mhurhangee/ep-ind-claims huggingface dataset:
Supply device for the provision of supply media, in particular industrial gases and/or current, with a first profile body, which is designed for direct or indirect attachment to a wall or a wall element, and forms a semi-open space into which supply lines (25a, 26a, 27a, 28a) flow for connection units (46, 47, 48) for the supply media, as well as a second profile body which is configured to be complementary to the first profile body and to cover the semi-open space with the first profile body in a lockable manner without tools, wherein a bottom surface of the second profile body has openings for the arrangement of connection elements (25, 26, 27, 28) of the connection units (46, 47, 48), and with a substructure via which the first profile body is fixed to a wall or a wall element, wherein the substructure consists of several oblong profile elements assembled together.
An apparatus configured to carry and dispense an ink useful in printing, the apparatus being configured to removably attach to a docking station and dispense the ink into a storage barrel attached to the docking station, the apparatus comprising: a container comprising a bottom surface, an opening distal to the bottom surface, and one or more sidewalls proximate to the bottom surface, the one or more sidewalls being configured to form a neck portion positioned between the bottom surface and the opening, there being a flange arranged about the opening; a cover mated to the flange, the cover being movable between a closed position and an open position, the movable cover being configured to cover the opening when in the closed position and to permit ink to flow from the opening through the docking station and into the storage barrel when in the open position; a unit monitor that is configured to store information indicating the type and/or color of ink carried by the apparatus, and being configured to facilitate a movement of the movable cover from the closed position to the open position based on the ink type and/or color information matching the ink expected to be dispensed into the barrels; a film, which is attached to the container and is positioned between one or more surfaces of the movable cover and one or more surfaces of the flange to seal the opening, the film being removable when the movable cover is in the open position; and a locking tab configured to engage features of the docking station to restrict movement of the container when the container is attached to the docking station and the movable cover is in the open position. a container comprising a bottom surface, an opening distal to the bottom surface, and one or more sidewalls proximate to the bottom surface, the one or more sidewalls being configured to form a neck portion positioned between the bottom surface and the opening, there being a flange arranged about the opening; a cover mated to the flange, the cover being movable between a closed position and an open position, the movable cover being configured to cover the opening when in the closed position and to permit ink to flow from the opening through the docking station and into the storage barrel when in the open position; a unit monitor that is configured to store information indicating the type and/or color of ink carried by the apparatus, and being configured to facilitate a movement of the movable cover from the closed position to the open position based on the ink type and/or color information matching the ink expected to be dispensed into the barrels; a film, which is attached to the container and is positioned between one or more surfaces of the movable cover and one or more surfaces of the flange to seal the opening, the film being removable when the movable cover is in the open position; and a locking tab configured to engage features of the docking station to restrict movement of the container when the container is attached to the docking station and the movable cover is in the open position.
A joint replacement prosthesis comprising: a bearing component including a first bearing element and a second bearing element spaced apart from the first bearing element and movable relative to the first bearing element, characterised by a flexible linking element having first and second ends, the first end of the linking element being connected to the first bearing element and the second end of the linking element being connected to the second bearing element, the linking element operatively connecting the first and second bearing elements and being adapted to flex to permit relative motion between the first and second bearing elements (4, 6). a bearing component including a first bearing element and a second bearing element spaced apart from the first bearing element and movable relative to the first bearing element, characterised by a flexible linking element having first and second ends, the first end of the linking element being connected to the first bearing element and the second end of the linking element being connected to the second bearing element, the linking element operatively connecting the first and second bearing elements and being adapted to flex to permit relative motion between the first and second bearing elements (4, 6).
