mhurhangee/patent-ind-claim-en huggingface dataset:
Small detection plate, comprising a chip module made of a first carrier with a chip and an inductive coupling loop connected to the chip , and comprising an antenna module made of a second carrier and an antenna conductor , wherein the chip module is arranged in or on the antenna module and the coupling loop is coupled inductively to the antenna conductor , wherein the antenna conductor is an open antenna loop and consists of a wire which is implemented as at least one turn and is connected mechanically to the second carrier by textile embroidery technology or wire laying technology, wherein adjacently located turns and the ends of the wire are insulated relative to each other, and the ends of the wire form a capacitance per unit length.
Method for removing impurities comprising at least one pyrrolizidine alkaloid from a plant preparation, said method comprising the following steps: Step 1: providing a plant preparation in liquid form, Step 2: contacting the plant preparation with a bentonite, Step 3: separating the bentonite with the impurities bound thereto from the herbal preparation, and thereby obtaining a purified plant preparation. Step 1: providing a plant preparation in liquid form, Step 2: contacting the plant preparation with a bentonite, Step 3: separating the bentonite with the impurities bound thereto from the herbal preparation, and thereby obtaining a purified plant preparation.
Peppermint extract (I) obtained by the extraction of peppermint stems with a mixture of hydroalcoholic solvents, preferably an ethanol/water mixture, and esterification with glycerol, said peppermint extract (I) comprising at least a compound of formula (I):
Method for in-situ manufacturing of a corner connector angle element within window and door hollow profiles, comprising at least the following method steps: - providing two mitre-cut hollow profile sections ; - inserting at least one respective corner connector moulding element into both hollow profile sections , wherein the corner connector moulding element is positioned by its one end in a mitre plane (G), or parallel thereto, in a profile hollow chamber ; - positioning the hollow profile section with the inserted corner connector moulding elements with respect to one another in such a way that the mitre-cut surfaces are situated opposite one another; characterized in that a corner connector angle element of thermoplastic solid material with corner connector moulding elements embedded therein is produced within the mutually adjoining profile hollow chambers in the hollow profile sections by virtue of the fact that: - the corner connector moulding element used in each case is a hollow corner connector moulding element which, together with the adjoining walls of the hollow profile section , forms at least one cavity which opens in the mitre plane (G) and is closed off at its other end, wherein the corner connector moulding element has at least one sealing portion of which the outer contour corresponds at least to the inner contour of a profile hollow chamber and/or of a reinforced profile inserted therein, or of which the outer contour has an oversize in relation to the inner contour, and - a molten thermoplastic compound is injected through at least one injection opening incorporated in at least one of the hollow profile sections into the cavity formed between the corner connector moulding elements and the hollow profile section . - providing two mitre-cut hollow profile sections ; - inserting at least one respective corner connector moulding element into both hollow profile sections , wherein the corner connector moulding element is positioned by its one end in a mitre plane (G), or parallel thereto, in a profile hollow chamber ; - positioning the hollow profile section with the inserted corner connector moulding elements with respect to one another in such a way that the mitre-cut surfaces are situated opposite one another; - the corner connector moulding element used in each case is a hollow corner connector moulding element which, together with the adjoining walls of the hollow profile section , forms at least one cavity which opens in the mitre plane (G) and is closed off at its other end, wherein the corner connector moulding element has at least one sealing portion of which the outer contour corresponds at least to the inner contour of a profile hollow chamber and/or of a reinforced profile inserted therein, or of which the outer contour has an oversize in relation to the inner contour, and - a molten thermoplastic compound is injected through at least one injection opening incorporated in at least one of the hollow profile sections into the cavity formed between the corner connector moulding elements and the hollow profile section .
A method of providing a printed label, the method comprising: providing a printed label substrate having disposed thereon a liquid electrostatically printed ink; wherein the liquid electrostatically printed ink comprises a thermoplastic resin comprising a polymer having acidic side groups; applying a UV curable overcoat composition to the printed ink, wherein the UV curable overcoat composition comprises (i) a component selected from UV curable monomers and UV curable oligomers, and (ii) a slip agent; curing the overcoat composition under UV irradiation with an output power of 2500 W or less. providing a printed label substrate having disposed thereon a liquid electrostatically printed ink; wherein the liquid electrostatically printed ink comprises a thermoplastic resin comprising a polymer having acidic side groups; applying a UV curable overcoat composition to the printed ink, wherein the UV curable overcoat composition comprises (i) a component selected from UV curable monomers and UV curable oligomers, and (ii) a slip agent; (i) a component selected from UV curable monomers and UV curable oligomers, and (ii) a slip agent; curing the overcoat composition under UV irradiation with an output power of 2500 W or less.
