mhurhangee/ep-ind-claims huggingface dataset:
Method for sorting bulked goods of different dimensions, comprising the following method steps: A) EDP assisted detection of the delivery slip and determination of the target goods in, B) allocating a sufficient number of load carriers according to the target goods in, C) loading a first conveyor line unit with goods from the quantity of delivered goods, D) conveying the goods on the first conveyor line unit to at least one first scanning unit, E) detecting the specific parameters of the respective goods by means of the at least one first scanning unit, F) transmitting the specific parameters of the respective goods to a distributor station, using the at least one first scanning unit, G) forwarding the scanned goods on a further conveying line unit to a distributor station, H) allocating the respective goods, via a distributor station, to one of the conveying lines connected to the distributor station, according to the specific parameters of the respective goods and the load carrier determined therefrom by means of an algorithm, I) transmitting the further processing data for the respective goods from the distributor station to an appropriate sorting robot, K) grasping the goods, by means of the appropriate sorting robot, from the connected conveying line unit, L) palletising the goods, by means of the appropriate sorting robot, into the allocated load carrier, M) comparing the target goods in with the actual goods in. A) EDP assisted detection of the delivery slip and determination of the target goods in, B) allocating a sufficient number of load carriers according to the target goods in, C) loading a first conveyor line unit with goods from the quantity of delivered goods, D) conveying the goods on the first conveyor line unit to at least one first scanning unit, E) detecting the specific parameters of the respective goods by means of the at least one first scanning unit, F) transmitting the specific parameters of the respective goods to a distributor station, using the at least one first scanning unit, G) forwarding the scanned goods on a further conveying line unit to a distributor station, H) allocating the respective goods, via a distributor station, to one of the conveying lines connected to the distributor station, according to the specific parameters of the respective goods and the load carrier determined therefrom by means of an algorithm, I) transmitting the further processing data for the respective goods from the distributor station to an appropriate sorting robot, K) grasping the goods, by means of the appropriate sorting robot, from the connected conveying line unit, L) palletising the goods, by means of the appropriate sorting robot, into the allocated load carrier, M) comparing the target goods in with the actual goods in.
A turbine engine member, such as an accessory gearbox for example, comprising at least one wall made of an aluminium alloy, characterised in that said wall is coated with a set of layers comprising: - a first layer of a primer layer covering said wall, wash primer - a second layer of an intumescent material, covering the first layer, - a third top layer, covering the second layer, and wherein: - the first layer is an epoxy curing polyamides primer layer, - the second layer is of the following type: ∘ water-based intumescent protective coating, or ∘ epoxy-based intumescent protective coating, and - the third layer is of the following type: ∘ polyurethane enamel hardened isocyanate, ∘ polyurethane paint hardened aliphatic isocyanate, ∘ polyurethane paint hardened aliphatic polyisocyanate, ∘ polyurethane paint, ∘ waterborne acrylic paint, ∘ acrylic/aliphatic polyurethane paint, ∘ polyvinyl paint. - a first layer of a primer layer covering said wall, wash primer - a second layer of an intumescent material, covering the first layer, - a third top layer, covering the second layer, - the first layer is an epoxy curing polyamides primer layer, - the second layer is of the following type: ∘ water-based intumescent protective coating, or ∘ epoxy-based intumescent protective coating, and ∘ water-based intumescent protective coating, or ∘ epoxy-based intumescent protective coating, and - the third layer is of the following type: ∘ polyurethane enamel hardened isocyanate, ∘ polyurethane paint hardened aliphatic isocyanate, ∘ polyurethane paint hardened aliphatic polyisocyanate, ∘ polyurethane paint, ∘ waterborne acrylic paint, ∘ acrylic/aliphatic polyurethane paint, ∘ polyvinyl paint. ∘ polyurethane enamel hardened isocyanate, ∘ polyurethane paint hardened aliphatic isocyanate, ∘ polyurethane paint hardened aliphatic polyisocyanate, ∘ polyurethane paint, ∘ waterborne acrylic paint, ∘ acrylic/aliphatic polyurethane paint, ∘ polyvinyl paint.
A method for extracting differentiated cells from a cell population after induction of the differentiation of pluripotent stem cells, comprising the following steps: a step of introducing, into a cell population, mRNA comprising a marker gene operably linked to the target sequence of miRNA specifically expressed in pluripotent stem cells and a poly A tail, wherein the mRNA is introduced into the cell population in a form of a synthetic RNA molecule; and a step of extracting cells in which the marker gene has been translated. a step of introducing, into a cell population, mRNA comprising a marker gene operably linked to the target sequence of miRNA specifically expressed in pluripotent stem cells and a poly A tail, wherein the mRNA is introduced into the cell population in a form of a synthetic RNA molecule; and a step of extracting cells in which the marker gene has been translated.
