mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for treating vascular aneurysms, comprising: a radially expandable substantially cylindrical structure formed from a plurality of support members and defining a plurality of openings; and at least one reactive material strand, the reactive material strand having a non-reacted state and a reacted state, wherein the reactive material strand in the reacted state is configured to restrict a flow of blood to an aneurysm, characterised in that the at least one reactive material strand is wrapped around a portion of at least one of the plurality of support members. a radially expandable substantially cylindrical structure formed from a plurality of support members and defining a plurality of openings; and at least one reactive material strand, the reactive material strand having a non-reacted state and a reacted state, wherein the reactive material strand in the reacted state is configured to restrict a flow of blood to an aneurysm, characterised in that the at least one reactive material strand is wrapped around a portion of at least one of the plurality of support members.
A hydrocarbon recovery system including a plurality of tools (102;402), comprising: a remote controller (106;200); and a control device communicatively coupled to the remote controller, the control device configured to: store screen content related to operation of one of the plurality of tools and a control scheme associated with the screen content, the control scheme defining correlations between inputs from an input device (134;208;210;212) of the remote controller and actions performed based on the inputs; transmit the screen content and control scheme associated with the screen content to the remote controller for display; receive a command to operate one of the plurality of tools from the remote controller; based on the command, generate one or more instructions executable by a controller associated with the one of the plurality of tools; and transmit the one or more instructions to the one of the plurality of tools. a remote controller (106;200); and a control device communicatively coupled to the remote controller, the control device configured to: store screen content related to operation of one of the plurality of tools and a control scheme associated with the screen content, the control scheme defining correlations between inputs from an input device (134;208;210;212) of the remote controller and actions performed based on the inputs; transmit the screen content and control scheme associated with the screen content to the remote controller for display; receive a command to operate one of the plurality of tools from the remote controller; based on the command, generate one or more instructions executable by a controller associated with the one of the plurality of tools; and transmit the one or more instructions to the one of the plurality of tools. store screen content related to operation of one of the plurality of tools and a control scheme associated with the screen content, the control scheme defining correlations between inputs from an input device (134;208;210;212) of the remote controller and actions performed based on the inputs; transmit the screen content and control scheme associated with the screen content to the remote controller for display; receive a command to operate one of the plurality of tools from the remote controller; based on the command, generate one or more instructions executable by a controller associated with the one of the plurality of tools; and transmit the one or more instructions to the one of the plurality of tools.
A cooling tower system, comprising: a cooling tower; at least two make-up water inlet streams configured to supply water to the cooling tower; a blowdown stream configured to remove water from the cooling tower; at least one sensor monitoring water in each of the make-up water inlet streams; and a controller operably connected to the at least one sensor; characterized in that the cooling tower system further comprises one or more chemical injection pumps configured to inject a chemical additive into the make-up water; and a distributed control system operably connected to the controller and configured to activate the chemical injection pumps. a cooling tower; at least two make-up water inlet streams configured to supply water to the cooling tower; a blowdown stream configured to remove water from the cooling tower; at least one sensor monitoring water in each of the make-up water inlet streams; and a controller operably connected to the at least one sensor; characterized in that the cooling tower system further comprises one or more chemical injection pumps configured to inject a chemical additive into the make-up water; and a distributed control system operably connected to the controller and configured to activate the chemical injection pumps.
Device for controlling the electrical power supply of a plurality of light sources, the plurality of light sources being divided into at least two groups (10, 20) of light sources, each group having specific current needs, the device comprising, for each group, a branch comprising a voltage converter of the step-up type (110, 112) and a voltage converter of the step-down type (130, 132) connected in series and configured to convert an input voltage into a load voltage, each voltage converter of the step-down type (130, 132) being configured to supply the load voltage to the group (10, 20) of light sources that is connected as a load of the respective branch, characterized in that the converters of the step-up type (110, 112) of each branch are configured to operate as a multiphase step-up converter, said converters of the step-up type (110, 112) being connected to the output and configured to supply a common output voltage (V BOOST), in that the device furthermore comprises control means configured to adapt the input current of the step-up converter (110, 112) of each branch according to the specific current needs of the group (10, 20) connected as a load of the respective branch, in that the control means are configured to adapt the input current of the step-up converter (110, 122) of each branch as a function of a voltage value (111, 113) representative of the average input current of the step-up converter (110, 112) of the branch and as a function of a fraction of the average value of the common output voltage (V BOOST) of the multiphase converter, and in that the control means comprise a comparator for each branch, the comparator being configured to compare the voltage value (111, 113) representative of the average input current of the step-up converters (110, 112) of the branch with the fraction of the average value of the common output voltage (V BOOST) of the multiphase step-up converter, the respective fractions defining the specific current needs of the groups (10, 20) connected as loads of the respective branches, and in which the control means comprise interruption means (141, 143) for each of the step-up converters (110, 112) configured to interrupt a current operating cycle of a step-up converter (110, 112) if the voltage value (111, 113) representative of the average input current of the step-up converter (110, 112) of the branch relating to it exceeds the fraction of the average value of the common output voltage (V BOOST) of the multiphase step-up converter with which it is compared.
