mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a first user equipment, UE, for selecting carriers for sidelink data duplication with a second UE, the method comprising: receiving , at the first UE, a duplicated sidelink data transmission from the second UE on a third sidelink carrier and a fourth sidelink carrier; comparing , at the first UE, the third and fourth sidelink carriers with first and second sidelink carriers provided for duplicated sidelink data transmission to the second UE; on the basis of the comparison, associating each one of the third and fourth sidelink carriers to one of a first carrier set and a second carrier set, wherein the method further comprises: measuring , by the first UE, sidelink radio conditions of sidelink carriers associated with the first carrier set; selecting , by the first UE, an active sidelink carrier from the first carrier set according to at least the measurement; and selecting a further sidelink carrier from one of the first carrier set and the second carrier set. receiving , at the first UE, a duplicated sidelink data transmission from the second UE on a third sidelink carrier and a fourth sidelink carrier; comparing , at the first UE, the third and fourth sidelink carriers with first and second sidelink carriers provided for duplicated sidelink data transmission to the second UE; on the basis of the comparison, associating each one of the third and fourth sidelink carriers to one of a first carrier set and a second carrier set, wherein the method further comprises: measuring , by the first UE, sidelink radio conditions of sidelink carriers associated with the first carrier set; selecting , by the first UE, an active sidelink carrier from the first carrier set according to at least the measurement; and selecting a further sidelink carrier from one of the first carrier set and the second carrier set. measuring , by the first UE, sidelink radio conditions of sidelink carriers associated with the first carrier set; selecting , by the first UE, an active sidelink carrier from the first carrier set according to at least the measurement; and selecting a further sidelink carrier from one of the first carrier set and the second carrier set.
A method of producing furan carboxylates and furan dicarboxylates from aldaric acids, characterized by mixing together an aldaric acid, a solid heterogeneous catalyst selected from the group consisting of perfluorosulfonic acid polymer, phenyl sulfonic acid ethyl sulfide silica, sulfonated alumina catalyst and sulfonated zirconia catalyst, and a solvent at a temperature between 130 and 250 °C, and by applying a reaction time of 0.25 to 4 hours, to form a solution comprising furan esters.
A power drive unit (PDU) , comprising: a permanent magnet motor (PMM) including a power drive function, a first braking function , and a second braking function ; and a wheel component in power driving engagement with said PMM , wherein said first braking function comprises a static restraint braking function, and said second braking function comprises a dynamic control braking function, characterized in that said second braking function comprises regenerative braking occurring in response to a power supply to said PDU being cut, wherein the power flow from the PDU is reversed for activating regenerative braking. a permanent magnet motor (PMM) including a power drive function, a first braking function , and a second braking function ; and a wheel component in power driving engagement with said PMM , wherein said first braking function comprises a static restraint braking function, and said second braking function comprises a dynamic control braking function, characterized in that said second braking function comprises regenerative braking occurring in response to a power supply to said PDU being cut, wherein the power flow from the PDU is reversed for activating regenerative braking.
A physical storage enclosure , comprising: a locking mechanism to prevent removal of a device from a storage area ; a logical configuration system coupled to the device at the storage area , wherein the logical configuration system includes instructions to identify the device at the storage area and alter instructions associated with the device at the storage area ; a hardware logistic system coupled to the locking mechanism to activate and deactivate the locking mechanism; and a firewall to restrict communication between the logical configuration system and the hardware logistic system . a locking mechanism to prevent removal of a device from a storage area ; a logical configuration system coupled to the device at the storage area , wherein the logical configuration system includes instructions to identify the device at the storage area and alter instructions associated with the device at the storage area ; a hardware logistic system coupled to the locking mechanism to activate and deactivate the locking mechanism; and a firewall to restrict communication between the logical configuration system and the hardware logistic system .
Telescopic spindle drive with a first telescopic element , a second telescopic element extendable along an axis of the telescopic spindle drive with respect to the first telescopic element , and a third telescopic element extendable along the axis with respect to the second telescopic element , wherein the drive of the telescopic spindle drive includes a first drive element driven rotatably, which is mounted rotatably and non-slidably in axial direction with respect to the first telescopic element , wherein a thread of the first drive element and a therewith engaged first thread of the second telescopic element jointly constitute a first spindle drive, and wherein a second thread of the second telescopic element and a therewith engaged thread of the third telescopic element jointly constitute a second spindle drive, wherein the drive of the telescopic spindle drive includes a second, rotatably driven drive element that is also mounted rotatably with respect to the first telescopic element , wherein there is a rotative driven engagement between the second drive element and the second telescopic element , and wherein the second telescopic element is slidable in axial direction with respect to the second drive element , characterised in that the first drive element and the second drive element are implemented as two nested bushings, wherein the second telescopic element includes an external bushing and an intermediary extension that is enclosed in and firmly attached to the external bushing of the second telescopic element , wherein the first and second drive elements are plunged in an interspace between the external bushing of the second telescopic element and the intermediary extension , wherein the thread of the first drive element is an external thread, and wherein the first thread of the second telescopic element is an internal thread that is formed on an inner side of the external bushing of the second telescopic element .
