mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing Diosmin, comprising: A) mixing an amide solvent, hesperidin, an alkaline reagent and iodine, and performing a heating reaction at 90°C to obtain Diosmin, wherein the amide solvent is selected from methylacetamide, ethylacetamide, dimethyloxamide, dimethylacetamide or dimethylformamide, wherein the alkaline reagent is alkali metal hydroxide, wherein the mass ratio of the alkaline reagent to hesperidin is (0.03-0.07):1, wherein the mass ratio of the iodine to hesperidin is (0.4-0.6):1. A) mixing an amide solvent, hesperidin, an alkaline reagent and iodine, and performing a heating reaction at 90°C to obtain Diosmin, wherein the amide solvent is selected from methylacetamide, ethylacetamide, dimethyloxamide, dimethylacetamide or dimethylformamide, wherein the alkaline reagent is alkali metal hydroxide, wherein the mass ratio of the alkaline reagent to hesperidin is (0.03-0.07):1, wherein the mass ratio of the iodine to hesperidin is (0.4-0.6):1. wherein the amide solvent is selected from methylacetamide, ethylacetamide, dimethyloxamide, dimethylacetamide or dimethylformamide, wherein the alkaline reagent is alkali metal hydroxide, wherein the mass ratio of the alkaline reagent to hesperidin is (0.03-0.07):1, wherein the mass ratio of the iodine to hesperidin is (0.4-0.6):1.
A device for measuring the concentration of gases in exhaled air, comprising: - a first air inlet for introducing unfiltered ambient air and air exhaled by a patient in the device, - a second air inlet with a nitric oxide filter for introducing filtered ambient air in the device, - a pump for suctioning ambient air into the device, - a nitric oxide sensor for measuring the concentration of nitric oxide in the air, - a first valve located downstream from the first air inlet and upstream from the nitric oxide sensor, and - a second valve located downstream from the second air inlet and upstream from the nitric oxide sensor, characterized in that the device additionally comprises: - a third valve located downstream from the nitric oxide sensor in a first fluid line that conducts the air exhaled by the patient to a first air outlet, and - a fourth valve located downstream from the nitric oxide sensor in a second fluid line that conducts the ambient air to a second air outlet, and wherein the pump for suctioning ambient air is located in the second fluid line. - a first air inlet for introducing unfiltered ambient air and air exhaled by a patient in the device, - a second air inlet with a nitric oxide filter for introducing filtered ambient air in the device, - a pump for suctioning ambient air into the device, - a nitric oxide sensor for measuring the concentration of nitric oxide in the air, - a first valve located downstream from the first air inlet and upstream from the nitric oxide sensor, and - a second valve located downstream from the second air inlet and upstream from the nitric oxide sensor, characterized in that the device additionally comprises: - a third valve located downstream from the nitric oxide sensor in a first fluid line that conducts the air exhaled by the patient to a first air outlet, and - a fourth valve located downstream from the nitric oxide sensor in a second fluid line that conducts the ambient air to a second air outlet, and wherein the pump for suctioning ambient air is located in the second fluid line.
Non-therapeutic use of a composition comprising an extract of Allium species, an extract of Citrus species, an extract of Paullinia species and an extract of Theobroma species for improving and/or increasing and/or stimulating and/or promoting and/or inducing the pigmentation of hair and/or hairs.
A component for rail vehicles, comprising a sandwich-like element, which is constructed from two cover layers (5, 6) and a core layer disposed between the cover layers and formed of walls and cells bounded thereby, wherein the cover layers (5, 6) and the walls of the core layer are made of plastics material or a plastics material composite, characterised in that the sandwich-like element is bent about at least two axes (X, Y, Y', W, Z, Z'), and at least two of these axes (X, Y, Y', W, Z, Z') intersect one another at a point of intersection, and wherein the cover layers (5, 6) are both bent continuously and the cover layers (5, 6) do not have a seam and/or joint.
