mhurhangee/ep-ind-claims huggingface dataset:
A positive electrode composition for use in an alkaline, rechargeable electrochemical cell, said composition comprising: a matrix material comprising a mixture of nickel hydroxide and a cobalt material comprising cobalt metal and/or a cobalt oxide, and/or cobalt hydroxide, wherein the weight percent of cobalt in said mixture relative to the nickel component thereof is greater than 6% and less than or equal to 14%; and particles of nickel hydroxide dispersed in said matrix, said nickel hydroxide particles including cobalt, and characterized in that the atomic percent of said cobalt being greater than 8% and less than or equal to 15%. a matrix material comprising a mixture of nickel hydroxide and a cobalt material comprising cobalt metal and/or a cobalt oxide, and/or cobalt hydroxide, wherein the weight percent of cobalt in said mixture relative to the nickel component thereof is greater than 6% and less than or equal to 14%; and particles of nickel hydroxide dispersed in said matrix, said nickel hydroxide particles including cobalt, and characterized in that the atomic percent of said cobalt being greater than 8% and less than or equal to 15%.
A mobile elevating work platform which comprises: - a self-propelled base frame; - an elevating arm, one first end of which is jointed to the base frame and one second opposite free end of which is adapted to be fixed to an operating assembly; - a plurality of stabilisers associated to the base frame each of which is alternatively mobile between a working position, wherein it is laid on the ground, and a rest position, wherein it is lifted from the ground; - a pair of longitudinal track assemblies (31,32) opposite with respect to the base frame to lay it on the ground, - a pair of movement assemblies (33,34), wherein each movement assembly is configured to move a respective track assembly (31,32) relative to the base frame, between a position approached to the base frame and a position moved away from it, wherein each movement assembly (33,34) comprises at least a support rod (331,341) supporting at a first end (3310,3410) the respective track assembly (31,32), characterized in that a second end (3311,3411) of the support rod (331,341) opposite to the first end (3310,3410) of each movement assembly (33,34) is configured to be at least partially comprised in the lateral plan size of the opposite track assembly (31,32) when both track assemblies (31,32) are in the respective approached position. - a self-propelled base frame; - an elevating arm, one first end of which is jointed to the base frame and one second opposite free end of which is adapted to be fixed to an operating assembly; - a plurality of stabilisers associated to the base frame each of which is alternatively mobile between a working position, wherein it is laid on the ground, and a rest position, wherein it is lifted from the ground; - a pair of longitudinal track assemblies (31,32) opposite with respect to the base frame to lay it on the ground, - a pair of movement assemblies (33,34), wherein each movement assembly is configured to move a respective track assembly (31,32) relative to the base frame, between a position approached to the base frame and a position moved away from it, wherein each movement assembly (33,34) comprises at least a support rod (331,341) supporting at a first end (3310,3410) the respective track assembly (31,32),
Method for recognizing a trailer attached to a vehicle, the method comprising the steps of: - acquiring an image comprising at least a part of the trailer, - extracting at least one feature of the trailer from the image, and - determining whether the trailer is a known trailer when the at least one feature matches a stored pattern of the known trailer, characterized in that - the at least one feature and each pattern comprises at least one history feature, which has an intensity profile along a trajectory in the image, and - the trajectory corresponds to a circular arc about a pivot point on the vehicle about which a drawbar of the trailer pivots when the trailer is attached to the vehicle by means of the drawbar. - acquiring an image comprising at least a part of the trailer, - extracting at least one feature of the trailer from the image, and - determining whether the trailer is a known trailer when the at least one feature matches a stored pattern of the known trailer, - the at least one feature and each pattern comprises at least one history feature, which has an intensity profile along a trajectory in the image, and - the trajectory corresponds to a circular arc about a pivot point on the vehicle about which a drawbar of the trailer pivots when the trailer is attached to the vehicle by means of the drawbar.
