mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for a kite, comprising: a control arrangement comprising at least one aerodynamic control element in, or coupled to, the kite for aerodynamically controlling at least aspects of the flight of the kite; a tether connector for connecting the kite to a tether ; and an energy extraction arrangement comprising a mechanical coupling to a wing of the kite and a generator , wherein the control arrangement is configured to control the wing so as to cause an alternating movement of the mechanical coupling to the wing with respect to the tether connector and the generator is configured to extract energy from said alternating movement, characterized in that the control arrangement is configured to control the kite to cause an alternating movement of the wing of the kite with respect to the tether connector so as to cause the alternating movement of the mechanical coupling. a control arrangement comprising at least one aerodynamic control element in, or coupled to, the kite for aerodynamically controlling at least aspects of the flight of the kite; a tether connector for connecting the kite to a tether ; and an energy extraction arrangement comprising a mechanical coupling to a wing of the kite and a generator , wherein the control arrangement is configured to control the wing so as to cause an alternating movement of the mechanical coupling to the wing with respect to the tether connector and the generator is configured to extract energy from said alternating movement, characterized in that the control arrangement is configured to control the kite to cause an alternating movement of the wing of the kite with respect to the tether connector so as to cause the alternating movement of the mechanical coupling.
A computer-implemented method for storing data, the method comprising storing the data in a hierarchical accumulator structure , the hierarchical accumulator structure comprising at least a first level (L1) and a second level (L2), wherein the first level (L1) comprises a first level accumulator and the second level (L2) comprises a plurality of second level accumulators; the first level accumulator encompasses a plurality of first level elements and a first level digest of the plurality of first level elements; characterized in that each of the plurality of second level accumulators encompasses a plurality of second level elements and a second level digest of the plurality of second level elements; each of the second level digests of the plurality of second level accumulators corresponds to one of the plurality of first level elements; and a subset of the plurality of first level elements comprises metadata, the metadata comprising accumulator information for the corresponding second level accumulator; wherein storing the data comprises computing the plurality of second level accumulators in dependence on the respective accumulator information of the metadata of the first level elements. storing the data in a hierarchical accumulator structure , the hierarchical accumulator structure comprising at least a first level (L1) and a second level (L2), wherein the first level (L1) comprises a first level accumulator and the second level (L2) comprises a plurality of second level accumulators; the first level accumulator encompasses a plurality of first level elements and a first level digest of the plurality of first level elements; characterized in that each of the plurality of second level accumulators encompasses a plurality of second level elements and a second level digest of the plurality of second level elements; each of the second level digests of the plurality of second level accumulators corresponds to one of the plurality of first level elements; and a subset of the plurality of first level elements comprises metadata, the metadata comprising accumulator information for the corresponding second level accumulator; wherein storing the data comprises computing the plurality of second level accumulators in dependence on the respective accumulator information of the metadata of the first level elements.
A transfer module for a folder-gluer machine , the transfer module comprising a lower conveyor and an upper conveyor adapted to receive a folding box therebetween and to transport the folding box in a direction of transportation (D) towards a downstream-located loading surface in a stacker module, wherein the upper conveyor of the transfer module extends further in the direction of transportation than the lower conveyor , characterized in that the lower conveyor comprises a first conveyor belt and second conveyor belt , each having an inlet end and an outlet end , and wherein the outlet ends are individually displaceable at different longitudinal positions in the direction of transportation. wherein the upper conveyor of the transfer module extends further in the direction of transportation than the lower conveyor , characterized in that the lower conveyor comprises a first conveyor belt and second conveyor belt , each having an inlet end and an outlet end , and wherein the outlet ends are individually displaceable at different longitudinal positions in the direction of transportation.
A method of forming an implant to be implanted into living bone, the implant being formed of a material comprising titanium, the method comprising the acts of: deforming at least a portion of a surface of the implant to produce a first micro-scale topography ; removing at least a portion of the surface to produce a second micro-scale topography superimposed on the first topography, the second micro-scale topography being generally less coarse than the first micro-scale topography; and adding a submicron topography superimposed on the first and second micro-scale topographies, the submicron topography including tube-like structures. deforming at least a portion of a surface of the implant to produce a first micro-scale topography ; removing at least a portion of the surface to produce a second micro-scale topography superimposed on the first topography, the second micro-scale topography being generally less coarse than the first micro-scale topography; and adding a submicron topography superimposed on the first and second micro-scale topographies, the submicron topography including tube-like structures.
