mhurhangee/ep-ind-claims huggingface dataset:
A machine for cutting a laminated glass sheet comprising two lateral glass sheets and an intermediate sheet made of thermoplastic material; the machine comprising a supporting surface, a scoring device comprising a scoring member for obtaining a respective scoring lines on the glass sheets, breaking means for breaking said lateral glass sheets along a predefined cutting line and splitting the laminated glass sheet into two parts joined together by an intermediate elongated portion of said sheet of thermoplastic material, and a heating assembly for heating said intermediate elongated portion; the heating assembly comprising at least one filament heat source adapted to emit a continuous thermal beam for heating said intermediate elongated portion; said scoring device comprising, for each glass sheet, a corresponding motorized carriage movable in a fixed rectilinear direction between two terminal end-of-stroke positions, and a command and control unit for controlling the movement of said carriages in said rectilinear direction, characterized in that said filament heat source and said scoring member are coupled with one of said carriages to move together with the respective carriage in said rectilinear direction.
A printed article comprising: a sheet or cover; and an electronic device housed in the sheet or cover for providing audio content, the device comprising a user interface provided in the sheet or cover for controlling playback of the audio content; characterised by a connector for coupling with a corresponding connector for providing an audio signal to a peripheral audio device, wherein the user interface comprises a printed circuit sheet supporting at least one conductive pad for capacitively touch sensing, wherein: the printed circuit sheet comprises first and second sides, wherein the at least one conductive pad is (are) disposed on the first side of the printed circuit sheet and wherin either printed indicia for guiding a reader to the at least one pad are disposed on the second side, or the printed article further comprise another sheet covering the printed circuit sheet, wherein printed indicia (14, 15) for guiding a reader to the at least one conductive pad are disposed on the other sheet. a sheet or cover; and an electronic device housed in the sheet or cover for providing audio content, the device comprising a user interface provided in the sheet or cover for controlling playback of the audio content; characterised by a connector for coupling with a corresponding connector for providing an audio signal to a peripheral audio device, wherein the user interface comprises a printed circuit sheet supporting at least one conductive pad for capacitively touch sensing, wherein: the printed circuit sheet comprises first and second sides, wherein the at least one conductive pad is (are) disposed on the first side of the printed circuit sheet and wherin either printed indicia for guiding a reader to the at least one pad are disposed on the second side, or the printed article further comprise another sheet covering the printed circuit sheet, wherein printed indicia (14, 15) for guiding a reader to the at least one conductive pad are disposed on the other sheet. the printed circuit sheet comprises first and second sides, wherein the at least one conductive pad is (are) disposed on the first side of the printed circuit sheet and wherin either printed indicia for guiding a reader to the at least one pad are disposed on the second side, or the printed article further comprise another sheet covering the printed circuit sheet, wherein printed indicia (14, 15) for guiding a reader to the at least one conductive pad are disposed on the other sheet.
A packaged prosthetic heart valve assembly, comprising: a jar (26, 182) having a closed bottom; a prosthetic heart valve (20, 140, 190) having an inflow end and an outflow end and including a plurality of leaflets (36, 162); a valve holder (22, 142, 192) attached to the outflow end of the valve; characterized by comprising a packaging sleeve (24, 194) sized to fit closely within the jar (26, 182) and rest on the bottom thereof, the sleeve (24, 194) having structure to which the valve holder (22, 142, 192) removably couples such that the holder (22, 142, 192) is oriented toward the bottom of the jar (26, 182), wherein the valve holder (22, 142, 192) is adapted to couple to a leaflet parting member (100, 150) on a shaft (106, 154), wherein the shaft is adapted to be extended through the middle of the heart valve (20, 140, 190) from the inflow end to the outflow end so as to push past the leaflets (36, 162). a jar (26, 182) having a closed bottom; a prosthetic heart valve (20, 140, 190) having an inflow end and an outflow end and including a plurality of leaflets (36, 162); a valve holder (22, 142, 192) attached to the outflow end of the valve; characterized by comprising a packaging sleeve (24, 194) sized to fit closely within the jar (26, 182) and rest on the bottom thereof, the sleeve (24, 194) having structure to which the valve holder (22, 142, 192) removably couples such that the holder (22, 142, 192) is oriented toward the bottom of the jar (26, 182), wherein the valve holder (22, 142, 192) is adapted to couple to a leaflet parting member (100, 150) on a shaft (106, 154), wherein the shaft is adapted to be extended through the middle of the heart valve (20, 140, 190) from the inflow end to the outflow end so as to push past the leaflets (36, 162).
