mhurhangee/ep-ind-claims huggingface dataset:
An inking station for a can body decorator, the inking station comprising: a fountain tank for holding and/or releasing ink; a blade for metering ink from the tank to a fountain roll; a series of rollers (122, 124, 126, 128, 130, 132, 134, 136, 138) for transferring ink from the fountain roll to a plate cylinder; and in which the series of rollers includes at least one oscillating roller (130, 132), each oscillating roller comprising: a fixed shaft, a clamp for fixing the position of the fixed shaft, a drive shaft movable relative to the fixed shaft, a cam for controlling movement of the drive shaft, and the inking station characterised in that each oscillating roller further comprises an outer shaft connected to the drive shaft and moveable in response to the cam controlled movement of the drive shaft, and an oscillating roller body which is rotatable when, in use, it contacts adjacent rollers in the inking station; whereby, in use, the cam driven axial movement of the outer shaft is transmitted to the outer face of the oscillating roller body and distributes ink uniformly across the adjacent roller, and contact of the outer oscillator roller body with adjacent rollers rotates the outer face of the roller. a fountain tank for holding and/or releasing ink; a blade for metering ink from the tank to a fountain roll; a series of rollers (122, 124, 126, 128, 130, 132, 134, 136, 138) for transferring ink from the fountain roll to a plate cylinder; and in which the series of rollers includes at least one oscillating roller (130, 132), each oscillating roller comprising: a fixed shaft, a clamp for fixing the position of the fixed shaft, a drive shaft movable relative to the fixed shaft, a cam for controlling movement of the drive shaft, a fixed shaft, a clamp for fixing the position of the fixed shaft, a drive shaft movable relative to the fixed shaft, a cam for controlling movement of the drive shaft, and the inking station characterised in that each oscillating roller further comprises an outer shaft connected to the drive shaft and moveable in response to the cam controlled movement of the drive shaft, and an oscillating roller body which is rotatable when, in use, it contacts adjacent rollers in the inking station; whereby, in use, the cam driven axial movement of the outer shaft is transmitted to the outer face of the oscillating roller body and distributes ink uniformly across the adjacent roller, and contact of the outer oscillator roller body with adjacent rollers rotates the outer face of the roller. an outer shaft connected to the drive shaft and moveable in response to the cam controlled movement of the drive shaft, and an oscillating roller body which is rotatable when, in use, it contacts adjacent rollers in the inking station; whereby, in use, the cam driven axial movement of the outer shaft is transmitted to the outer face of the oscillating roller body and distributes ink uniformly across the adjacent roller, and contact of the outer oscillator roller body with adjacent rollers rotates the outer face of the roller.
A method for use with a data integration or other computing environment comprising: processing an accessed data, to perform a metadata analysis of the accessed data, wherein the metadata analysis includes determining a classification of the accessed data; sending, to a knowledge source of a system, a query for semantic actions, defining data transformations, enabled for the accessed data, wherein the query indicates the classification of the accessed data, wherein the semantic actions are defined by metadata determined during the metadata analysis; receiving, from the knowledge source, a response to the query, wherein the response indicates one or more semantic actions enabled for the accessed data and identified based on the classification of the data; and displaying, at a graphical user interface, selected ones of the semantic actions enabled for the accessed data, for selection and use with the accessed data, including automatically providing or updating a list of the selected ones of the semantic actions enabled for the accessed data, during the processing of the accessed data. processing an accessed data, to perform a metadata analysis of the accessed data, wherein the metadata analysis includes determining a classification of the accessed data; sending, to a knowledge source of a system, a query for semantic actions, defining data transformations, enabled for the accessed data, wherein the query indicates the classification of the accessed data, wherein the semantic actions are defined by metadata determined during the metadata analysis; receiving, from the knowledge source, a response to the query, wherein the response indicates one or more semantic actions enabled for the accessed data and identified based on the classification of the data; and displaying, at a graphical user interface, selected ones of the semantic actions enabled for the accessed data, for selection and use with the accessed data, including automatically providing or updating a list of the selected ones of the semantic actions enabled for the accessed data, during the processing of the accessed data.
