mhurhangee/patent-ind-claim-en huggingface dataset:
Planetary gear set , comprising a planet carrier with a recess for receiving a planet gear axis , on which a slide bearing shell is arranged, on which a planet gear is mounted rotatably, wherein at least one axial disc is arranged between a web of the planet carrier and the planet gear , characterised in that the axial disc is mounted in a floating manner between the planet gear and the web of the planet carrier in an axial direction and the axial disc is embodied to be flat on a side facing the web of the planet carrier and during normal operation a lubricant film is present between the axial disk and the planet gear , said lubricant film ensuring a hydrodynamic operation between the planet gear and the axial disc .
Elbow duct element for fluid passages, the elbow duct element having an air guide element in its interior, characterized in that the elbow duct element comprises a sheet metal channel , which has on inner sides of opposing wall sections an arc-shaped recess each, in which the air guide element projects with positive-locking projections formed on opposing outer sides .
A method of control plane messaging between a first entity and a second entity in a network in which control plane messages are sent in a control plane protocol layer wherein a convergence layer is provided below the control plane protocol layer, characterised in that the convergence layer is an Ethernet layer and the control plane protocol layer is a Non-Access Stratum protocol layer.
A display panel with pressure sensor comprising: a display panel including an image forming panel configured to control light emitted to a front face side to form a displayed image, and a front polarizing plate disposed on the front face side of the image forming panel; and a pressure sensor including a piezoelectric film formed of only a single film of chiral polymer, wherein the chiral polymer forming the piezoelectric film is polylactic acid and the polylactic acid is uniaxially drawn, characterised in that the pressure sensor is disposed relative to the display panel such that the uniaxial drawing direction of the piezoelectric film is parallel to or orthogonal to a polarizing direction of the front polarizing plate . a display panel including an image forming panel configured to control light emitted to a front face side to form a displayed image, and a front polarizing plate disposed on the front face side of the image forming panel; and a pressure sensor including a piezoelectric film formed of only a single film of chiral polymer, wherein the chiral polymer forming the piezoelectric film is polylactic acid and the polylactic acid is uniaxially drawn, characterised in that the pressure sensor is disposed relative to the display panel such that the uniaxial drawing direction of the piezoelectric film is parallel to or orthogonal to a polarizing direction of the front polarizing plate .
An article useful as the body of a container for containing gas under pressure, comprising a hollow container body , having an external surface and having an opening through which gas can enter or leave the interior of the hollow container body ; a layer of fiber-reinforced polymer around the exterior of the container body , attached to the external surface of the container body and having an external surface; and a layer of elastomer around and sealed to the external surface of the layer of fiber-reinforced polymer ; wherein said layer of fiber-reinforced polymer does not contain said elastomer, and said layer of elastomer does not contain said fiber-reinforced polymer, and a layer comprising a mixture of said elastomer and said fiber-reinforced polymer is present between said layer of fiber-reinforced polymer and said layer of elastomer ; wherein said elastomer is selected from the group consisting of polyurethanes and polyureas; and wherein the article comprises but one layer of fiber-reinforced polymer and one layer of elastomer .
