mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for assessing integrity of a structural joint (112, 114, 116, 118, 602, 604, 606) of a civil structure in response to stress applied to the structural joint, the method comprising: determining sensor data of two or more sensors (200a, 200b, 300, 400), wherein each sensor is located on a different substructure (102, 104, 106, 108, 110) of the structural joint; wherein the substructures of the structural joint are in contact and apply a force to one another; wherein the sensor data is indicative of a movement of each substructure of the structural joint in response to the stress; determining time aligned sensor data of two or more sensors based on a time shift between the sensor data of the two or more sensors; determining (510, 510(a), 510(b)) a measure of similarity between the time aligned sensor data of the two or more sensors; and determining an integrity measure of the structural joint based on the measure of similarity. determining sensor data of two or more sensors (200a, 200b, 300, 400), wherein each sensor is located on a different substructure (102, 104, 106, 108, 110) of the structural joint; wherein the substructures of the structural joint are in contact and apply a force to one another; wherein the sensor data is indicative of a movement of each substructure of the structural joint in response to the stress; wherein the substructures of the structural joint are in contact and apply a force to one another; wherein the sensor data is indicative of a movement of each substructure of the structural joint in response to the stress; determining time aligned sensor data of two or more sensors based on a time shift between the sensor data of the two or more sensors; determining (510, 510(a), 510(b)) a measure of similarity between the time aligned sensor data of the two or more sensors; and determining an integrity measure of the structural joint based on the measure of similarity.
Door for a domestic heat treatment device, in particular cooking compartment door, at least having a laterally circumferential frame, which is covered at the front by means of a front cover which is transparent at least in areas and is covered in the inside by means of an inner cover which is transparent at least in areas, wherein the frame, the front cover and the inner cover enclose an unventilated cavity, wherein - the door has at least one semipermeable pressure equalisation element for pressure equalisation between the cavity and an environment, which is permeable to air and impermeable to fluid, - the at least one semipermeable pressure equalisation element has an inwardly opening valve and opposite thereto an outwardly opening valve, - the inwardly opening valve interacts with a filter unit, which has drying means as filter material, characterised in that - the cavity is filled at least partially with aerogel (18, 19) which is permeable to light and - the at least one semipermeable pressure equalisation element is permeable to steam. - the door has at least one semipermeable pressure equalisation element for pressure equalisation between the cavity and an environment, which is permeable to air and impermeable to fluid, - the at least one semipermeable pressure equalisation element has an inwardly opening valve and opposite thereto an outwardly opening valve, - the inwardly opening valve interacts with a filter unit, which has drying means as filter material, characterised in that - the cavity is filled at least partially with aerogel (18, 19) which is permeable to light and - the at least one semipermeable pressure equalisation element is permeable to steam.
A container system including at least two containers, and characterized in that each container comprises: a carveout formed adjacent an upper surface of the container; a step formed adjacent a lower surface of the container, said step including an upper surface portion and a lower lip; a latch pivotally disposed in said carveout, said latch including a first hook having a first tooth extending therefrom and a second hook having a second tooth extending therefrom; wherein, said first said container is stackable on a second said container with said latch of said second container disposed adjacent said step of said first container, and said latch is pivotable between a first position in which said first hook overlies said step of said first container and said first tooth extends along a side surface of said step of said first container to thereby secure said containers from moving relative to each other, and a second position in which said first hook does not overlie said step of said first container and said second tooth engages said lower lip of said step of said first container to secure said latch in said second position. a carveout formed adjacent an upper surface of the container; a step formed adjacent a lower surface of the container, said step including an upper surface portion and a lower lip; a latch pivotally disposed in said carveout, said latch including a first hook having a first tooth extending therefrom and a second hook having a second tooth extending therefrom; wherein, said first said container is stackable on a second said container with said latch of said second container disposed adjacent said step of said first container, and said latch is pivotable between a first position in which said first hook overlies said step of said first container and said first tooth extends along a side surface of said step of said first container to thereby secure said containers from moving relative to each other, and a second position in which said first hook does not overlie said step of said first container and said second tooth engages said lower lip of said step of said first container to secure said latch in said second position.
