mhurhangee/patent-ind-claim-en huggingface dataset:
Container for handling a workpiece , comprising a housing in which a housing jacket , a housing base and a housing cover enclose a working chamber , wherein the housing via an access opening in the housing cover is accessible and double-walled and is installed in an internal space between the double walls forms an evacuated insulating chamber , characterized in that the access opening has a closure for hermetically sealing the working chamber and the working chamber is surrounded by a heating element, which extends at least in sections along the housing jacket . wherein the housing via an access opening in the housing cover is accessible and double-walled and is installed in an internal space between the double walls forms an evacuated insulating chamber , characterized in that the access opening has a closure for hermetically sealing the working chamber and the working chamber is surrounded by a heating element, which extends at least in sections along the housing jacket .
Hopper for rod shaped articles defining a longitudinal axis (X), the hopper including: • a chamber to hold the rod shaped articles ; • a distributor device to align the rod shaped articles with substantially parallel longitudinal axes (X), the distributor device including a plurality of walls defining adjacent channels , at least one of said walls including a stationary part and a movable part connected to the stationary part; and • a vibrating device adapted to oscillate the movable part with respect to the stationary part . • a chamber to hold the rod shaped articles ; • a distributor device to align the rod shaped articles with substantially parallel longitudinal axes (X), the distributor device including a plurality of walls defining adjacent channels , at least one of said walls including a stationary part and a movable part connected to the stationary part; and • a vibrating device adapted to oscillate the movable part with respect to the stationary part .
A crosslinked polyurethane obtainable by a process wherein a) polyisocyanates are mixed with b) polymeric compounds having on average at least 1.5 hydrogen atoms which are reactive toward isocyanate groups and comprising b1) at least one diene block copolymer which has on average at least 1.5 hydrogen atoms which are reactive toward isocyanate and has a polydiene main chain and at least one side chain or terminal chain composed of a polyether and/or a polyester, where the proportion by weight of the polydiene main chain is, based on the total weight of the diene block copolymer b1), from 25 to 95% by weight and b2) optionally further polymeric compounds having at least two hydrogen atoms which are reactive toward isocyanate, c) optionally catalyst, d) optionally vulcanizing agents, e) optionally chain extenders, chain transfer agents and/or crosslinkers, f) optionally blowing agents and g) optionally auxiliaries and/or additives, h) optionally rubber to give a reaction mixture and the mixture is cured to give crosslinkable polyurethane and double bonds of the diene block copolymer b1) are crosslinked, wherein the crosslinking of the double bonds of the diene block copolymer b1) is effected by means of a sulfur-comprising vulcanizing agent or by means of a peroxide-comprising vulcanizing agent (d) and/or by irradiation with high-energy radiation. a) polyisocyanates are mixed with b) polymeric compounds having on average at least 1.5 hydrogen atoms which are reactive toward isocyanate groups and comprising b1) at least one diene block copolymer which has on average at least 1.5 hydrogen atoms which are reactive toward isocyanate and has a polydiene main chain and at least one side chain or terminal chain composed of a polyether and/or a polyester, where the proportion by weight of the polydiene main chain is, based on the total weight of the diene block copolymer b1), from 25 to 95% by weight and b2) optionally further polymeric compounds having at least two hydrogen atoms which are reactive toward isocyanate, b1) at least one diene block copolymer which has on average at least 1.5 hydrogen atoms which are reactive toward isocyanate and has a polydiene main chain and at least one side chain or terminal chain composed of a polyether and/or a polyester, where the proportion by weight of the polydiene main chain is, based on the total weight of the diene block copolymer b1), from 25 to 95% by weight and b2) optionally further polymeric compounds having at least two hydrogen atoms which are reactive toward isocyanate, c) optionally catalyst, d) optionally vulcanizing agents, e) optionally chain extenders, chain transfer agents and/or crosslinkers, f) optionally blowing agents and g) optionally auxiliaries and/or additives, h) optionally rubber
A user interface for a vehicle adapted to present visible information (3a, 3b, 3b', 3b") and to capture user input ; the user interface comprises - a two-dimensional touch sensitive display for displaying information on a display portion and for capturing touch user input , and - an optical faceplate comprising a contact surface , a three-dimensional display surface for displaying information (3b, 3b', 3b"), and an optic light guide material provided between the contact surface and the three-dimensional display surface ; wherein - the faceplate is integrated into the display so that an areal extension of the three-dimensional display surface and/or an areal extension of the contact surface is smaller than an areal extension of the display , and so that the contact surface is arranged to receive light emitted from the display ; wherein - the user interface is adapted to capture user interaction relative to the faceplate ; and wherein - the user interface is adapted to derive a combined user input from the combination of the touch user input by the touch sensitive display and the user interaction relative to the faceplate , wherein the combined user input is determined on the basis of both, the touch user input captured by the two-dimensional display and the user interaction relative to the faceplate . - a two-dimensional touch sensitive display for displaying information on a display portion and for capturing touch user input , and - an optical faceplate comprising a contact surface , a three-dimensional display surface for displaying information (3b, 3b', 3b"), and an optic light guide material provided between the contact surface and the three-dimensional display surface ; wherein - the faceplate is integrated into the display so that an areal extension of the three-dimensional display surface and/or an areal extension of the contact surface is smaller than an areal extension of the display , and so that the contact surface is arranged to receive light emitted from the display ; wherein - the user interface is adapted to capture user interaction relative to the faceplate ; and wherein - the user interface is adapted to derive a combined user input from the combination of the touch user input by the touch sensitive display and the user interaction relative to the faceplate , wherein the combined user input is determined on the basis of both, the touch user input captured by the two-dimensional display and the user interaction relative to the faceplate .