A radiation delivery device comprising: a gantry; a multi-leaf collimator coupled to the gantry; a radiation source coupled to the gantry; a support moveable along x, y, and z axes; a drive system operable to manipulate the position of the support; and a computer processor configured to execute a software program, the software program operable to: receive at least one image, generate a radiation therapy treatment plan including a plurality of fractions of treatment and a radiation dose for each of the plurality of fractions based on the at least one image, characterized in that the software program is also operable to, prior to delivering one of the plurality of fractions, determine operational parameters based on the radiation therapy treatment plan, wherein the operational parameters include changing a speed and changing movement of the support in the x, y, or z directions of the support during delivery of the radiation therapy treatment plan; and to control the drive system to move the support at varying speeds and varying directions in accordance with the operational parameters. a gantry; a multi-leaf collimator coupled to the gantry; a radiation source coupled to the gantry; a support moveable along x, y, and z axes; a drive system operable to manipulate the position of the support; and a computer processor configured to execute a software program, the software program operable to: receive at least one image, generate a radiation therapy treatment plan including a plurality of fractions of treatment and a radiation dose for each of the plurality of fractions based on the at least one image, characterized in that the software program is also operable to, prior to delivering one of the plurality of fractions, determine operational parameters based on the radiation therapy treatment plan, wherein the operational parameters include changing a speed and changing movement of the support in the x, y, or z directions of the support during delivery of the radiation therapy treatment plan; and to control the drive system to move the support at varying speeds and varying directions in accordance with the operational parameters. receive at least one image, generate a radiation therapy treatment plan including a plurality of fractions of treatment and a radiation dose for each of the plurality of fractions based on the at least one image, characterized in that the software program is also operable to, prior to delivering one of the plurality of fractions, determine operational parameters based on the radiation therapy treatment plan, wherein the operational parameters include changing a speed and changing movement of the support in the x, y, or z directions of the support during delivery of the radiation therapy treatment plan; and to control the drive system to move the support at varying speeds and varying directions in accordance with the operational parameters.
A compound of Formula or a pharmaceutically acceptable salt thereof: wherein each R 1 is independently H or C 1-6 acyl; R 2 is selected from the group consisting of: OC NR 5 2, NHR 7, O(SO 2)N(CH 3) 2, azetidin-1-yl, 3-hydroxyazetidin-1-yl, and pyrrolidin-2-one-1-yl; R 3 is H or CH 3; R 4 is CH 3, CH 2 CH 3, or (CH 2) 2 CH 3; each R 5 is independently H or an optionally substituted C 1-6 alkyl; and R 7 is selected from the group consisting of: C 3-6 cycloalkyl, tetrahydro-2H-pyran-4-yl, benzyl, and 1H-pyrazol-3-yl. each R 1 is independently H or C 1-6 acyl; R 2 is selected from the group consisting of: OC NR 5 2, NHR 7, O(SO 2)N(CH 3) 2, azetidin-1-yl, 3-hydroxyazetidin-1-yl, and pyrrolidin-2-one-1-yl; R 3 is H or CH 3; R 4 is CH 3, CH 2 CH 3, or (CH 2) 2 CH 3; each R 5 is independently H or an optionally substituted C 1-6 alkyl; and R 7 is selected from the group consisting of: C 3-6 cycloalkyl, tetrahydro-2H-pyran-4-yl, benzyl, and 1H-pyrazol-3-yl.
A battery cell system comprising: a plurality of battery cells abutting one another to form a battery cell stack; and a stack interface operatively connected to the battery cells wherein the stack interface includes a housing defining a center and an outer perimeter, wherein the stack interface includes a plurality of heat dissipating field effect transistors, FETs arranged more proximate to the outer perimeter than the center; wherein the stack interface defines an inner perimeter and the outer perimeter, wherein the FETs are positioned circumferentially spaced apart more proximate to the outer perimeter than the inner perimeter. a plurality of battery cells abutting one another to form a battery cell stack; and a stack interface operatively connected to the battery cells wherein the stack interface includes a housing defining a center and an outer perimeter, wherein the stack interface includes a plurality of heat dissipating field effect transistors, FETs arranged more proximate to the outer perimeter than the center; wherein the stack interface defines an inner perimeter and the outer perimeter, wherein the FETs are positioned circumferentially spaced apart more proximate to the outer perimeter than the inner perimeter.