Method for creating prepress files for being processed in a printing operation by means of a computer with a screen , wherein print jobs are provided to the computer in digital form through multiple input channels, wherein having received the digital data of the print jobs via the input channels, the computer subjects the digital data of the print jobs to an immediate analysis and subsequently saves them in a memory , wherein the digital data of the print jobs are not saved in the memory of the computer until they have been analyzed.
A method comprising: receiving, by a wireless device from a base station, at least one radio resource control message comprising one or more configuration parameters indicating grant free uplink radio resources associated with a cell; sending, by the wireless device and based on the at least one radio resource control message, one or more first data packets via the grant free uplink radio resources; based on an expiry of a time alignment timer, stopping uplink transmissions via the grant free uplink radio resources; receiving a timing advance command comprising an indication to restart the time alignment timer; and based on the timing advance command: re-activating the grant free uplink radio resources associated with the cell, wherein the re-activated grant free uplink radio resources are associated with a grant free radio resource configuration; and sending one or more second data packets via the re-activated grant free uplink radio resources. receiving, by a wireless device from a base station, at least one radio resource control message comprising one or more configuration parameters indicating grant free uplink radio resources associated with a cell; sending, by the wireless device and based on the at least one radio resource control message, one or more first data packets via the grant free uplink radio resources; based on an expiry of a time alignment timer, stopping uplink transmissions via the grant free uplink radio resources; receiving a timing advance command comprising an indication to restart the time alignment timer; and based on the timing advance command: re-activating the grant free uplink radio resources associated with the cell, wherein the re-activated grant free uplink radio resources are associated with a grant free radio resource configuration; and sending one or more second data packets via the re-activated grant free uplink radio resources. re-activating the grant free uplink radio resources associated with the cell, wherein the re-activated grant free uplink radio resources are associated with a grant free radio resource configuration; and sending one or more second data packets via the re-activated grant free uplink radio resources.
A method of estimating a finger movement across a surface of a fingerprint sensor, said method comprising the steps of: acquiring a navigation evaluation image from each of at least three navigation subareas of said fingerprint sensor, the navigation subareas having predefined sizes and locations; determining, for each of said navigation evaluation images, a navigation-related property of said navigation evaluation image; evaluating said navigation-related property of each of said navigation evaluation images to find a combination of at least a first navigation-related property of a first navigation evaluation image and a second navigation-related property of a second navigation evaluation image that fulfills a navigation requirement; selecting, for estimation of said finger movement, at least a first navigation subarea that was used for acquiring said first navigation evaluation image and a second navigation subarea that was used for acquiring said second navigation evaluation image; and estimating said finger movement across the surface of the fingerprint sensor using a sequence of first navigation images acquired using said first navigation subarea, and a sequence of second navigation images acquired using said second navigation subarea. acquiring a navigation evaluation image from each of at least three navigation subareas of said fingerprint sensor, the navigation subareas having predefined sizes and locations; determining, for each of said navigation evaluation images, a navigation-related property of said navigation evaluation image; evaluating said navigation-related property of each of said navigation evaluation images to find a combination of at least a first navigation-related property of a first navigation evaluation image and a second navigation-related property of a second navigation evaluation image that fulfills a navigation requirement; selecting, for estimation of said finger movement, at least a first navigation subarea that was used for acquiring said first navigation evaluation image and a second navigation subarea that was used for acquiring said second navigation evaluation image; and estimating said finger movement across the surface of the fingerprint sensor using a sequence of first navigation images acquired using said first navigation subarea, and a sequence of second navigation images acquired using said second navigation subarea.
A method of calibrating a surface sensing device for use in position determining apparatus, the surface sensing device comprising one or more elongate members mounted to the position determining apparatus, and a surface sensing element mounted to the apparatus via the one or more elongate members, the method comprising calibrating the surface sensing device by probing at least one of the elongate members with a separate probe to determine its orientation, characterised in that the or each elongate member is probed at at least two positions spaced along its length.