A roof assembly for a vehicle having a roof opening in its roof, comprising - a pair of guide rails (5, 5') extending in a non-parallel way and at a distance from each other, - at least one closure element (3; 11), being adjustable in order to at least cover and at least partly open the opening in said vehicle roof, said closure element (3; 11) having two opposite sides adjacent to the guide rails, - at least one pair of sliding elements (10, 10') opposite of each other on each of said sides of the closure element (3; 11) for slidably engaging in the respective guide rail (5, 5'), said sliding elements being slidably connected to the closure element in a substantially lateral direction, and - a biasing device, for biasing the sliding elements (10, 10') relative to the closure element (3; 11) in a substantially lateral direction, characterized in that the biasing device is attached to the closure element (3; 11) on one end and is operatively connected to each pair of opposite sliding elements (10, 10') on the other end with interposition of a synchronizing device equalizing the movements of the sliding elements. - a pair of guide rails (5, 5') extending in a non-parallel way and at a distance from each other, - at least one closure element (3; 11), being adjustable in order to at least cover and at least partly open the opening in said vehicle roof, said closure element (3; 11) having two opposite sides adjacent to the guide rails, - at least one pair of sliding elements (10, 10') opposite of each other on each of said sides of the closure element (3; 11) for slidably engaging in the respective guide rail (5, 5'), said sliding elements being slidably connected to the closure element in a substantially lateral direction, and - a biasing device, for biasing the sliding elements (10, 10') relative to the closure element (3; 11) in a substantially lateral direction,
Method for joining a fastener to a workpiece, the method comprising the steps of: - providing a workpiece; - providing a fastener including an anchor section which extends between a first end section and a second end section along an anchor axis; a flange formed on and extending radially to the first end section of the anchor section, the flange being radially delimited by an outer edge, and the flange at least partially forms an application section, the application section being at a non-zero distance from the outer edge, wherein the fastener is a one-piece metal fastener; - applying an adhesive on the application section, wherein the adhesive is an UV-curing adhesive and the method further comprises the steps of - arranging the flange of the fastener on the carrier surface of the workpiece and pushing said flange against the workpiece such that the adhesive is squeezed toward the outer edges until it reaches the outer edges of the flange; - curing the adhesive at the outer edge of the flange by applying an UV radiation, such that the fastener is pre-assembled to the workpiece; - finishing the curing of the adhesive underneath the flange by anaerobical curing. - providing a workpiece; - providing a fastener including an anchor section which extends between a first end section and a second end section along an anchor axis; a flange formed on and extending radially to the first end section of the anchor section, the flange being radially delimited by an outer edge, and the flange at least partially forms an application section, the application section being at a non-zero distance from the outer edge, wherein the fastener is a one-piece metal fastener; - applying an adhesive on the application section, - arranging the flange of the fastener on the carrier surface of the workpiece and pushing said flange against the workpiece such that the adhesive is squeezed toward the outer edges until it reaches the outer edges of the flange; - curing the adhesive at the outer edge of the flange by applying an UV radiation, such that the fastener is pre-assembled to the workpiece; - finishing the curing of the adhesive underneath the flange by anaerobical curing.
A method of controlling headphones having external microphone signal pass-through functionality, the method comprising: controlling a display to present a geometric shape on the display; receiving an indication of digit motion from a sensor system associated with the display, the sensor system comprising a touch sensor system or a gesture sensor system, the indication including an indication of a direction of digit motion relative to the display; characterised in that the method further comprises: controlling the display to present a sequence of images indicating that the geometric shape either enlarges or contracts, depending on the direction of digit motion; and changing a headphone transparency setting according to a current size of the geometric shape, wherein the headphone transparency setting corresponds to both an external microphone signal gain setting and a media signal gain setting. controlling a display to present a geometric shape on the display; receiving an indication of digit motion from a sensor system associated with the display, the sensor system comprising a touch sensor system or a gesture sensor system, the indication including an indication of a direction of digit motion relative to the display; characterised in that the method further comprises: controlling the display to present a sequence of images indicating that the geometric shape either enlarges or contracts, depending on the direction of digit motion; and changing a headphone transparency setting according to a current size of the geometric shape, wherein the headphone transparency setting corresponds to both an external microphone signal gain setting and a media signal gain setting. controlling the display to present a sequence of images indicating that the geometric shape either enlarges or contracts, depending on the direction of digit motion; and changing a headphone transparency setting according to a current size of the geometric shape, wherein the headphone transparency setting corresponds to both an external microphone signal gain setting and a media signal gain setting.
A method for manufacturing a high-strength galvanized steel sheet excellent in formability, comprising manufacturing a cold-rolled steel sheet by subjecting a slab consisting of - on a mass basis - 0.05% to 0.5% C, 0.01% to 2.5% Si, 0.5% to 3.5% Mn, 0.003% to 0.100% P, 0.02% or less S, and 0.010% to 0.5% Al, optionally further containing on a mass basis at least one selected from the group consisting of 0.005% to 2.00% Cr, 0.005% to 2.00% Mo, 0.005% to 2.00% V, 0.005% to 2.00% Ni, 0.005% to 2.00% Cu, 0.01% to 0.20% Ti, 0.01% to 0.20% Nb, 0.0002% to 0.005% B, 0.001% to 0.005% Ca and 0.001% to 0.005% of a REM, the remainder being Fe and unavoidable impurities to hot rolling and then cold rolling; annealing the cold-rolled steel sheet in such a manner that the sheet is heated from a temperature 50°C lower than the Ac 3 transformation point to the Ac 3 transformation point at an average rate of 2 °C/s or less, soaked by holding the sheet at a temperature not lower than the Ac 3 transformation point for 10 s or more, cooled to a temperature 100°C to 200°C lower than the Ms point at an average rate of 20 °C/s or more, and then reheated at 300°C to 600°C for 1 to 600 s; and galvanizing the resulting sheet.
