mhurhangee/ep-ind-claims huggingface dataset:
A continuous process for drying solid organic substances in an aqueous phase or a mixed (water/organic solvent) phase, comprising the steps of: feeding a continuous stream of said substances into a continuous turbo-drier, which comprises a cylindrical tubular body being provided with a heating jacket, closed by end caps (20,21) at both ends, formed with inlet and outlet openings (23,24), and provided with a bladed rotor mounted coaxially for rotation therein at a speed of 200 to 1500 rpm, to obtain from said turbo-drier a continuous output stream of dried powder material and steam at a temperature higher than 100°C; feeding said continuous stream of dried powder material and steam into at least one apparatus (3,5) for separating the powder material from the steam; discharging from said apparatus (3,5) a continuous stream of the powder material and a continuous stream of steam, which is fed again into the turbo-drier; wherein the steam pressure inside said turbo-drier and said separating apparatus (3,5) is kept constant and to such a value to ensure that substantially no oxygen is present, or, in any case, that the powder material cannot be ignited, by continuous drawing, downstream of said separating apparatus, an amount of steam corresponding to the amount of steam generated within said turbo-drier. feeding a continuous stream of said substances into a continuous turbo-drier, which comprises a cylindrical tubular body being provided with a heating jacket, closed by end caps (20,21) at both ends, formed with inlet and outlet openings (23,24), and provided with a bladed rotor mounted coaxially for rotation therein at a speed of 200 to 1500 rpm, to obtain from said turbo-drier a continuous output stream of dried powder material and steam at a temperature higher than 100°C; feeding said continuous stream of dried powder material and steam into at least one apparatus (3,5) for separating the powder material from the steam; discharging from said apparatus (3,5) a continuous stream of the powder material and a continuous stream of steam, which is fed again into the turbo-drier; wherein the steam pressure inside said turbo-drier and said separating apparatus (3,5) is kept constant and to such a value to ensure that substantially no oxygen is present, or, in any case, that the powder material cannot be ignited, by continuous drawing, downstream of said separating apparatus, an amount of steam corresponding to the amount of steam generated within said turbo-drier.
A container for receiving a biological sample, characterized in that said container is formed by a cylindrical tank for receiving a sample thermally isolated from the outside and a base on which the tank is, in the so-called vertical upright position, able to rest, said base being equipped with at least three weight sensors (16, 17, 18) with independent reading, said weight sensors (16, 17, 18) distributed on the surface of the base being biased in the position bearing of the tank on the base, said tank having a tank body including a double wall (3, 4) divided into at least two zones offset along the longitudinal axis of the tank, each zone, which delimits an annular volume with an adjustable temperature using heating and cooling means, forming a heat exchanger able to cool or heat the content of the tank, each exchanger (5, 6) being thermally isolated from the other heat exchanger(s).
A digital host unit (20, 420) configured to communicatively couple to a plurality of digital remote units (40, 540) and/or digital extension units, the digital host unit (20, 420) comprising a wireless interface device interface configured to receive a forward-path signal from a wireless interface device (10, 211, 310), the wireless interface device interface further configured to communicate a reverse-path signal to the wireless interface device (10, 211, 310), wherein each of the plurality of digital remote units (40, 540) receives a respective original reverse-path analog radio frequency signal comprising a reverse-path radio frequency spectrum and wherein each of the plurality of digital remote units (40, 540) generates respective reverse-path digital samples indicative of at least a portion of the wireless spectrum of the respective original reverse-path analog radio frequency signal received at that digital remote unit; and characterized in that the digital host unit (20, 420) comprises: at least one transmission line interface (431-1, 431-2, 431-P, 418-1, 418-2, 418-P) configured to communicate the forward path digital samples to at least one of the plurality of digital remote units (40, 540), the at least one transmission line interface (431-1, 431-2, 431-P, 418-1, 418-2, 418-P) further configured to receive the reverse-path digital samples from the plurality of digital remote units and/or digital extension units (40, 540); a digital summer to digitally sum corresponding reverse-path digital samples received from the plurality of digital remote units and/or digital extension units to produce summed reverse-path digital samples; and wherein the reverse-path signal is derived from the summed reverse-path digital samples. at least one transmission line interface (431-1, 431-2, 431-P, 418-1, 418-2, 418-P) configured to communicate the forward path digital samples to at least one of the plurality of digital remote units (40, 540), the at least one transmission line interface (431-1, 431-2, 431-P, 418-1, 418-2, 418-P) further configured to receive the reverse-path digital samples from the plurality of digital remote units and/or digital extension units (40, 540); a digital summer to digitally sum corresponding reverse-path digital samples received from the plurality of digital remote units and/or digital extension units to produce summed reverse-path digital samples; and wherein the reverse-path signal is derived from the summed reverse-path digital samples.