Apparatus for the detection of the position of a gear step selector lever for the selection of a gear setting of a motor vehicle, with at least one signal transmitter which is arranged on the gear step selector lever and with at least one signal receiver which is arranged spaced apart from the signal transmitter , the relative position between the signal transmitter and the signal receiver being different in the case of various selectable gear steps, the signal transmitter carrying out substantially only a translational movement relative to the signal receiver in the case of tilting of the gear step selector lever about a tilting axis in order to switch over from a shifting gate function into a touch shift gate function or vice versa, an actuating element being provided for the transmission of the movement of the gear step selector lever to the signal transmitter which is guided displaceably in a linear guide , which actuating element acts on the gear step selector lever outside its tilting axis , and the signal transmitter being received in a receptacle which can be displaced in the linear guide , the receptacle being operatively connected to the actuating element , characterized in that the receptacle or the cage for the signal transmitter is of cylindrical configuration for a tilting movement perpendicularly with respect to the tilting axis of the gear step selector lever, and the cylinder axis coinciding with the pivoting axis for the tilting movement of the gear step selector lever .
An image capture device for automated camera mode selection, the image capture device comprising: a high dynamic range (HDR) estimation unit (502; 602; ... 1102) configured to detect whether HDR is present in a scene of an image to capture based on a quantity of dark pixels and a quantity of bright pixels determined in the scene; a motion estimation unit (504; 610; 704; 804 ... 1104) configured to determine whether motion is detected within the scene based on one or more motion inputs; a light intensity estimation unit (506; 616; 706; 806 ... 1106) configured to determine whether a scene luminance for the scene meets a threshold based on one or more light intensity inputs; a mode selection unit (412; 622; 708; 808 ... 1108) configured to select a camera mode to use for capturing the image based on outputs of the HDR estimation unit, the motion estimation unit, and the light intensity estimation unit; and an image sensor configured to capture the image according to the selected camera mode, wherein the HDR estimation unit (502; 602; ... 1102) is configured to detect whether HDR is present in the scene of the image based on spatial information using a determined quantity of dark pixels and a determined quantity of bright pixels. a high dynamic range (HDR) estimation unit (502; 602; ... 1102) configured to detect whether HDR is present in a scene of an image to capture based on a quantity of dark pixels and a quantity of bright pixels determined in the scene; a motion estimation unit (504; 610; 704; 804 ... 1104) configured to determine whether motion is detected within the scene based on one or more motion inputs; a light intensity estimation unit (506; 616; 706; 806 ... 1106) configured to determine whether a scene luminance for the scene meets a threshold based on one or more light intensity inputs; a mode selection unit (412; 622; 708; 808 ... 1108) configured to select a camera mode to use for capturing the image based on outputs of the HDR estimation unit, the motion estimation unit, and the light intensity estimation unit; and an image sensor configured to capture the image according to the selected camera mode, wherein the HDR estimation unit (502; 602; ... 1102) is configured to detect whether HDR is present in the scene of the image based on spatial information using a determined quantity of dark pixels and a determined quantity of bright pixels.
A fusion protein comprising a DNA localization component and an effector molecule, (a) wherein the DNA localization component comprises at least one guide RNA (gRNA), wherein the effector molecule comprises an inactivated Cas9 (dCas9) or an inactivated nuclease domain thereof and wherein the effector molecule comprises Clo051. (a) wherein the DNA localization component comprises at least one guide RNA (gRNA), wherein the effector molecule comprises an inactivated Cas9 (dCas9) or an inactivated nuclease domain thereof and wherein the effector molecule comprises Clo051.
