mhurhangee/patent-ind-claim-en huggingface dataset:
Method for testing an interactive application on at least one TV device according to at least one test scenario, wherein the test scenario is run and monitored by a test driver system separate from the at least one TV device , wherein the test scenario comprises a series of user interaction steps and at least one target state of the application and / or the at least one TV device to be achieved after a specified user interaction step, and wherein the interactive application is a SmartTV application or a broadcast application, the method comprising the steps of: a. integrating a test definition helper library into the interactive application to obtain a modified interactive application, wherein the test definition helper library is configured to obtain information on the state of the interactive application and / or the at least one TV device ; b. providing the modified interactive application to the at least one TV device ; c. running the at least one test scenario, wherein the test driver system non-transparently performs the series of user interaction steps on the at least one TV device , wherein, from the viewpoint of the interactive application and/or the TV device, the user interaction steps non-transparently performed by the test driver system are undistinguishable from corresponding user interaction steps generated by an end-user of the TV device; d. obtaining information on the state of the interactive application and / or the at least one TV device by means of the test definition helper library , wherein the information comprises information on runtime objects of the interactive application; and e. comparing the information on the state of the interactive application and / or the at least one TV device obtained by the test definition helper library with the at least one target state after the specified user interaction step. a. integrating a test definition helper library into the interactive application to obtain a modified interactive application, wherein the test definition helper library is configured to obtain information on the state of the interactive application and / or the at least one TV device ; b. providing the modified interactive application to the at least one TV device ; c. running the at least one test scenario, wherein the test driver system non-transparently performs the series of user interaction steps on the at least one TV device , wherein, from the viewpoint of the interactive application and/or the TV device, the user interaction steps non-transparently performed by the test driver system are undistinguishable from corresponding user interaction steps generated by an end-user of the TV device; d. obtaining information on the state of the interactive application and / or the at least one TV device by means of the test definition helper library , wherein the information comprises information on runtime objects of the interactive application; and e. comparing the information on the state of the interactive application and / or the at least one TV device obtained by the test definition helper library with the at least one target state after the specified user interaction step.
A process for preparing stabilized buckwheat starch from native buckwheat starch, the process comprising the steps of: a) preparing a suspension of native buckwheat starch in an aqueous medium, preferably at a concentration from 20 to 50% by weight, more preferably at a concentration from 30 to 40% by weight at a temperature T1 comprised between room temperature and 50°C, for example comprised between room temperature and 45°C; b) heating the aqueous suspension up to a temperature Ts that does not exceed 60°C, said heating step comprising : i. a first stage of slow heating, at a rate comprised between 0.2°C and 5°C per hour, from T1 up to said temperature Ts, said temperature Ts comprised in the range from 50 to 60°C, preferably in the range from 53°C to 58°C, more preferably in the range from 53°C to 55°C and, ii. a second stage of heating at said temperature Ts for at least 30 minutes, preferably from 0.5 to 24 hours, for example from 1 to 18 hours, in particular from 1 to 5 hours, notably for 3 hours, so as to obtain the stabilized buckwheat starch, c) separating the stabilized buckwheat starch from the aqueous medium; d) drying said stabilized buckwheat starch; e) recovering said stabilized buckwheat starch. a) preparing a suspension of native buckwheat starch in an aqueous medium, preferably at a concentration from 20 to 50% by weight, more preferably at a concentration from 30 to 40% by weight at a temperature T1 comprised between room temperature and 50°C, for example comprised between room temperature and 45°C; b) heating the aqueous suspension up to a temperature Ts that does not exceed 60°C, said heating step comprising : i. a first stage of slow heating, at a rate comprised between 0.2°C and 5°C per hour, from T1 up to said temperature Ts, said temperature Ts comprised in the range from 50 to 60°C, preferably in the range from 53°C to 58°C, more preferably in the range from 53°C to 55°C and, ii. a second stage of heating at said temperature Ts for at least 30 minutes, preferably from 0.5 to 24 hours, for example from 1 to 18 hours, in particular from 1 to 5 hours, notably for 3 hours, so as to obtain the stabilized buckwheat starch, i. a first stage of slow heating, at a rate comprised between 0.2°C and 5°C per hour, from T1 up to said temperature Ts, said temperature Ts comprised in the range from 50 to 60°C, preferably in the range from 53°C to 58°C, more preferably in the range from 53°C to 55°C and, ii. a second stage of heating at said temperature Ts for at least 30 minutes, preferably from 0.5 to 24 hours, for example from 1 to 18 hours, in particular from 1 to 5 hours, notably for 3 hours, so as to obtain the stabilized buckwheat starch, c) separating the stabilized buckwheat starch from the aqueous medium; d) drying said stabilized buckwheat starch; e) recovering said stabilized buckwheat starch.