A cooking appliance, comprising: an oven cavity having a cavity top, a cavity back, and cavity side walls, an interior side wall extending parallel to each of the cavity side walls defining a passage therebetween, and a plurality of side rails extending along the interior side walls, wherein further the rails are rotatable between a rest position in which no oven rack is installed and airflow is blocked, and an active position in which the oven rack is installed and airflow is provided, wherein each of the side walls define a set of air passages corresponding to each side rail and configured to provide convection air to the rack arranged on the respective side rail, wherein the appliance further comprises a lever in fixed to at least one of the rails and configured to be actuated upon rotation of the respective rail, wherein the appliance further comprises an air grate associated with at least one of the plurality of side rails and arranged within the passage between the interior side wall and the respective cavity side wall and wherein the air grate defines at least one grate openings, and configured to rest on the lever where the air grate is movable with the lever between a first position when the respective side rail is in a rest position, and a second position when the respective side rail is in the active position. an oven cavity having a cavity top, a cavity back, and cavity side walls, an interior side wall extending parallel to each of the cavity side walls defining a passage therebetween, and a plurality of side rails extending along the interior side walls, wherein further the rails are rotatable between a rest position in which no oven rack is installed and airflow is blocked, and an active position in which the oven rack is installed and airflow is provided, wherein each of the side walls define a set of air passages corresponding to each side rail and configured to provide convection air to the rack arranged on the respective side rail, wherein the appliance further comprises a lever in fixed to at least one of the rails and configured to be actuated upon rotation of the respective rail, wherein the appliance further comprises an air grate associated with at least one of the plurality of side rails and arranged within the passage between the interior side wall and the respective cavity side wall and wherein the air grate defines at least one grate openings, and configured to rest on the lever where the air grate is movable with the lever between a first position when the respective side rail is in a rest position, and a second position when the respective side rail is in the active position.
A method for exchanging charging information between a charging station and a POS system comprising: - enabling a charging process after receiving an enable signal in the charging station, - carry out a charging process at the charging station, - locking the charging station after completion of a charging process and before transmission of an energy meter reading to control centre comprising information on an energy quantity obtained at the charging station during the charging process from the charging station, Receiving the energy meter reading from the charging station in the control centre, subsequently transmitting at least the energy meter reading from the control centre to a POS system, wherein after the energy meter reading has been transmitted, an enabling signal for enabling a charging current in the charging station is received by the POS system in the control centre, and at least the release signal is then transmitted from the control centre to the charging station. - enabling a charging process after receiving an enable signal in the charging station, - carry out a charging process at the charging station, - locking the charging station after completion of a charging process and before transmission of an energy meter reading to control centre comprising information on an energy quantity obtained at the charging station during the charging process from the charging station,
A valve device for controlling media flows of any type by means of at least one valve control piston that is movably guided longitudinally in a valve housing and which controls a media connection between at least two media connection points (9, 11) in the valve housing, at least one of which is a pressure supply input and at least one other is a load outlet, the valve control piston being guided, pressure equalised, by means of at least one equalising mechanism at least with respect to the medium pressure prevailing at the respective pressure supply input within the valve housing, the valve control piston being designed as a hollow piston, characterised in that a cavity of the hollow piston leads coaxially into the load outlet and that the hollow piston is provided in the direction of its actuation side with at least one passage point designed as a damping bore as a component of the equalising mechanism which connects the cavity of the hollow piston, such as to convey media permanently, to an equalising chamber of the valve housing into which the valve control piston can be guided retractably within the valve housing.
A glass composition, comprising in weight percent: 60 - 70% SiO 2 12 - 16% Al 2 O 3 5 - 9 % Li 2 O 0.5 - 2% Na 2 O 0.5 - 8% ZrO 2 1 - 3% P 2 O 5 0 - 4% B 2 O 3 1 - 3% MgO 2 - 4% ZnO, and optionally 0.05 - 0.5% SnO 2 and comprising less than 2% by weight of total oxides other than those recited above.