Laser printing method comprising the following steps: (a) providing a receiving substrate, (b) providing a target substrate comprising a transparent substrate, one face of which presents a coating made of a solid metal film, (c) locally irradiating said film through said transparent substrate by means of a first laser to reach the melting point of the metal in a target zone of said film that is in liquid form, (d) irradiating said liquid film through the transparent substrate by means of a second laser on said target zone defined in step (c), to form a liquid jet in said target zone and to perform its ejection from the substrate in the form of molten metal, (e) depositing a drop of molten metal on a defined receiving zone of the receiving substrate, said drop solidifying as it cools. (a) providing a receiving substrate, (b) providing a target substrate comprising a transparent substrate, one face of which presents a coating made of a solid metal film, (c) locally irradiating said film through said transparent substrate by means of a first laser to reach the melting point of the metal in a target zone of said film that is in liquid form, (d) irradiating said liquid film through the transparent substrate by means of a second laser on said target zone defined in step (c), to form a liquid jet in said target zone and to perform its ejection from the substrate in the form of molten metal, (e) depositing a drop of molten metal on a defined receiving zone of the receiving substrate, said drop solidifying as it cools.
System to start-up a process for providing a particulate solid carbonaceous material to a pressurised gasification reactor comprising: a low pressure storage vessel fluidly connected to the inlet of a bulk materials pump, a first part of a transport conduit directly connecting the outlet of the bulk materials pump to an inlet of a diverter valve, a second part of the transport conduit connecting an outlet of the diverter valve to a burner as present in a reactor vessel, wherein said diverter valve is provided with a second outlet connecting a recycle conduit with the low pressure storage vessel and which diverter valve is adjustable to either fluidly connect the bulk materials pump to the burner or alternatively fluidly connect the bulk materials pump to the low pressure storage vessel, and wherein the diverter valve is configured to fluidly connect the bulk materials pump to the burner only after a mass flow of the particulate solid carbonaceous material in the transport conduit has reached a stable value. a low pressure storage vessel fluidly connected to the inlet of a bulk materials pump, a first part of a transport conduit directly connecting the outlet of the bulk materials pump to an inlet of a diverter valve, a second part of the transport conduit connecting an outlet of the diverter valve to a burner as present in a reactor vessel, wherein said diverter valve is provided with a second outlet connecting a recycle conduit with the low pressure storage vessel and which diverter valve is adjustable to either fluidly connect the bulk materials pump to the burner or alternatively fluidly connect the bulk materials pump to the low pressure storage vessel, and wherein the diverter valve is configured to fluidly connect the bulk materials pump to the burner only after a mass flow of the particulate solid carbonaceous material in the transport conduit has reached a stable value.
A computer implemented method for providing non-graphical dependency information in a graphical modeling environment, the method comprising: providing a graphical model, namely a block diagram, in the graphical modeling environment, wherein a user interface enables a user to add blocks to the model and change connections between the blocks, the connection representing signals between the blocks: analysing the model to determine whether the sort of the model can yield a plurality of possible sorted lists, wherein a directed graph is used to sort the blocks, wherein the directed graph consists of edges and vertices, the edges representing data dependencies between the vertices derived from non-virtual blocks of the block diagram, wherein all signals that connect to input ports of blocks without direct feed through are ignored; and receiving non-graphical model dependency information from a user for the graphical model, wherein the non-graphical model dependency information does not change a visual representation of the graphical model, wherein a sorted list of the plurality of possibles sorted lists is specified to indicate the execution order of the blocks of the block diagram, wherein the sort order of the sorted list is determined by an order provided through the edges of the directed graph and the non-graphical model dependency information. providing a graphical model, namely a block diagram, in the graphical modeling environment, wherein a user interface enables a user to add blocks to the model and change connections between the blocks, the connection representing signals between the blocks: analysing the model to determine whether the sort of the model can yield a plurality of possible sorted lists, wherein a directed graph is used to sort the blocks, wherein the directed graph consists of edges and vertices, the edges representing data dependencies between the vertices derived from non-virtual blocks of the block diagram, wherein all signals that connect to input ports of blocks without direct feed through are ignored; and receiving non-graphical model dependency information from a user for the graphical model, wherein the non-graphical model dependency information does not change a visual representation of the graphical model, wherein a sorted list of the plurality of possibles sorted lists is specified to indicate the execution order of the blocks of the block diagram, wherein the sort order of the sorted list is determined by an order provided through the edges of the directed graph and the non-graphical model dependency information.
