mhurhangee/patent-ind-claim-en huggingface dataset:
Core configured for the manufacturing of a turbine engine blade by lost-wax casting, the core comprising a first convex curved outer face and a second concave curved outer face , characterised in that the first and second faces comprise a plurality of recesses , each recess comprising a spherical portion , wherein each recess is defined at least partially by an axis of symmetry (E), the axes of symmetry (E1) of the spherical portions of the first face being parallel to a first direction (D1), wherein said first direction (D1) is defined, in a transversal plane, by the bisector of the angle formed by the intersection of a first tangent to the first face at the first point of junction (J1) between the first face and a first connection between the first and second faces , and a second tangent to the first face at the second point of junction (J2) between the first face and a second connection between the first and second faces , the first and second tangents being defined in the transversal plane, and the first and second points of junction (J1, J2) being opposite one another. wherein each recess is defined at least partially by an axis of symmetry (E), the axes of symmetry (E1) of the spherical portions of the first face being parallel to a first direction (D1), wherein said first direction (D1) is defined, in a transversal plane, by the bisector of the angle formed by the intersection of a first tangent to the first face at the first point of junction (J1) between the first face and a first connection between the first and second faces , and a second tangent to the first face at the second point of junction (J2) between the first face and a second connection between the first and second faces , the first and second tangents being defined in the transversal plane, and the first and second points of junction (J1, J2) being opposite one another.
Method for managing an automatic parking lot comprising at least one means for guiding vehicles between a reception area and a storage area, wherein the storage area comprises N storage lanes having an alignment of at least M spaces, M being higher than 2, said method consisting in determining the target space depending on the expected departure date of the vehicle, according to a computation which consists in allocating a target storage space to a new entering vehicle, according to the following rule: - selecting spaces corresponding to one of the following criteria: ∘ in the case where a row comprises at least one available proximal space, in front of a vehicle having a departure date that is after the departure date of the entering vehicle, ∘ in the case where a row comprises at least one distal proximal space, positioning in a row of which the last vehicle has a departure date that is before the departure date of the entering vehicle, - allocating the target space to one of the selected spaces - said method being characterized by the following rule: otherwise allocating a space in a temporary storage area consisting of P lanes of Q consecutive spaces, Q being lower than 3. - selecting spaces corresponding to one of the following criteria: ∘ in the case where a row comprises at least one available proximal space, in front of a vehicle having a departure date that is after the departure date of the entering vehicle, ∘ in the case where a row comprises at least one distal proximal space, positioning in a row of which the last vehicle has a departure date that is before the departure date of the entering vehicle, ∘ in the case where a row comprises at least one available proximal space, in front of a vehicle having a departure date that is after the departure date of the entering vehicle, ∘ in the case where a row comprises at least one distal proximal space, positioning in a row of which the last vehicle has a departure date that is before the departure date of the entering vehicle, - allocating the target space to one of the selected spaces - said method being characterized by the following rule: otherwise allocating a space in a temporary storage area consisting of P lanes of Q consecutive spaces, Q being lower than 3.
A bending beam for a swivel bending machine, wherein the elongated bending beam has an approximately C-shaped beam cross section and two bending tools , which are disposed oppositely relative to a preferably horizontal central plane , which are turned toward one another and which extend in longitudinal direction of the bending beam , and between which a workpiece portion of a workpiece to be bent can be introduced, and wherein, within the interior of the bending beam enclosed by the C-shaped beam cross section , an angle-measuring system for contactless measurement of a bending angle is disposed, with which a bending angle can be measured relative to a reference plane on a workpiece portion being bent by one of the bending tools , characterized in that the angle-measuring system comprises a first angle-measuring unit , which is disposed underneath the central plane and has a first measuring region , which is situated for the most part above the central plane , and comprises a second angle-measuring unit , which is disposed above the central plane and has a second measuring region , which is situated for the most part underneath the central plane .
