mhurhangee/patent-ind-claim-en huggingface dataset:
A method for transmitting control signaling, applied in an enhanced communication system of a long term evolution standard, comprising: a base station transmitting enhanced physical downlink control signaling dedicated to an enhanced system to an enhanced terminal on M downlink subframes in a radio frame, wherein M is an integer greater than or equal to 1 and less than N, and N is a number of the downlink subframes included in the radio frame; the base station notifying the enhanced terminal whether to transmit one or more of the following information in the radio frame through signaling: the enhanced physical downlink control signaling and physical downlink control signaling; wherein the enhanced terminal is a terminal capable of decoding the physical downlink control signaling and the enhanced physical downlink control signaling; wherein orthogonal frequency division multiplexing, OFDM, symbols used by the base station for transmitting the enhanced physical downlink control signaling on the M subframes are different from OFDM symbols used by the base station for transmitting the physical downlink control signaling. a base station transmitting enhanced physical downlink control signaling dedicated to an enhanced system to an enhanced terminal on M downlink subframes in a radio frame, wherein M is an integer greater than or equal to 1 and less than N, and N is a number of the downlink subframes included in the radio frame; the base station notifying the enhanced terminal whether to transmit one or more of the following information in the radio frame through signaling: the enhanced physical downlink control signaling and physical downlink control signaling; wherein the enhanced terminal is a terminal capable of decoding the physical downlink control signaling and the enhanced physical downlink control signaling; wherein orthogonal frequency division multiplexing, OFDM, symbols used by the base station for transmitting the enhanced physical downlink control signaling on the M subframes are different from OFDM symbols used by the base station for transmitting the physical downlink control signaling.
A polymer comprising alternating charged and uncharged segments comprising one or more of the following structural units of Formula (I) or Formula (II) or Formula (III): wherein A is an uncharged segment comprising polyalkylene glycol; B is a cationically charged segment comprising at least one polyhydroxy linkage comprising at least one pair of vicinal diols; preferably wherein: (a) A comprises polyethylene glycol and an appropriate linking group; and/or (b) the polyalkylene glycol has a nominal weight in a range of from 500 Daltons to 50,000 Daltons. A is an uncharged segment comprising polyalkylene glycol; B is a cationically charged segment comprising at least one polyhydroxy linkage comprising at least one pair of vicinal diols; (a) A comprises polyethylene glycol and an appropriate linking group; and/or (b) the polyalkylene glycol has a nominal weight in a range of from 500 Daltons to 50,000 Daltons.
Method for creating an optimized route plan for a machine for spreading agricultural material, which machine comprises containers which are arranged next to one another and are each provided with a spreading unit for the material, the said method comprising the following steps using a data processing system: inputting data relating to an agricultural area , on which the material is to be spread, into the data processing system, and inputting or calculating the constant or site-specifically variable quantity of material to be spread per unit area or length, characterized by calculating a route plan, which is optimized for the purpose of equalizing the quantities of material to be taken from the individual containers , for the machine for spreading agricultural material on the agricultural area . inputting data relating to an agricultural area , on which the material is to be spread, into the data processing system, and inputting or calculating the constant or site-specifically variable quantity of material to be spread per unit area or length, characterized by calculating a route plan, which is optimized for the purpose of equalizing the quantities of material to be taken from the individual containers , for the machine for spreading agricultural material on the agricultural area .
A testing device configured to measure a characteristic of an electrical conductor , the testing device comprising: a substrate having at least one flexible portion; at least one sensor located on the flexible portion of the substrate , wherein the at least one sensor is configured to generate a signal indicative of the characteristic of the electrical conductor ; a holding mechanism configured to hold the testing device to an outer portion of the electrical conductor, wherein the flexible portion of the substrate and the at least one sensor located on the flexible portion of the substrate are positioned on an inner surface of the holding mechanism; and a spacer separate from the holding mechanism and used in conjunction with the holding mechanism to hold the electrical conductor in a position with respect to the at least one sensor, wherein a portion of the holding mechanism is configured to be positioned around the spacer and the electrical conductor to hold the spacer adjacent to the electrical conductor, and when the spacer is placed inside the holding mechanism adjacent to the electrical conductor, the spacer occupies a space within the portion of the holding mechanism such that the at least one sensor is held in position with respect to the electrical conductor. a substrate having at least one flexible portion; at least one sensor located on the flexible portion of the substrate , wherein the at least one sensor is configured to generate a signal indicative of the characteristic of the electrical conductor ; a holding mechanism configured to hold the testing device to an outer portion of the electrical conductor, wherein the flexible portion of the substrate and the at least one sensor located on the flexible portion of the substrate are positioned on an inner surface of the holding mechanism; and a spacer separate from the holding mechanism and used in conjunction with the holding mechanism to hold the electrical conductor in a position with respect to the at least one sensor, wherein a portion of the holding mechanism is configured to be positioned around the spacer and the electrical conductor to hold the spacer adjacent to the electrical conductor, and when the spacer is placed inside the holding mechanism adjacent to the electrical conductor, the spacer occupies a space within the portion of the holding mechanism such that the at least one sensor is held in position with respect to the electrical conductor.