A computer-implemented method for providing access to an autonomous system grid, ASG, the method being performed by one or more special-purpose computing devices, the method comprising: obtaining, by a first edge node, from an autonomous vehicle, AV, a first scene description, the first scene description including one or more classified objects (1309, 1310, 1311) detected in a first zone of a geographic area; generating, by the first edge node, an own scene description using images captured by one or more sensors coupled to the first edge node; updating (1503, 1603), by the first edge node in the first zone and using a plurality of scene descriptions, the ASG for the first zone, wherein the ASG includes a scene description for the first zone of the geographic area, the scene description being based on one or more of: locally generated scene descriptions provided by autonomous vehicles traveling in the first zone, scene descriptions provided by fixed sensors located at edge nodes or infrastructure in the first zone, and scene descriptions provided by cloud-based resources, the plurality of scene descriptions including the first scene description and the own scene description; sending, by the first edge node, the updated ASG to a second edge node located in the first zone or a second zone of the geographic area; and providing, by the first edge node, access to the updated ASG to one or more AVs traveling in the first zone or planning to travel in the first zone. obtaining, by a first edge node, from an autonomous vehicle, AV, a first scene description, the first scene description including one or more classified objects (1309, 1310, 1311) detected in a first zone of a geographic area; generating, by the first edge node, an own scene description using images captured by one or more sensors coupled to the first edge node; updating (1503, 1603), by the first edge node in the first zone and using a plurality of scene descriptions, the ASG for the first zone, wherein the ASG includes a scene description for the first zone of the geographic area, the scene description being based on one or more of: locally generated scene descriptions provided by autonomous vehicles traveling in the first zone, scene descriptions provided by fixed sensors located at edge nodes or infrastructure in the first zone, and scene descriptions provided by cloud-based resources, the plurality of scene descriptions including the first scene description and the own scene description; sending, by the first edge node, the updated ASG to a second edge node located in the first zone or a second zone of the geographic area; and providing, by the first edge node, access to the updated ASG to one or more AVs traveling in the first zone or planning to travel in the first zone.
A method for random access, applied to a base station side, the method comprising: generating configuration information related to a physical random access channel, PRACH, the configuration information comprising information of correspondence between a preamble and a physical uplink shared channel, PUSCH, resource group, wherein the information of correspondence comprises index information of the correspondence, wherein a resource in the PUSCH resource group carries a first step request message in a two-step random access, and wherein one or more preambles correspond to one PUSCH resource group; and sending the configuration information to user equipment. generating configuration information related to a physical random access channel, PRACH, the configuration information comprising information of correspondence between a preamble and a physical uplink shared channel, PUSCH, resource group, wherein the information of correspondence comprises index information of the correspondence, wherein a resource in the PUSCH resource group carries a first step request message in a two-step random access, and wherein one or more preambles correspond to one PUSCH resource group; and sending the configuration information to user equipment.
A blade (60; 60-2)comprising: an airfoil; and an attachment root, wherein: the blade has a tipward zone (80; 80-2; 80-2, 81) and a rootward zone (82; 82-2, 81; 82); the rootward zone has a single crystal structure; and the tipward zone has a single crystal structure, characterized in that: the rootward zone and the tipward zone are each formed from a face centered cubic alloy and at least one of the crystalline orientations of the rootward zone is at least 15°, preferably at least 30°, out of registry with at least one of the crystalline orientations of the tipward zone; the tipward zone has a <111> direction within 15° of spanwise; and the rootward zone has a <001> direction within 15° of spanwise. an airfoil; and an attachment root, the blade has a tipward zone (80; 80-2; 80-2, 81) and a rootward zone (82; 82-2, 81; 82); the rootward zone has a single crystal structure; and the tipward zone has a single crystal structure, characterized in that: the rootward zone and the tipward zone are each formed from a face centered cubic alloy and at least one of the crystalline orientations of the rootward zone is at least 15°, preferably at least 30°, out of registry with at least one of the crystalline orientations of the tipward zone; the tipward zone has a <111> direction within 15° of spanwise; and the rootward zone has a <001> direction within 15° of spanwise. the rootward zone and the tipward zone are each formed from a face centered cubic alloy and at least one of the crystalline orientations of the rootward zone is at least 15°, preferably at least 30°, out of registry with at least one of the crystalline orientations of the tipward zone; the tipward zone has a <111> direction within 15° of spanwise; and the rootward zone has a <001> direction within 15° of spanwise.