Apparatus for determining a passing time of a passive RFID sports timing transponder , comprising: - a housing for protecting the apparatus from environmental effects; - an RFID reader unit connected to an RFID antenna for remotely determining an identity and a passing time of the sports timing transponder upon passing the apparatus; - a location unit for determining a location of the apparatus; - a mobile communication unit connected to a mobile communication antenna for transmitting the identity and the passing time of the sports timing transponder and the location of the apparatus to a remote processing unit ; and - a neighbor communication unit configured to communicate with another similar apparatus in an immediate spatial vicinity to synchronize operation of the RFID reader unit and an RFID reader unit of the other similar apparatus to avoid interference, wherein - the RFID reader unit, the RFID antenna, the location unit, the mobile communication unit and the neighbor communication unit are integrated within the housing; and - the neighbor communication unit is a short distance communication unit, with which messages are exchanged with a neighbor communication unit of the other similar apparatus to negotiate activation times. - a housing for protecting the apparatus from environmental effects; - an RFID reader unit connected to an RFID antenna for remotely determining an identity and a passing time of the sports timing transponder upon passing the apparatus; - a location unit for determining a location of the apparatus; - a mobile communication unit connected to a mobile communication antenna for transmitting the identity and the passing time of the sports timing transponder and the location of the apparatus to a remote processing unit ; and - a neighbor communication unit configured to communicate with another similar apparatus in an immediate spatial vicinity to synchronize operation of the RFID reader unit and an RFID reader unit of the other similar apparatus to avoid interference, wherein - the RFID reader unit, the RFID antenna, the location unit, the mobile communication unit and the neighbor communication unit are integrated within the housing; and - the neighbor communication unit is a short distance communication unit, with which messages are exchanged with a neighbor communication unit of the other similar apparatus to negotiate activation times.
An apparatus, comprising: a block (BLK, BLK0-BLK3) comprising memory cells, the memory cells are arranged in NAND strings (NS1, NS2, 700n-703n, 710n-713n, 720n-723n, 730n-733n) and connected to a set of word lines (WLL0-WLL10); and a control circuit , the control circuit is configured to perform a countermeasure for a first read situation in the block, wherein: the countermeasure is a function of a temperature; the block is in the first read situation if no sensing operation has occurred in the block since a last power on event or if a time period since a last sensing operation in the block exceeds a threshold; the memory cells are programmed to different programmed data states (A-G, S1-S15) including a lowest programmed data state (A, S1) and a highest programmed data state (G, S15); and to perform the countermeasure, the control circuit is configured to set a read voltage (VrA, VrS1) of the lowest programmed data state according to a positive temperature coefficient, and to set a read voltage (VrG, VrS15) of the highest programmed data state according to a negative temperature coefficient. a block (BLK, BLK0-BLK3) comprising memory cells, the memory cells are arranged in NAND strings (NS1, NS2, 700n-703n, 710n-713n, 720n-723n, 730n-733n) and connected to a set of word lines (WLL0-WLL10); and a control circuit , the control circuit is configured to perform a countermeasure for a first read situation in the block, wherein: the countermeasure is a function of a temperature; the block is in the first read situation if no sensing operation has occurred in the block since a last power on event or if a time period since a last sensing operation in the block exceeds a threshold; the memory cells are programmed to different programmed data states (A-G, S1-S15) including a lowest programmed data state (A, S1) and a highest programmed data state (G, S15); and to perform the countermeasure, the control circuit is configured to set a read voltage (VrA, VrS1) of the lowest programmed data state according to a positive temperature coefficient, and to set a read voltage (VrG, VrS15) of the highest programmed data state according to a negative temperature coefficient. the countermeasure is a function of a temperature; the block is in the first read situation if no sensing operation has occurred in the block since a last power on event or if a time period since a last sensing operation in the block exceeds a threshold; the memory cells are programmed to different programmed data states (A-G, S1-S15) including a lowest programmed data state (A, S1) and a highest programmed data state (G, S15); and to perform the countermeasure, the control circuit is configured to set a read voltage (VrA, VrS1) of the lowest programmed data state according to a positive temperature coefficient, and to set a read voltage (VrG, VrS15) of the highest programmed data state according to a negative temperature coefficient.