An electrical machine comprising a stator with a stator body supporting an electrical stator and a rotor, the rotor being supported by means of a bearing comprising a radial bearing section forming a radial gas bearing and an axial bearing section forming an axial gas bearing, the stator side parts of these bearing sections being a stator side radial bearing part and a stator side axial bearing part which are rigidly connected to one another and together form a stator bearing structure, characterised in that the stator bearing structure is mounted to other parts of the stator, the other parts of the stator being defined as being either the stator body itself or an assembly that comprises the electrical stator and a carrier, with the assembly being elastically supported by the stator body, by • either the stator side radial bearing part being rigidly mounted to the other parts of the stator, and the stator side axial bearing part being connected to the other parts of the stator by an elastic support or not at all; • or the stator side axial bearing part being rigidly mounted to the other parts of the stator, and the stator side radial bearing part being connected to the other parts of the stator by an elastic support or not at all. • either the stator side radial bearing part being rigidly mounted to the other parts of the stator, and the stator side axial bearing part being connected to the other parts of the stator by an elastic support or not at all; • or the stator side axial bearing part being rigidly mounted to the other parts of the stator, and the stator side radial bearing part being connected to the other parts of the stator by an elastic support or not at all.
A needle bed for a circular knitting machine, which is mountable to the circular knitting machine, comprising insert pieces, and being configured to allow a knitting tool to be slidably stored in a groove of which both side surfaces are formed by opposed plate surfaces of adjacent insert pieces, wherein each insert piece has a plurality of dimples formed in a short-side direction and a long-side direction on the plate surfaces, characterized in that, the insert pieces have a rectangular plate shape in a horizontal sectional view of the needle bed, this sectional view referring to the one when the needle bed is mounted to the circular knitting machine.
A ratchet nut assembly for use with a threaded member, the ratchet nut assembly comprising: an inner member configured to thread onto the threaded member, the inner member including an outwardly extending tooth; an outer member positioned around a portion of the inner member and configured to be engaged by a tool, the outer member including an inwardly extending pawl, the pawl _being engageable with the tooth to rotate the inner member with the outer member in a first direction when a torque applied to the outer member is below a predetermined value and being operable to deflect outwardly to allow rotation of the outer member relative to the inner member in the first direction when the torque applied to the outer member is above the predetermined value, the pawl also being engageable with the tooth to prevent rotation of the outer member relative to the inner member in a second direction; characterized in that the ratchet nut assembly further comprises a spring clip positioned around a portion of the outer member to limit outward deflection of the pawl. an inner member configured to thread onto the threaded member, the inner member including an outwardly extending tooth; an outer member positioned around a portion of the inner member and configured to be engaged by a tool, the outer member including an inwardly extending pawl, the pawl _being engageable with the tooth to rotate the inner member with the outer member in a first direction when a torque applied to the outer member is below a predetermined value and being operable to deflect outwardly to allow rotation of the outer member relative to the inner member in the first direction when the torque applied to the outer member is above the predetermined value, the pawl also being engageable with the tooth to prevent rotation of the outer member relative to the inner member in a second direction; characterized in that the ratchet nut assembly further comprises a spring clip positioned around a portion of the outer member to limit outward deflection of the pawl.
A process for separation of ethylbenzene from a mixture comprising C8 aromatics comprising: distilling the mixture comprising C8 aromatics in the presence of an extractive agent; wherein the extractive agent comprises a chlorinated aromatic compound and an organic compound selected from furandione derivatives and organic nitriles, wherein the furandione derivates are according to the formula and wherein R 1 and R 2 independently from each other are H or an organic group, wherein R 1 and R 2 may also be linked to each other to form a ring structure. distilling the mixture comprising C8 aromatics in the presence of an extractive agent; wherein the extractive agent comprises a chlorinated aromatic compound and an organic compound selected from furandione derivatives and organic nitriles, wherein the furandione derivates are according to the formula and wherein R 1 and R 2 independently from each other are H or an organic group, wherein R 1 and R 2 may also be linked to each other to form a ring structure.
A recombinant influenza hemagglutinin polypeptide, comprising an amino acid sequence comprising no more than 1 amino acid substitution relative to SEQ ID NO: 1 or no more than 2 amino acid substitutions relative to SEQ ID NO: 3.
