mhurhangee/ep-ind-claims huggingface dataset:
A lightweight aircraft passenger seat assembly comprising three seat portions, wherein the seat portions are supported by a frame portion defining three receptacles for receiving and supporting three seat shells of the three seat portions and formed from laminated fibre reinforced composite material forming an integral monolithic laminated body; the frame portion comprising; a single straight beam portion extending along a straight line and having a first and a second opposite ends; two closed loop portions arranged respectively on the first and second opposite ends of the beam portion, and extending along the straight line of the single straight beam portion; a centre spine portion; and two outer spine portions, the centre spine portion being coupled to the single straight beam portion, and each of the outer spine portions being coupled to a respective loop portion of the two closed loop portions, wherein the spine portions are configured to be moveable relative to each other and/or bendable independently from each other, wherein each spine portion has a bifurcated distal end, which is configured to encompass and/or support a backrest portion of a respective seat shell of the three seat shells of a seat portion, so that the frame portion defines the receptacles for receiving the seat shells.
A method for routing management, wherein the method is applied in a device for forwarding packet, which includes a main control board, fabric boards and line cards, the method is characterized by: transmitting, by the main control board, routing entries to one or multiple fabric boards in the device for forwarding packet respectively according to a preset entry distribution strategy; transmitting, by the main control board, routing distribution information for indicating correspondence between each fabric board and a packet character of routing entries stored in the fabric board to each of the line cards, so that the line card transmits a packet matching the packet character to a corresponding fabric board to be forwarded, according to the routing distribution information, wherein said transmitting routing entries to one or multiple fabric boards in the device for forwarding packet respectively according to a preset entry distribution strategy, includes: categorizing, by the main control board, the routing entries according to the packet character; and transmitting, by the main control board, each category of the routing entries to the one or multiple fabric boards according to the preset entry distribution strategy. transmitting, by the main control board, routing entries to one or multiple fabric boards in the device for forwarding packet respectively according to a preset entry distribution strategy; transmitting, by the main control board, routing distribution information for indicating correspondence between each fabric board and a packet character of routing entries stored in the fabric board to each of the line cards, so that the line card transmits a packet matching the packet character to a corresponding fabric board to be forwarded, according to the routing distribution information, wherein said transmitting routing entries to one or multiple fabric boards in the device for forwarding packet respectively according to a preset entry distribution strategy, includes: categorizing, by the main control board, the routing entries according to the packet character; and transmitting, by the main control board, each category of the routing entries to the one or multiple fabric boards according to the preset entry distribution strategy. categorizing, by the main control board, the routing entries according to the packet character; and transmitting, by the main control board, each category of the routing entries to the one or multiple fabric boards according to the preset entry distribution strategy.
A process for producing an isocyanate using a composition containing a carbamic acid ester and an aromatic hydroxy compound, the process comprising the step of transferring the composition to a reaction vessel in which a thermal decomposition reaction of the carbamic acid ester occurs, wherein when number of mole of an ester group constituting the carbamic acid ester is defined as A, and number of mole of the aromatic hydroxy compound is defined as B, then a ratio of B to A is within a range of from 0.1 to 50, a melting point of the carbamic acid ester is 200°C or lower, and the aromatic hydroxy compound has a melting point of 190°C or lower and is an aromatic hydroxy compound which is represented by the following formula, and which has at least one substituent R 1: (wherein ring A represents a single or multiple aromatic hydrocarbon ring which may have a substituent, and which have 6 to 20 carbon atoms, and R 1 represents an aliphatic group having 1 to 20 carbon atoms, an aliphatic alkoxy group having 1 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, an aryloxy group having 6 to 20 carbon atoms, an aralkyl group having 7 to 20 carbon atoms or an aralkyloxy group having 7 to 20 carbon atoms, the above groups containing an atom selected from the group consisting of carbon and oxygen atoms, and R 1 may bond with A to form a ring structure). (wherein ring A represents a single or multiple aromatic hydrocarbon ring which may have a substituent, and which have 6 to 20 carbon atoms, and R 1 represents an aliphatic group having 1 to 20 carbon atoms, an aliphatic alkoxy group having 1 to 20 carbon atoms, an aryl group having 6 to 20 carbon atoms, an aryloxy group having 6 to 20 carbon atoms, an aralkyl group having 7 to 20 carbon atoms or an aralkyloxy group having 7 to 20 carbon atoms, the above groups containing an atom selected from the group consisting of carbon and oxygen atoms, and R 1 may bond with A to form a ring structure).
