mhurhangee/patent-ind-claim-en huggingface dataset:
A round baler comprising: a pick-up unit being operable to pick up crop material from the ground; a baling chamber receiving said crop material from said pick-up unit; a press means mounted within said baling chamber , said press means being operable to form a bale in a bale formation cycle; and a binding unit dispensing a binding material for binding said bale in a binding cycle; a tailgate being displaceable by an actuator from a closed position at the beginning of a bale formation cycle to an opened position to dispense said bale after the binding cycle, characterized in tha the round baler comprises at least one sensor to detect a first tailgate position (S1) after the bale formation cycle and before the binding cycle, and to detect a second tailgate position (S2) after the binding cycle and before displacing the tailgate to the opened position; and a controller responsive to said at least one sensor to determine a tailgate position change (ΔS) between said second tailgate position (S2) and said first tailgate position (S1), said controller being configured to indicate said tailgate position change (ΔS) on an indicating unit . a pick-up unit being operable to pick up crop material from the ground; a baling chamber receiving said crop material from said pick-up unit; a press means mounted within said baling chamber , said press means being operable to form a bale in a bale formation cycle; and a binding unit dispensing a binding material for binding said bale in a binding cycle; a tailgate being displaceable by an actuator from a closed position at the beginning of a bale formation cycle to an opened position to dispense said bale after the binding cycle, characterized in tha the round baler comprises at least one sensor to detect a first tailgate position (S1) after the bale formation cycle and before the binding cycle, and to detect a second tailgate position (S2) after the binding cycle and before displacing the tailgate to the opened position; and a controller responsive to said at least one sensor to determine a tailgate position change (ΔS) between said second tailgate position (S2) and said first tailgate position (S1), said controller being configured to indicate said tailgate position change (ΔS) on an indicating unit .
A method for elongating telomeres of cells, the method comprising steps of: providing physical stimulation directly or indirectly to the cells; and culturing a mixture of the cells and a medium for a predetermined time, wherein the providing the stimulation directly to the cells is applying the physical stimulation to a medium containing the cells, and the providing the stimulation indirectly to the cells is applying the physical stimulation to the medium not containing cells and then mixing the medium and the cells, wherein the physical stimulation is any one selected from among direct or indirect ultrasound stimulation, wherein the providing the ultrasound stimulation directly to the cells is performed at an ultrasound intensity of 0.1 to 3 W/cm 2 and a frequency of 20 kHz to 20 MHz for a duration of 0.1 seconds to 20 minutes, and the providing the ultrasound stimulation indirectly to the cells is performed at an ultrasound intensity of 1 to 20 W/cm 2 and a frequency of 20 kHz to 20 MHz for a duration of 0.1 seconds to 20 minutes. providing physical stimulation directly or indirectly to the cells; and culturing a mixture of the cells and a medium for a predetermined time, wherein the providing the stimulation directly to the cells is applying the physical stimulation to a medium containing the cells, and the providing the stimulation indirectly to the cells is applying the physical stimulation to the medium not containing cells and then mixing the medium and the cells, wherein the physical stimulation is any one selected from among direct or indirect ultrasound stimulation, wherein the providing the ultrasound stimulation directly to the cells is performed at an ultrasound intensity of 0.1 to 3 W/cm 2 and a frequency of 20 kHz to 20 MHz for a duration of 0.1 seconds to 20 minutes, and the providing the ultrasound stimulation indirectly to the cells is performed at an ultrasound intensity of 1 to 20 W/cm 2 and a frequency of 20 kHz to 20 MHz for a duration of 0.1 seconds to 20 minutes.
A closure having a sealing element , wherein (a) the sealing element comprises a polymer composition; and (b) the polymer composition comprises a butene copolymer, wherein the butene copolymer has a melting temperature T m of between 30 °C and 130 °C, wherein the melting temperature T m is determined by the second heating curve of a DSC-measurement at a heating rate of 10 °C min -1 . (a) the sealing element comprises a polymer composition; and (b) the polymer composition comprises a butene copolymer, wherein the butene copolymer has a melting temperature T m of between 30 °C and 130 °C, wherein the melting temperature T m is determined by the second heating curve of a DSC-measurement at a heating rate of 10 °C min -1 .
A pharmaceutical composition for use in a method of treating and/or preventing cancer comprising, as an active ingredient, the antisense polynucleotide of hsa-miR-4454, wherein the antisense polynucleotide specifically binds to hsa-miR-4454.
