mhurhangee/patent-ind-claim-en huggingface dataset:
Casting installation enclosure , including: - a first body , and a second body that is removably joined to the first body along a bearing axis (G), the first and second bodies delimiting together an internal chamber , - at least one compression member , tightly joined to the first body ; characterised in that it includes a sealing device comprising: - at least one seal , tightly joined to the second body , including a lateral contact face extending substantially parallel to the bearing axis (G); - the compression member and the seal being arranged with respect to one another such that the compression member is in contact with the lateral contact face of the seal and exerts a compression force thereon that is oriented substantially orthogonally to the bearing axis (G), thereby ensuring the tightness of the enclosure between the first and second bodies . - a first body , and a second body that is removably joined to the first body along a bearing axis (G), the first and second bodies delimiting together an internal chamber , - at least one compression member , tightly joined to the first body ; - at least one seal , tightly joined to the second body , including a lateral contact face extending substantially parallel to the bearing axis (G); - the compression member and the seal being arranged with respect to one another such that the compression member is in contact with the lateral contact face of the seal and exerts a compression force thereon that is oriented substantially orthogonally to the bearing axis (G), thereby ensuring the tightness of the enclosure between the first and second bodies .
A machine for introducing a ribbon (F) inside the rings (A) of a chain (C) according to an undulated trend, comprising - a sliding guide for the chain (C); - means for controlled feed of the chain (C) on said guide ; - means for blocking a part of the ribbon (F) on the chain (C), with said ribbon longitudinally facing at least in part a first face (C1) of said chain (C), so that one end of said ribbon (F), opposite the direction of feed of the chain (C), is free; - a first insertion unit adapted to push, in a first direction, a portion of ribbon (F) into a first ring (A1) of the chain (C) it is facing, to form an increasing eyelet or loop (S), on the opposite face of the first ring (A1) with respect to that of insertion, said first insertion unit being adapted to act until the free end of the ribbon (L) passes through said first ring (A1), reaching the second face (C2) of the chain (C); - a second insertion unit adapted to push, in a second direction opposite said first direction, the portion of ribbon (F) that has passed through said first ring (A1) into a second ring (A2) to form an increasing eyelet, or loop, on the opposite face of said second ring (A2) with respect to that of insertion into the second ring (A2), said second insertion unit being adapted to act until the free end of the ribbon (F) passes through said second ring (A2), returning to the first face (C1) of the chain (C). - a sliding guide for the chain (C); - means for controlled feed of the chain (C) on said guide ; - means for blocking a part of the ribbon (F) on the chain (C), with said ribbon longitudinally facing at least in part a first face (C1) of said chain (C), so that one end of said ribbon (F), opposite the direction of feed of the chain (C), is free; - a first insertion unit adapted to push, in a first direction, a portion of ribbon (F) into a first ring (A1) of the chain (C) it is facing, to form an increasing eyelet or loop (S), on the opposite face of the first ring (A1) with respect to that of insertion, said first insertion unit being adapted to act until the free end of the ribbon (L) passes through said first ring (A1), reaching the second face (C2) of the chain (C); - a second insertion unit adapted to push, in a second direction opposite said first direction, the portion of ribbon (F) that has passed through said first ring (A1) into a second ring (A2) to form an increasing eyelet, or loop, on the opposite face of said second ring (A2) with respect to that of insertion into the second ring (A2), said second insertion unit being adapted to act until the free end of the ribbon (F) passes through said second ring (A2), returning to the first face (C1) of the chain (C).