A method for forming and adhering entrained polymer structures having a predetermined shape to the surface of a substrate in an automated in-line production process, the method comprising the steps of: a) extruding an entrained polymer composition in molten form, wherein the entrained polymer composition comprises a base polymer and a mineral active agent; b) providing a substrate which is a foil, wherein the surface of the substrate is a polymer sealing layer on the foil; and c) applying the entrained polymer composition in molten form in a predetermined shape to the surface of the substrate, wherein each predetermined shape of entrained polymer composition adheres to the polymer sealing layer via a thermal bond, forming a solidified entrained polymer structure upon cooling of the entrained polymer composition, wherein the method is carried out using a hot melt dispensing apparatus comprising: an extruder for providing a flow of the entrained polymer in molten form; one or more hoses, each of which having an internal lumen in fluid communication with an exit of the extruder to receive the flow of the entrained polymer in molten form, the lumen terminating at an applicator to which the entrained polymer in molten form is conveyed; the applicator comprising a dispenser for repeatedly applying the entrained polymer in the predetermined shape to the surface of the substrate. a) extruding an entrained polymer composition in molten form, wherein the entrained polymer composition comprises a base polymer and a mineral active agent; b) providing a substrate which is a foil, wherein the surface of the substrate is a polymer sealing layer on the foil; and c) applying the entrained polymer composition in molten form in a predetermined shape to the surface of the substrate, wherein each predetermined shape of entrained polymer composition adheres to the polymer sealing layer via a thermal bond, forming a solidified entrained polymer structure upon cooling of the entrained polymer composition,
A controlling method of a laundry machine, the controlling method comprising: supplying water into a tub until a water level of the tub reaches a water level predetermined for a washing step; and controlling a steam heater and a tub heater until a temperature inside the tub reaches a temperature predetermined for the washing step at the predetermined water level, characterized by keeping a circulation pump off while the tub heater is on. supplying water into a tub until a water level of the tub reaches a water level predetermined for a washing step; and controlling a steam heater and a tub heater until a temperature inside the tub reaches a temperature predetermined for the washing step at the predetermined water level, keeping a circulation pump off while the tub heater is on.
A leg support instrument designed to be fastened, in a table fastening condition, to a longitudinal side of an operating table, which operating table is provided with a lying surface having a lying surface longitudinal direction, comprising: - a first frame part provided with fastening means (5, 7) having a table engaging portion for engaging, in the table fastening condition, the longitudinal side of the operating table in a fastening manner; - a second frame part having adjustable support means fastened thereto for supporting, in the table fastening condition, in a lower leg engaging condition, a lower leg of a person lying on his back on the lying surface of the operating table; and - a first hinge connecting the first frame part and the second frame part in a hinging manner, which first hinge has a first axis of rotation extending, in the table fastening condition, parallel to the lying surface and transverse to the lying surface longitudinal direction; wherein the leg support instrument (1; 101) is adjustable in the sense that in the table fastening condition, different distances can be set between the table engaging portion and the first axis of rotation of the first hinge; characterized by aligning means (6, 8) for aligning, in the table fastening condition, a position of the first axis of rotation depending on a position of a person thus lying on the operating table, wherein the aligning means (6, 8) are designed to project a light beam extending in line with the first axis of rotation 31 on the person thus lying on on the operating table. - a first frame part provided with fastening means (5, 7) having a table engaging portion for engaging, in the table fastening condition, the longitudinal side of the operating table in a fastening manner; - a second frame part having adjustable support means fastened thereto for supporting, in the table fastening condition, in a lower leg engaging condition, a lower leg of a person lying on his back on the lying surface of the operating table; and - a first hinge connecting the first frame part and the second frame part in a hinging manner, which first hinge has a first axis of rotation extending, in the table fastening condition, parallel to the lying surface and transverse to the lying surface longitudinal direction; wherein the leg support instrument (1; 101) is adjustable in the sense that in the table fastening condition, different distances can be set between the table engaging portion and the first axis of rotation of the first hinge; characterized by aligning means (6, 8) for aligning, in the table fastening condition, a position of the first axis of rotation depending on a position of a person thus lying on the operating table, wherein the aligning means (6, 8) are designed to project a light beam extending in line with the first axis of rotation 31 on the person thus lying on on the operating table.