A method for communicating data on physical downlink shared channel, PDSCH, comprising: receiving , by a user equipment, UE, configuration information be used by the UE to work in a flexible duplex, FD, mode; receiving , by the UE, data of a PDSCH and control data of a physical downlink control channel, PDCCH, or enhanced physical downlink control channel, EPDCCH, indicating downlink, DL, semi-persistent scheduling, SPS, release in at least one DL sub-frame according to the FD mode; and transmitting , by the UE, hybrid automatic repeat request-acknowledge, HARQ-ACK, information corresponding to the data of the PDSCH according to a HARQ-ACK timing corresponding to the data of the PDSCH, wherein, in the FD mode, an uplink, UL, carrier and a DL carrier for frequency division duplexing, FDD, mode are respectively recorded as a FD-UL carrier and a FD-DL carrier respectively, and the configuration information indicates a sub-frame configuration of sub-frames on the FD-UL carrier, wherein the FD mode comprises that in a frame period, some sub-frames of the FD-UL carrier are DL sub-frames or special sub-frames and all sub-frames of the FD-DL carrier are DL sub-frames; and wherein the FD-DL carrier is used for performing DL transmission to a FDD UE and the FD-UL carrier is used for performing UL transmission to the FDD UE. receiving , by a user equipment, UE, configuration information be used by the UE to work in a flexible duplex, FD, mode; receiving , by the UE, data of a PDSCH and control data of a physical downlink control channel, PDCCH, or enhanced physical downlink control channel, EPDCCH, indicating downlink, DL, semi-persistent scheduling, SPS, release in at least one DL sub-frame according to the FD mode; and transmitting , by the UE, hybrid automatic repeat request-acknowledge, HARQ-ACK, information corresponding to the data of the PDSCH according to a HARQ-ACK timing corresponding to the data of the PDSCH, wherein, in the FD mode, an uplink, UL, carrier and a DL carrier for frequency division duplexing, FDD, mode are respectively recorded as a FD-UL carrier and a FD-DL carrier respectively, and the configuration information indicates a sub-frame configuration of sub-frames on the FD-UL carrier, wherein the FD mode comprises that in a frame period, some sub-frames of the FD-UL carrier are DL sub-frames or special sub-frames and all sub-frames of the FD-DL carrier are DL sub-frames; and wherein the FD-DL carrier is used for performing DL transmission to a FDD UE and the FD-UL carrier is used for performing UL transmission to the FDD UE.
Automatically lowerable seal - having a housing , - having a sealing strip comprising a retaining strip and a sealing profile , - having a mechanism with which the sealing strip is movably arranged in the housing , - wherein the mechanism has a trigger and a rod , - wherein the trigger and the rod are connected to each other, - wherein the relative position of the trigger to the rod is adjustable, characterised in that - the trigger has a first trigger part and a second trigger part , - wherein the first trigger part is displaceably guided by the housing and - wherein the second trigger part is non-displaceable to the first trigger part but is rotatably mounted on or in the first trigger part . - having a housing , - having a sealing strip comprising a retaining strip and a sealing profile , - having a mechanism with which the sealing strip is movably arranged in the housing , - wherein the mechanism has a trigger and a rod , - wherein the trigger and the rod are connected to each other, - wherein the relative position of the trigger to the rod is adjustable, characterised in that - the trigger has a first trigger part and a second trigger part , - wherein the first trigger part is displaceably guided by the housing and - wherein the second trigger part is non-displaceable to the first trigger part but is rotatably mounted on or in the first trigger part .
Method of producing a camera housing having lens elements arranged in a layer arrangement , having the following method steps: a) casting at least one camera housing in a first multicavity injection mould , b) inserting the camera housings obtained in method step a) into cavities of a further UV injection mould and applying a vacuum to the cavities , c) placing lens elements into the camera housings and fixing by means of the vacuum applied , d) injecting a free-flowing low-viscosity UV-crosslinking polymer into air interstices of the camera housings equipped with the lens elements and e) switching on UV light sources for curing of the UV-crosslinking polymer filling the air interstices . a) casting at least one camera housing in a first multicavity injection mould , b) inserting the camera housings obtained in method step a) into cavities of a further UV injection mould and applying a vacuum to the cavities , c) placing lens elements into the camera housings and fixing by means of the vacuum applied , d) injecting a free-flowing low-viscosity UV-crosslinking polymer into air interstices of the camera housings equipped with the lens elements and e) switching on UV light sources for curing of the UV-crosslinking polymer filling the air interstices .
A method for maintaining calibration of a surgical arm during attachment of the surgical arm to a motor unit, comprising: providing a surgical arm which comprises actuation gears ; attaching a portion of said surgical arm which includes said actuation gears into a motor unit while said actuation gears are maintained in a calibrated state by a gear fixation mechanism which prevents said actuation gears from rotating during attachment; wherein said gear fixation mechanism includes one or more interfering elements positioned to prevent rotation of said actuation gears ; wherein throughout said attaching, said actuation gears are locked, preventing said actuating gears from rotating; and characterized in that said method further comprises closing a cover door of said motor unit to activate releasing of said interfering elements from said gear-locking position, thereby allowing said actuation gears to rotate. providing a surgical arm which comprises actuation gears ; attaching a portion of said surgical arm which includes said actuation gears into a motor unit while said actuation gears are maintained in a calibrated state by a gear fixation mechanism which prevents said actuation gears from rotating during attachment; wherein said gear fixation mechanism includes one or more interfering elements positioned to prevent rotation of said actuation gears ; wherein throughout said attaching, said actuation gears are locked, preventing said actuating gears from rotating; and characterized in that said method further comprises closing a cover door of said motor unit to activate releasing of said interfering elements from said gear-locking position, thereby allowing said actuation gears to rotate.