A method for assembling a device comprising a bed, which device comprises a frame , and the frame comprises a frame section for the bed, which frame section for the bed comprises two parallel first frame elements extending in the longitudinal direction; and the frame further comprises two second frame elements extending in a direction transverse to the first frame elements ; wherein the first frame elements of the frame section for the bed are provided with a bed base ; wherein at least two frame elements of the frame have the form of a profile, which profile comprises a groove extending in the longitudinal direction of the profile which groove is capable of engaging a thickening by form closure; characterized in that at each corner of the frame section for the bed, the frame comprises uprights which at the ends of at least one of the first frame elements protrude above the frame section for the bed, the two second frame elements having ends attached to the uprights , said ends comprising uppermost end sections, wherein the uppermost end sections are above the uprights ; wherein - the uprights that protrude above the frame section for the bed at sides thereof that in the longitudinal direction of the bed are facing each other, and - the two second frame elements at the uppermost end sections and at sides thereof that in the longitudinal direction of the bed are facing each other, are provided with grooves that - extend in the longitudinal direction of the uprights and of the second frame elements respectively, and - are arranged to engage the thickening of a separating element by form closure, wherein the method comprises a step of affixing the separating element that comprises a thickening at each of two opposing longitudinal edges of the element , by inserting the thickened longitudinal edges into said grooves of the uprights and the second frame elements . - the uprights that protrude above the frame section for the bed at sides thereof that in the longitudinal direction of the bed are facing each other, and - the two second frame elements at the uppermost end sections and at sides thereof that in the longitudinal direction of the bed are facing each other, are provided with grooves that - extend in the longitudinal direction of the uprights and of the second frame elements respectively, and - are arranged to engage the thickening of a separating element by form closure,
A mounting device to be used with a strip arrangement , the strip arrangement comprising a profile strip arrangeable or arranged at an edge area of a windowpane of a motor vehicle and comprising a transport protection strip , wherein the transport protection strip is arranged at least with a portion of its cross section in a receiving area of the profile strip , characterized in that the mounting device has a guide-in area for a free end of the strip arrangement , which strip arrangement comprises the profile strip and the transport protection strip , to be guided into the mounting device , and has a separation area for the transport protection strip to be separated from the profile strip , wherein the guide-in area enables a relative positioning between the free end of the strip arrangement and the separation area .
A silicon based anode active material comprising: particles comprising silicon and oxygen combined with the silicon, wherein a carbon-based conductive layer is coated with on outermost surface of the particles, wherein the particles comprise a core of the silicon, a shell of silicon oxide on the core of the silicon, and the carbon-based conductive layer on the shell of silicon oxide; and phosphorus doped in the particles, wherein a content of the phosphorus with respect to a total weight of the particles and the phosphorus doped in the particles have a range from 0.01 wt% to 15 wt%, and a content of the oxygen has a range from 9.5 wt% to 25 wt%. particles comprising silicon and oxygen combined with the silicon, wherein a carbon-based conductive layer is coated with on outermost surface of the particles, wherein the particles comprise a core of the silicon, a shell of silicon oxide on the core of the silicon, and the carbon-based conductive layer on the shell of silicon oxide; and phosphorus doped in the particles, wherein a content of the phosphorus with respect to a total weight of the particles and the phosphorus doped in the particles have a range from 0.01 wt% to 15 wt%, and a content of the oxygen has a range from 9.5 wt% to 25 wt%.