A fiber access terminal, comprising: a first housing and a second housing, wherein the first housing is connected to the second housing to form a receptacle and an opening, and the opening is located on a side of the receptacle; a mounting panel that is housed in the opening and connected to both the first housing and the second housing, wherein the mounting panel comprises an adapter mounting hole, and the adapter mounting hole passes through the receptacle to the outside of the fiber access terminal to mount a fiber adapter, characterized in that the fiber access terminal further comprises a fiber management tray, the fiber management tray is located in the receptacle and rotationally connected to the second housing, the mounting panel is fixedly connected to the fiber management tray, and the fiber management tray is configured to mount a fiber optic splitter and fasten an optical fiber. a first housing and a second housing, wherein the first housing is connected to the second housing to form a receptacle and an opening, and the opening is located on a side of the receptacle; a mounting panel that is housed in the opening and connected to both the first housing and the second housing, wherein the mounting panel comprises an adapter mounting hole, and the adapter mounting hole passes through the receptacle to the outside of the fiber access terminal to mount a fiber adapter, characterized in that the fiber access terminal further comprises a fiber management tray, the fiber management tray is located in the receptacle and rotationally connected to the second housing, the mounting panel is fixedly connected to the fiber management tray, and the fiber management tray is configured to mount a fiber optic splitter and fasten an optical fiber.
A method for wireless communication performed by a user equipment, UE, the method comprising: receiving, from a base station in a first transmission time interval, a code block group comprising a plurality of code blocks associated with a plurality of codewords, each codeword of the plurality of codewords associated with one of a plurality of decoding levels of a decoding procedure for the code block group; determining that the decoding procedure of code blocks associated with a first codeword is successful and a decoding procedure of code blocks associated with a second codeword is unsuccessful, wherein the first codeword is associated with a first and lower decoding level of the plurality of decoding levels and the second codeword is associated with a second and higher decoding level; transmitting, to the base station, a feedback message comprising a first indicator that the decoding procedure was unsuccessful for the code block group and a second indicator of a lowest decoding level of the code blocks for which the decoding procedure was unsuccessful, the lowest decoding level being one of the plurality of decoding levels; and receiving, from the base station in a second transmission time interval and based at least in part on the transmitted feedback message, a retransmission of code blocks included in the failed code block group and corresponding to a codeword of the lowest failing decoding level. receiving, from a base station in a first transmission time interval, a code block group comprising a plurality of code blocks associated with a plurality of codewords, each codeword of the plurality of codewords associated with one of a plurality of decoding levels of a decoding procedure for the code block group; determining that the decoding procedure of code blocks associated with a first codeword is successful and a decoding procedure of code blocks associated with a second codeword is unsuccessful, wherein the first codeword is associated with a first and lower decoding level of the plurality of decoding levels and the second codeword is associated with a second and higher decoding level; transmitting, to the base station, a feedback message comprising a first indicator that the decoding procedure was unsuccessful for the code block group and a second indicator of a lowest decoding level of the code blocks for which the decoding procedure was unsuccessful, the lowest decoding level being one of the plurality of decoding levels; and receiving, from the base station in a second transmission time interval and based at least in part on the transmitted feedback message, a retransmission of code blocks included in the failed code block group and corresponding to a codeword of the lowest failing decoding level.
Crockery basket of a dishwasher for receiving pieces of crockery, comprising a bottom and lateral parts (3.1, 3.2, 3.3) framing the bottom, wherein at least two substantially parallel rows of rods for holding the pieces of crockery are arranged on the bottom, each row consisting of at least one base wire (5.2) for the rods and at least one row of rods which is fixed to the base wire and consists of individual rod wires (5.1), characterised in that at least two adjacent rod wires (5.1) of a row of rods have a bend (5.3) in the direction of the second row of rods, which can serve as a support for the pieces of crockery (4.2), wherein the bend (5.3) is arranged at a spacing from the bottom of the crockery basket, so that pieces of crockery (4.2), in particular glasses, received between two rows of rods do not touch the bottom of the crockery basket.