Method for distributing a data set, which contains software and/or configuration data, to the subscriber stations (T1 to T5) in a data network, characterised by - subdividing a data set that is to be distributed into a plurality of data blocks (A, B, C), - generating a list of all data blocks in the data set, - initialising the distribution of the data package, in that at least one transmitting station in the data network sends the data blocks in the data set to selected subscriber stations in the data network, wherein in each case a data block is sent to a selected subscriber station together with the said list, - continuing the distribution of the data set among the selected subscriber stations and the remaining subscriber stations in the data network with the aid of ad-hoc connections between the subscriber stations, - contacting of a control centre by a subscriber station which has still not received all data blocks in the data set after a predefinable time point or on expiry of a predefinable time period subsequent to the receipt of the list, in order to request the remaining data block(s) in the data set from the control centre. - subdividing a data set that is to be distributed into a plurality of data blocks (A, B, C), - generating a list of all data blocks in the data set, - initialising the distribution of the data package, in that at least one transmitting station in the data network sends the data blocks in the data set to selected subscriber stations in the data network, wherein in each case a data block is sent to a selected subscriber station together with the said list, - continuing the distribution of the data set among the selected subscriber stations and the remaining subscriber stations in the data network with the aid of ad-hoc connections between the subscriber stations, - contacting of a control centre by a subscriber station which has still not received all data blocks in the data set after a predefinable time point or on expiry of a predefinable time period subsequent to the receipt of the list, in order to request the remaining data block(s) in the data set from the control centre.
Vacuum table comprising, in combination: a vacuum chamber having a top conveying surface including, a plurality of air apertures formed therein; a carrier moving over the top conveying surface in a conveying direction, with the carrier including an upper surface for abutment with an element to be conveyed and a lower surface for abutment with the top conveying surface, with the carrier providing air communication between the element and the vacuum chamber through the plurality of air apertures; and an adjustment plate adjustably positioned in an adjustment direction perpendicular to the conveying direction, with the adjustment plate blocking some of the plurality of air apertures of the top conveying surface. a vacuum chamber having a top conveying surface including, a plurality of air apertures formed therein; a carrier moving over the top conveying surface in a conveying direction, with the carrier including an upper surface for abutment with an element to be conveyed and a lower surface for abutment with the top conveying surface, with the carrier providing air communication between the element and the vacuum chamber through the plurality of air apertures; and an adjustment plate adjustably positioned in an adjustment direction perpendicular to the conveying direction, with the adjustment plate blocking some of the plurality of air apertures of the top conveying surface.
A battery module comprising: a battery cell stack in which a plurality of battery cells are stacked; a frame for covering the upper, lower, left, and right surfaces of the battery cell stack; a busbar frame for covering the front and rear surfaces of the battery cell stack; and a support part which is formed by protruding from the lower end of the busbar frame, wherein a guide is formed in the support part, and the support part is inserted into the inside of the frame along the guide, wherein the guide is formed so as to become convex upward, wherein a chamfered part is formed at an end part of the guide. a battery cell stack in which a plurality of battery cells are stacked; a frame for covering the upper, lower, left, and right surfaces of the battery cell stack; a busbar frame for covering the front and rear surfaces of the battery cell stack; and a support part which is formed by protruding from the lower end of the busbar frame, wherein a guide is formed in the support part, and the support part is inserted into the inside of the frame along the guide, wherein the guide is formed so as to become convex upward, wherein a chamfered part is formed at an end part of the guide.
A coated abrasive disc comprising: a disc backing having an outer circumference; an abrasive layer disposed on the disc backing, wherein the abrasive layer comprises triangular abrasive platelets secured to a major surface of the disc backing by at least one binder material, wherein the triangular abrasive platelets are disposed at least 70 percent of regularly-spaced points along an arithmetic spiral pattern extending outwardly toward the outer circumference, wherein each one of the triangular abrasive platelets has respective top and bottom (162, 164) surfaces connected to each other, and separated by, three sidewalls, and wherein, on a respective basis, one sidewall of at least 90 percent of each of the triangular abrasive platelets is disposed facing and proximate to the disc backing, and is lengthwise aligned within 10 degrees of being tangent to the arithmetic spiral pattern. a disc backing having an outer circumference; an abrasive layer disposed on the disc backing, wherein the abrasive layer comprises triangular abrasive platelets secured to a major surface of the disc backing by at least one binder material, wherein the triangular abrasive platelets are disposed at least 70 percent of regularly-spaced points along an arithmetic spiral pattern extending outwardly toward the outer circumference, wherein each one of the triangular abrasive platelets has respective top and bottom (162, 164) surfaces connected to each other, and separated by, three sidewalls, and wherein, on a respective basis, one sidewall of at least 90 percent of each of the triangular abrasive platelets is disposed facing and proximate to the disc backing, and is lengthwise aligned within 10 degrees of being tangent to the arithmetic spiral pattern.