An information processing device configured to acquire position information about a target object from images acquired by a stereo camera for information processing, the information processing device comprising: a target object detecting section configured to detect images of the target object from stereoscopic images acquired by the stereo camera from right and left points of view and acquire, based on a result of detection of the target object images, position information about the target object for use in the information processing; a calibration determining section configured such that in parallel with the process of acquiring the position information by the target object detecting section and based on the result of detection of the target object images, the calibration determining section monitors an amount of vertical position misalignment between the stereoscopic images and determines that camera calibration is needed if the position misalignment amount meets a predetermined condition; and an output data generating section configured such that if the camera calibration is determined to be needed, the output data generating section outputs information about the determined need, wherein the calibration determining section cumulatively records amounts of vertical position misalignment between the stereoscopic images from a plurality of frames in a moving image acquired by the stereo camera and determines an effective position misalignment amount for use in determining whether or not the camera calibration is needed on the basis of the accumulated vertical position misalignment amounts. a target object detecting section configured to detect images of the target object from stereoscopic images acquired by the stereo camera from right and left points of view and acquire, based on a result of detection of the target object images, position information about the target object for use in the information processing; a calibration determining section configured such that in parallel with the process of acquiring the position information by the target object detecting section and based on the result of detection of the target object images, the calibration determining section monitors an amount of vertical position misalignment between the stereoscopic images and determines that camera calibration is needed if the position misalignment amount meets a predetermined condition; and an output data generating section configured such that if the camera calibration is determined to be needed, the output data generating section outputs information about the determined need, wherein the calibration determining section cumulatively records amounts of vertical position misalignment between the stereoscopic images from a plurality of frames in a moving image acquired by the stereo camera and determines an effective position misalignment amount for use in determining whether or not the camera calibration is needed on the basis of the accumulated vertical position misalignment amounts.
A method for releasing a transaction by a computer system , the method comprising: - transmitting transaction details from the computer system to a chip card , the transaction details including specific information about the transaction; - receiving the transaction details by the chip card ; - generating a transaction number by the chip card , the transaction number being specific to the transaction, - displaying the transaction details and the transaction number on a display of the chip card , - receiving the transaction number by the computer system on account of a user input of the transaction number; - validating the transaction number by the computer system ; and - releasing the transaction if the received transaction number has been validated as valid; wherein the transaction details are provided with a Message Authentication Code, wherein for this purpose a secret key is used, which has been uniquely determined individually for the computer system and the chip card , wherein the secret key is securely stored permanently both on the computer system and on the chip card , wherein the Message Authentication Code is calculated from the transaction details and the secret key, wherein the transaction details and the transaction number are then displayed on the display of the chip card only if it is assured that the transaction details originate originally from the computer system , wherein the transaction number is calculated in accordance with the HOTP (K, S) rule, wherein S describes the transaction details and K describes the secret key. - transmitting transaction details from the computer system to a chip card , the transaction details including specific information about the transaction; - receiving the transaction details by the chip card ; - generating a transaction number by the chip card , the transaction number being specific to the transaction, - displaying the transaction details and the transaction number on a display of the chip card , - receiving the transaction number by the computer system on account of a user input of the transaction number; - validating the transaction number by the computer system ; and - releasing the transaction if the received transaction number has been validated as valid;
Cleaning apparatus, comprising - an apparatus body ; - a lid ; - a pivot bearing device via which the lid is pivotably mounted to the apparatus body ; and - a support device via which the lid is supportable on the apparatus body in a defined open pivotal position ; wherein the support device comprises at least one support element , characterized in that the support device comprises a track guide device associated with the at least one support element , wherein the at least one support element comprises an element guided on the track guide device ; in that the track guide device comprises a first track and a second track for the guided element and, in a transition area , the second track at its inlet end adjoins the first track and the second track at its outlet end transitions into the first track ; and in that arranged in the transition area is a lock which allows entry of the guided element from the first track into the second track at the inlet end of the second track , and blocks entry from the first track into the second track at the outlet end of the second track , and allows entry into the first track from the second track at the outlet end of the second track . - an apparatus body ; - a lid ; - a pivot bearing device via which the lid is pivotably mounted to the apparatus body ; and - a support device via which the lid is supportable on the apparatus body in a defined open pivotal position ;
A fuel rail for a fuel injection system for an internal combustion engine, the fuel rail comprising an elongate body having a peripheral wall defining a fuel reservoir and having a fuel inlet , a plurality of fuel outlets spaced along the fuel rail , and at least one fastening point to enable the fuel rail to be secured to an engine, a thickness of the peripheral wall being variable along its length, being thicker in regions subject, in operation, to higher stress, wherein the fuel reservoir has an internal cross-sectional profile and the internal cross-sectional profile is variable along a length of the elongate body , wherein the internal cross-sectional profile has a height (h i ) extending in a direction upwards from an inner opening of the fuel outlet and a width (w i ) extending perpendicular to the height (h i ), wherein a height (h i1 ) of the internal cross-sectional profile above each fuel outlet is smaller than a height (h i2 ) of the internal cross-sectional profile between the fuel outlets , characterized in that a width (w i1 ) of the internal cross-sectional profile above each fuel outlet is greater than a width (w i2 ) of the internal cross-sectional profile between the fuel outlets .