Fitting arrangement for connecting a slidable and tiltable leaf to a fixed frame of a window or a door, wherein the fitting arrangement has the following: a) a scissor type deployment means having a deployment arm and a control arm which is movably arranged on the deployment arm , wherein the scissor type deployment means has a control pin ; b) a control element having a fixing portion which can be fixed to the fixed frame and an introduction portion having a slotted introduction member for receiving the control pin , wherein the introduction portion is arranged so as to be movable relative to the fixing portion between an introduction position, in which the control pin can be introduced and withdrawn into/from the slotted introduction member , and a tilted position, in which the control pin is retained on the control element , characterized in that the introduction portion adjoins in the introduction position the fixing portion partially in a positive-locking manner so that it cannot be moved into the tilted position by the control pin in order to discharge the impact by the control pin being introduced into the slotted introduction member directly into the fixing portion , wherein the scissor type deployment means is constructed to release the introduction portion which abuts the fixing portion in a partially positive-locking manner from the introduction position when the scissor type deployment means is opened so that the introduction portion can be moved into the tilted position by the control pin , wherein the introduction portion can be pivoted by the scissor type deployment means out of the partial positive-locking connection in the introduction position and can subsequently be displaced into the tilted position. a) a scissor type deployment means having a deployment arm and a control arm which is movably arranged on the deployment arm , wherein the scissor type deployment means has a control pin ; b) a control element having a fixing portion which can be fixed to the fixed frame and an introduction portion having a slotted introduction member for receiving the control pin , wherein the introduction portion is arranged so as to be movable relative to the fixing portion between an introduction position, in which the control pin can be introduced and withdrawn into/from the slotted introduction member , and a tilted position, in which the control pin is retained on the control element ,
A cushioning element (600; 700) for sports apparel, comprising: a. a first deformation element (610; 710) taking up a first partial region of the cushioning element and comprising a plurality of randomly arranged particles of an expanded material; and b. a second deformation element (620; 720) taking up a second partial region of the cushioning element and also comprising a plurality of randomly arranged particles of an expanded material, wherein c. there are first voids between the particles of the first deformation element, wherein d. there are second voids between the particles of the second deformation element, and wherein e. the second voids are smaller on average than the first voids. a. a first deformation element (610; 710) taking up a first partial region of the cushioning element and comprising a plurality of randomly arranged particles of an expanded material; and b. a second deformation element (620; 720) taking up a second partial region of the cushioning element and also comprising a plurality of randomly arranged particles of an expanded material, wherein c. there are first voids between the particles of the first deformation element, wherein d. there are second voids between the particles of the second deformation element, and wherein e. the second voids are smaller on average than the first voids.
A feed center, comprising: a hopper connectable in fluid communication with a fluidizing pressure source; and at least one applicator pump in fluid communication with at least one corresponding outlet port in an outer wall of the hopper , the at least one applicator pump being configured to apply suction to the hopper to pull fluidized powder coating material from the hopper , wherein the at least one applicator pump is operable in a purge mode to supply pressurized fluid to the corresponding outlet port for cleaning the powder, characterized in that the at least one outlet port is oriented at an angle with respect to the outer wall of the hopper , such that pressurized fluid applied to the at least one outlet port is directed toward an inner annular lower corner of the hopper at an angle that is tangential to the outer wall and that extends downward toward the inner annular lower corner. a hopper connectable in fluid communication with a fluidizing pressure source; and at least one applicator pump in fluid communication with at least one corresponding outlet port in an outer wall of the hopper , the at least one applicator pump being configured to apply suction to the hopper to pull fluidized powder coating material from the hopper , wherein the at least one applicator pump is operable in a purge mode to supply pressurized fluid to the corresponding outlet port for cleaning the powder, characterized in that the at least one outlet port is oriented at an angle with respect to the outer wall of the hopper , such that pressurized fluid applied to the at least one outlet port is directed toward an inner annular lower corner of the hopper at an angle that is tangential to the outer wall and that extends downward toward the inner annular lower corner.