A method for preparing entecavir of formula, comprising the steps of: (a) hydrolyzing an α-exomethylene derivative of formula to obtain a compound of formula; (b) carrying out a Mitsunobu reaction of the compound of formula with a purine derivative of formula to obtain a nucleoside compound of formula; (c) subjecting the nucleoside compound of formula to a reaction with tetrabutyl ammonium fluoride to obtain a compound of formula; and (d) hydrolyzing the compound of formula: wherein R 1 and R 2 are each independently a hydroxy-protecting group, or R 1 and R 2 are fused together to form a cyclic hydroxy-protecting group; R 3 is benzoyl or arylbenzoyl; Tf is trifluoromethane sulfonyl; and X is halogen or benzyloxy. (a) hydrolyzing an α-exomethylene derivative of formula to obtain a compound of formula; (b) carrying out a Mitsunobu reaction of the compound of formula with a purine derivative of formula to obtain a nucleoside compound of formula; (c) subjecting the nucleoside compound of formula to a reaction with tetrabutyl ammonium fluoride to obtain a compound of formula; and (d) hydrolyzing the compound of formula: wherein R 1 and R 2 are each independently a hydroxy-protecting group, or R 1 and R 2 are fused together to form a cyclic hydroxy-protecting group; R 3 is benzoyl or arylbenzoyl; Tf is trifluoromethane sulfonyl; and X is halogen or benzyloxy. R 1 and R 2 are each independently a hydroxy-protecting group, or R 1 and R 2 are fused together to form a cyclic hydroxy-protecting group; R 3 is benzoyl or arylbenzoyl; Tf is trifluoromethane sulfonyl; and X is halogen or benzyloxy.
A method of imaging a subject, comprising: accessing a first image data set including at least one image projection of the subject; operating a processor to execute instructions for: automatically identifying a subject landmark (60, 62, 64, 66, 68, 70) in the accessed first image data set; and automatically determining a geometric configuration (TP, SP, CP, OA, OI, RA, RI, AA, Al) of the subject based on the determined subject landmark; evaluating the geometric configuration to determine at least one post-procedure configuration of the subject; and executing instructions with a processor system to illustrate the evaluated geometric configuration relative to a position of a prosthetic member (80, 91) to determine if the post-procedure configuration will be achieved. accessing a first image data set including at least one image projection of the subject; operating a processor to execute instructions for: automatically identifying a subject landmark (60, 62, 64, 66, 68, 70) in the accessed first image data set; and automatically determining a geometric configuration (TP, SP, CP, OA, OI, RA, RI, AA, Al) of the subject based on the determined subject landmark; evaluating the geometric configuration to determine at least one post-procedure configuration of the subject; and executing instructions with a processor system to illustrate the evaluated geometric configuration relative to a position of a prosthetic member (80, 91) to determine if the post-procedure configuration will be achieved. automatically identifying a subject landmark (60, 62, 64, 66, 68, 70) in the accessed first image data set; and automatically determining a geometric configuration (TP, SP, CP, OA, OI, RA, RI, AA, Al) of the subject based on the determined subject landmark; evaluating the geometric configuration to determine at least one post-procedure configuration of the subject; and executing instructions with a processor system to illustrate the evaluated geometric configuration relative to a position of a prosthetic member (80, 91) to determine if the post-procedure configuration will be achieved.
A sonotrode with a wheel-shaped portion having a wheel axis and of a diameter d, which has two substantially circular main surfaces and a substantially cylindrical sealing surface of the width b, that connects the main surfaces, characterised in that at least one main surface has a non-central thickened portion which in a sectional view perpendicularly to the main surface has a convex region which is not arranged on the wheel axis, wherein in the axial direction the thickened portion is of an extent which is between 0.25 x b and 2 x b and preferably between 0.25 x b and 1 x b.