An oral solid vaccine dosage form, wherein the dosage form is an orally disintegrating sublingual tablet, comprising: lipid-based vesicles comprising an immunogenic amount of at least one target molecule, wherein the lipid-based vesicles are virosomes derived from the influenza virus membrane; 5-20 wt.% of at least one cryo-lyoprotectant, wherein the cryo-lyoprotectant comprises trehalose; 25-40 wt.% of a matrix former, wherein the matrix former comprises fish gelatin; and 40-55 wt.% of a structure former, wherein the structure former comprises mannitol. lipid-based vesicles comprising an immunogenic amount of at least one target molecule, wherein the lipid-based vesicles are virosomes derived from the influenza virus membrane; 5-20 wt.% of at least one cryo-lyoprotectant, wherein the cryo-lyoprotectant comprises trehalose; 25-40 wt.% of a matrix former, wherein the matrix former comprises fish gelatin; and 40-55 wt.% of a structure former, wherein the structure former comprises mannitol.
A structured substrate comprising: a substrate body having an active side, the substrate body including reaction cavities that open along the active side and interstitial regions that separate the reaction cavities; and an ensemble amplifier positioned within each of the reaction cavities, the ensemble amplifier including a plurality of nanostructures, wherein the nanostructures are separated by a distance and are configured to at least one of amplify electromagnetic energy that propagates into the corresponding reaction cavity or amplify electromagnetic energy that is generated within the corresponding reaction cavity. a substrate body having an active side, the substrate body including reaction cavities that open along the active side and interstitial regions that separate the reaction cavities; and an ensemble amplifier positioned within each of the reaction cavities, the ensemble amplifier including a plurality of nanostructures, wherein the nanostructures are separated by a distance and are configured to at least one of amplify electromagnetic energy that propagates into the corresponding reaction cavity or amplify electromagnetic energy that is generated within the corresponding reaction cavity.
A wheel holder for clamping attachment to a wheel , in particular to a wheel of a motor vehicle, and for attaching a target or sensor for vehicle wheel alignment measurement, comprising: a base body with a central portion; at least two, in particular three, arms extending radially outwards from the central portion of the base body ; each of said arms comprising: a movable element movable relative to the base body in the radial direction in order to vary the length of the arm in the radial direction; a compression spring arranged and designed to push the movable element outwards in the radial direction; and a traction element mechanically coupled to the movable element and arranged and designed to pull the movable element inwards in the radial direction; and wherein the wheel holder comprises a coupling element that mechanically couples the traction elements of the at least two arms to each other. a base body with a central portion; at least two, in particular three, arms extending radially outwards from the central portion of the base body ; each of said arms comprising: a movable element movable relative to the base body in the radial direction in order to vary the length of the arm in the radial direction; a compression spring arranged and designed to push the movable element outwards in the radial direction; and a traction element mechanically coupled to the movable element and arranged and designed to pull the movable element inwards in the radial direction; and wherein the wheel holder comprises a coupling element that mechanically couples the traction elements of the at least two arms to each other. a movable element movable relative to the base body in the radial direction in order to vary the length of the arm in the radial direction; a compression spring arranged and designed to push the movable element outwards in the radial direction; and a traction element mechanically coupled to the movable element and arranged and designed to pull the movable element inwards in the radial direction; and wherein the wheel holder comprises a coupling element that mechanically couples the traction elements of the at least two arms to each other.