A first device , comprising: a detection unit , configured to detect duration information of a first serving cell from a base station of the first serving cell, wherein the duration information comprises information about a length of the last subframe on a time resource, wherein the time resource is comprised in a time period in which the first serving cell occupies an unlicensed spectrum, and wherein the duration information is carried on a physical layer common control channel and carried in the last subframe on the time resource; and a management unit , configured to determine that the first serving cell occupies the unlicensed spectrum in the time period before the detection unit detects the duration information; determine an ending moment of the time resource according to the duration information detected by the detection unit ; and stop data scheduling information detection on the first serving cell after the ending moment indicated by the duration information. a detection unit , configured to detect duration information of a first serving cell from a base station of the first serving cell, wherein the duration information comprises information about a length of the last subframe on a time resource, wherein the time resource is comprised in a time period in which the first serving cell occupies an unlicensed spectrum, and wherein the duration information is carried on a physical layer common control channel and carried in the last subframe on the time resource; and a management unit , configured to determine that the first serving cell occupies the unlicensed spectrum in the time period before the detection unit detects the duration information; determine an ending moment of the time resource according to the duration information detected by the detection unit ; and stop data scheduling information detection on the first serving cell after the ending moment indicated by the duration information.
A main and standby switchover method for a network device, characterized by comprising: receiving an interrupt signal indicating that a switchover needs to be performed for main and standby Gigabit Ethernet, GE, ports ; performing a switching operation of the main and standby GE ports, setting the main GE port in a blocked state , and in the blocked state, the main GE port only forwarding a bridge protocol data unit, BPDU, message, and stopping learning a MAC address ;; and enabling the standby GE port, setting the standby GE port in a forwarding state , and in the forwarding state, the standby GE port forwarding messages of all types, and learning the MAC address . receiving an interrupt signal indicating that a switchover needs to be performed for main and standby Gigabit Ethernet, GE, ports ; performing a switching operation of the main and standby GE ports, setting the main GE port in a blocked state , and in the blocked state, the main GE port only forwarding a bridge protocol data unit, BPDU, message, and stopping learning a MAC address ;; and enabling the standby GE port, setting the standby GE port in a forwarding state , and in the forwarding state, the standby GE port forwarding messages of all types, and learning the MAC address .
A cell differentiation state evaluation method, wherein stem cells for which a differentiation state is unknown or cells differentiation-induced from pluripotent stem cells are used as test cells, and pluripotent stem cells are used as control cells, and a differentiation state of the test cells is evaluated by comparing abundances of indicator substances in a culture supernatant of the test cells with abundances of the indicator substances in a culture supernatant of the control cells, characterizing in that the indicator substances are two or more kinds of compounds selected from a group consisting of ornithine, 2-aminoadipic acid, deoxycytidine, tryptophan, hypoxanthine, uridine and kynurenine. stem cells for which a differentiation state is unknown or cells differentiation-induced from pluripotent stem cells are used as test cells, and pluripotent stem cells are used as control cells, and a differentiation state of the test cells is evaluated by comparing abundances of indicator substances in a culture supernatant of the test cells with abundances of the indicator substances in a culture supernatant of the control cells, characterizing in that the indicator substances are two or more kinds of compounds selected from a group consisting of ornithine, 2-aminoadipic acid, deoxycytidine, tryptophan, hypoxanthine, uridine and kynurenine.
A method for monitoring gas stunning of birds, where groups of birds are conveyed into and out of a stunning zone , and where the concentration of the stunning gas in the stunning zone is measured and adjusted for optimal stunning, wherein the concentration of the gas is measured at a plurality of measuring positions in the stunning zone, that a visual inspection of the birds is performed at two or more of the measuring positions, and that a visual inspection unit is moved into the stunning zone together with a group of birds and used for the visual inspection of the birds in this group, characterized in that a central processing unit of a monitoring system receives measuring and inspection signals from the gas sensor(s) and visual inspection unit(s), respectively, and where the central processing unit calculates the needed adjustment to the stunning process based on the measuring and inspection signals.