A magnetic core material for electrophotographic developer, comprising a sulfur component in a content of from 1 to 45 ppm in terms of a sulfate ion, which is a value measured by combustion ion chromatography method described in the description, wherein the magnetic core material has a ferrite composition and does not contain Cu, Zn and Ni in a content exceeding inevitable impurities range, and wherein the sulfur component may be contained in the form of elemental sulfur, a metal sulfide, a sulfate ion, or other sulfides.
A rigid riser system comprising: a rigid riser including a plurality of rigid metal sections welded together to form a plurality of girth weld joints ; and one or more fatigue performance enhancers (110; 164) positioned over one or more of the plurality of girth weld joints of the rigid riser ; characterized in that at least one of the one or more fatigue performance enhancers (110; 164) includes: a body having a central region extending a first axial length of the enhancer (110; 164); a first end region extending a second axial length of the enhancer; and a second end region extending a third axial length of the enhancer, wherein the first axial length , the second axial length and the third axial length form the total length of the enhancer, and the central region has a greater average radial cross-sectional thickness than each of the first end region and the second end region . a rigid riser including a plurality of rigid metal sections welded together to form a plurality of girth weld joints ; and one or more fatigue performance enhancers (110; 164) positioned over one or more of the plurality of girth weld joints of the rigid riser ; characterized in that at least one of the one or more fatigue performance enhancers (110; 164) includes: a body having a central region extending a first axial length of the enhancer (110; 164); a first end region extending a second axial length of the enhancer; and a second end region extending a third axial length of the enhancer, wherein the first axial length , the second axial length and the third axial length form the total length of the enhancer, and the central region has a greater average radial cross-sectional thickness than each of the first end region and the second end region . a body having a central region extending a first axial length of the enhancer (110; 164); a first end region extending a second axial length of the enhancer; and a second end region extending a third axial length of the enhancer, wherein the first axial length , the second axial length and the third axial length form the total length of the enhancer, and the central region has a greater average radial cross-sectional thickness than each of the first end region and the second end region .
Ski boot comprising a lower part or foot portion , suitable to enclose the user's foot and an upper part or leg portion , suitable to enclose the lower part of the skier's leg, - wherein the leg portion is hinged to the foot portion so as to rotate in relation to the foot portion around a hinge defining a rotation axis (X-X), forwards, towards a tip of the boot , and backwards towards a heel of the boot , - wherein the leg portion comprises a selection lever suitable for selectively locking and/or unlocking the rotation of the leg portion in relation to the foot portion depending on whether the user wishes to pass from a skiing configuration to a walking configuration, respectively, - wherein the leg portion is provided with at least one adjustment lever operatively connected to at least one hook engageable on teeth of a rack , the adjustment lever and the rack being fixed to opposite flaps of the leg portion which are mutually closable, the at least one adjustment lever being operable so as to mutually approach or distance said flaps of the leg portion from each other, - wherein the selection lever is operatively connected to locking/unlocking means of the rotation of the leg portion with respect to the foot portion , characterized in that - the selection lever is operatively connected to said at least one adjustment lever and/or to said rack , so as to bring the flaps of the leg portion closer together when arranged in a skiing configuration, and vice versa when arranged in a walking configuration, wherein the adjustment lever is slidably mounted on a base fixed to one of said flaps of the leg portion , and wherein the selection lever is operatively connected to the adjustment lever so as to cause the translation thereof in relation to said base . - wherein the leg portion is hinged to the foot portion so as to rotate in relation to the foot portion around a hinge defining a rotation axis (X-X), forwards, towards a tip of the boot , and backwards towards a heel of the boot , - wherein the leg portion comprises a selection lever suitable for selectively locking and/or unlocking the rotation of the leg portion in relation to the foot portion depending on whether the user wishes to pass from a skiing configuration to a walking configuration, respectively, - wherein the leg portion is provided with at least one adjustment lever operatively connected to at least one hook engageable on teeth of a rack , the adjustment lever and the rack being fixed to opposite flaps of the leg portion which are mutually closable, the at least one adjustment lever being operable so as to mutually approach or distance said flaps of the leg portion from each other, - wherein the selection lever is operatively connected to locking/unlocking means of the rotation of the leg portion with respect to the foot portion , characterized in that - the selection lever is operatively connected to said at least one adjustment lever and/or to said rack , so as to bring the flaps of the leg portion closer together when arranged in a skiing configuration, and vice versa when arranged in a walking configuration,
Compounds A having one or more nucleophilic functions F A capable of reacting with one or more carbonyl compounds B resulting from the reaction between one or more compounds constituting sebum and ozone, for their use as a dermatological agent for preventing and/or treating skin disorders induced by the carbonyl compounds B.