A goods processing device, with an inkjet printing device for producing prints, with a transport module, against which a print substrate lying on the side is pressed by means of a pressing device, wherein the print substrate is transported during the printing in a transport direction x, wherein the inkjet printing device comprises a printing module (10*, 10) with at least one replaceable ink cartridge (12*, 12), wherein the printing module (10*, 10) can be traversed for the purpose of maintenance transversely to transport direction x and are therefore in the y-direction of a Cartesian coordinate system and opposite thereto, characterised in that the printing module comprises a single inkjet print head or a single ink cartridge with an inkjet print head, which enables an at least 1 inch wide print, that the printing module is designed to displace the inkjet print head transversely to transport direction x and in a vertical z-direction, orthogonal thereto, of the Cartesian coordinate system and opposite thereto, that a movement mechanism is provided for the vertical raising and lowering of the inkjet print head, wherein the movement mechanism on the one hand comprises means for the motorised adjustment of the inkjet print head and on the other hand means for the manual adjustment in the vertical z-direction, wherein the means for the manual adjustment are provided in order to bring the inkjet print head into a predetermined position by a vertical displacement.
An apparatus for compensating tolerances between a first component and a second component , said apparatus comprising a base element which defines a central longitudinal axis (A); a compensation element in threaded engagement with the base element ; and a holding element fixedly connected to the base element for holding the apparatus at the first component , wherein the holding element comprises a base body ; and wherein a support wall is formed at the base body and has an upper edge remote from the second component in the state of the apparatus held at the first component , characterized in that the support wall comprises a deflection section deflectable against a return force along a deflection curve (B) which is not oriented perpendicular to the central longitudinal axis (A) and which extends, starting from a region in which the upper edge projects from the base body , diagonally through the support wall in the direction of an outer edge of the support wall .
Method for controlling a hydraulic brake system of a vehicle, wherein the brake system comprises a controllable first brake pressure generator and a transducer for a deceleration signal of the vehicle, comprising the steps: - applying a pressure characteristic to an original setpoint brake pressure by means of the first brake pressure generator, - monitoring the deceleration signal for the presence of a deceleration characteristic that corresponds to the pressure characteristic, wherein, - in the presence of the corresponding deceleration characteristic, the original setpoint brake pressure is maintained , wherein the pressure characteristic continues to be applied, or wherein - in the absence of the corresponding deceleration characteristic, or in the event of a change of the deceleration characteristic, the original setpoint brake pressure is adapted, in particular is reduced , wherein the pressure characteristic continues to be applied during the adaptation, in particular during the reduction, of the original setpoint brake pressure. - applying a pressure characteristic to an original setpoint brake pressure by means of the first brake pressure generator, - monitoring the deceleration signal for the presence of a deceleration characteristic that corresponds to the pressure characteristic, wherein, - in the presence of the corresponding deceleration characteristic, the original setpoint brake pressure is maintained , wherein the pressure characteristic continues to be applied, or wherein - in the absence of the corresponding deceleration characteristic, or in the event of a change of the deceleration characteristic, the original setpoint brake pressure is adapted, in particular is reduced , wherein the pressure characteristic continues to be applied during the adaptation, in particular during the reduction, of the original setpoint brake pressure.
A display , comprising: an array of pixels configured to display images; and a backlight configured to produce backlight illumination for the array of pixels, wherein the backlight has a two-dimensional array of light sources , a printed circuit on which the light sources are mounted, a diffuser , and an array of support posts , wherein the support posts are integral parts of the diffuser formed from protrusions protruding from a planar portion of the diffuser and wherein the support posts extend to the printed circuit , characterized in that the support posts have an upper portion with a curved outwardly flared profile and a lower cylindrical portion. an array of pixels configured to display images; and a backlight configured to produce backlight illumination for the array of pixels, wherein the backlight has a two-dimensional array of light sources , a printed circuit on which the light sources are mounted, a diffuser , and an array of support posts ,
An anti-icing housing for an electrical component, especially a relay comprising: a flat base, adapted to accommodate relay components, a cover placed on the flat base, the cover comprising side walls and a top surface wherein either one of the side walls or the top surface of the cover comprises at least one opening and a porous membrane covering the opening characterised in that the porous membrane is fixed to the side walls or top surface of the cover by ultrasonic welding, laser welding or gluing, wherein edges of the at least one opening define a step on which boarders of the porous membrane are fixed, and wherein either the porous membrane is first molded within a frame and then fixed within the step , or a frame is placed on the porous membrane . a flat base, adapted to accommodate relay components, a cover placed on the flat base, the cover comprising side walls and a top surface wherein either one of the side walls or the top surface of the cover comprises at least one opening and a porous membrane covering the opening characterised in that the porous membrane is fixed to the side walls or top surface of the cover by ultrasonic welding, laser welding or gluing, wherein edges of the at least one opening define a step on which boarders of the porous membrane are fixed, and wherein either the porous membrane is first molded within a frame and then fixed within the step , or a frame is placed on the porous membrane .