Device (1") for securing an interrupted water supply , consisting of at least two hydraulic shutoff valves on a supply pipe adapted to supply water to a storage tank and adapted to fill said tank from a nozzle , and of a branch pipe on the supply pipe which branches off water upstream from both shutoff valves and first supplies said water to the pressure chamber of the shutoff valve located furthest from the nozzle , and subsequently to the pressure chamber of the shutoff valve located nearest to the nozzle , and continues further to a nozzle which is adapted to end in the storage tank , and of a float adapted to be placed in the storage tank and which operates a control valve , which shuts off the nozzle of the branch pipe when the water level in the storage tank is high enough, characterised in that (a) the shutoff valve located nearer from the nozzle is not provided with a support spring and the shutoff valve located furthest from the nozzle is provided with a support spring which works in the close direction and can at least overcome the displacement resistance of the shutoff valve , such that said furthest shutoff valve will in any case close, and under normal circumstances, will close earlier than the nearest shutoff valve ; or (b) - the shutoff valve located nearest to the nozzle is allowed to close later by ensuring that the operation of the control pressure on the nearest shutoff valve is delayed, by means of a constriction in the branch pipe upstream from the pressure chamber of the nearest shutoff valve , said constriction being mounted in series with a second constriction in the branch pipe upstream from the pressure chamber of the furthest shutoff valve' ; or - a combination of (a) and (b). (a) the shutoff valve located nearer from the nozzle is not provided with a support spring and the shutoff valve located furthest from the nozzle is provided with a support spring which works in the close direction and can at least overcome the displacement resistance of the shutoff valve , such that said furthest shutoff valve will in any case close, and under normal circumstances, will close earlier than the nearest shutoff valve ; or (b) - the shutoff valve located nearest to the nozzle is allowed to close later by ensuring that the operation of the control pressure on the nearest shutoff valve is delayed, by means of a constriction in the branch pipe upstream from the pressure chamber of the nearest shutoff valve , said constriction being mounted in series with a second constriction in the branch pipe upstream from the pressure chamber of the furthest shutoff valve' ; or - a combination of (a) and (b). - a combination of (a) and (b).
Grate bar for a grate furnace having a U-shaped profile with a straight, flat back side , a front side and side surfaces and being air-cooled, wherein a channel for primary air is arranged in the front region of the grate bar and an opening for primary air is arranged in the side surfaces , wherein at least one closed channel for primary air is arranged in the front region of the grate bar , which extends substantially parallel to the front side and has a lower opening for the entry of primary air , characterised in that the at least one closed channel opens into a collecting channel extending transverse to the longitudinal axis of the grate bar , said collecting channel having openings immediately under the back side of the grate bar in the side surfaces of the grate bar .
Device for handling printing plates at a printing press , comprising a horizontal rail for guiding at least one carriage for transporting printing plates and at least one vertical rail for guiding the horizontal rail when adjusting the horizontal rail in an upward or downward direction, characterized in that multiple carriages for transporting the printing plates are simultaneously guided by the horizontal rail along a row of printing units of the printing press and multiple vertical rails are provided for guiding the horizontal rail when adjusting the horizontal rail together with the carriages in upward and downward directions, the vertical rails arranged to be parallel to one another. comprising a horizontal rail for guiding at least one carriage for transporting printing plates and at least one vertical rail for guiding the horizontal rail when adjusting the horizontal rail in an upward or downward direction, characterized in that multiple carriages for transporting the printing plates are simultaneously guided by the horizontal rail along a row of printing units of the printing press and multiple vertical rails are provided for guiding the horizontal rail when adjusting the horizontal rail together with the carriages in upward and downward directions, the vertical rails arranged to be parallel to one another.
An external end device equipped with a tissue-ingrowth cuff, the external end device being adapted to be connected, on one side, to a catheter , and, on the other side, to a lid , or alternatively to flow lines of a treatment apparatus, the external end device comprising: - a casing , including a base , a plurality of side walls provided with a distal opening and a pair of proximal openings with respect to said flow lines, and a removable cover on the side walls , - a fitting housed in the casing and having a distal tract which engages with the catheter , and two proximal tracts , - a pair of curved pipes each having a distal end inserted on the respective proximal tract of the fitting , and a proximal end , and - a pair of nozzles inserted in the proximal end of the curved tubes , said distal opening of the casing receiving a funnel septum comprising a tube trunk inside which the catheter is connected to the distal tract of the fitting , a tubular coating having a proximal end suitable for being inserted on the tube trunk and a distal end coaxially adherent to the catheter , characterized in that - a pair of bands of tissue-ingrowth material is attached on the tubular coating , and - an anchor ring , equipped with anchoring means, is sandwiched between the bands . - a casing , including a base , a plurality of side walls provided with a distal opening and a pair of proximal openings with respect to said flow lines, and a removable cover on the side walls , - a fitting housed in the casing and having a distal tract which engages with the catheter , and two proximal tracts , - a pair of curved pipes each having a distal end inserted on the respective proximal tract of the fitting , and a proximal end , and - a pair of nozzles inserted in the proximal end of the curved tubes , said distal opening of the casing receiving a funnel septum comprising a tube trunk inside which the catheter is connected to the distal tract of the fitting , a tubular coating having a proximal end suitable for being inserted on the tube trunk and a distal end coaxially adherent to the catheter , characterized in that - a pair of bands of tissue-ingrowth material is attached on the tubular coating , and - an anchor ring , equipped with anchoring means, is sandwiched between the bands . - a pair of bands of tissue-ingrowth material is attached on the tubular coating , and - an anchor ring , equipped with anchoring means, is sandwiched between the bands .