Packaging wrapper for gluten-free food products, said wrapper being suitable for cooking said gluten-free food products in an oven and comprising a multilayer sheet , comprising in turn at least one layer of polymeric material having at least one aperture and a layer of filter material coupled, by means of adhesive , to the layer of polymeric material and positioned so as to cover said aperture , said layer of filter material being porous and comprising a plurality of layers of fibrous material overlapping each other so as to prevent the passage of allergens, in particular gluten, wherein the filter material has a thickness between 50 and 200 μm and the size of the pores of the filter material is between 1 μm and 100 μm.
A scanning device for use in an automated analyzer, the scanning device comprising a camera, a camera slide, a linear guidance for guiding the camera slide which is mounted at the bottom of the camera slide and a deflection mirror mount, wherein the deflection mirror mount comprises an oblong hole which defines two distances corresponding to two focus levels of the camera along the linear guidance, a drive unit, one or two deflection mirrors, and four pre-loading guidance elements, wherein two of the pre-loading guidance elements are installed on the bottom side of camera slide and the other two pre-loading elements are installed on the bottom side of the deflection mirror mount, wherein the camera is positioned on the camera slide which is connected to the deflection mirror mount comprising the one or two deflection mirrors over the oblong hole for adjusting the distance between camera and the one or two deflection mirrors, wherein the one or two deflection mirrors are held in position by friction forces between the two pre-loaded guidance elements arranged on their bottom side and the linear guidance.
A metabolically efficient leg brace, comprising: a shank frame for transferring forces between a wearer's tibia/fibula and the shank frame; a thigh frame for transferring forces between a wearer's femur and the thigh frame; at least one knee joint rotatably coupling the shank frame to the thigh frame ; at least one torsion spring having a torsional axis at the at least one knee joint, an input arbor of a thigh clutch; and an output arbor of the thigh clutch coupled to the thigh frame ; characterized in that the torsion spring comprises a first arm and a second arm , and the first arm is coupled to the shank frame and the second arm is coupled to the input arbor of the thigh clutch. a shank frame for transferring forces between a wearer's tibia/fibula and the shank frame; a thigh frame for transferring forces between a wearer's femur and the thigh frame; at least one knee joint rotatably coupling the shank frame to the thigh frame ; at least one torsion spring having a torsional axis at the at least one knee joint, an input arbor of a thigh clutch; and an output arbor of the thigh clutch coupled to the thigh frame ; characterized in that the torsion spring comprises a first arm and a second arm , and the first arm is coupled to the shank frame and the second arm is coupled to the input arbor of the thigh clutch.
A reagent container comprising: an elongated blow-molded bottle including a bottom wall , a top wall , a side wall , an inner wall , and an end wall , the top wall having an opening and opposed to the bottom wall , wherein the side wall and the end wall connect the bottom wall to the top wall ; and one pipe including an open top end , a bottom end , and a tube wall extending from the top end to the bottom end, the tube wall having a single aperture adjacent the bottom end, wherein the pipe is disposed in and affixed to the bottle with the top end positioned within the bottle opening , and the aperture disposed toward the end wall ; and wherein the inner wall is shorter than the end wall along a direction parallel to an extension direction of the tube wall of the pipe , such that the bottom wall slopes from the inner wall towards a portion of the bottom wall disposed directly beneath the bottle opening . an elongated blow-molded bottle including a bottom wall , a top wall , a side wall , an inner wall , and an end wall , the top wall having an opening and opposed to the bottom wall , wherein the side wall and the end wall connect the bottom wall to the top wall ; and one pipe including an open top end , a bottom end , and a tube wall extending from the top end to the bottom end, the tube wall having a single aperture adjacent the bottom end, wherein the pipe is disposed in and affixed to the bottle with the top end positioned within the bottle opening , and the aperture disposed toward the end wall ; and wherein the inner wall is shorter than the end wall along a direction parallel to an extension direction of the tube wall of the pipe , such that the bottom wall slopes from the inner wall towards a portion of the bottom wall disposed directly beneath the bottle opening .