A process for continuous hydroformylation, in which an olefin starting material comprising at least one olefin having from 3 to 20 carbon atoms is reacted at elevated temperature and superatmospheric pressure with synthesis gas in the presence of a homogeneous transition metal catalyst complexed with an organophosphorus ligand and free ligand in a reaction zone, where the catalyst is formed in situ in the reaction zone and a solution of a transition metal source is introduced into the reaction zone to compensate catalyst losses, wherein the space-time yield of hydroformylation product in the reaction zone is determined and the rate of introduction of the transition metal source into the reaction zone is controlled as a function of the space-time yield, where - an adjusting means for setting the rate of introduction of the transition metal source into the reaction zone is provided, - a target value for the space-time yield of hydroformylation product in the reaction zone is set down, - the actual value of the space-time yield is determined, - after a lower limit for the deviation of the actual value from the target value is reached, the amount of transition metal source required for making up the loss of catalyst is determined and - a solution of the transition metal source is introduced into the reaction zone, with the rate of introduction of the transition metal source into the reaction zone being controlled so that the space-time yield does not exceed an upper limit for the deviation of the actual value from the target value. - an adjusting means for setting the rate of introduction of the transition metal source into the reaction zone is provided, - a target value for the space-time yield of hydroformylation product in the reaction zone is set down, - the actual value of the space-time yield is determined, - after a lower limit for the deviation of the actual value from the target value is reached, the amount of transition metal source required for making up the loss of catalyst is determined and - a solution of the transition metal source is introduced into the reaction zone, with the rate of introduction of the transition metal source into the reaction zone being controlled so that the space-time yield does not exceed an upper limit for the deviation of the actual value from the target value.
A machine for processing and/or packaging objects, the machine having an essentially horizontal transport path for conveying articles, containers and/or packaging units, which machine comprises a first horizontal conveying device with at least one transport means for a first operating mode, which first horizontal conveying device is replaceable by a further horizontal conveying device with at least one second transport means, which is different from the first transport means, for the purpose of establishing at least one further operating mode, characterized in that the first and second horizontal conveying devices (14, 24) can be coupled to the same drive of the transport section in each case.
An automation technology field device, having: - A housing, which surrounds an interior that has a round inner contour in cross-section; - A sensor and/or actuator element arranged on the housing for supplying and/or detecting a process variable; - An electronic circuit arranged in the housing for operating the sensor and/or actuator element, wherein the electronic circuit has at least one PCB with a round outer contour and multiple spring contacts in an edge area, wherein the inner contour of the housing and the edge contour of the first PCB are adapted to each other in such a way that the first PCB with a main plane in which it is formed is inserted into the housing orthogonally relative to a longitudinal axis, which extends through the interior of the housing, without the outer contour of the first PCB touching the inner contour of the interior, and wherein the spring contacts are arranged on the first PCB in such a way that their legs, which are bent outward, protrude beyond a PCB edge of the first PCB, and wherein the spring contacts are further configured to hold at least the first PCB in this position in the interior and further to establish an electrical connection between the first PCB and the housing in order to conduct parasitic currents from the first PCB via the spring contacts to the housing. - A housing, which surrounds an interior that has a round inner contour in cross-section; - A sensor and/or actuator element arranged on the housing for supplying and/or detecting a process variable; - An electronic circuit arranged in the housing for operating the sensor and/or actuator element, wherein the electronic circuit has at least one PCB with a round outer contour and multiple spring contacts in an edge area, wherein the inner contour of the housing and the edge contour of the first PCB are adapted to each other in such a way that the first PCB with a main plane in which it is formed is inserted into the housing orthogonally relative to a longitudinal axis, which extends through the interior of the housing, without the outer contour of the first PCB touching the inner contour of the interior, and wherein the spring contacts are arranged on the first PCB in such a way that their legs, which are bent outward, protrude beyond a PCB edge of the first PCB, and wherein the spring contacts are further configured to hold at least the first PCB in this position in the interior and further to establish an electrical connection between the first PCB and the housing in order to conduct parasitic currents from the first PCB via the spring contacts to the housing.
System for jacking a pipe coupling through a tunnel, wherein the system comprises the pipe coupling, wherein the pipe coupling (50, 90) has a first pipe (51, 91), a second pipe (52, 92) and a pipe coupling, wherein the first pipe (51, 91) is connected with the second pipe (51, 52, 91, 92) via the pipe coupling, characterized in that the pipe coupling comprises at least one injection outlet (2, 3, 4) for injecting lubricant, wherein the lubricant is injectable such that the same can be applied to the pipe coupling and/or the pipes (51, 51, 91, 92), and wherein the injection outlet (2, 3, 4) applies the lubricant on the outer side of the wall of the pipe coupling and/or the pipe.