Hopper, in particular for a rock crushing plant, screening plant or the like, having a side wall which delimits a hopper space, wherein a wall extension is pivotably coupled to the side wall , wherein an erecting aid is associated with the wall extension in order to move the wall extension between a folded-down transport position and an erected working position, wherein the erection aid comprises an actuator coupled to a pivotally mounted lever , wherein the lever is pivotally coupled to a balance lever , and wherein the balance lever is pivotally coupled to the wall extension , characterized in in that the erecting aid comprises two holders which are fixed to the outside of the side wall , that the holders are arranged spaced apart from each other, in that the actuator is accommodated between the holders and is coupled pivotably on one side to the two holders and that the lever is pivotally coupled to at least one of the holders via a hinge point (43.1). wherein a wall extension is pivotably coupled to the side wall , wherein an erecting aid is associated with the wall extension in order to move the wall extension between a folded-down transport position and an erected working position, wherein the erection aid comprises an actuator coupled to a pivotally mounted lever , wherein the lever is pivotally coupled to a balance lever , and wherein the balance lever is pivotally coupled to the wall extension , characterized in in that the erecting aid comprises two holders which are fixed to the outside of the side wall , that the holders are arranged spaced apart from each other, in that the actuator is accommodated between the holders and is coupled pivotably on one side to the two holders and that the lever is pivotally coupled to at least one of the holders via a hinge point (43.1).
Hydraulic rock drilling machine comprising a piston seal unit for sealing between a percussive piston and a cylinder in a housing of the rock drilling machine, wherein the hydraulic rock drilling machine further comprises a piston guide positioned between the piston seal unit and a working space in the cylinder , characteri zed in - that said piston seal unit comprises a seal holder comprising one or more piston seals for sealing between the percussive piston and the cylinder , - that in the piston seal unit , between the piston guide and the one or more piston seals ,there is arranged a surrounding ring-shaped inwardly open chamber , which is formed for receiving a hydraulic liquid volume, and - that a hydraulic supply flow channel for hydraulic liquid supply is connected to said surrounding ring-shaped chamber , the chamber being fed with a continuous and/or constant hydraulic fluid flow. - that said piston seal unit comprises a seal holder comprising one or more piston seals for sealing between the percussive piston and the cylinder , - that in the piston seal unit , between the piston guide and the one or more piston seals ,there is arranged a surrounding ring-shaped inwardly open chamber , which is formed for receiving a hydraulic liquid volume, and - that a hydraulic supply flow channel for hydraulic liquid supply is connected to said surrounding ring-shaped chamber , the chamber being fed with a continuous and/or constant hydraulic fluid flow.
A method for adjusting a switch position in which a position of a changeover switch for changing over a travel mode of a vehicle between an automated driving mode in which travel of the vehicle is controlled in an automated manner and a manual driving mode in which travel of the vehicle is operated by a driver is adjusted, the method being characterized by comprising: detecting a state of a driver seat having a seat cushion and a seat back , the state including at least either a position of the driver seat or inclination of the driver seat ; storing a state of the driver seat for the automated driving mode; adjusting the state of the driver seat to the stored state for automated driving mode when the travel mode is changed over from the manual driving mode to the automated driving mode; and adjusting a position of the changeover switch according to the state of the driver seat . detecting a state of a driver seat having a seat cushion and a seat back , the state including at least either a position of the driver seat or inclination of the driver seat ; storing a state of the driver seat for the automated driving mode; adjusting the state of the driver seat to the stored state for automated driving mode when the travel mode is changed over from the manual driving mode to the automated driving mode; and adjusting a position of the changeover switch according to the state of the driver seat .