A method performed by a user equipment, UE, the method comprising: identifying information for a sidelink resource pool; identifying a resource allocation mode; identifying physical sidelink feedback channel, PSFCH, information, wherein the PSFCH information includes information for a PSFCH period; and performing a resource selection for transmission based on the information for the PSFCH period, a time offset between a physical sidelink shared channel, PSSCH, and a corresponding PSFCH, a preparation time for a PSSCH retransmission, and a time for receiving and decoding the PSFCH, in case that the resource allocation mode is resource allocation mode 2, wherein a time interval associated with the resource selection for transmission is defined as [n+T1, n+T2], the T1 is associated with a processing time for the resource selection for transmission, and the T2 is associated with packet delay budget, wherein the resource allocation mode 2 is a mode in which the UE directly assigns a sidelink resource for transmitting via sensing. identifying information for a sidelink resource pool; identifying a resource allocation mode; identifying physical sidelink feedback channel, PSFCH, information, wherein the PSFCH information includes information for a PSFCH period; and performing a resource selection for transmission based on the information for the PSFCH period, a time offset between a physical sidelink shared channel, PSSCH, and a corresponding PSFCH, a preparation time for a PSSCH retransmission, and a time for receiving and decoding the PSFCH, in case that the resource allocation mode is resource allocation mode 2, wherein a time interval associated with the resource selection for transmission is defined as [n+T1, n+T2], the T1 is associated with a processing time for the resource selection for transmission, and the T2 is associated with packet delay budget, wherein the resource allocation mode 2 is a mode in which the UE directly assigns a sidelink resource for transmitting via sensing.
Hull with variable geometry for a vessel , comprising one or more completely immersed parts , which are configured to provide part of the buoyancy thrust and are integral with an emerged part of the hull by means of one or more uprights , and one or more immersed wing surfaces , which, in a situation in which the vessel travels at a sufficiently high speed, are configured to provide the remaining part of the vertical thrust required to keep the vessel above the surface of the water at a predetermined height, wherein the hull comprises one or more supports connected to the wing surfaces and associated with floating elements which are mobile with respect to said completely immersed part , said floating elements being fixed to said supports or mobile with respect to said supports , said floating elements thus being substantially cooperating with said completely immersed part and with said wing surfaces , said floating elements being connected to said completely immersed part through said wing surfaces , said wing surfaces being configured to move with respect to said completely immersed part or to remain fixed with respect thereto and said floating elements being configured to increase their immersion as the speed of the vessel decreases, and therefore provide the vertical thrust to maintain or adjust the distance of the vessel from the water in a manner that is optimal and functional for the use of the vessel even at reduced speeds or when the vessel is stationary.
An accessory device for an ostomy system comprising a monitor device and an ostomy appliance , the ostomy appliance comprising a base plate , the accessory device comprising: a memory ; a processor ; and a monitor interface coupled to the processor and configured to communicate with the monitor device and obtain monitor data from the monitor device coupled to the ostomy appliance , wherein the processor is configured to: determine an operating state of the base plate ; determine a location of the accessory device ; and determine an actual wear time of the ostomy appliance based on the operating state and the location . a memory ; a processor ; and a monitor interface coupled to the processor and configured to communicate with the monitor device and obtain monitor data from the monitor device coupled to the ostomy appliance , wherein the processor is configured to: determine an operating state of the base plate ; determine a location of the accessory device ; and determine an actual wear time of the ostomy appliance based on the operating state and the location . determine an operating state of the base plate ; determine a location of the accessory device ; and determine an actual wear time of the ostomy appliance based on the operating state and the location .
A gas turbine engine comprises: a fan drive turbine driving a gear reduction , said gear reduction , in turn, driving a fan rotor , said fan rotor delivering air into a bypass duct as bypass air and into a compressor section as core flow, wherein said compressor section includes a low pressure compressor and a high pressure compressor ; a forward bearing positioned between said gear reduction and said fan rotor and supporting said gear reduction , and a second bearing positioned aft of said gear reduction and supporting said gear reduction , said second bearing being a thrust bearing ; a fan drive turbine drive shaft driving said gear reduction ; and a catcher provided to resist movement of said gear reduction and said fan rotor in an outer direction in the event of a failure of said second bearing , wherein said gear reduction is an epicyclic gear reduction , characterized in that : said low pressure compressor is driven by said gear reduction to rotate with said fan rotor . a fan drive turbine driving a gear reduction , said gear reduction , in turn, driving a fan rotor , said fan rotor delivering air into a bypass duct as bypass air and into a compressor section as core flow, wherein said compressor section includes a low pressure compressor and a high pressure compressor ; a forward bearing positioned between said gear reduction and said fan rotor and supporting said gear reduction , and a second bearing positioned aft of said gear reduction and supporting said gear reduction , said second bearing being a thrust bearing ; a fan drive turbine drive shaft driving said gear reduction ; and a catcher provided to resist movement of said gear reduction and said fan rotor in an outer direction in the event of a failure of said second bearing , wherein said gear reduction is an epicyclic gear reduction , characterized in that : said low pressure compressor is driven by said gear reduction to rotate with said fan rotor .