Use of a lubricant composition for internal combustion engines comprising a) 97 to 50% by weight of a base oil, and b) 3 to 25% by weight of diisooctyl sebacate to reduce fuel consumption in the cold-running phase of the internal combustion engine. a) 97 to 50% by weight of a base oil, and b) 3 to 25% by weight of diisooctyl sebacate to reduce fuel consumption in the cold-running phase of the internal combustion engine.
A recovery system assembly configured to be used in relation to an unmanned aerial vehicle - UAV - apparatus, which comprises: • a frame structure , • plurality of at least three and preferably at least four primary arm structures extending from the frame structure , and • a driving system for driving the UAV apparatus, wherein the recovery system comprises: • a plurality of foldable arms configured to be pivotally mounted to the plurality of primary arm structures at the free end area of the primary arm structures, wherein each of said primary arm structure is configured to have at least one foldable arm mounted thereon, the plurality of foldable arms being configured to be moved from a closing position where the foldable arms extend along the primary arm structures with their free ends pointing towards the frame structure, towards an open position where the free ends point away from the frame structure, • a foldable material configured to be mounted to the foldable arms , and • a locking-unlocking system configured to maintain the plurality of foldable arms in a closing position, where in response to a malfunction signal indicating a malfunction in the UAV apparatus, the locking-unlocking system is configured to move the plurality of foldable arms from the closing position to an open position and thus deploy the foldable material to at least to reduce the vertical velocity of the UAV apparatus. • a frame structure , • plurality of at least three and preferably at least four primary arm structures extending from the frame structure , and • a driving system for driving the UAV apparatus, • a plurality of foldable arms configured to be pivotally mounted to the plurality of primary arm structures at the free end area of the primary arm structures, wherein each of said primary arm structure is configured to have at least one foldable arm mounted thereon, the plurality of foldable arms being configured to be moved from a closing position where the foldable arms extend along the primary arm structures with their free ends pointing towards the frame structure, towards an open position where the free ends point away from the frame structure, • a foldable material configured to be mounted to the foldable arms , and • a locking-unlocking system configured to maintain the plurality of foldable arms in a closing position, where in response to a malfunction signal indicating a malfunction in the UAV apparatus, the locking-unlocking system is configured to move the plurality of foldable arms from the closing position to an open position and thus deploy the foldable material to at least to reduce the vertical velocity of the UAV apparatus.
A mixing plant for composite particles, comprising: a mixing tank having an inner chamber; a fixing bracket for supporting the mixing tank; at least one heat conductive pipe ; and a primary heat conductive pipe in communication with the inner chamber, wherein the primary heat conductive pipe is in communication with the heat conductive pipe to form an air communication passage, and wherein the mixing tank is drivable to rotate around the primary heat conductive pipe; characterised in that : the heat conductive pipe defines a plurality of hot air entrance holes on a sidewall thereof facing a heat source; the mixing plant further comprises a pneumatic valve located in the air communication passage; and both the heat conductive pipe and the primary heat conductive pipe are arranged to lie parallel to a horizontal axis of the mixing tank , wherein a vertical height of the at least one heat conductive pipe is less than a vertical height of the primary heat conductive pipe . a mixing tank having an inner chamber; a fixing bracket for supporting the mixing tank; at least one heat conductive pipe ; and a primary heat conductive pipe in communication with the inner chamber, wherein the primary heat conductive pipe is in communication with the heat conductive pipe to form an air communication passage, and wherein the mixing tank is drivable to rotate around the primary heat conductive pipe; characterised in that : the heat conductive pipe defines a plurality of hot air entrance holes on a sidewall thereof facing a heat source; the mixing plant further comprises a pneumatic valve located in the air communication passage; and both the heat conductive pipe and the primary heat conductive pipe are arranged to lie parallel to a horizontal axis of the mixing tank , wherein a vertical height of the at least one heat conductive pipe is less than a vertical height of the primary heat conductive pipe . the heat conductive pipe defines a plurality of hot air entrance holes on a sidewall thereof facing a heat source; the mixing plant further comprises a pneumatic valve located in the air communication passage; and both the heat conductive pipe and the primary heat conductive pipe are arranged to lie parallel to a horizontal axis of the mixing tank , wherein a vertical height of the at least one heat conductive pipe is less than a vertical height of the primary heat conductive pipe .