A line guide device for guiding cables, hoses or the like, including a plurality of links or segments, which are or can be connected together and are preferably made from plastic, and at least one one-piece hinge (20; 40), wherein the one-piece hinge (20; 30; 40; 50) is of a lattice-like structure with a plurality of cavities (22, 23; 32, 33; 42, 43), which are displaced in two directions that are transverse relative to each other, in order to form at least one torsional region (24; 34) in the hinge, the torsional region (24; 34) being disposed transversely relative to the connecting direction.
A turbine blade comprising a central plenum, a first channel, a second channel and a cooling system comprising: a first turn (60, 160) for redirecting a first flow of gas flowing through the first channel of the turbine blade into the central plenum of the turbine blade; and a second turn (70, 170) for redirecting a second flow of gas flowing through the second channel of the turbine blade into the central plenum; wherein the first turn (60, 160) is offset from the second turn (70, 170) to reduce impingement of the first flow of gas and the second flow of gas in the central plenum, wherein the turbine blade further comprises a rib disposed between the first turn and the second turn, characterized in that the rib is disposed at an angle between the first turn (60, 160) and the second turn (70, 170), wherein the rib (80, 180) directs the first flow of gas in a first direction into the central plenum, and wherein the rib (80, 180) directs the second flow of gas in a second, different direction into the central plenum. a first turn (60, 160) for redirecting a first flow of gas flowing through the first channel of the turbine blade into the central plenum of the turbine blade; and a second turn (70, 170) for redirecting a second flow of gas flowing through the second channel of the turbine blade into the central plenum; wherein the first turn (60, 160) is offset from the second turn (70, 170) to reduce impingement of the first flow of gas and the second flow of gas in the central plenum, wherein the turbine blade further comprises a rib disposed between the first turn and the second turn, characterized in that the rib is disposed at an angle between the first turn (60, 160) and the second turn (70, 170), wherein the rib (80, 180) directs the first flow of gas in a first direction into the central plenum, and wherein the rib (80, 180) directs the second flow of gas in a second, different direction into the central plenum.
An apparatus for reducing replays in an out-of-order processor, the apparatus comprising: a first reservation station, configured to dispatch a first load micro instruction, and configured to detect and indicate on a hold bus if said first load micro instruction is a specified load micro instruction type directed to retrieve an operand from one of a plurality of prescribed resources other than on-core cache memory; a second reservation station, coupled to said hold bus, configured to dispatch one or more younger micro instructions therein that depend on said first load micro instruction for execution after a first number of clock cycles following dispatch of said first load micro instruction, and if it is indicated on said hold bus that said first load micro instruction is said specified load micro instruction type, said second reservation station is configured to stall dispatch of said one or more younger micro instructions until said first load micro instruction has retrieved said operand, and is configured to preclude assertion of any indications that would otherwise result in a replay event; and said plurality of prescribed resources, comprising: system memory, coupled to the out-of-order processor via a memory bus. a first reservation station, configured to dispatch a first load micro instruction, and configured to detect and indicate on a hold bus if said first load micro instruction is a specified load micro instruction type directed to retrieve an operand from one of a plurality of prescribed resources other than on-core cache memory; a second reservation station, coupled to said hold bus, configured to dispatch one or more younger micro instructions therein that depend on said first load micro instruction for execution after a first number of clock cycles following dispatch of said first load micro instruction, and if it is indicated on said hold bus that said first load micro instruction is said specified load micro instruction type, said second reservation station is configured to stall dispatch of said one or more younger micro instructions until said first load micro instruction has retrieved said operand, and is configured to preclude assertion of any indications that would otherwise result in a replay event; and said plurality of prescribed resources, comprising: system memory, coupled to the out-of-order processor via a memory bus. system memory, coupled to the out-of-order processor via a memory bus.
A guiding device (10, 40) comprising an elongated body and a dilatable tip (16, 44), wherein the tip includes a plurality of helical members (18, 46) having a wound configuration such that resistance to rotation in an unwinding direction dilates the tip and characterised in that the helical members form threads configured to provide a drilling action when the guiding device is rotated in a winding direction.