Vacuum cleaner for removal by suction of dust generated by a machine tool , wherein the vacuum cleaner may be driven by an electrical device, in the form of the machine tool or an energy storage module for supplying electrical power to the machine tool , which has a drive motor for driving a tool holder on which there is or may be mounted a tool provided for machining a workpiece (W), wherein the vacuum cleaner has a suction device housing with a dirt collecting chamber for holding dirt separated from a suction flow (S), together with a suction unit for generating the suction flow (S), wherein there is on the suction device housing a suction inlet for the connection of a suction hose to create a flow connection for the suction flow (S) with the machine tool , wherein the vacuum cleaner has an external communication device for a wireless control link (S1, S2) with a wireless communication interface of the electrical device and to receive at least one control command, in particular for switch-on and/or switch-off of the vacuum cleaner , in particular the suction unit , via the control link (S1, S2), and wherein the vacuum cleaner has at least one communications module , which is or may be located at a distance from the suction device housing , to maintain and/or create the control link (S1, S2) of the electrical device with the vacuum cleaner characterised in that the external communication device is ready in a standby mode to create the control link (S1, S2) with the electrical device and in a working mode is not ready to create the control link (S1, S2), and that the communications module is designed for switching the external communication device .
A 3D X-ray device comprising an X-ray detector , an X-ray source and a computer , wherein the X-ray detector and the X-ray source are configured to be moved about an object volume to be recorded in a craniomaxillofacial region by movement paths with a rotation of at least 185°, wherein the computer is adapted to record a plurality of X-ray projection images from different irradiation directions , whereby X-rays are produced by means of the X-ray source , the device comprising an aperture adapted to form a fan beam in order to irradiate the object volume in one of the irradiation directions , and adapted to be captured by the X-ray detector , wherein the computer is adapted to calculate a 3D X-ray image of the object volume from the recorded X-ray projection images by means of a reconstruction method, wherein the X-ray detector is arranged asymmetrically relative to a central axis through a center of rotation of the 3D X-ray device , wherein a first fan beam and an opposite second fan beam corresponding to a 180° rotation of the first fan beam form an overlap region , the device further comprising at least one X-ray filter disposed between the X-ray source and the object volume having a first width for attenuating an X-ray dose inside the overlap region , characterized in that the device further comprises a second X-ray filter having a second width that differs from the first width of the said at least one X-ray filter disposed inside the overlap region and wherein the second x-ray filter is provided in the regions of the two fan beams outside the overlap region . whereby X-rays are produced by means of the X-ray source , the device comprising an aperture adapted to form a fan beam in order to irradiate the object volume in one of the irradiation directions , and adapted to be captured by the X-ray detector , wherein the computer is adapted to calculate a 3D X-ray image of the object volume from the recorded X-ray projection images by means of a reconstruction method, wherein the X-ray detector is arranged asymmetrically relative to a central axis through a center of rotation of the 3D X-ray device , wherein a first fan beam and an opposite second fan beam corresponding to a 180° rotation of the first fan beam form an overlap region , the device further comprising at least one X-ray filter disposed between the X-ray source and the object volume having a first width for attenuating an X-ray dose inside the overlap region , characterized in that the device further comprises a second X-ray filter having a second width that differs from the first width of the said at least one X-ray filter disposed inside the overlap region and wherein the second x-ray filter is provided in the regions of the two fan beams outside the overlap region .
An encryption method for data comprising: acquiring (S101), by a first terminal, data to be encrypted and user information set relevant to the encryption; sending (S102), by the first terminal, a key acquisition instruction to a second terminal corresponding to the user information based on the user information set; receiving (S103), by the first terminal, from the second terminal eyeball information of a user acquired by the second terminal that serves as a key; encrypting (S104), by the first terminal, the data to be encrypted by using the key; and transmitting (S105), by the first terminal, an encrypted version of the data to be encrypted, wherein the encryption uses the key, to the second terminal. acquiring (S101), by a first terminal, data to be encrypted and user information set relevant to the encryption; sending (S102), by the first terminal, a key acquisition instruction to a second terminal corresponding to the user information based on the user information set; receiving (S103), by the first terminal, from the second terminal eyeball information of a user acquired by the second terminal that serves as a key; encrypting (S104), by the first terminal, the data to be encrypted by using the key; and transmitting (S105), by the first terminal, an encrypted version of the data to be encrypted, wherein the encryption uses the key, to the second terminal.