A dental implant system, comprising: a dental implant having an internal bore , the internal bore including a first anti-rotation cavity , and an enlarged groove , the enlarged groove being separated from the first anti-rotation cavity by a second anti-rotation cavity and a feedback feature , the enlarged groove having a maximum diameter that is larger than a diameter of the second anti-rotation cavity and the feedback feature ; an abutment having a stem and a through-bore , the stem fitting within the internal bore of the dental implant , the stem including a resilient section that has a diameter that is greater than the diameter of the second anti-rotation cavity and the feedback feature of the dental implant , the resilient section of the abutment , upon insertion into the internal bore of the dental implant , initially contracts when moving past the second anti-rotation cavity and the feedback feature and then expands outwardly into the enlarged groove in response to the abutment being properly mated to the dental implant , the resilient section and the enlarged groove combine to provide a feedback concerning the abutment , the stem further including a non-round cross-section portion for anti-rotational engagement with the first anti-rotation cavity of the dental implant ; and a screw passing through the through-bore of the abutment , the internal bore of the dental implant includes a threaded section and the screw threadably engages the threaded section of the internal bore of the dental implant , the screw axially retaining the abutment on the dental implant . a dental implant having an internal bore , the internal bore including a first anti-rotation cavity , and an enlarged groove , the enlarged groove being separated from the first anti-rotation cavity by a second anti-rotation cavity and a feedback feature , the enlarged groove having a maximum diameter that is larger than a diameter of the second anti-rotation cavity and the feedback feature ; an abutment having a stem and a through-bore , the stem fitting within the internal bore of the dental implant , the stem including a resilient section that has a diameter that is greater than the diameter of the second anti-rotation cavity and the feedback feature of the dental implant , the resilient section of the abutment , upon insertion into the internal bore of the dental implant , initially contracts when moving past the second anti-rotation cavity and the feedback feature and then expands outwardly into the enlarged groove in response to the abutment being properly mated to the dental implant , the resilient section and the enlarged groove combine to provide a feedback concerning the abutment , the stem further including a non-round cross-section portion for anti-rotational engagement with the first anti-rotation cavity of the dental implant ; and a screw passing through the through-bore of the abutment , the internal bore of the dental implant includes a threaded section and the screw threadably engages the threaded section of the internal bore of the dental implant , the screw axially retaining the abutment on the dental implant .
A method of minimizing C-Rate fluctuations with a climate controlled transport unit (CCTU) , characterised in that the method comprises: determining a first C-Rate of a Rechargeable Energy Storage System (RESS) ; comparing the first C-Rate to a first predetermined threshold; when the first C-Rate exceeds the first predetermined threshold, a controller of the CCTU determining a first operational mode of the CCTU; the controller adjusting the load of the CCTU based on the first operational mode. determining a first C-Rate of a Rechargeable Energy Storage System (RESS) ; comparing the first C-Rate to a first predetermined threshold; when the first C-Rate exceeds the first predetermined threshold, a controller of the CCTU determining a first operational mode of the CCTU; the controller adjusting the load of the CCTU based on the first operational mode.
Use of a crushing plant for crushing aluminium scrap , in particular UBC scrap, - wherein the crushing plant has a crushing device for crushing aluminium scrap which is designed as a high-speed unit, characterised in - that a pre-crushing device for pre-crushing aluminium scrap, which is designed as a low-speed unit, is arranged upstream of the crushing device and - that between the pre-crushing device and the crushing device a transport system is provided configured to transport the aluminium scrap which has been pre-crushed by the pre-crushing device to the crushing device and to supply it to the crushing device preferably uniformly. - wherein the crushing plant has a crushing device for crushing aluminium scrap which is designed as a high-speed unit, - that a pre-crushing device for pre-crushing aluminium scrap, which is designed as a low-speed unit, is arranged upstream of the crushing device and - that between the pre-crushing device and the crushing device a transport system is provided configured to transport the aluminium scrap which has been pre-crushed by the pre-crushing device to the crushing device and to supply it to the crushing device preferably uniformly.