A pharmaceutical composition for use in preventing or treating diabetic nephropathy comprising a compound represented by following Chemical Formula B or a pharmaceutically acceptable salt thereof as an active ingredient:
A display device , comprising: a sensing subsystem configured to detect one or more conditions associated with touch input to the display device; a microphone system configured to receive sound; a logic machine ; and a storage machine holding instructions executable by the logic machine to: predict, based on the one or more conditions, that a contact of an input object at a surface of the display device will occur in the future at a predicted time of contact; predict, based on the one or more conditions, sonic characteristics of the contact; and generate an audio output via applying a selective attenuation to process sound received into the microphone system, the selective attenuation being selected based on the sonic characteristics and applied over a time interval beginning at the predicted time of contact. a sensing subsystem configured to detect one or more conditions associated with touch input to the display device; a microphone system configured to receive sound; a logic machine ; and a storage machine holding instructions executable by the logic machine to: predict, based on the one or more conditions, that a contact of an input object at a surface of the display device will occur in the future at a predicted time of contact; predict, based on the one or more conditions, sonic characteristics of the contact; and generate an audio output via applying a selective attenuation to process sound received into the microphone system, the selective attenuation being selected based on the sonic characteristics and applied over a time interval beginning at the predicted time of contact. predict, based on the one or more conditions, that a contact of an input object at a surface of the display device will occur in the future at a predicted time of contact; predict, based on the one or more conditions, sonic characteristics of the contact; and generate an audio output via applying a selective attenuation to process sound received into the microphone system, the selective attenuation being selected based on the sonic characteristics and applied over a time interval beginning at the predicted time of contact.
An information provision device comprising: an image display configured to display a for-driver information image to a driver of a mobile object; an obtaining unit configured to obtain movement information of the mobile object and position information of the mobile object, wherein the position information is route navigation information; a viewpoint detector configured to detect a viewpoint position of the driver; and a display controller configured to control display of the for-driver information image based on the detected viewpoint position of the driver, characterised in that the display controller is configured to change a display position of the for-driver information image so as to change a perception distance of the for-driver information image for the driver due to motion parallax as the viewpoint position moves based on the movement information and position information of the mobile object that is obtained by the obtaining unit . an image display configured to display a for-driver information image to a driver of a mobile object; an obtaining unit configured to obtain movement information of the mobile object and position information of the mobile object, wherein the position information is route navigation information; a viewpoint detector configured to detect a viewpoint position of the driver; and a display controller configured to control display of the for-driver information image based on the detected viewpoint position of the driver, characterised in that the display controller is configured to change a display position of the for-driver information image so as to change a perception distance of the for-driver information image for the driver due to motion parallax as the viewpoint position moves based on the movement information and position information of the mobile object that is obtained by the obtaining unit .
Computer-implemented method for producing control data for postprocessing a solid body that is modified by means of laser beams , wherein the solid body has in its interior a multiplicity of modifications , wherein the modifications were produced by means of the laser beams , comprising the steps of: defining an analysis criterion for analysing the modifications produced in the interior of the solid body ; defining a threshold value with respect to the analysis criterion, wherein an analysis value on one side of the threshold value triggers a postprocessing registration; analysing the wafer with an analysis device , wherein the analysis device analyses the modifications with respect to the analysis criterion; outputting analysis values relating to the analysed modifications, wherein the analysis values lie above or below the threshold value; outputting spatial data relating to the analysed modifications, wherein the spatial data contain information regarding the region(s) of the solid body in which the analysis value lies above or below the threshold value; producing control data for controlling a laser treatment device for the post-treatment of the solid body , wherein the control data comprise at least the spatial data of the solid-body portions registered for postprocessing. defining an analysis criterion for analysing the modifications produced in the interior of the solid body ; defining a threshold value with respect to the analysis criterion, wherein an analysis value on one side of the threshold value triggers a postprocessing registration; analysing the wafer with an analysis device , wherein the analysis device analyses the modifications with respect to the analysis criterion; outputting analysis values relating to the analysed modifications, wherein the analysis values lie above or below the threshold value; outputting spatial data relating to the analysed modifications, wherein the spatial data contain information regarding the region(s) of the solid body in which the analysis value lies above or below the threshold value; producing control data for controlling a laser treatment device for the post-treatment of the solid body , wherein the control data comprise at least the spatial data of the solid-body portions registered for postprocessing.