A terminal assembly for a multi-fiber optical cable , comprising: a back post member configured to couple to the multi-fiber optical cable ; a ferrule ; an insert configured to align with the ferrule, the insert being one of a pin holder insert and a pin alignment insert; and a housing including a first housing component and a second housing component configured to couple to the first housing component so as to form at least one chamber therebetween for receiving at least the ferrule, each of the first and second housing components being further configured to couple to the back post member, characterized in that : the back post member includes one of a longitudinal slot or a longitudinal projection , and at least one of the first housing component and the second housing component includes the other of the longitudinal slot or the longitudinal projection , wherein the longitudinal projection is configured to engage the longitudinal slot , and the back post member includes one of a transverse slot or a transverse projection , and the at least one first housing component and the second housing component includes the other of the transverse slot and the transverse projection , wherein the transverse projection is configured to engage the transverse slot . a back post member configured to couple to the multi-fiber optical cable ; a ferrule ; an insert configured to align with the ferrule, the insert being one of a pin holder insert and a pin alignment insert; and a housing including a first housing component and a second housing component configured to couple to the first housing component so as to form at least one chamber therebetween for receiving at least the ferrule, each of the first and second housing components being further configured to couple to the back post member, characterized in that : the back post member includes one of a longitudinal slot or a longitudinal projection , and at least one of the first housing component and the second housing component includes the other of the longitudinal slot or the longitudinal projection , wherein the longitudinal projection is configured to engage the longitudinal slot , and the back post member includes one of a transverse slot or a transverse projection , and the at least one first housing component and the second housing component includes the other of the transverse slot and the transverse projection , wherein the transverse projection is configured to engage the transverse slot . the back post member includes one of a longitudinal slot or a longitudinal projection , and at least one of the first housing component and the second housing component includes the other of the longitudinal slot or the longitudinal projection , wherein the longitudinal projection is configured to engage the longitudinal slot , and the back post member includes one of a transverse slot or a transverse projection , and the at least one first housing component and the second housing component includes the other of the transverse slot and the transverse projection , wherein the transverse projection is configured to engage the transverse slot .
A method for estimating motion between images associated with a common region of interest, the method comprising: providing frames including a reference frame and a target frame; estimating a global motion vector based on a comparison of the reference frame and the target frame, wherein estimating a global motion vector comprises calculating a first function correlating a macro-block corresponding to a substantial majority of the reference frame with a plurality of candidate displacements of the macro-block in the target frame and choosing as global motion vector the displacement for which the function is optimal; for a plurality of blocks in the reference frame, estimating local motion vectors between the reference frame and the target frame based on the global motion vector to form globally adjusted local motion vectors, wherein estimating local motion vectors comprises transforming the global motion vector in a parameter appearing in a second function correlating each local block in the reference frame with a plurality of displacement of the same block in the target frame and choosing as local motion the displacement for which the function is optimal, wherein the second function comprises a distance relation between the candidate displacement and the global motion vector; considering the globally adjusted local motion vectors as motion estimator. providing frames including a reference frame and a target frame; estimating a global motion vector based on a comparison of the reference frame and the target frame, wherein estimating a global motion vector comprises calculating a first function correlating a macro-block corresponding to a substantial majority of the reference frame with a plurality of candidate displacements of the macro-block in the target frame and choosing as global motion vector the displacement for which the function is optimal; for a plurality of blocks in the reference frame, estimating local motion vectors between the reference frame and the target frame based on the global motion vector to form globally adjusted local motion vectors, wherein estimating local motion vectors comprises transforming the global motion vector in a parameter appearing in a second function correlating each local block in the reference frame with a plurality of displacement of the same block in the target frame and choosing as local motion the displacement for which the function is optimal, wherein the second function comprises a distance relation between the candidate displacement and the global motion vector; considering the globally adjusted local motion vectors as motion estimator.
A sealing bolt for sealing a container lid to a container body , said sealing bolt comprising: a seal head adapted to be mounted to said container lid; a seal stud adapted to be mounted to said container body; a pin connecting said seal head to said seal stud, characterized in that said sealing bolt further comprises a conductor , arranged through a transverse passage in said pin, a resilient member arranged for biasing the pin into a first position, in which the conductor is compressed, wherein the pin is movable against the biasing by the resilient member into a second position by application to the seal head of a predetermined torque, a monitoring and detection unit , the monitoring and detection unit including a transmitter and a detector coupled to respective ends of the conductor, a processor , coupled to the transmitter and the detector, the processor being operable to determine that the pin has been moved into the second position for the first time when it determines that a signal detected by the detector has undergone a predetermined change. a seal head adapted to be mounted to said container lid; a seal stud adapted to be mounted to said container body; a pin connecting said seal head to said seal stud, characterized in that said sealing bolt further comprises a conductor , arranged through a transverse passage in said pin, a resilient member arranged for biasing the pin into a first position, in which the conductor is compressed, wherein the pin is movable against the biasing by the resilient member into a second position by application to the seal head of a predetermined torque, a monitoring and detection unit , the monitoring and detection unit including a transmitter and a detector coupled to respective ends of the conductor, a processor , coupled to the transmitter and the detector, the processor being operable to determine that the pin has been moved into the second position for the first time when it determines that a signal detected by the detector has undergone a predetermined change.
