form of a thread, a string, a chain, or a spiral.
An immune response modifier compound for use in reducing UV-induced immunosuppression which use comprises administering to a treatment area said immune response modifier compound in an amount effective to inhibit UV-induced immunosuppression, wherein the immune response modifier compound is 1-(2-methylpropyl)-1H-imidazo[4,5-c]quinolin-4-amine, wherein administration of the immune response modifier compound occurs prior to exposure of the treatment area to UV irradiation, and wherein the immune response modifier compound is administered via a sunscreen.
A computer-implemented method, comprising: receiving, by a user device from an access device, a first message comprising a terminal type indicator; in response to the terminal type indicator indicating a first terminal type: transmitting, from the user device to the access device, a second message comprising a first identifier and an encrypted identifier; and in response to the terminal type indicator indicating a second terminal type: generating, by the user device, an obfuscated Primary Account Number, PAN, based at least in part on a first portion of a PAN and a second portion of the encrypted identifier, wherein the first portion of the PAN comprises an identification number associated with an acquirer; and transmitting, from the user device to the access device, the second message comprising the obfuscated PAN and the encrypted identifier. receiving, by a user device from an access device, a first message comprising a terminal type indicator; in response to the terminal type indicator indicating a first terminal type: transmitting, from the user device to the access device, a second message comprising a first identifier and an encrypted identifier; and in response to the terminal type indicator indicating a second terminal type: generating, by the user device, an obfuscated Primary Account Number, PAN, based at least in part on a first portion of a PAN and a second portion of the encrypted identifier, wherein the first portion of the PAN comprises an identification number associated with an acquirer; and transmitting, from the user device to the access device, the second message comprising the obfuscated PAN and the encrypted identifier. generating, by the user device, an obfuscated Primary Account Number, PAN, based at least in part on a first portion of a PAN and a second portion of the encrypted identifier, wherein the first portion of the PAN comprises an identification number associated with an acquirer; and transmitting, from the user device to the access device, the second message comprising the obfuscated PAN and the encrypted identifier.
Roll for a machine for producing or processing a fibrous web, comprising a movable roll shell and a positive or negative pressure zone which is arranged within the roll shell and is fixed against rotation relative to the roll shell, and a sealing device for sealing off the positive or negative pressure zone with respect to the surroundings, wherein the sealing device has a sealing strip and a lubricating device, by means of which a lubricant can be introduced between the inside of the roll shell and the sealing surface of the sealing strip, wherein the lubricating device comprises a plurality of lubricant outlet openings and is connected via multiple inlet segments (9, 9a) to a supply line for the supply with lubricant, wherein the supply line comprises an inner section which extends within the roll shell, characterized in that this inner section has a storage volume of at least 490 cm 3 /m, in particular at least 2000 cm 3 /m, based on the length of the sealing strip.
Method of producing a metallic strip or sheet, in which the strip or sheet is rolled in a multi-stand rolling mill, is taken out in conveying direction behind the last roll stand of the rolling mill and is cooled in a cooling device, wherein the strip or sheet directly after passing the work rolls of the last roll stand is subjected to an additional rapid cooling, wherein the cooling of the strip or sheet is carried out at least partly still within the extent of the last roll stand in conveying direction, and wherein the rapid cooling is carried out in that a cooling medium is applied from above and below to the strip or sheet, characterised in that the volume flow of cooling medium applied from below to the strip or sheet is at least 120% of the volume flow of cooling medium applied from above to the strip or sheet, wherein for the rapid cooling of the strip or sheet a cooling medium is applied in such a quantity and/or at such a pressure that the cooling of the strip or sheet at its surface takes place with a gradient of at least 500 K/s and wherein the rapid cooling extends from within the last roll stand of the rolling mill in conveying direction over a path between 2 metres and 15 metres.