Improved device for associating an element to a structure , preferably for hanging an element , in particular a panel, to a support structure, said device consisting of a single body , preferably in metallic material, which comprises: - a base provided with means for its fastening to said element , - at least a pair of elastic arms (11', 11") which develop from said base and develop longitudinally so as to always define an acute angle with respect to said base and in such a way that, as a whole, said elastic arms (11', 11") cross each other so as to define a substantially "X-shaped" conformation, both said elastic arms (11', 11") having substantially the same longitudinal extension and being both provided with means for hooking said structure , said at least one pair of elastic arms (11', 11") develop longitudinally diagonally according to opposite directions so as to define, both in rest condition and in operative hooking condition, an acute angle with respect to said base and in such a way that, as a whole, said elastic arms (11', 11") cross each other so as to define, both in rest condition and in operative hooking condition, a substantially X-shaped conformation, characterized in that said means for its fastening to said element comprise folded edges for its mechanical engagement with said element . - a base provided with means for its fastening to said element , - at least a pair of elastic arms (11', 11") which develop from said base and develop longitudinally so as to always define an acute angle with respect to said base and in such a way that, as a whole, said elastic arms (11', 11") cross each other so as to define a substantially "X-shaped" conformation, both said elastic arms (11', 11") having substantially the same longitudinal extension and being both provided with means for hooking said structure , said at least one pair of elastic arms (11', 11") develop longitudinally diagonally according to opposite directions so as to define, both in rest condition and in operative hooking condition, an acute angle with respect to said base and in such a way that, as a whole, said elastic arms (11', 11") cross each other so as to define, both in rest condition and in operative hooking condition, a substantially X-shaped conformation, characterized in that said means for its fastening to said element comprise folded edges for its mechanical engagement with said element .
A brake cylinder configured to provide braking signaling to an automotive simulator, the brake cylinder comprising: a piston for being connected to a brake pedal , said piston being configured to move in an axial direction when said brake pedal is being depressed; a dampening device configured to provide resistance to the piston when the piston moves in an axial direction toward the dampening device ; a sensor configured to measure a response to movement of said piston and send a signal to a processor of the automotive simulator indicating of that movement; wherein said piston comprises a mechanical stop configured to limit said axial movement of the piston in the axial direction, characterised in that when said brake pedal is being depressed said piston and mechanical stop move in the axial direction resulting in compression of the dampening device until the mechanical stop has engaged a stopping structure . a piston for being connected to a brake pedal , said piston being configured to move in an axial direction when said brake pedal is being depressed; a dampening device configured to provide resistance to the piston when the piston moves in an axial direction toward the dampening device ; a sensor configured to measure a response to movement of said piston and send a signal to a processor of the automotive simulator indicating of that movement; wherein said piston comprises a mechanical stop configured to limit said axial movement of the piston in the axial direction, characterised in that when said brake pedal is being depressed said piston and mechanical stop move in the axial direction resulting in compression of the dampening device until the mechanical stop has engaged a stopping structure .