A detector (400, 1000, 1200) for detecting light at a first wavelength and at a second wavelength, the first wavelength being shorter than the second wavelength, the detector comprising: first and second mirrors (240,245), forming an optical cavity, the optical cavity being resonant at the second wavelength; and first, and second semiconductor layers (410B,410A; 1020,1030; 1210,1230) within the optical cavity the first semiconductor layer having a bandgap sufficiently low to detect the first wavelength and sufficiently high to be substantially transparent to the second wavelength, and the second semiconductor layer having a bandgap sufficiently low to detect the second wavelength, wherein the first mirror and the second mirror are configured to provide, when the detector is illuminated by light at the second wavelength, a standing wave in the optical cavity having a maximum in electric field amplitude in or near the second semiconductor layer, wherein the width of the second semiconductor layer is less than 2 times a depletion width of the detector, and wherein the first mirror is designed to have a low reflectivity at the first wavelength, and wherein the first semiconductor layer is thicker than the second semiconductor layer, such that it is configured for broader-band operation than the second semiconductor layer. first and second mirrors (240,245), forming an optical cavity, the optical cavity being resonant at the second wavelength; and first, and second semiconductor layers (410B,410A; 1020,1030; 1210,1230) within the optical cavity the first semiconductor layer having a bandgap sufficiently low to detect the first wavelength and sufficiently high to be substantially transparent to the second wavelength, and the second semiconductor layer having a bandgap sufficiently low to detect the second wavelength, wherein the first mirror and the second mirror are configured to provide, when the detector is illuminated by light at the second wavelength, a standing wave in the optical cavity having a maximum in electric field amplitude in or near the second semiconductor layer, wherein the width of the second semiconductor layer is less than 2 times a depletion width of the detector, and wherein the first mirror is designed to have a low reflectivity at the first wavelength, and wherein the first semiconductor layer is thicker than the second semiconductor layer, such that it is configured for broader-band operation than the second semiconductor layer.
An intraocular lens configured to improve vision for a patient's eye, the intraocular lens comprising: an optic comprising a first surface and a second surface opposite the first surface, the first surface and the second surface intersected by an optical axis, the optic being symmetric about the optical axis, wherein the first or the second surface of the optic is aspheric, wherein the optic is configured to focus light incident along a direction parallel to the optical axis at the fovea to produce a functional foveal image, wherein the optic is configured to focus light incident on the patient's eye at an oblique angle with respect to the optical axis at a peripheral retinal location disposed at a distance from the fovea, characterized in that the peripheral retinal location has an eccentricity between 1 and 30 degrees, and wherein the optic is a meniscus lens having a concave anterior surface with negative optical power, a convex posterior surface with positive optical power, and a shape factor between minus 4 and minus 1.5, wherein the shape factor is equal to R p + R a R p − R a, wherein R a is the radius of curvature of the anterior surface and R p is the radius of curvature of the posterior surface, whereby image quality at the peripheral retinal location is improved by reducing astigmatism at the peripheral retinal location. an optic comprising a first surface and a second surface opposite the first surface, the first surface and the second surface intersected by an optical axis, the optic being symmetric about the optical axis, wherein the first or the second surface of the optic is aspheric, wherein the optic is configured to focus light incident along a direction parallel to the optical axis at the fovea to produce a functional foveal image, wherein the optic is configured to focus light incident on the patient's eye at an oblique angle with respect to the optical axis at a peripheral retinal location disposed at a distance from the fovea, characterized in that the peripheral retinal location has an eccentricity between 1 and 30 degrees, and wherein the optic is a meniscus lens having a concave anterior surface with negative optical power, a convex posterior surface with positive optical power, and a shape factor between minus 4 and minus 1.5, wherein the shape factor is equal to R p + R a R p − R a, wherein R a is the radius of curvature of the anterior surface and R p is the radius of curvature of the posterior surface, whereby image quality at the peripheral retinal location is improved by reducing astigmatism at the peripheral retinal location.