A shovel comprising: a lower traveling body; an upper turning body turnably mounted on the lower traveling body; a cab mounted on the upper turning body; an attachment attached to the upper turning body; a control device (30, 50) configured to move an end attachment of the attachment relative to an intended work surface in response to a predetermined operation input related to the attachment; and a display device, wherein the control device (30, 50) is configured to display information on hardness of a ground on the display device characterised in that the information is provided by a movement of the end attachment along the intended work surface. a lower traveling body; an upper turning body turnably mounted on the lower traveling body; a cab mounted on the upper turning body; an attachment attached to the upper turning body; a control device (30, 50) configured to move an end attachment of the attachment relative to an intended work surface in response to a predetermined operation input related to the attachment; and a display device,
A method for comparative analysis of the expression level(s) of a target miRNA(s) among a plurality of body fluid samples, said method comprising: a measurement step of simultaneously measuring the expression level(s) of a target miRNA(s) and the expression level(s) of one or more correcting endogenous miRNAs selected from the correcting endogenous miRNAs shown in SEQ ID NOs: 1 to 10 in the respective body fluid samples; a representative-value-obtaining step of obtaining a representative value for each of said plurality of body fluid samples from a measured value(s) of the expression level(s) of the one or more correcting endogenous miRNAs selected from the correcting endogenous miRNAs shown in SEQ ID NOs:1 to 10; a correction-factor-obtaining step of obtaining, as a correction factor for correction of the expression level(s) of the target miRNA(s) in each body fluid sample, the difference or the ratio between a reference value that is arbitrarily set in connection with the expression level(s) of the correcting endogenous miRNA(s) and the representative value for said each body fluid sample obtained in the representative-value-obtaining step; and a correction step of correcting the expression level(s) of the target miRNA(s) measured in each body fluid sample using the correction factor obtained for said each body fluid sample. a measurement step of simultaneously measuring the expression level(s) of a target miRNA(s) and the expression level(s) of one or more correcting endogenous miRNAs selected from the correcting endogenous miRNAs shown in SEQ ID NOs: 1 to 10 in the respective body fluid samples; a representative-value-obtaining step of obtaining a representative value for each of said plurality of body fluid samples from a measured value(s) of the expression level(s) of the one or more correcting endogenous miRNAs selected from the correcting endogenous miRNAs shown in SEQ ID NOs:1 to 10; a correction-factor-obtaining step of obtaining, as a correction factor for correction of the expression level(s) of the target miRNA(s) in each body fluid sample, the difference or the ratio between a reference value that is arbitrarily set in connection with the expression level(s) of the correcting endogenous miRNA(s) and the representative value for said each body fluid sample obtained in the representative-value-obtaining step; and a correction step of correcting the expression level(s) of the target miRNA(s) measured in each body fluid sample using the correction factor obtained for said each body fluid sample.
A wound dressing comprising: a breathable film; a fluid-absorption layer; and a fluid-wicking layer for directing fluid towards the absorbent layer; wherein the fluid-absorption layer has a saline absorption capacity of at least about 50 wt% based on the weight of the fluid-absorption layer; wherein the fluid-absorption layer is positioned laterally to the fluid-wicking layer and breathable film; wherein the breathable film is transparent; wherein the fluid-wicking layer is transparent wherein at least part of the wound dressing is transparent and the transparent part of the wound dressing enables observation of the wound. a breathable film; a fluid-absorption layer; and a fluid-wicking layer for directing fluid towards the absorbent layer; wherein the fluid-absorption layer has a saline absorption capacity of at least about 50 wt% based on the weight of the fluid-absorption layer; wherein the fluid-absorption layer is positioned laterally to the fluid-wicking layer and breathable film; wherein the breathable film is transparent; wherein the fluid-wicking layer is transparent wherein at least part of the wound dressing is transparent and the transparent part of the wound dressing enables observation of the wound.
A method of deep sea mining on a seafloor, comprising: mining solids from the seafloor with a subsea miner; pumping the solids from the subsea miner through a jumper; pumping the solids from the jumper through a riser system to a surface vessel monitoring the distance between the subsea miner and at least one subsea pump module; and adjusting the distance between the subsea miner and the at least one subsea pump module to ensure the distance between the two stay within a tolerance to minimize the force on the subsea miner, characterized by: dewatering the solids and pumping wastewater from the dewatering into water injection lines (135A, 135B) which are piggy backed onto a main tube of the riser system down to a compression chamber of the subsea pump module, and powering the compression chamber of the subsea pump module with wastewater from the water injection lines to lift the solids to the surface vessel. mining solids from the seafloor with a subsea miner; pumping the solids from the subsea miner through a jumper; pumping the solids from the jumper through a riser system to a surface vessel monitoring the distance between the subsea miner and at least one subsea pump module; and adjusting the distance between the subsea miner and the at least one subsea pump module to ensure the distance between the two stay within a tolerance to minimize the force on the subsea miner, characterized by: dewatering the solids and pumping wastewater from the dewatering into water injection lines (135A, 135B) which are piggy backed onto a main tube of the riser system down to a compression chamber of the subsea pump module, and powering the compression chamber of the subsea pump module with wastewater from the water injection lines to lift the solids to the surface vessel. dewatering the solids and pumping wastewater from the dewatering into water injection lines (135A, 135B) which are piggy backed onto a main tube of the riser system down to a compression chamber of the subsea pump module, and powering the compression chamber of the subsea pump module with wastewater from the water injection lines to lift the solids to the surface vessel.