Apparatus for determining opening of an aortic valve of a biological subject, characterized in that the apparatus including an electronic processing device configured to: a) determine a pump speed of a ventricular assist device that is assisting cardiac function of the biological subject; b) analyse the pump speed to determine a pump speed indicator at least partially indicative of changes in pump speed; and, c) use the pump speed indicator to determine an opening indicator indicative of opening of the aortic valve. a) determine a pump speed of a ventricular assist device that is assisting cardiac function of the biological subject; b) analyse the pump speed to determine a pump speed indicator at least partially indicative of changes in pump speed; and, c) use the pump speed indicator to determine an opening indicator indicative of opening of the aortic valve.
An apparatus for fusing bones of the human body, comprising: a bone plate having one or more fixation apertures and an insert aperture; a fastener fixation insert having an aperture with a tapered, counter-bored, or countersunk internal shape configured to direct a fastener at a right angle relative to the bone plate and an oblique fastener insert comprising an aperture with a tapered, counter-bored, or countersunk internal shape configured to receive a fastener, such that the fastener is directed at an oblique angle relative to a plane of the bone plate; and the insert aperture comprising a countersink edge and having a perimeter shape comprising a round portion and a flat portion; and one or more fixation screws configured to be received into the one or more fixation apertures and driven into the bones so as to fixate or compress the bones, wherein one fixation aperture is configured to direct at least one fixation screw at a right angle relative to the bone plate; and characterized in that: the bone plate comprises a longitudinal rib providing structural strength to the bone plate, and a multiplicity of lateral ribs or a multiplicity of radial ribs configured to minimize contact between the implant and the bone. a bone plate having one or more fixation apertures and an insert aperture; a fastener fixation insert having an aperture with a tapered, counter-bored, or countersunk internal shape configured to direct a fastener at a right angle relative to the bone plate and an oblique fastener insert comprising an aperture with a tapered, counter-bored, or countersunk internal shape configured to receive a fastener, such that the fastener is directed at an oblique angle relative to a plane of the bone plate; and the insert aperture comprising a countersink edge and having a perimeter shape comprising a round portion and a flat portion; and one or more fixation screws configured to be received into the one or more fixation apertures and driven into the bones so as to fixate or compress the bones, wherein one fixation aperture is configured to direct at least one fixation screw at a right angle relative to the bone plate; and
An orally administrable composition comprising: - a sulforaphane precursor which is glucoraphanin; - an enzyme capable of converting the sulforaphane precursor to sulforaphane which is a glucosidase, preferably a thioglucosidase; - an enzyme potentiator which is ascorbic acid; and - a milk thistle extract or powder. - a sulforaphane precursor which is glucoraphanin; - an enzyme capable of converting the sulforaphane precursor to sulforaphane which is a glucosidase, preferably a thioglucosidase; - an enzyme potentiator which is ascorbic acid; and - a milk thistle extract or powder.
Method for transmitting data between a mobile telephone and a motor vehicle, wherein a first wireless communication connection, which is assigned to non-driver-specific data interchange comprising the interchange of control data for using the motor vehicle to make a telephone call or for other services, is automatically established between the mobile telephone and the motor vehicle when the communication interface of the mobile telephone is activated in a corresponding manner, and wherein driver-specific useful data are transmitted from the mobile telephone to the motor vehicle, characterized in that the driver-specific useful data are transmitted to the motor vehicle solely via a second communication connection according to the NFC standard, wherein a user interface for selecting useful data to be transmitted from useful data which can be transmitted solely via the second communication connection is displayed on the mobile telephone, wherein only the useful data selected via the user interface are transmitted to the motor vehicle via the second communication connection, with the result that two communication connections (14, 15), which are matched to their dedicated intended purposes, are used, one of which is assigned to non-driver-specific data interchange, while the other, which requires a deliberate action in order to be set up and to transmit data, is assigned to the selected driver-specific useful data.