A method of operating a compressor comprising the steps of: operating a front block compressor to increase pressure of a fluid to a first pressure ratio in a high-power mode operation; operating a rear block compressor coupled to the front block compressor such that the front block compressor and the rear block compressor operate at the same physical speed; the method further comprising: closing a variable rear block stator vane such that the flow of the fluid into the rear block compressor is substantially cut off except for a purge flow during a high-power mode operation; and keeping a blocker door opened such that substantially all of the fluid pressurized by the front block compressor flows through a bypass passage during the high-power mode operation, wherein the blocker door is axially between the front block compressor and the rear block compressor. operating a front block compressor to increase pressure of a fluid to a first pressure ratio in a high-power mode operation; operating a rear block compressor coupled to the front block compressor such that the front block compressor and the rear block compressor operate at the same physical speed; the method further comprising: closing a variable rear block stator vane such that the flow of the fluid into the rear block compressor is substantially cut off except for a purge flow during a high-power mode operation; and keeping a blocker door opened such that substantially all of the fluid pressurized by the front block compressor flows through a bypass passage during the high-power mode operation, wherein the blocker door is axially between the front block compressor and the rear block compressor. closing a variable rear block stator vane such that the flow of the fluid into the rear block compressor is substantially cut off except for a purge flow during a high-power mode operation; and keeping a blocker door opened such that substantially all of the fluid pressurized by the front block compressor flows through a bypass passage during the high-power mode operation, wherein the blocker door is axially between the front block compressor and the rear block compressor.
Electronic circuit comprising: - a first logic module configured to perform a first function, - a number generator configured to generate at least one series of successive first numbers over a first time period, - a voltage generator connected to the number generator so as to receive a first series of successive data representative of the series of first numbers, the voltage generator being configured to supply the first logic module with a supply voltage comprising a first supply voltage higher than a minimum operating voltage of the first logic module and a variable additional second voltage having electrical characteristics that are functions at least of the first series of successive data, the electronic circuit being characterized in that the voltage generator is configured so as to deliver a variable additional second voltage which comprises at least: - a component representative of a fixed voltage defined by an offset voltage value, - a component representative of a first periodic voltage defined at least by a first frequency and a first amplitude, and in that the voltage generator is configured in such a way that the value of the offset voltage, the first frequency and/or first amplitude are defined at least from the series of first numbers, over the first time period, taken from a first series of offset voltages comprising several different offset voltage values, a second series of first frequencies comprising several different first frequency values and a third series of first amplitudes comprising several different first amplitude values. - a first logic module configured to perform a first function, - a number generator configured to generate at least one series of successive first numbers over a first time period, - a voltage generator connected to the number generator so as to receive a first series of successive data representative of the series of first numbers, the voltage generator being configured to supply the first logic module with a supply voltage comprising a first supply voltage higher than a minimum operating voltage of the first logic module and a variable additional second voltage having electrical characteristics that are functions at least of the first series of successive data, - a component representative of a fixed voltage defined by an offset voltage value, - a component representative of a first periodic voltage defined at least by a first frequency and a first amplitude,
A propulsion system for an aircraft comprising: an electric power source; an electric propulsion assembly comprising an electric motor and a propulsor, the propulsor powered by the electric motor; a high-voltage electric power bus electrically connecting the electric power source to the electric propulsion assembly, the electric power source configured to provide electrical power to the high-voltage electric power bus, wherein the high-voltage electric power bus comprises a high-voltage transfer cable; and a first inverter converter controller positioned along the high-voltage electric power bus, wherein the first inverter converter controller is electrically connected to the electric power source at a location immediately downstream of the electric power source, and upstream of the electric propulsion assembly, wherein the first inverter converter controller is configured to increase a voltage of electric power received from the electric power source by at least 20%; and a second inverter converter controller downstream of the first inverter converter controller, wherein the second inverter converter controller is configured to decrease the voltage of the electric power received from the high-voltage transfer cable by at least 20%. an electric power source; an electric propulsion assembly comprising an electric motor and a propulsor, the propulsor powered by the electric motor; a high-voltage electric power bus electrically connecting the electric power source to the electric propulsion assembly, the electric power source configured to provide electrical power to the high-voltage electric power bus, wherein the high-voltage electric power bus comprises a high-voltage transfer cable; and a first inverter converter controller positioned along the high-voltage electric power bus, wherein the first inverter converter controller is electrically connected to the electric power source at a location immediately downstream of the electric power source, and upstream of the electric propulsion assembly, wherein the first inverter converter controller is configured to increase a voltage of electric power received from the electric power source by at least 20%; and a second inverter converter controller downstream of the first inverter converter controller, wherein the second inverter converter controller is configured to decrease the voltage of the electric power received from the high-voltage transfer cable by at least 20%.