A method of preparing a non-gelling, solubilized extracellular matrix composition, comprising, in order: (i) terminally sterilizing intact extracellular matrix material to produce terminally sterilized intact ECM material, (ii) solubilizing the terminally sterilized intact ECM material by digestion with an acid protease in an acidic solution to produce a digest solution, and (iii) raising the pH of the digest solution to a pH between 7.2 and 7.8, preferably to 7.4, to produce a non-gelling, solubilized ECM composition, wherein the non-gelling solubilized ECM composition does not form a gel at 37°C.
An apparatus for applying rotational field narrow focused quantum magnetic resonance on a required area comprising means for delivery of the quantum magnetic resonance consisting of a plurality of quantum magnetic resonance guns, a traveling platform for carrying the person under treatment, an electronic switching system for controlling the guns, further comprising a main computer having an on board microprocessor for controlling said electronic switching system, further comprising means for cooling and dispersing the heat generated during the operation, wherein the main computer is an on board microcontroller based supervisory control system, the apparatus further comprising a high current and/or high voltage power supply sub-assembly along with a power controller sub-assembly to control the distribution of the power, a signal modulator sub-assembly adapted to receive multiple commands from the supervisory control system and to modulate them to produce a unique quantum pulse that is supplyable to a high speed switching assembly for firing, further comprising a field rotator sub-assembly for receiving the rotational information from the supervisory control system and for sending it to the high speed switching assembly for the control of the field rotation.
A crystalline form of betrixaban maleate having: i) an X-ray powder diffraction pattern approximate to the X-ray powder diffraction pattern shown in Figure 2 or 3; or iv) a unit cell structure with the following cell parameters at 100 K: a = 8.284 Å, b = 18.082 Å, c = 18.681 Å, α = 71.22 °, β = 86.76 °, γ = 89.69 °, and V = 2645 A 3; or v) a unit cell structure with the following cell parameters at 273 K: a = 8.419 Å, b = 18.113 Å, c = 18.73 Å, α = 71.14 °, β = 86.71 °, γ = 89.31 °, and V = 2699 A 3. i) an X-ray powder diffraction pattern approximate to the X-ray powder diffraction pattern shown in Figure 2 or 3; or iv) a unit cell structure with the following cell parameters at 100 K: a = 8.284 Å, b = 18.082 Å, c = 18.681 Å, α = 71.22 °, β = 86.76 °, γ = 89.69 °, and V = 2645 A 3; or v) a unit cell structure with the following cell parameters at 273 K: a = 8.419 Å, b = 18.113 Å, c = 18.73 Å, α = 71.14 °, β = 86.71 °, γ = 89.31 °, and V = 2699 A 3.
A vehicle light assembly comprising: - a flexible lighting strip comprising a multitude of light-emitting diodes, wherein the flexible lighting strip is arranged to be bended around at least two, more preferred three linear independent axes; - an optically passive lighting strip terminator, wherein the lighting strip terminator is coupled to a lateral end surface of the flexible lighting strip, perpendicular to the longitudinal extension and the light output surface of the flexible lighting strip, wherein the lighting strip terminator is arranged such that light emitted by the light emitting diodes leaving the flexible lighting strip via the end surface of the flexible lighting strip is at least partly recycled; - a light guiding structure comprising a light receiving surface and a primary light emission surface, wherein the light receiving surface is arranged to receive light emitted by the flexible lighting strip and the lighting strip terminator, wherein the primary light emission surface is arranged to emit at least a part of the light received via the light receiving surface, and wherein the light receiving surface is arranged to define a bending of the flexible lighting strip; - a coupling structure, wherein the coupling structure is arranged to mechanically couple the flexible lighting strip and the lighting strip terminator to the light receiving surface in accordance with the bending defined by the light receiving surface. - a flexible lighting strip comprising a multitude of light-emitting diodes, wherein the flexible lighting strip is arranged to be bended around at least two, more preferred three linear independent axes; - an optically passive lighting strip terminator, wherein the lighting strip terminator is coupled to a lateral end surface of the flexible lighting strip, perpendicular to the longitudinal extension and the light output surface of the flexible lighting strip, wherein the lighting strip terminator is arranged such that light emitted by the light emitting diodes leaving the flexible lighting strip via the end surface of the flexible lighting strip is at least partly recycled; - a light guiding structure comprising a light receiving surface and a primary light emission surface, wherein the light receiving surface is arranged to receive light emitted by the flexible lighting strip and the lighting strip terminator, wherein the primary light emission surface is arranged to emit at least a part of the light received via the light receiving surface, and wherein the light receiving surface is arranged to define a bending of the flexible lighting strip; - a coupling structure, wherein the coupling structure is arranged to mechanically couple the flexible lighting strip and the lighting strip terminator to the light receiving surface in accordance with the bending defined by the light receiving surface.