Metallocene complex I: wherein: Y is a C 6 -C 30 aryl or substituted aryl group; L is an electron-donating ligand; B is a boron atom; M is Zr; X is an anionic ligand to M and z is the number of X groups and equals the valence of M minus 2. Y is a C 6 -C 30 aryl or substituted aryl group; L is an electron-donating ligand; B is a boron atom; M is Zr; X is an anionic ligand to M and z is the number of X groups and equals the valence of M minus 2.
A method for operating memory , comprising: determining soft data for a group of memory cells (111-1,..., 111-N) each programmed to one of a number of data states, wherein the soft data comprises a number of different soft data values, the determining using a plurality of sensing voltages, wherein each two consecutive sensing voltages are spaced apart by a corresponding voltage amount, and at least two of the voltage amounts are different; for each soft data value , determining a quantity (555-1, 555-2) of memory cells (111-1,..., 111-N) associated with said soft data value ; normalizing the determined quantities of memory cells (111-1,..., 111-N) associated with the different soft data values in order to compensate for the at least two voltage amounts being different; and inferring at least a portion of a threshold voltage distribution (557-1, 557-2) associated with the group of memory cells (111-1,..., 111-N) via an interpolation process using the normalized quantities of memory cells (111-1,..., 111-N) associated with the different soft data values. determining soft data for a group of memory cells (111-1,..., 111-N) each programmed to one of a number of data states, wherein the soft data comprises a number of different soft data values, the determining using a plurality of sensing voltages, wherein each two consecutive sensing voltages are spaced apart by a corresponding voltage amount, and at least two of the voltage amounts are different; for each soft data value , determining a quantity (555-1, 555-2) of memory cells (111-1,..., 111-N) associated with said soft data value ; normalizing the determined quantities of memory cells (111-1,..., 111-N) associated with the different soft data values in order to compensate for the at least two voltage amounts being different; and inferring at least a portion of a threshold voltage distribution (557-1, 557-2) associated with the group of memory cells (111-1,..., 111-N) via an interpolation process using the normalized quantities of memory cells (111-1,..., 111-N) associated with the different soft data values.
A denture in the form of an arch for restoring a tooth or teeth which are missing on a dental arch of a patient comprising a metal casting comprising a linguoplate , and at least one denture tooth on one side of said arch, wherein said at least one denture tooth is an extension of said linguoplate, Z wherein each of the denture teeth of said denture is a metal denture tooth cast together with the linguoplate , wherein the occlusal surface of each denture tooth is metal, wherein said denture further comprises a resin material bonded to a surface opposite to an occlusal surface of said at least one denture tooth, and the resin material is not bonded to a portion of a surface opposite to a lingual surface of said linguoplate .
Apparatus for conveying compressed air for compressed air-operated devices in motor vehicles, in particular for brake devices in utility vehicles, with a controllable valve , via which compressed air can be removed from the combustion chamber of at least one cylinder of an internal combustion engine , the valve being arranged outside the combustion chamber and being connected to the combustion chamber , and with an actuating device , the valve being controlled via the actuating device , and the actuating device for the valves being a piston-cylinder unit with at least one piston which loads the valve , preloaded via a valve spring into the closed position, in the opening direction or in the opening direction and in the closing direction, characterized in that a piston of the piston-cylinder unit is guided displaceably in a cylinder liner , in each case one pressure space being configured on both sides of the piston , and in that a spring device is arranged on that side of the piston which faces the valve, which spring device is supported indirectly or directly on the cylinder liner and acts on the other side on the valve , the preloading force of the spring device being designed in such a way that it is stronger than that force of the valve spring which preloads the valve into the closed position, and in that the spring device can be brought out of engagement in the compression cycle temporally before the fuel ignition from a defined combustion chamber pressure, and therefore the valve can be closed by means of the valve spring .