A lifting assembly for elevating components (3,3a-b) to a wind turbine, comprising: - a plurality of tower segments which together form an elongated tower with an adjustable height, and - a lifting device including: - a support frame for supporting the tower, - a securing assembly for securing the tower to the wind turbine, and - a crane, wherein the lifting device comprises: - a platform arranged moveable relative the support frame between a lower position and an upper position, characterized in that the platform has a first storage area for supporting components weighing more than 10 tons, the crane is mounted on the platform and is configured to move the components between the platform and the wind turbine when the platform is in the upper position, the platform is provided with an opening adapted to receive the tower segments, the crane and the first storage area are arranged on opposite sides of the opening, and one of the tower segments is a top segment having an upper part provided with a second storage area for supporting components weighing more than 10 ton. - a plurality of tower segments which together form an elongated tower with an adjustable height, and - a lifting device including: - a support frame for supporting the tower, - a securing assembly for securing the tower to the wind turbine, and - a crane, wherein the lifting device comprises: - a platform arranged moveable relative the support frame between a lower position and an upper position, characterized in that the platform has a first storage area for supporting components weighing more than 10 tons, the crane is mounted on the platform and is configured to move the components between the platform and the wind turbine when the platform is in the upper position, the platform is provided with an opening adapted to receive the tower segments, the crane and the first storage area are arranged on opposite sides of the opening, and one of the tower segments is a top segment having an upper part provided with a second storage area for supporting components weighing more than 10 ton. - a platform arranged moveable relative the support frame between a lower position and an upper position, characterized in that the platform has a first storage area for supporting components weighing more than 10 tons, the crane is mounted on the platform and is configured to move the components between the platform and the wind turbine when the platform is in the upper position, the platform is provided with an opening adapted to receive the tower segments, the crane and the first storage area are arranged on opposite sides of the opening, and one of the tower segments is a top segment having an upper part provided with a second storage area for supporting components weighing more than 10 ton.
An adjustable steering column assembly comprising: a. a column tube including a portion extending from an outer diameter of the column tube; b. a steering shaft supported for rotation at least in part by the column tube; c. a column housing for at least partially supporting the column tube; and d. a spacer comprising: i. a body portion; and ii. two or more opposing contact surfaces extending from the body portion, forming an angle with the body portion; and iii. a fastener portion to secure the spacer to the column tube; wherein the spacer is positioned on the portion extending from the outer diameter of the column tube to reduce or prevent rotation of the column tube, in particular during a telescoping adjustment; wherein the portion extending from an outer diameter of the column tube includes an opening; and wherein the fastener portion is received within the opening. a. a column tube including a portion extending from an outer diameter of the column tube; b. a steering shaft supported for rotation at least in part by the column tube; c. a column housing for at least partially supporting the column tube; and d. a spacer comprising: i. a body portion; and ii. two or more opposing contact surfaces extending from the body portion, forming an angle with the body portion; and iii. a fastener portion to secure the spacer to the column tube; i. a body portion; and ii. two or more opposing contact surfaces extending from the body portion, forming an angle with the body portion; and iii. a fastener portion to secure the spacer to the column tube; wherein the spacer is positioned on the portion extending from the outer diameter of the column tube to reduce or prevent rotation of the column tube, in particular during a telescoping adjustment; wherein the portion extending from an outer diameter of the column tube includes an opening; and wherein the fastener portion is received within the opening.
A smoking article comprising: a tobacco rod or aerosol generating substrate; and a contoured filter element axially aligned with and fixed to the tobacco rod or aerosol generating substrate with a tipping paper, the contoured filter element having a cylindrical rod end portion and a cylindrical mouth end portion and a contoured portion with a predetermined shape or form imposed between the cylindrical rod end portion and the cylindrical mouth end portion, the contoured portion defining an exterior surface of the smoking article and having a first cross-sectional area that is less than a cross-sectional area of either the cylindrical rod end portion or the cylindrical mouth end portion, wherein the tipping paper is disposed about the cylindrical rod end portion of the contoured filter element but not disposed about the contoured portion of the contoured filter element, and wherein the contoured filter element is configured to mate with fingers of a user of the smoking article. a tobacco rod or aerosol generating substrate; and a contoured filter element axially aligned with and fixed to the tobacco rod or aerosol generating substrate with a tipping paper, the contoured filter element having a cylindrical rod end portion and a cylindrical mouth end portion and a contoured portion with a predetermined shape or form imposed between the cylindrical rod end portion and the cylindrical mouth end portion, the contoured portion defining an exterior surface of the smoking article and having a first cross-sectional area that is less than a cross-sectional area of either the cylindrical rod end portion or the cylindrical mouth end portion, wherein the tipping paper is disposed about the cylindrical rod end portion of the contoured filter element but not disposed about the contoured portion of the contoured filter element, and wherein the contoured filter element is configured to mate with fingers of a user of the smoking article.
A method for an apparatus, the method comprising: receiving information corresponding to new content associated with a particular service; retrieving an identifier of a publisher associated with the particular service in response to receipt of the information; determining, from information stored at a storage element within or accessible to the apparatus, a receiving terminal as having the identifier in a contact list of a phone book application stored at the receiving terminal; and in response to receipt of the information, pushing an indication of the new content to the receiving terminal. receiving information corresponding to new content associated with a particular service; retrieving an identifier of a publisher associated with the particular service in response to receipt of the information; determining, from information stored at a storage element within or accessible to the apparatus, a receiving terminal as having the identifier in a contact list of a phone book application stored at the receiving terminal; and in response to receipt of the information, pushing an indication of the new content to the receiving terminal.