Method for treating waste water in a fluidised bed bioreactor, characterised in that it comprises the following steps: (a) adding electrically conductive particles of vitreous carbon with a size equal or lower than 1.5 mm to the solution present in the bioreactor, (b) adding a suspension of bacteria from the genus Geobacter in said bioreactor; (c) in the presence of said particles and said bacteria oxidising the organic matter present in waste water, wherein electrons generated during oxidation of the organic matter are transferred to electrically conductive fluidized particles due to the extracellular electron transfer capacity, and (d) the electrons from the electrochemical fluidized bed are transferred to another electrode called counter electrode, where they are consumed in the reduction of electroatractive species present in the solution in the bioreactor. (a) adding electrically conductive particles of vitreous carbon with a size equal or lower than 1.5 mm to the solution present in the bioreactor, (b) adding a suspension of bacteria from the genus Geobacter in said bioreactor; (c) in the presence of said particles and said bacteria oxidising the organic matter present in waste water, wherein electrons generated during oxidation of the organic matter are transferred to electrically conductive fluidized particles due to the extracellular electron transfer capacity, and (d) the electrons from the electrochemical fluidized bed are transferred to another electrode called counter electrode, where they are consumed in the reduction of electroatractive species present in the solution in the bioreactor.
A method for making an aqueous resinous dispersion comprising combining a first aqueous resinous dispersion with a second aqueous resinous dispersion, wherein: (a) the first aqueous resinous dispersion comprises: (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) a zinc (II) amidine complex; and (b) the second aqueous resinous dispersion comprises: (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) an at least partially blocked polyisocyanate. (a) the first aqueous resinous dispersion comprises: (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) a zinc (II) amidine complex; and (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) a zinc (II) amidine complex; and (b) the second aqueous resinous dispersion comprises: (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) an at least partially blocked polyisocyanate. (i) an active hydrogen-containing, cationic salt group-containing polymer; and (ii) an at least partially blocked polyisocyanate.
An electronic device comprising: an outer housing that comprises: a first surface facing a first direction, a second surface facing a second direction opposite to the first direction, and a side surface surrounding a space between the first surface and the second surface; a display wherein at least a portion of the display is exposed through the first surface of the outer housing ; a printed circuit board, PCB, arranged between the second surface and the display in an interior of the outer housing ; a communication circuit arranged on the PCB ; a first conductive structure formed of at least a portion of the side surface and electrically connected to the communication circuit; and a second conductive structure formed of the portion of the display and electrically connected to the first conductive structure, wherein the second conductive structure is electrically connected to a ground part of the PCB , and wherein the PCB includes the communication circuit and the communication circuit is electrically connected between the first conductive structure and the second conductive structure such that the first conductive structure and the second conductive structure are configured to be operated as at least part of an antenna of the electronic device with respect to at least two frequency bands. a first surface facing a first direction, a second surface facing a second direction opposite to the first direction, and a side surface surrounding a space between the first surface and the second surface; a display wherein at least a portion of the display is exposed through the first surface of the outer housing ; a printed circuit board, PCB, arranged between the second surface and the display in an interior of the outer housing ; a communication circuit arranged on the PCB ; a first conductive structure formed of at least a portion of the side surface and electrically connected to the communication circuit; and a second conductive structure formed of the portion of the display and electrically connected to the first conductive structure, wherein the second conductive structure is electrically connected to a ground part of the PCB , and wherein the PCB includes the communication circuit and the communication circuit is electrically connected between the first conductive structure and the second conductive structure such that the first conductive structure and the second conductive structure are configured to be operated as at least part of an antenna of the electronic device with respect to at least two frequency bands.
A method for managing a solar array comprising solar modules supported by single-axis solar trackers and arranged in parallel rows, the method comprising: - calculating an initial orientation setpoint (COI); - controlling an angular orientation of a first reference solar module (20 ) according to a first reference orientation setpoint (COR ) corresponding to the initial orientation setpoint (COI); - controlling an angular orientation of a second reference solar module (20(j)) according to a second reference orientation setpoint (COR(j)) corresponding to the initial orientation setpoint (COI) shifted by a non-zero offset angle (OFF(j)) associated with the second reference solar module (20(j)); - receiving a solar energy production value (P(i)) from each of the first (20 ) and second (20(j)) reference solar modules; - controlling angular orientations of the solar modules other than the first and second reference solar modules (20 , 20(j)) according to a reference orientation setpoint associated with a reference solar module of the first and second reference solar modules (20 , 20(j)) having the highest solar energy production value (P(j)). - calculating an initial orientation setpoint (COI); - controlling an angular orientation of a first reference solar module (20 ) according to a first reference orientation setpoint (COR ) corresponding to the initial orientation setpoint (COI); - controlling an angular orientation of a second reference solar module (20(j)) according to a second reference orientation setpoint (COR(j)) corresponding to the initial orientation setpoint (COI) shifted by a non-zero offset angle (OFF(j)) associated with the second reference solar module (20(j)); - receiving a solar energy production value (P(i)) from each of the first (20 ) and second (20(j)) reference solar modules; - controlling angular orientations of the solar modules other than the first and second reference solar modules (20 , 20(j)) according to a reference orientation setpoint associated with a reference solar module of the first and second reference solar modules (20 , 20(j)) having the highest solar energy production value (P(j)).