A computer-implemented method for generating one or more segmented 3-D teeth models, the method comprising: obtaining (S100, S110, S120; S1010) a 3-D mesh model of a patient's dentition; executing (S130; S202; S1020) an automated segmentation procedure on the obtained 3-D mesh model and displaying (S130; S202; S1020) at least one initially segmented tooth from the 3-D mesh model; recording (S140; S1030) the at least one initially segmented tooth according to an operator instruction and removing the recorded at least one tooth from the 3-D mesh model to form a modified 3-D mesh model; performing (S204; S208; S214; S1040; S1060), one or more times, a sequence of: (i) identifying a modified segmentation procedure; (ii) executing (S206, S212) the modified segmentation procedure on the modified 3-D mesh model and displaying one or more segmented teeth from the modified 3-D mesh model; (iii) recording at least one of the one or more segmented teeth and removing the recorded at least one tooth from the modified 3-D mesh model; and displaying, storing, or transmitting (S220; S1070) recorded segmentation results. obtaining (S100, S110, S120; S1010) a 3-D mesh model of a patient's dentition; executing (S130; S202; S1020) an automated segmentation procedure on the obtained 3-D mesh model and displaying (S130; S202; S1020) at least one initially segmented tooth from the 3-D mesh model; recording (S140; S1030) the at least one initially segmented tooth according to an operator instruction and removing the recorded at least one tooth from the 3-D mesh model to form a modified 3-D mesh model; performing (S204; S208; S214; S1040; S1060), one or more times, a sequence of: (i) identifying a modified segmentation procedure; (ii) executing (S206, S212) the modified segmentation procedure on the modified 3-D mesh model and displaying one or more segmented teeth from the modified 3-D mesh model; (iii) recording at least one of the one or more segmented teeth and removing the recorded at least one tooth from the modified 3-D mesh model; and (i) identifying a modified segmentation procedure; (ii) executing (S206, S212) the modified segmentation procedure on the modified 3-D mesh model and displaying one or more segmented teeth from the modified 3-D mesh model; (iii) recording at least one of the one or more segmented teeth and removing the recorded at least one tooth from the modified 3-D mesh model; and displaying, storing, or transmitting (S220; S1070) recorded segmentation results.
A method of network directed system selection, comprising: receiving, at a wireless device, a request for system selection data, wherein the request for system selection data is transmitted by a network device; identifying the system selection data at the wireless device for use by the network device in performing a network directed system selection decision for the wireless device, the system selection data comprising an indication of one or more networks through which the wireless device has verified that data access is available to the wireless device, wherein verifying comprises temporarily connecting to one or more of the one more networks and performing a ping or other network operations; and transmitting the system selection data from the wireless device to a first network for use by the network device, the transmitting of the system selection data occurring in response to the request for the system selection data transmitted by the network device. receiving, at a wireless device, a request for system selection data, wherein the request for system selection data is transmitted by a network device; identifying the system selection data at the wireless device for use by the network device in performing a network directed system selection decision for the wireless device, the system selection data comprising an indication of one or more networks through which the wireless device has verified that data access is available to the wireless device, wherein verifying comprises temporarily connecting to one or more of the one more networks and performing a ping or other network operations; and transmitting the system selection data from the wireless device to a first network for use by the network device, the transmitting of the system selection data occurring in response to the request for the system selection data transmitted by the network device.
A boom of a working machine, the boom including at least a first boom member, a second boom member, and a third boom member, a base end of the first boom member being attachable to a main body of the working machine with a first-boom member base-end pin such that the first boom member is capable of swinging vertically, a distal end of the first boom member being connected to the second boom member, the second boom member and the third boom member being connected to each other such that the second boom member and the third boom member are rotatable relative to each other about a horizontal shaft, the second boom member and the third boom member being folded and unfolded relative to each other by a boom cylinder, wherein the second boom member includes a pair of side plates, a rigid member (23; 123) configured to connect the pair of side plates to each other in the horizontal direction, a closed cross-section portion surrounded by the rigid member (23; 123) and the side plates, horizontal-shaft insertion sections which are provided on the pair of side plates and through which the horizontal shaft extends, connection-pin insertion sections which are provided on the pair of side plates and through which a connection pin for connecting the first boom member to the side plates extends, side-plate extending sections included in the pair of side plates and extending from the connection-pin insertion sections in a direction away from the horizontal shaft, and a cylinder attachment part through which a cylinder supporting pin extends, the cylinder supporting pin supporting one end of the boom cylinder such that the boom cylinder is rotatable, characterized in that the pair of side plates is configured to sandwich the distal end of the first boom member from both sides of the first boom member in a horizontal direction at base ends of the side plates, and the cylinder attachment part is provided on the side-plate extending sections, wherein at least a portion of the cylinder supporting pin is disposed closer to the first boom member than the closed cross-section portion in a linear direction connecting the first-boom member base-end pin and the horizontal-shaft insertion sections.
Support plate of at least one counter-rod (23, 24) of squeezing and discharging of waste from pre-cut sheets for shape cutting machine (1, 2, 3), including two upper and lower guide levels of the counter-rod (23, 24), with the two levels (21, 22) being fixed to each other by spacers (29, 30), the counter-rod (23, 24) is fitted so it can slide through the two reception openings (25, 26; 27, 28) respectively arranged in the two levels (21, 22) straight with respect to each other, the counter-rod (23, 24) consisting of, under the upper level, a thrust bushing against the inner side of the upper level and a compression spring surrounding the counter-rod (23, 24) resting against the thrust bushing and the lower level, the plate is arranged to be fitted on a lower frame of the machine (1, 2, 3) arranged to change between a lower and upper position.