A method of determining a travelling tube of a commercial vehicle , the method comprising the steps of - determination (S1) of a future vehicle trajectory ; and - determination (S2) of a travelling tube as a function of the future vehicle trajectory ; wherein the travelling tube is determined as a function of a current operating state of at least one axle of the commercial vehicle , wherein the commercial vehicle comprises at least one lift axle , which is preferably a liftable leading or trailing axle, and the current operating state of the axle indicates whether the lift axle is currently in the raised or lowered state. - determination (S1) of a future vehicle trajectory ; and - determination (S2) of a travelling tube as a function of the future vehicle trajectory ;
A cooking apparatus comprising a panel (c) and a knob assembly mounted on the panel (c), wherein the knob assembly comprises: a knob , provided at or on an outside of the panel (c), for adjusting a power level of a power source; a knob ring , provided at or on an outside of the panel (c), surrounding the knob and rotatable independently of the knob ; an actuating member coupled to the knob ring ; a support frame provided with a guide recess corresponding to an outer diameter of the actuating member to support an outer circumferential surface of the actuating member ; and a fixing frame coupled to the support frame and configured to prevent the actuating member from escaping from the support frame ; characterized in that the cooking apparatus further includes a bearing shell provided with: a circular plate inserted between the knob ring and the panel (c) to reduce friction thereof, and wherein the circular plate separates the knob ring from the front panel (c) of the cooking apparatus by a predetermined gap; and a cylinder inserted between the outer circumferential surface of the actuating member and an inner circumference surface of the support frame for reducing friction between the actuating member and the support frame . a knob , provided at or on an outside of the panel (c), for adjusting a power level of a power source; a knob ring , provided at or on an outside of the panel (c), surrounding the knob and rotatable independently of the knob ; an actuating member coupled to the knob ring ; a support frame provided with a guide recess corresponding to an outer diameter of the actuating member to support an outer circumferential surface of the actuating member ; and a fixing frame coupled to the support frame and configured to prevent the actuating member from escaping from the support frame ; characterized in that the cooking apparatus further includes a bearing shell provided with: a circular plate inserted between the knob ring and the panel (c) to reduce friction thereof, and wherein the circular plate separates the knob ring from the front panel (c) of the cooking apparatus by a predetermined gap; and a cylinder inserted between the outer circumferential surface of the actuating member and an inner circumference surface of the support frame for reducing friction between the actuating member and the support frame . a circular plate inserted between the knob ring and the panel (c) to reduce friction thereof, and wherein the circular plate separates the knob ring from the front panel (c) of the cooking apparatus by a predetermined gap; and a cylinder inserted between the outer circumferential surface of the actuating member and an inner circumference surface of the support frame for reducing friction between the actuating member and the support frame .
A user interface method employed by an electronic device , the method comprising: displaying a playlist of folders playable by an application, on a touch screen ; if a continuous movement of a single touch that selects a folder in the displayed playlist of folders is detected, performing, in response to the continuous movement of the single touch, a sorting to change a folder order of the playlist of folders wherein the sorting comprises generating and displaying a new folder name representation of a storage path of the folder where the continuous movement of the single touch is detected, wherein the new folder name representation comprises a two level hierarchical upper folder name representing a current storage path of the folder identified by the detected continuous movement of the single touch, and wherein the two level hierarchical upper folder represents the last two levels of the entire storage path of the folder starting from the root; and if a continuous movement of a multiple touch is detected on the text representing a current storage path of the folder, performing an abbreviation operation to display both a current folder name and an upper hierarchical folder name of the current storage path, wherein the continuous movement of the multiple touch comprises the continuous movement of at least one touch of the multiple touch. displaying a playlist of folders playable by an application, on a touch screen ; if a continuous movement of a single touch that selects a folder in the displayed playlist of folders is detected, performing, in response to the continuous movement of the single touch, a sorting to change a folder order of the playlist of folders wherein the sorting comprises generating and displaying a new folder name representation of a storage path of the folder where the continuous movement of the single touch is detected, wherein the new folder name representation comprises a two level hierarchical upper folder name representing a current storage path of the folder identified by the detected continuous movement of the single touch, and wherein the two level hierarchical upper folder represents the last two levels of the entire storage path of the folder starting from the root; and if a continuous movement of a multiple touch is detected on the text representing a current storage path of the folder, performing an abbreviation operation to display both a current folder name and an upper hierarchical folder name of the current storage path, wherein the continuous movement of the multiple touch comprises the continuous movement of at least one touch of the multiple touch.