An authentication method, comprising: obtaining, by a server, a first key Ksm shared with a gateway; receiving, by the server, an encrypted first random factor Rand-M-Encry, a first data digest Data-Hash, and encrypted first data Data-Encry that are sent by a terminal, wherein the Rand-M-Encry is generated by the gateway by encrypting a first random factor Rand-M by using the Ksm, the Data-Hash is obtained by the terminal by performing an operation on a second key Ksx and first data Data based on a first preset algorithm, the Data-Encry is obtained by encrypting the Data by using the Ksx, the Ksx is generated by performing an operation on the Rand-M and a key Kpsa-xi that is shared by the terminal with the server by using a second preset algorithm, the Kpsa-xi, the first preset algorithm, and the second preset algorithm are preconfigured by the terminal and the server, and the Rand-M is generated by the gateway and sent to the terminal; decrypting, by the server, the Rand-M-Encry by using the stored Ksm, to obtain a second random factor Rand-M'; performing, by the server, an operation on the Rand-M' and the Kpsa-xi by using the second preset algorithm, to generate a third key K'sx; decrypting, by the server, the Data-Encry by using the K'sx, to obtain second data Data'; performing, by the server, an operation on the K'sx and the Data' based on the first preset algorithm to obtain a second data digest Data-Hash'; and if the Data-Hash' is the same as the Data-Hash, determining, by the server, that authentication on the terminal succeeds. obtaining, by a server, a first key Ksm shared with a gateway; receiving, by the server, an encrypted first random factor Rand-M-Encry, a first data digest Data-Hash, and encrypted first data Data-Encry that are sent by a terminal, wherein the Rand-M-Encry is generated by the gateway by encrypting a first random factor Rand-M by using the Ksm, the Data-Hash is obtained by the terminal by performing an operation on a second key Ksx and first data Data based on a first preset algorithm, the Data-Encry is obtained by encrypting the Data by using the Ksx, the Ksx is generated by performing an operation on the Rand-M and a key Kpsa-xi that is shared by the terminal with the server by using a second preset algorithm, the Kpsa-xi, the first preset algorithm, and the second preset algorithm are preconfigured by the terminal and the server, and the Rand-M is generated by the gateway and sent to the terminal; decrypting, by the server, the Rand-M-Encry by using the stored Ksm, to obtain a second random factor Rand-M'; performing, by the server, an operation on the Rand-M' and the Kpsa-xi by using the second preset algorithm, to generate a third key K'sx; decrypting, by the server, the Data-Encry by using the K'sx, to obtain second data Data'; performing, by the server, an operation on the K'sx and the Data' based on the first preset algorithm to obtain a second data digest Data-Hash'; and if the Data-Hash' is the same as the Data-Hash, determining, by the server, that authentication on the terminal succeeds.
A prepreg continuous production device comprising: a pair of heating rollers adjacent to each other and rotating around axes of rotation extending horizontally and parallel to each other; a pair of release sheet reels capable of unwinding release sheets toward peripheral surfaces of the pair of heating rollers; a cloth reel capable of unwinding cloth in between the pair of release sheets; and a resin supply device supplying a matrix resin to be accumulated above a gap portion positioned in a clearance of the pair of heating rollers and between the pair of release sheets, in which the heating rollers each rotate such that the peripheral surfaces of the heating rollers in the gap portion move from above to below and extrude, in a downward direction, the release sheets, the cloth, and the matrix resin passing through the gap portion from above to below in an overlaid state, and an adhesion amount of the matrix resin adhering to the cloth is controlled by varying an interval of the pair of heating rollers, characterized in that a pair of guides following the shape of the heating rollers are provided in the gap portion at both end portions of the adhesion range of the matrix resin in the axial direction of the heating rollers; and the pair of guides limits the adhesion range of the matrix resin to a range between both the guides. a pair of heating rollers adjacent to each other and rotating around axes of rotation extending horizontally and parallel to each other; a pair of release sheet reels capable of unwinding release sheets toward peripheral surfaces of the pair of heating rollers; a cloth reel capable of unwinding cloth in between the pair of release sheets; and a resin supply device supplying a matrix resin to be accumulated above a gap portion positioned in a clearance of the pair of heating rollers and between the pair of release sheets, in which the heating rollers each rotate such that the peripheral surfaces of the heating rollers in the gap portion move from above to below and extrude, in a downward direction, the release sheets, the cloth, and the matrix resin passing through the gap portion from above to below in an overlaid state, and an adhesion amount of the matrix resin adhering to the cloth is controlled by varying an interval of the pair of heating rollers, characterized in that a pair of guides following the shape of the heating rollers are provided in the gap portion at both end portions of the adhesion range of the matrix resin in the axial direction of the heating rollers; and the pair of guides limits the adhesion range of the matrix resin to a range between both the guides.