A method for making one or more functional devices in a meeting room available to a processing device of a meeting participant, the one or more functional devices being connected to a base unit of a wireless communications network , the one or more functional devices having one or more fixed or configurable Universal Serial Bus USB endpoints, an endpoint comprising a data source or a data sink, the processing device having a memory, a display and an operating system , the base unit comprising at least a transmitter and a digital processing engine, and wherein a first peripheral device has a receiver, the method comprising: coupling the first peripheral device to the processing device via a serial connection and the first peripheral device communicating with the processing device via a generic communications protocol over the serial connection; exposing and making available the one or more functional devices by the base unit to the first peripheral device by exposing at least one of the one or more fixed or configurable endpoints of the one or more functional devices , by configuring one or more endpoints with descriptor fields, on the first peripheral device to provide the functionality of the at least one of the one or more fixed or configurable endpoints of the one or more functional devices to the processing device ; transmitting data from the one or more functional devices to the base unit , transmitting the data from the base unit to the first peripheral device over the wireless communications network , and transmitting the data from the first peripheral device to the processing device via the one or more exposed fixed or configurable endpoints using the generic communications protocol for communication between the processing device and the first peripheral device . coupling the first peripheral device to the processing device via a serial connection and the first peripheral device communicating with the processing device via a generic communications protocol over the serial connection; exposing and making available the one or more functional devices by the base unit to the first peripheral device by exposing at least one of the one or more fixed or configurable endpoints of the one or more functional devices , by configuring one or more endpoints with descriptor fields, on the first peripheral device to provide the functionality of the at least one of the one or more fixed or configurable endpoints of the one or more functional devices to the processing device ; transmitting data from the one or more functional devices to the base unit , transmitting the data from the base unit to the first peripheral device over the wireless communications network , and transmitting the data from the first peripheral device to the processing device via the one or more exposed fixed or configurable endpoints using the generic communications protocol for communication between the processing device and the first peripheral device .
Method for producing homogenized tobacco material for use in a heat-not-burn aerosol-generating article, comprising the steps of: - selecting a first target value for a first tobacco characteristic, said first tobacco characteristic being reducing sugars and the first target value being comprised between about 8 percent and about 18 percent in dry weight basis of a total amount of tobacco present within the homogenized tobacco material; - selecting a second target value of a second tobacco characteristic, wherein the second tobacco characteristic is one of total ammonia and total alkaloids, wherein the second target value is below about 0.2 percent in dry weight basis of the total amount of tobacco present within the homogenized tobacco material in case the second tobacco characteristic is total ammonia, and wherein the second target value is comprised between about 1.5 percent and about 3.5 percent in dry weight basis of the total amount of tobacco present within the homogenized tobacco material in case the second tobacco characteristic is total alkaloids; - blending graded tobacco types so as to form the tobacco blend, each graded tobacco type comprising a predetermined amount of the first and second tobacco characteristics, so that the first and second target values of said first and second tobacco characteristics are obtained in said blend within a predetermined tolerance range; - grinding said tobacco blend into a blended tobacco powder; - forming a slurry comprising the blended tobacco powder; and - forming a web of homogenous tobacco web from the slurry. - selecting a first target value for a first tobacco characteristic, said first tobacco characteristic being reducing sugars and the first target value being comprised between about 8 percent and about 18 percent in dry weight basis of a total amount of tobacco present within the homogenized tobacco material; - selecting a second target value of a second tobacco characteristic, wherein the second tobacco characteristic is one of total ammonia and total alkaloids, wherein the second target value is below about 0.2 percent in dry weight basis of the total amount of tobacco present within the homogenized tobacco material in case the second tobacco characteristic is total ammonia, and wherein the second target value is comprised between about 1.5 percent and about 3.5 percent in dry weight basis of the total amount of tobacco present within the homogenized tobacco material in case the second tobacco characteristic is total alkaloids; - blending graded tobacco types so as to form the tobacco blend, each graded tobacco type comprising a predetermined amount of the first and second tobacco characteristics, so that the first and second target values of said first and second tobacco characteristics are obtained in said blend within a predetermined tolerance range; - grinding said tobacco blend into a blended tobacco powder; - forming a slurry comprising the blended tobacco powder; and - forming a web of homogenous tobacco web from the slurry.