A method for performing a handover of a mobile subscriber station, MSS, by a serving base station, BS, in a broadband wireless access, BWA, communication system including the MSS, the serving BS, and a plurality of neighbor BSs , the method comprising the steps of: transmitting , to the MSS, a handover request message including information on at least one recommended BS to which the MSS can perform handover, among the neighbor BSs, and an information field indicating whether the serving BS supports a network assisted handover; receiving , from the MSS, a handover indication message including an identifier, ID, field ; receiving information related to a handover process of the MSS from the selected target BS after receiving the handover indication message; transmitting a notification for ordering a release of a source allocated to the MSS, to other at least one recommended BS excluding the selected target BS from the at least one recommended BS, in response to receiving the information related to the handover process; and wherein the network assisted handover indicates that the MSS performs a handover to the selected target BS among the at least one recommended BS without notifying the serving BS of the selected target BS, wherein, if the information field does not indicate that the network assisted handover is supported, the ID field in the handover indication message is set to a value indicating a selected target BS determined by the MSS among the at least one recommended BS, and wherein, if the information field indicates that the network assisted handover is supported, the ID field in the handover indication message is set to a predefined value that does not indicate a certain target BS. transmitting , to the MSS, a handover request message including information on at least one recommended BS to which the MSS can perform handover, among the neighbor BSs, and an information field indicating whether the serving BS supports a network assisted handover; receiving , from the MSS, a handover indication message including an identifier, ID, field ; receiving information related to a handover process of the MSS from the selected target BS after receiving the handover indication message; transmitting a notification for ordering a release of a source allocated to the MSS, to other at least one recommended BS excluding the selected target BS from the at least one recommended BS, in response to receiving the information related to the handover process; and wherein the network assisted handover indicates that the MSS performs a handover to the selected target BS among the at least one recommended BS without notifying the serving BS of the selected target BS, wherein, if the information field does not indicate that the network assisted handover is supported, the ID field in the handover indication message is set to a value indicating a selected target BS determined by the MSS among the at least one recommended BS, and wherein, if the information field indicates that the network assisted handover is supported, the ID field in the handover indication message is set to a predefined value that does not indicate a certain target BS.
An image processing device comprising: - a data input for receiving spectral computed tomography volumetric image data organized in voxels, said volumetric image data comprising a contrast-enhanced volumetric image of a cardiac region in a subject's body and a baseline volumetric image of said cardiac region, wherein said baseline volumetric image conveys baseline anatomical information of the subject and said contrast-enhanced volumetric image conveys anatomical information regarding coronary artery anatomy of the subject; - a flow simulator for generating, or receiving as input, a three-dimensional coronary tree model based on said volumetric image data and for simulating a coronary flow based on said three-dimensional coronary tree model; and - a perfusion synthesis unit for generating a time sequence of perfusion images representative of a blood distribution in tissue at different instants in time in accordance with said coronary flow simulation and using said baseline volumetric image as reference for perfusion synthesis. - a data input for receiving spectral computed tomography volumetric image data organized in voxels, said volumetric image data comprising a contrast-enhanced volumetric image of a cardiac region in a subject's body and a baseline volumetric image of said cardiac region, wherein said baseline volumetric image conveys baseline anatomical information of the subject and said contrast-enhanced volumetric image conveys anatomical information regarding coronary artery anatomy of the subject; - a flow simulator for generating, or receiving as input, a three-dimensional coronary tree model based on said volumetric image data and for simulating a coronary flow based on said three-dimensional coronary tree model; and - a perfusion synthesis unit for generating a time sequence of perfusion images representative of a blood distribution in tissue at different instants in time in accordance with said coronary flow simulation and using said baseline volumetric image as reference for perfusion synthesis.