Ultrasonic flowmeter, which comprises a measuring tube with a straight measuring tube axis, a transmitter designed to transmit an acoustic signal on a first signal path, a receiver designed to receive the acoustic signal on the first signal path and at least a first reflection surface at which the acoustic signal is reflected at least once on the first signal path, wherein the acoustic signal acting on the first reflection surface extends along a first straight subsection, said section having a first distance in relation to the measuring tube axis, wherein the transmitter, the receiver and the first reflection surface are aligned in relation to one another and are arranged in or on the measuring tube in such a way that the acoustic signal is reflected on the first signal path from the first transmitter to the first receiver at the at least one first reflection surface in such a way that the acoustic signal reflected at the first reflection surface extends on the first signal path along a second straight subsection, characterized in that the measuring tube has an elliptical, particularly circular cylindrical, cross-section and in that the second straight subsection has a second distance in relation to the measuring tube axis, wherein the first distance is different to the second distance, and wherein the sum of all the lengths - projected onto the measuring tube axis - of all the sub-sections of the first signal path with the first distance in relation to the measuring tube axis in a longitudinal section encompassing the measuring tube axis has a predefined first value, and wherein the sum of all the lengths - projected onto the measuring tube axis - of all the sub-sections of the first signal path with the second distance in relation to the measuring tube axis in the longitudinal section encompassing the measuring tube axis - has a predefined second value, wherein the first value is different to the second value, and wherein the first and the second value are not equal to zero, and wherein a surface normal of the first reflection surface has an angle in relation to the measuring tube axis that is different to 90°.
Leg support fitting for reversibly altering a leg support of a piece of seating and/or lying furniture from a use position to a non-use position and back, comprising a frame and comprising a pivot unit, pivotably connected to the frame and having a leg support carrier device for the leg support and having pivot arms (22, 23), the leg support carrier device being held pivotably on leg support ends (24, 25) of the pivot arms (22, 23) via leg support joints (18, 19) and the pivot arms (22, 23) being pivotably connected, at pivot arm ends (28, 29) opposite the leg support, to the frame via pivot joints (14, 15), characterised in that the leg support carrier device has a longitudinally profiled carrier rail and a leg support slide, which is held displaceable in translation on the carrier rail with respect to a longitudinal rail axis of the carrier rail, the leg support being fixed to a leg support carrier of the leg support carrier device, the leg support joints (18, 19) being held at different positions on the leg support slide and a first pivot arm being connectable to the leg support and/or to the carrier rail via a lever mechanism in such a way that, when the pivot arms (22, 23) pivot upwards, the leg support is extended into the use position towards a front face with respect to the frame in that the leg support slide is displaced with respect to the carrier rail.
A voice recognition system comprising: a voice recorder with which an optical reading means is integrated, the voice recorder having a voice input unit C3108) that inputs voice information when a record button of the voice recorder is held down; and a medium having: a plurality of areas, wherein on each of the areas a category code as a dot pattern is superimposed and printed with a text, figure, or icon signifying a category, wherein the category codes in the respective areas signify different categories, wherein the optical reading means for reading a dot pattern scans one of the category codes when a scan button of the voice recorder is held down, and then, voice information input from the voice input unit is classified based on the category code, thereby enhancing voice recognition precision, wherein the voice recorder has a voice recognition circuit that analyzes the voice information and converts the voice information into text data, or the voice recognition system further comprises a personal computer, wherein a central processing unit of the voice recorder transmits the voice information to the personal computer and analyses the voice information by means of a voice recognition program in the personal computer to text data. a voice recorder with which an optical reading means is integrated, the voice recorder having a voice input unit C3108) that inputs voice information when a record button of the voice recorder is held down; and a medium having: a plurality of areas, wherein on each of the areas a category code as a dot pattern is superimposed and printed with a text, figure, or icon signifying a category, wherein the category codes in the respective areas signify different categories, wherein the optical reading means for reading a dot pattern scans one of the category codes when a scan button of the voice recorder is held down, and then, voice information input from the voice input unit is classified based on the category code, thereby enhancing voice recognition precision, wherein the voice recorder has a voice recognition circuit that analyzes the voice information and converts the voice information into text data, or the voice recognition system further comprises a personal computer, wherein a central processing unit of the voice recorder transmits the voice information to the personal computer and analyses the voice information by means of a voice recognition program in the personal computer to text data.