A system for generating a servicing schedule for a construction machine, the system comprising: a controller configured to: receive an input signal pertaining to a servicing information for the construction machine, wherein the servicing information includes an aftermarket servicing lead, and one or more of a fault code from the construction machine, a fluid test result for the construction machine, and an inspection data for the construction machine; and analyze the input signal for generating a service report that contains the servicing information, wherein the service report is used for generating the servicing schedule for the construction machine; and a user interface for receiving the service report from the controller, wherein the user interface presents the service report thereon. receive an input signal pertaining to a servicing information for the construction machine, wherein the servicing information includes an aftermarket servicing lead, and one or more of a fault code from the construction machine, a fluid test result for the construction machine, and an inspection data for the construction machine; and analyze the input signal for generating a service report that contains the servicing information, wherein the service report is used for generating the servicing schedule for the construction machine; and a user interface for receiving the service report from the controller, wherein the user interface presents the service report thereon.
Latching star wheel for a steering lock of a motor vehicle, having a hollow profile with a longitudinal axis and a plurality of latching recesses which can be brought into engagement with a locking bar of the steering lock that can be moved into the locking or unlocking position, wherein the latching recesses are formed by projections (9, 9') and an inner surface of the latching star wheel forms a contact surface that is circularly perforated in the circumferential contour, wherein the latching recesses extend consistently in parallel to the longitudinal axis across the entire length of the latching star wheel, characterized in that the circumferential contour on the inside of the of the latching star wheel overall forms a group of sub-surfaces of a cylinder shell of a circular cylinder, wherein the projections (9, 9') form pockets on the inside and take up between two-fifths and three-quarters of the circumference of a circular envelope.
A method for generating a set of filter coefficients for processing an audio signal, comprising: obtaining a set of subband filter coefficients for each subband, wherein the set of subband filter coefficients is obtained from a set of time domain binaural room impulse response, BRIR, filter coefficients; obtaining average reverberation time information of each subband by using a reverberation time extracted from the set of subband filter coefficients for a corresponding subband; obtaining one or more coefficients for curve fitting the average reverberation time information of each subband; obtaining flag information indicating whether a length of the set of time domain BRIR filter coefficients is larger than a predetermined value; determining a filter order of each subband, wherein the filter order is determined, based at least in part on the flag information, by using the average reverberation time information of the corresponding subband or by using the coefficients for curve fitting, and wherein the filter order is determined to be variable in a frequency domain; and truncating the set of subband filter coefficients by using the determined filter order of a corresponding subband. obtaining a set of subband filter coefficients for each subband, wherein the set of subband filter coefficients is obtained from a set of time domain binaural room impulse response, BRIR, filter coefficients; obtaining average reverberation time information of each subband by using a reverberation time extracted from the set of subband filter coefficients for a corresponding subband; obtaining one or more coefficients for curve fitting the average reverberation time information of each subband; obtaining flag information indicating whether a length of the set of time domain BRIR filter coefficients is larger than a predetermined value; determining a filter order of each subband, wherein the filter order is determined, based at least in part on the flag information, by using the average reverberation time information of the corresponding subband or by using the coefficients for curve fitting, and wherein the filter order is determined to be variable in a frequency domain; and truncating the set of subband filter coefficients by using the determined filter order of a corresponding subband.