A lithographic printing plate precursor comprising: (i) a hydrophilized aluminum support; and (ii) provided on the aluminum support, a water-soluble or water-dispersible negative type image recording layer containing an infrared absorbing agent and a thermoplastic polymer particle, wherein the arithmetic average height Sa, measured in conformity with the method described in ISO 25178, - of the surface of the outermost layer on the side where the image recording layer is provided is 0.3-20 μm, and - of the surface of the outermost layer on the side opposite to the side where the image recording layer is provided is 0.1-20 μm. (i) a hydrophilized aluminum support; and (ii) provided on the aluminum support, a water-soluble or water-dispersible negative type image recording layer containing an infrared absorbing agent and a thermoplastic polymer particle, - of the surface of the outermost layer on the side where the image recording layer is provided is 0.3-20 μm, and - of the surface of the outermost layer on the side opposite to the side where the image recording layer is provided is 0.1-20 μm.
A drive gear (11, 131) for a fishing reel, comprising: a gear body (11a, 131a) having an outer peripheral side and a disc shape, and being mounted onto a drive shaft (10, 130); a plurality of drive gear teeth (11b, 131b) disposed on the outer peripheral side of the gear body, being circumferentially disposed at intervals, and being configured to be meshed with pinion gear teeth of a pinion gear (12; 132); and characterized by a waveform regulating part (16, 119) disposed on at least a part of the drive gear teeth (11b, 131b) and being configured to regulate a waveform of a vibration produced when the drive gear teeth are meshed with the pinion gear teeth of the pinion gear in an irregular pattern, the waveform regulating part (16, 119) being configured to regulate the waveform in the irregular pattern by having at least one feature of the at least a part of the drive gear teeth (11b, 131b) be different from a remainder of the drive gear teeth, the at least one feature being selected from the group consisting of a pressure angle, a pitch, a torsion angle, a tooth profile shape and a tooth trace shape. a gear body (11a, 131a) having an outer peripheral side and a disc shape, and being mounted onto a drive shaft (10, 130); a plurality of drive gear teeth (11b, 131b) disposed on the outer peripheral side of the gear body, being circumferentially disposed at intervals, and being configured to be meshed with pinion gear teeth of a pinion gear (12; 132); and characterized by a waveform regulating part (16, 119) disposed on at least a part of the drive gear teeth (11b, 131b) and being configured to regulate a waveform of a vibration produced when the drive gear teeth are meshed with the pinion gear teeth of the pinion gear in an irregular pattern, the waveform regulating part (16, 119) being configured to regulate the waveform in the irregular pattern by having at least one feature of the at least a part of the drive gear teeth (11b, 131b) be different from a remainder of the drive gear teeth, the at least one feature being selected from the group consisting of a pressure angle, a pitch, a torsion angle, a tooth profile shape and a tooth trace shape.
A blade assembly for a blender, said blade assembly comprising: a hub having a central axis about which the blade assembly rotates; a plurality of cutting blades (54a-d) extending radially outwardly from the hub, each of the cutting blades (54a-d) having a sharp cutting edge, a blunt spine edge, and a cutting blade face therebetween; at least one crushing blade extending longitudinally outwardly from the hub, the at least one crushing blade having a first edge, a second edge, and a crushing blade face therebetween; the plurality of cutting blades (54a-d) oriented in such a way as to cause the sharp cutting edge of each blade to be a leading surface and the blunt spine edge to be a trailing surface when the hub rotates in a first direction, and the blunt spine edge of each blade to be a leading surface and the sharp cutting edge to be a trailing surface when the hub rotates in a second direction opposite the first direction; and characterised in that: the at least one crushing blade is oriented in such a way as to cause the crushing blade face to be a leading surface when the hub rotates in said first direction and a trailing surface when the hub rotates in said second direction; and said at least one crushing blade extends vertically upwardly in a direction generally parallel to the central axis. a hub having a central axis about which the blade assembly rotates; a plurality of cutting blades (54a-d) extending radially outwardly from the hub, each of the cutting blades (54a-d) having a sharp cutting edge, a blunt spine edge, and a cutting blade face therebetween; at least one crushing blade extending longitudinally outwardly from the hub, the at least one crushing blade having a first edge, a second edge, and a crushing blade face therebetween; the plurality of cutting blades (54a-d) oriented in such a way as to cause the sharp cutting edge of each blade to be a leading surface and the blunt spine edge to be a trailing surface when the hub rotates in a first direction, and the blunt spine edge of each blade to be a leading surface and the sharp cutting edge to be a trailing surface when the hub rotates in a second direction opposite the first direction; and characterised in that: the at least one crushing blade is oriented in such a way as to cause the crushing blade face to be a leading surface when the hub rotates in said first direction and a trailing surface when the hub rotates in said second direction; and said at least one crushing blade extends vertically upwardly in a direction generally parallel to the central axis. the at least one crushing blade is oriented in such a way as to cause the crushing blade face to be a leading surface when the hub rotates in said first direction and a trailing surface when the hub rotates in said second direction; and said at least one crushing blade extends vertically upwardly in a direction generally parallel to the central axis.