A material screening apparatus adaptable between a reduced-bearing mode and an additional-bearing mode, the apparatus comprising: a screen box comprising at least one screen deck ; a frame , the screen box being coupled to the frame by resilient coupling means a rotatable shaft coupled to the screen box for imparting vibrational and/or oscillatory motion to said at least one screen deck; drive means operable to impart rotational motion to the shaft; and a first set of bearings coupling said shaft to said screen box, and a second set of bearings , wherein the shaft projects beyond the first set of bearings to provide space to removably receive the second set of bearings outwardly of the first set , and wherein, in the additional-bearing mode only, said second set of bearings are fitted to the shaft outwardly of the first set and are coupled to the frame thereby coupling the shaft to the frame, and in that the drive means is incorporated into a drive assembly that is movably coupled to the frame in the reduced-bearing mode and fixed with respect to the frame in the additional bearing mode. a screen box comprising at least one screen deck ; a frame , the screen box being coupled to the frame by resilient coupling means a rotatable shaft coupled to the screen box for imparting vibrational and/or oscillatory motion to said at least one screen deck; drive means operable to impart rotational motion to the shaft; and a first set of bearings coupling said shaft to said screen box, and a second set of bearings , wherein the shaft projects beyond the first set of bearings to provide space to removably receive the second set of bearings outwardly of the first set , and wherein, in the additional-bearing mode only, said second set of bearings are fitted to the shaft outwardly of the first set and are coupled to the frame thereby coupling the shaft to the frame, and in that the drive means is incorporated into a drive assembly that is movably coupled to the frame in the reduced-bearing mode and fixed with respect to the frame in the additional bearing mode.
Trocar comprising a trocar sleeve and a trocar head , the trocar sleeve comprising a first and a second region , - the first region being for positioning within a body and having a holding means to prevent the trocar sleeve slipping out from the body, the holding means having strip-like regions which are spaced apart from each other by openings in the trocar sleeve and which strip-like regions are formed of a shape memory material, the strip-like regions having a bent initial state, whereby the strip-like regions have an expanded state, and - the second region being formed to receive a trocar shaft and the trocar sleeve having inside at least one means for detachable assembly of a trocar shaft , the means for detachable assembly arranged inside the trocar sleeve being formed in such a way as to engage with a means for detachable assembly arranged on the trocar shaft , characterised in that the trocar sleeve is integrally formed. - the first region being for positioning within a body and having a holding means to prevent the trocar sleeve slipping out from the body, the holding means having strip-like regions which are spaced apart from each other by openings in the trocar sleeve and which strip-like regions are formed of a shape memory material, the strip-like regions having a bent initial state, whereby the strip-like regions have an expanded state, and - the second region being formed to receive a trocar shaft and the trocar sleeve having inside at least one means for detachable assembly of a trocar shaft , the means for detachable assembly arranged inside the trocar sleeve being formed in such a way as to engage with a means for detachable assembly arranged on the trocar shaft , characterised in that the trocar sleeve is integrally formed.
A method of operating a system comprising a differential mobility spectrometer, the method comprising: (a) injecting a stream of ions from an ion source into a differential mobility spectrometer during a first duration, the stream of ions containing or suspected of containing an ion species of interest; (b) determining a compensation voltage apex for the ion species of interest in the differential mobility spectrometer, wherein the compensation voltage apex represents an optimum for transmission of the ion species of interest based on operating conditions of the differential mobility spectrometer that are provided by a look-up table or wherein the compensation voltage apex for the ion species of interest is determined based on a theoretical optimum transmission compensation voltage; (c) continuously or discretely in a stepwise fashion varying the compensation voltage applied to the differential mobility spectrometer over a range during said first duration between a first compensation voltage value less than said compensation voltage apex and a second compensation voltage value greater than said compensation voltage apex, wherein said range is selected to correspond to the full-width at half maximum of theoretical or historical data of the intensity of the ion species of interest at the compensation voltage apex; (d) detecting the ion species of interest transmitted by the differential mobility spectrometer during said first duration. (a) injecting a stream of ions from an ion source into a differential mobility spectrometer during a first duration, the stream of ions containing or suspected of containing an ion species of interest; (b) determining a compensation voltage apex for the ion species of interest in the differential mobility spectrometer, wherein the compensation voltage apex represents an optimum for transmission of the ion species of interest based on operating conditions of the differential mobility spectrometer that are provided by a look-up table or wherein the compensation voltage apex for the ion species of interest is determined based on a theoretical optimum transmission compensation voltage; (c) continuously or discretely in a stepwise fashion varying the compensation voltage applied to the differential mobility spectrometer over a range during said first duration between a first compensation voltage value less than said compensation voltage apex and a second compensation voltage value greater than said compensation voltage apex, wherein said range is selected to correspond to the full-width at half maximum of theoretical or historical data of the intensity of the ion species of interest at the compensation voltage apex; (d) detecting the ion species of interest transmitted by the differential mobility spectrometer during said first duration.