A user equipment configured to perform radio communication with a base station which supports a primary cell (PCell) and a local base station which supports a secondary cell (SCell), - wherein the user equipment is configured to be notified, from the base station which supports the primary cell (PCell), of a timing advance for use in communicating to the secondary cell (SCell), the timing advance indicating an uplink transmission timing alignment value, and - wherein the user equipment is configured to set a timing advance for use in communicating to the primary cell (PCell) and the timing advance for use in communicating to the secondary cell (SCell) and perform radio communication via carrier aggregation simultaneously over the primary cell (PCell) and the secondary cell (SCell) based on the set timing advance for each of the primary cell (PCell) and the secondary cell (SCell), - wherein an uplink transmission time alignment value indicates an advance or delay in time for the user equipment to adjust uplink transmission timing. - wherein the user equipment is configured to be notified, from the base station which supports the primary cell (PCell), of a timing advance for use in communicating to the secondary cell (SCell), the timing advance indicating an uplink transmission timing alignment value, and - wherein the user equipment is configured to set a timing advance for use in communicating to the primary cell (PCell) and the timing advance for use in communicating to the secondary cell (SCell) and perform radio communication via carrier aggregation simultaneously over the primary cell (PCell) and the secondary cell (SCell) based on the set timing advance for each of the primary cell (PCell) and the secondary cell (SCell), - wherein an uplink transmission time alignment value indicates an advance or delay in time for the user equipment to adjust uplink transmission timing.
A plant proteoglycan obtainable from gum arabic obtainable from a trunk or branch of Acacia plant (Acacia Senegal Willdenow or Acacia Seyal Delile), having a weight average molecular weight of 900,000 - 3,500,000, measured by Size Exclusion Chromatography (SEC) as described in the description, and having a total aldehyde content of not more than 2.0 μmol equivalent/g, measured with an aldehyde quantification kit as described in the description.
Pipe having an inner and an outer lateral surface, wherein at least part of the inner lateral surface has a coating and the inner lateral surface and the coating are non-positively engaged with one another, wherein the coating has a thickness of 1 to 50 mm, in particular a thickness of 5 to 25 mm, wherein the pipe has a metallic material, characterised in that the coating has ultra-high strength concrete, wherein the ultra-high strength concrete has a compressive strength of at least 150 N/mm 2 and the fresh ultra-high strength concrete, before introduction into the pipe, has a water-cement value of 0.1 to 0.4, preferably of 0.15 to 0.25.
A beam scanning device comprising: a spatial light modulator configured to modulate a phase of a light for a corresponding pixel of a plurality of pixels ; and a phase mask comprising a support plate arranged in an output direction of the light that is output from the spatial light modulator and a plurality of nanostructures arranged on the support plate to control the phase of the light, and characterized in that an arrangement of the nanostructures is configured differently for each pixel. a spatial light modulator configured to modulate a phase of a light for a corresponding pixel of a plurality of pixels ; and a phase mask comprising a support plate arranged in an output direction of the light that is output from the spatial light modulator and a plurality of nanostructures arranged on the support plate to control the phase of the light, and characterized in that an arrangement of the nanostructures is configured differently for each pixel.
A filter element having an upstream side and a downstream side, the filter element comprising: a filter media assembly comprising a first layer of filter media and a second layer of filter media adjacent to the first media layer , wherein a substantial portion of the first media layer and second media layer are uncoupled, and wherein at least one of the first media layer and second media layer comprises a binder fiber, and wherein the second media layer has a mean flow pore size equal to or smaller than the first media layer , wherein the filter media assembly comprises an upstream side and a downstream side; a support layer system adjacent to the downstream side of the filter media assembly ; and a first wire mesh layer adjacent to the support layer system ; wherein at least the first media layer , second media layer , support layer system , and first wire mesh layer cooperatively define pleats at a pleat packing density of greater than 125%, whereby the layers compress into each other. a filter media assembly comprising a first layer of filter media and a second layer of filter media adjacent to the first media layer , wherein a substantial portion of the first media layer and second media layer are uncoupled, and wherein at least one of the first media layer and second media layer comprises a binder fiber, and wherein the second media layer has a mean flow pore size equal to or smaller than the first media layer , wherein the filter media assembly comprises an upstream side and a downstream side; a support layer system adjacent to the downstream side of the filter media assembly ; and a first wire mesh layer adjacent to the support layer system ; wherein at least the first media layer , second media layer , support layer system , and first wire mesh layer cooperatively define pleats at a pleat packing density of greater than 125%, whereby the layers compress into each other.