A method for controlling a vehicle, comprising: receiving a wireless signal from a mobile device (103, 105); analyzing at least one characteristic of the wireless signal to determine a current location of the mobile device (103, 105); unlocking the vehicle in response to a determination, based on the current location, that the mobile device (103, 105) is within an inner boundary adjacent to the vehicle, and that a first signal is received from a first input/output (I/O) component of the vehicle; and locking the vehicle in response to a determination, based on the current location, that the mobile device (103, 105) is external to an outer boundary external to the inner boundary, the method further comprising: in response to the determination that the mobile device (103, 105) moves across the inner boundary toward the vehicle, turning on a display of the vehicle powered by a battery of the vehicle. receiving a wireless signal from a mobile device (103, 105); analyzing at least one characteristic of the wireless signal to determine a current location of the mobile device (103, 105); unlocking the vehicle in response to a determination, based on the current location, that the mobile device (103, 105) is within an inner boundary adjacent to the vehicle, and that a first signal is received from a first input/output (I/O) component of the vehicle; and locking the vehicle in response to a determination, based on the current location, that the mobile device (103, 105) is external to an outer boundary external to the inner boundary, the method further comprising: in response to the determination that the mobile device (103, 105) moves across the inner boundary toward the vehicle, turning on a display of the vehicle powered by a battery of the vehicle.
A method for determining one or more optimum focus settings for a device manufacturing method using a lithographic apparatus arranged to transfer a pattern from a patterning device onto a substrate, the method comprising: printing a plurality of target markers on a substrate using the lithographic apparatus, different ones of the target markers being printed with different focus settings; using an angle-resolved scatterometer to measure a property of the target markers; and determining the one or more focus settings based on the measured property of the target markers; wherein the target markers are such that their degree of symmetry varies according to the focus setting by which they have been printed; and the measured property is related to the asymmetry of the printed target marker. printing a plurality of target markers on a substrate using the lithographic apparatus, different ones of the target markers being printed with different focus settings; using an angle-resolved scatterometer to measure a property of the target markers; and determining the one or more focus settings based on the measured property of the target markers; wherein the target markers are such that their degree of symmetry varies according to the focus setting by which they have been printed; and the measured property is related to the asymmetry of the printed target marker.
An apparatus comprising means for performing: maintaining, in a database of the apparatus in a communications system, map information and driving context information of a plurality of vehicles and message history information for each vehicle pair formed by a first source vehicle and the plurality of vehicles, wherein the driving context information of each of the plurality of vehicles comprises at least information for determining a geographical location and a short-term trajectory of a corresponding vehicle; receiving from the first source vehicle a vehicular message comprising at least driving context information of the first source vehicle; selecting one or more vehicles in proximity of the first source vehicle from the plurality of vehicles based on geographical locations of the first source vehicle and the plurality of vehicles; selecting a first set of one or more target vehicles from the one or more vehicles based on the driving context information of the first source vehicle, driving context information of the one or more vehicles and the map information; analyzing message history information relating to the first source vehicle and the vehicles of the first set to determine values of one or more message history metrics for each pair formed by the first source vehicle and a target vehicle of the first set; selecting a third set of one or more target vehicles from the first set based on the values of the one or more message history metrics; and causing sending the vehicular message to the one or more target vehicles in the third set using unicast transmission. maintaining, in a database of the apparatus in a communications system, map information and driving context information of a plurality of vehicles and message history information for each vehicle pair formed by a first source vehicle and the plurality of vehicles, wherein the driving context information of each of the plurality of vehicles comprises at least information for determining a geographical location and a short-term trajectory of a corresponding vehicle; receiving from the first source vehicle a vehicular message comprising at least driving context information of the first source vehicle; selecting one or more vehicles in proximity of the first source vehicle from the plurality of vehicles based on geographical locations of the first source vehicle and the plurality of vehicles; selecting a first set of one or more target vehicles from the one or more vehicles based on the driving context information of the first source vehicle, driving context information of the one or more vehicles and the map information; analyzing message history information relating to the first source vehicle and the vehicles of the first set to determine values of one or more message history metrics for each pair formed by the first source vehicle and a target vehicle of the first set; selecting a third set of one or more target vehicles from the first set based on the values of the one or more message history metrics; and causing sending the vehicular message to the one or more target vehicles in the third set using unicast transmission.