A resource reservation method, comprising: receiving, by a controller, a resource reservation request that is of a communication session and that is sent by a sending device, wherein the resource reservation request carries resource requirement information; obtaining , by the controller based on the resource reservation request, identification information of a network device through which data transmission of the communication session to be performed between the sending device and a receiving device passes, and a resource index of the network device; wherein the resource index is used to identify a corresponding resource and is used for establishing a mapping relationship with the resource; sending , by the controller, the resource requirement information and the resource index to the network device based on the identification information, wherein the resource requirement information and the resource index are used to instruct the network device to configure a resource for the communication session; and sending , by the controller, the identification information and the resource index to the sending device. receiving, by a controller, a resource reservation request that is of a communication session and that is sent by a sending device, wherein the resource reservation request carries resource requirement information; obtaining , by the controller based on the resource reservation request, identification information of a network device through which data transmission of the communication session to be performed between the sending device and a receiving device passes, and a resource index of the network device; wherein the resource index is used to identify a corresponding resource and is used for establishing a mapping relationship with the resource; sending , by the controller, the resource requirement information and the resource index to the network device based on the identification information, wherein the resource requirement information and the resource index are used to instruct the network device to configure a resource for the communication session; and sending , by the controller, the identification information and the resource index to the sending device.
Hood for the suction of cooking fumes comprising a box-shaped body exhibiting a lower wall , an upper wall , a pair of side walls and a front wall ; said lower wall directly facing a stove and being substantially perpendicular to a vertical direction (A); said front wall partially covering a frontal zone of the box-shaped body ; said box-shaped body defining a pair of ducts for the suction of said cooking fumes, each duct having a respective one opening facing an external environment and arranged on an inclined plane at an angle between 15° and 30° with respect to said vertical direction (A), said box-shaped body having a compartment placed behind the front wall and arranged between the ducts ; suction means inserted in said compartment and placed in fluid communication with said duct , characterised in that said front wall is placed between said openings ; and in that it comprises two grill panels each arranged at the closing of a respective duct and facing said suction means ; two perforated panels each opposite a respective grill panel and facing a respective side wall to define a plurality of acoustic resonance cavities in cooperation with said side wall .
A joined body comprising: a first member having a thermal expansion coefficient of 8 ppm/K or less and being composed of a ceramic containing Si; a second member having a thermal expansion coefficient of 12 ppm/K or more and being composed of an alloy containing Fe; and a joining portion composed of an electrically conductive oxide containing 50% by mass or more of a spinel-type ferrite phase, the joining portion joining the first member and the second member , the joining portion having a thermal expansion coefficient of 8 ppm/K or more and 12 ppm/K or less, wherein the thermal expansion coefficient is defined as a value at 800°C with respect to a reference temperature of 40°C when measurement is performed from room temperature to 1000°C, and wherein the electrically conductive oxide contains Fe and element A, where element A represents one or more selected from the group consisting of Mg, Mn, Co, Ni, Cu, and Zn. a first member having a thermal expansion coefficient of 8 ppm/K or less and being composed of a ceramic containing Si; a second member having a thermal expansion coefficient of 12 ppm/K or more and being composed of an alloy containing Fe; and a joining portion composed of an electrically conductive oxide containing 50% by mass or more of a spinel-type ferrite phase, the joining portion joining the first member and the second member , the joining portion having a thermal expansion coefficient of 8 ppm/K or more and 12 ppm/K or less, wherein the thermal expansion coefficient is defined as a value at 800°C with respect to a reference temperature of 40°C when measurement is performed from room temperature to 1000°C, and wherein the electrically conductive oxide contains Fe and element A, where element A represents one or more selected from the group consisting of Mg, Mn, Co, Ni, Cu, and Zn.
A honeycomb extrusion die, comprising: a die body , comprising: an inlet surface and a discharge surface opposite the inlet surface; feedholes extending from the inlet surface into the die body ; an intersecting array of discharge slots, each discharge slot extending into the die body from the discharge surface to connect each discharge slot with the feedholes at intersections within the die body , the intersecting array of discharge slots being formed by side surfaces of a plurality of pins bounded by the slots and extending into the die body from the discharge face, wherein at least some of the side surfaces of the pins forming the walls of the slots comprise a divot having a predetermined size and shape impressed upon a pin or slot surface of the honeycomb extrusion die and being spaced apart from the feedhole-slot intersection and spaced apart from the discharge surface , and wherein the plurality of slots comprise: a first group of the slots comprising a width W1 between adjacent pins at the discharge surface , and a second group of the slots comprising a second width W2, greater than W1, between adjacent pins at the discharge surface (324, 710 1110), characterized in that the second group of the slots comprises at least some of the divots and W2 is constant from the discharge surface to the divot . an inlet surface and a discharge surface opposite the inlet surface; feedholes extending from the inlet surface into the die body ; an intersecting array of discharge slots, each discharge slot extending into the die body from the discharge surface to connect each discharge slot with the feedholes at intersections within the die body , the intersecting array of discharge slots being formed by side surfaces of a plurality of pins bounded by the slots and extending into the die body from the discharge face, wherein at least some of the side surfaces of the pins forming the walls of the slots comprise a divot having a predetermined size and shape impressed upon a pin or slot surface of the honeycomb extrusion die and being spaced apart from the feedhole-slot intersection and spaced apart from the discharge surface , and wherein the plurality of slots comprise: a first group of the slots comprising a width W1 between adjacent pins at the discharge surface , and a second group of the slots comprising a second width W2, greater than W1, between adjacent pins at the discharge surface (324, 710 1110), characterized in that the second group of the slots comprises at least some of the divots and W2 is constant from the discharge surface to the divot . a first group of the slots comprising a width W1 between adjacent pins at the discharge surface , and a second group of the slots comprising a second width W2, greater than W1, between adjacent pins at the discharge surface (324, 710 1110), characterized in that the second group of the slots comprises at least some of the divots and W2 is constant from the discharge surface to the divot .