A method, comprising: at an electronic device with one or more processors and memory storing instructions for execution by the one or more processors: sending a plurality of requests, including a first request from a first application to a second application for access by the first application to a resource of the electronic device, wherein the first and second applications run on an operating system of the electronic device; in response to respective requests of the plurality of requests, including the first request, using the second application to ask a user of the electronic device for permission for the first application to access the resource; receiving respective user inputs granting or denying permission for the first application to access the resource, comprising receiving a first user input providing permission for the first application to access the resource; storing records of the respective requests, respective user inputs, and respective context information for the electronic device; in response to the first user input, using the second application to grant permission to the first application to access the resource; and based on the records, presenting a recommendation to the user of a condition under which to grant or deny permission for the first application to access the resource, wherein conditions are limitations imposed on access to the resource and/or requirements to be satisfied in order for access to be permitted. sending a plurality of requests, including a first request from a first application to a second application for access by the first application to a resource of the electronic device, wherein the first and second applications run on an operating system of the electronic device; in response to respective requests of the plurality of requests, including the first request, using the second application to ask a user of the electronic device for permission for the first application to access the resource; receiving respective user inputs granting or denying permission for the first application to access the resource, comprising receiving a first user input providing permission for the first application to access the resource; storing records of the respective requests, respective user inputs, and respective context information for the electronic device; in response to the first user input, using the second application to grant permission to the first application to access the resource; and based on the records, presenting a recommendation to the user of a condition under which to grant or deny permission for the first application to access the resource, wherein conditions are limitations imposed on access to the resource and/or requirements to be satisfied in order for access to be permitted.
A direct current circuit breaker comprising: a first circuit portion which conducts or blocks a DC current; a measuring portion which measures the DC current which is conducted to the first circuit portion; a second circuit portion which conducts or blocks the DC current, which is bypassed from the first circuit portion, and controls the opening/closing of the first circuit portion according to a measuring result of the measuring portion; and wherein, in the first circuit portion and the second circuit portion, switching elements (21, 31), which are included in each of the first and second circuit portions(20, 30), are being arranged in a parallel structure, characterized in that the DC circuit breaker is further comprising arresters (60a, 60b) which are arranged at an input terminal, to which the DC current is inputted, and an output terminal, from which the DC current is outputted, respectively, wherein the arresters (60a, 60b) extinguish the remaining electrical energy after a circuit breaking operation of the DC circuit breaker. a first circuit portion which conducts or blocks a DC current; a measuring portion which measures the DC current which is conducted to the first circuit portion; a second circuit portion which conducts or blocks the DC current, which is bypassed from the first circuit portion, and controls the opening/closing of the first circuit portion according to a measuring result of the measuring portion; and wherein, in the first circuit portion and the second circuit portion, switching elements (21, 31), which are included in each of the first and second circuit portions(20, 30), are being arranged in a parallel structure, characterized in that the DC circuit breaker is further comprising arresters (60a, 60b) which are arranged at an input terminal, to which the DC current is inputted, and an output terminal, from which the DC current is outputted, respectively, wherein the arresters (60a, 60b) extinguish the remaining electrical energy after a circuit breaking operation of the DC circuit breaker.
A method for extracting keratin proteins comprising: (a) treating a keratin protein source with an oxidizing or reducing agent to solubilize keratin proteins; (b) separating the soluble proteins from the keratin protein source by high speed centrifugation to produce a clarified soluble keratin protein solution; and (c) dialyzing the clarified soluble keratin protein solution, wherein degradation of said keratin protein is minimized and wherein the dialysis is performed under conditions that maintain a transmembrane pressure from 30 psi to 40 psi (alpha) and 50 psi to 70 psi (gamma). (a) treating a keratin protein source with an oxidizing or reducing agent to solubilize keratin proteins; (b) separating the soluble proteins from the keratin protein source by high speed centrifugation to produce a clarified soluble keratin protein solution; and (c) dialyzing the clarified soluble keratin protein solution, wherein degradation of said keratin protein is minimized and wherein the dialysis is performed under conditions that maintain a transmembrane pressure from 30 psi to 40 psi (alpha) and 50 psi to 70 psi (gamma).
Method for sealing off a pipeline system or for sealing a gap or crack in a wall using a liquid-tight tube, by the liquid-tight tube being introduced into an existing gap to be sealed between two pipes or into an existing crack to be sealed in a pipe of the pipeline system, or into an existing gap or crack in a wall to be sealed, in particular in an expansion joint in a concrete wall, a liquid then being introduced into the tube via a supply opening arranged in the tube, such that the tube is filled with the liquid until the liquid emerges via a discharge opening which is arranged in the tube and is arranged in the region of the highest point of the tube in the gap or crack, by the discharge opening being subsequently closed such that the liquid no longer emerges, and by liquid being further supplied into the tube until the tube sealingly rests against the gap or crack.