A method for controlling lithography focus errors, the method comprising: obtaining a first set of wafer geometry measurements of a wafer prior to lithography scanning, the first set of wafer geometry measurements including: a first front side height measurement, a first backside height measurement, and a first wafer flatness measurement; identifying at least one wafer flatness error; and controlling a lithography scanner to compensate for the at least one wafer flatness error during lithography scanning; wherein identifying at least one wafer flatness error comprises: obtaining a wafer-level thickness variation map; dividing the wafer-level thickness variation map into a plurality of uniform sized sites; independently leveling each site of the plurality of sites; further dividing each site into a plurality of rectangular areas, wherein each rectangular area generally corresponds to a slit-size of a lithography scanner; independently leveling each rectangular area of the plurality of rectangular areas for each site of the plurality of sites; and combining the plurality of rectangular areas of each site of the plurality of sites to obtain a full wafer measurement metric. obtaining a first set of wafer geometry measurements of a wafer prior to lithography scanning, the first set of wafer geometry measurements including: a first front side height measurement, a first backside height measurement, and a first wafer flatness measurement; identifying at least one wafer flatness error; and controlling a lithography scanner to compensate for the at least one wafer flatness error during lithography scanning; wherein identifying at least one wafer flatness error comprises: obtaining a wafer-level thickness variation map; dividing the wafer-level thickness variation map into a plurality of uniform sized sites; independently leveling each site of the plurality of sites; further dividing each site into a plurality of rectangular areas, wherein each rectangular area generally corresponds to a slit-size of a lithography scanner; independently leveling each rectangular area of the plurality of rectangular areas for each site of the plurality of sites; and combining the plurality of rectangular areas of each site of the plurality of sites to obtain a full wafer measurement metric. obtaining a wafer-level thickness variation map; dividing the wafer-level thickness variation map into a plurality of uniform sized sites; independently leveling each site of the plurality of sites; further dividing each site into a plurality of rectangular areas, wherein each rectangular area generally corresponds to a slit-size of a lithography scanner; independently leveling each rectangular area of the plurality of rectangular areas for each site of the plurality of sites; and combining the plurality of rectangular areas of each site of the plurality of sites to obtain a full wafer measurement metric.
A semiconductor device comprising: a plurality of bus masters (121,122,123); a plurality of buses (130,131,132,133) which are coupled to the bus masters, respectively; a plurality of memories (151,152,153,154,155 each of which is coupled to at least any of the plurality of buses and each including at least one storage region; a control device for controlling an access from each of the bus masters to any of the plurality of memories via the bus coupled to the bus master; and characterized in further comprising a storage device for storing a management table holding a corresponding relation among identification information identifying each of the storage regions, a group to which said storage region belongs, and a use state of said storage region, and storing an application program, wherein the control device is adapted, upon receipt, from the application program, of an instruction of assuring a storage region to be used by one of the plurality of bus masters and designating a group (S310,S710), to specify one or more storage regions belonging to the designated group by referring to the management table, assure (S760,S770,S790,S795) a storage region from the specified one or more storage regions on the basis of the use state of the storage region held in the management table, and output address information for accessing the assured storage region to the application program. a plurality of bus masters (121,122,123); a plurality of buses (130,131,132,133) which are coupled to the bus masters, respectively; a plurality of memories (151,152,153,154,155 each of which is coupled to at least any of the plurality of buses and each including at least one storage region; a control device for controlling an access from each of the bus masters to any of the plurality of memories via the bus coupled to the bus master; and characterized in further comprising a storage device for storing a management table holding a corresponding relation among identification information identifying each of the storage regions, a group to which said storage region belongs, and a use state of said storage region, and storing an application program, wherein the control device is adapted, upon receipt, from the application program, of an instruction of assuring a storage region to be used by one of the plurality of bus masters and designating a group (S310,S710), to specify one or more storage regions belonging to the designated group by referring to the management table, assure (S760,S770,S790,S795) a storage region from the specified one or more storage regions on the basis of the use state of the storage region held in the management table, and output address information for accessing the assured storage region to the application program.