A mesylic acid salt of 4-(2-fluoro-4-(3-(2-phenylacetyl)thioureido)phenoxy)-7-methoxy-N-methylquinoline-6-carbo xamide, which gives an X-ray powder diffraction spectrum having characteristic peaks at diffraction angles (2θ±0.2°) of 6.7°, 7.9°, 9.6°, 12.5°, 13.8°, 19.8°, 21.2°, and 26.1°.
An energy generation system comprising at least first and second hydraulic motors having different ratings; a main hydraulic ram actuatable in response to the passage of a vehicle and connectable to the hydraulic motor; first and second load sensors (14a-c), the first load sensor having a different threshold activation pressure to the second load sensor ; and at least first and second flow control valves (22a-c) disposed between the ram and the first and second motor, the first flow control valve actuatable by the first load sensor , and the second flow control valve actuatable by the second load sensor , from a first state preventing fluid flow from the ram to the first or second motor to a second state permitting fluid flow from the ram to the first or second motor; wherein each flow control valve (22a-c) comprises an inlet in fluid communication with the main hydraulic ram; a first outlet in fluid communication with the first or second hydraulic motor; and a second outlet ; the flow control valve being actuatable between the first state in which the inlet is in fluid communication with the first outlet and the second state in which the inlet is in fluid communication with the second outlet ; and wherein the inlet of the second flow control valve is supplied from the first outlet of the first flow control valve .
Method for transferring computer files comprising the following steps: (a) hosting on a server of a website provided to assist with transferring computer files, (b) creating , using a sender computer device , a sender account on said website, which leads to a creation of a sender account public page and a creation of a sender account private page on said website, (c) creating , using a recipient computer device , a recipient account on said website, which leads to a creation of a recipient account public page and a creation of a recipient account private page on said website, (d) downloading a file to the server from the sender computer device , (e) displaying , on the public page of the sender account of information characteristic of said file, (f) sending to the server , by the recipient computer device , of a request requesting access to said file, (g) sending to the sender computer device , by the server , of information relating to the request requesting access to said file, enabling the sender computer device to identify the file and the recipient computer device , (h) sending to the server , by the sender computer device , of an agreement on said request, and (i) modifying , by the server , of a characteristic of said file and/or of said recipient account to authorise the recipient computer device to download said file from the server . (a) hosting on a server of a website provided to assist with transferring computer files, (b) creating , using a sender computer device , a sender account on said website, which leads to a creation of a sender account public page and a creation of a sender account private page on said website, (c) creating , using a recipient computer device , a recipient account on said website, which leads to a creation of a recipient account public page and a creation of a recipient account private page on said website, (d) downloading a file to the server from the sender computer device , (e) displaying , on the public page of the sender account of information characteristic of said file, (f) sending to the server , by the recipient computer device , of a request requesting access to said file, (g) sending to the sender computer device , by the server , of information relating to the request requesting access to said file, enabling the sender computer device to identify the file and the recipient computer device , (h) sending to the server , by the sender computer device , of an agreement on said request, and (i) modifying , by the server , of a characteristic of said file and/or of said recipient account to authorise the recipient computer device to download said file from the server .