A liquid collecting apparatus collecting a target liquid to be collected as separated in a time series, the liquid collecting apparatus comprising: a flow path having a given length; a suction drain device connected to the flow path and pushing and pulling the target liquid to be collected; a first connecting terminal branching the flow path into a plurality of flow paths toward the suction drain device; a first opening and closing device opening and closing the flow paths on a side adjacent to the suction drain device; a second connecting terminal branching the flow path into a plurality of flow paths toward a collecting source; a second opening and closing device opening and closing the flow paths branched with the second connecting terminal; and a dropping port connected to each of the flow paths branched with the first connecting terminal for dropping the liquid to be collected as separated, the flow path being a tube, the first opening and closing device being a pinch valve that closes the flow path formed by the tube by application of external pressure and opens the flow path formed by the tube by releasing the external pressure, and the pinch valve opening one of the flow paths formed by the tube while closing the other of the flow paths. a flow path having a given length; a suction drain device connected to the flow path and pushing and pulling the target liquid to be collected; a first connecting terminal branching the flow path into a plurality of flow paths toward the suction drain device; a first opening and closing device opening and closing the flow paths on a side adjacent to the suction drain device; a second connecting terminal branching the flow path into a plurality of flow paths toward a collecting source; a second opening and closing device opening and closing the flow paths branched with the second connecting terminal; and a dropping port connected to each of the flow paths branched with the first connecting terminal for dropping the liquid to be collected as separated, the flow path being a tube, the first opening and closing device being a pinch valve that closes the flow path formed by the tube by application of external pressure and opens the flow path formed by the tube by releasing the external pressure, and the pinch valve opening one of the flow paths formed by the tube while closing the other of the flow paths.
A suspension mechanism (1, 1A, 1B) disposed between a vehicle body structure and a seat, the suspension mechanism (1, 1A, 1B) comprising: a link mechanism which supports an upper frame mounted on the seat side to be movable up and down relative to a lower frame mounted on the vehicle body structure side; a spring mechanism which elastically biases the upper frame relative to the lower frame; and a damper (150, 160) which exhibits damping force to absorb energy when the upper frame moves up and down relative to the lower frame, wherein the damper (150, 160) is a telescopic one including a cylinder (151, 161) and a piston (152, 162) which moves relatively in the cylinder in accordance with up-down movement of the upper frame relative to the lower frame, and suspended in plurality in parallel at different mounting angles between the upper frame and the lower frame, characterized in that in at least one of the plurality of dampers (150, 160), a moving zone of the piston (152, 162) in the cylinder (151, 161) corresponding to a predetermined up-down movement range including a balanced point when the upper frame moves up and down relative to the lower frame is a free running zone where the damping force does not act. a link mechanism which supports an upper frame mounted on the seat side to be movable up and down relative to a lower frame mounted on the vehicle body structure side; a spring mechanism which elastically biases the upper frame relative to the lower frame; and a damper (150, 160) which exhibits damping force to absorb energy when the upper frame moves up and down relative to the lower frame, wherein the damper (150, 160) is a telescopic one including a cylinder (151, 161) and a piston (152, 162) which moves relatively in the cylinder in accordance with up-down movement of the upper frame relative to the lower frame, and suspended in plurality in parallel at different mounting angles between the upper frame and the lower frame,
A method of manufacturing an energy storage device, said energy storage device including a plurality of cells integrated on a substrate (2, 100), said plurality of cells being electrically connected in serial and in parallel, said method comprising: providing said substrate; depositing layers corresponding to a thin film energy storage device on said substrate, said layers including, in order of deposition, a current collector, a first electrode, an electrolyte and a second electrode; patterning said current collector to form a multiplicity of current collector stripes; patterning said first electrode to form a plurality of first area electrodes on said multiplicity of current collector stripes, said plurality of first area electrodes being formed in a multiplicity of first area electrode rows, each of said multiplicity of first area electrode rows corresponding to a different one of said multiplicity of current collector stripes; and patterning said second electrode to form a multiplicity of second electrode stripes, each of said multiplicity of second electrode stripes corresponding to a different one of said plurality of first area electrodes, wherein the second electrode is deposited over a patterned electrolyte, and makes electrical contact to the current collector through the gaps in the patterned electrolyte; wherein each of said plurality of cells comprises one of said plurality of first area electrodes, and corresponding portions of current collector stripe, second electrode stripe, and electrolyte layer. providing said substrate; depositing layers corresponding to a thin film energy storage device on said substrate, said layers including, in order of deposition, a current collector, a first electrode, an electrolyte and a second electrode; patterning said current collector to form a multiplicity of current collector stripes; patterning said first electrode to form a plurality of first area electrodes on said multiplicity of current collector stripes, said plurality of first area electrodes being formed in a multiplicity of first area electrode rows, each of said multiplicity of first area electrode rows corresponding to a different one of said multiplicity of current collector stripes; and patterning said second electrode to form a multiplicity of second electrode stripes, each of said multiplicity of second electrode stripes corresponding to a different one of said plurality of first area electrodes, wherein the second electrode is deposited over a patterned electrolyte, and makes electrical contact to the current collector through the gaps in the patterned electrolyte; wherein each of said plurality of cells comprises one of said plurality of first area electrodes, and corresponding portions of current collector stripe, second electrode stripe, and electrolyte layer.