A monolithic display device comprising: a plurality of first pixels capable of emitting light in a first wavelength range, and a plurality of second pixels (R, G) capable of emitting light in a second wavelength range, the first pixels each comprising a gallium nitride light-emitting diode, and the second pixels (R, G) each comprising an organic light-emitting diode; and an integrated control circuit comprising, on the side of an upper surface, for each pixel (B, R, G), a metal connection pad, the light-emitting diodes of the first and second (R, G) pixels being arranged on the side of the upper surface of the control circuit, and the light-emitting diode of each pixel comprising a lower electrode (121, 133) connected to the metal connection pad of the pixel, wherein, in each pixel (B, R, G), the light-emitting diode of the pixel comprises at least one semiconductor layer (123, 125, 127, 139; 339R, 339G) coating the surface of the lower electrode (121, 133) opposite to the control circuit, and an upper electrode (131, 141) coating the surface of said at least one semiconductor layer opposite to the lower electrode, characterized in that the upper electrodes of the first pixels and the lower electrodes of the second pixels (R, G) are arranged in a same conductor level of the device. a plurality of first pixels capable of emitting light in a first wavelength range, and a plurality of second pixels (R, G) capable of emitting light in a second wavelength range, the first pixels each comprising a gallium nitride light-emitting diode, and the second pixels (R, G) each comprising an organic light-emitting diode; and an integrated control circuit comprising, on the side of an upper surface, for each pixel (B, R, G), a metal connection pad, the light-emitting diodes of the first and second (R, G) pixels being arranged on the side of the upper surface of the control circuit, and the light-emitting diode of each pixel comprising a lower electrode (121, 133) connected to the metal connection pad of the pixel, wherein, in each pixel (B, R, G), the light-emitting diode of the pixel comprises at least one semiconductor layer (123, 125, 127, 139; 339R, 339G) coating the surface of the lower electrode (121, 133) opposite to the control circuit, and an upper electrode (131, 141) coating the surface of said at least one semiconductor layer opposite to the lower electrode, characterized in that the upper electrodes of the first pixels and the lower electrodes of the second pixels (R, G) are arranged in a same conductor level of the device.
An electricity storage device comprising: - a plurality of electricity storage modules (40A to 40C), each including an electricity storage module case, a plurality of electricity storage cells housed in the electricity storage module case, and external terminals (41A to 41C, 42A to 42C) of positive and negative electrodes; - an electricity storage case in which the plurality of electricity storage modules (40A to 40C) are arranged and housed; - a plurality of wire harnesses (61 to 65) connected to the external terminals (41A to 41C, 42A to 42C) of the positive and negative electrodes of the electricity storage modules (40A to 40C); and - a vibration damping material provided in a space region between one surface of the electricity storage case and, among the plurality of wire harnesses (61 to 65), at least a wire harness including the longest length extending in an arrangement direction of the electricity storage modules (40A to 40C), characterized in that the wire harness including the longest length extending in the arrangement direction of the electricity storage modules (40A to 40C) is biased toward a side of the electricity storage module case by the one surface of the electricity storage case, through the vibration damping material. - a plurality of electricity storage modules (40A to 40C), each including an electricity storage module case, a plurality of electricity storage cells housed in the electricity storage module case, and external terminals (41A to 41C, 42A to 42C) of positive and negative electrodes; - an electricity storage case in which the plurality of electricity storage modules (40A to 40C) are arranged and housed; - a plurality of wire harnesses (61 to 65) connected to the external terminals (41A to 41C, 42A to 42C) of the positive and negative electrodes of the electricity storage modules (40A to 40C); and - a vibration damping material provided in a space region between one surface of the electricity storage case and, among the plurality of wire harnesses (61 to 65), at least a wire harness including the longest length extending in an arrangement direction of the electricity storage modules (40A to 40C),
A method for producing an ethylene-acrylic acid copolymer, the method comprising: a polymerization step of preparing an ethylene-acrylic acid copolymer by copolymerizing an ethylene monomer and an acrylic acid comonomer; and a discharging step of discharging the ethylene-acrylic acid copolymer to obtain a strand; wherein in the discharging step, a discharging temperature of the strand is controlled to be 200 to 300°C; and wherein in the discharging step, the residence time of the strand is 5 to 60 seconds. a polymerization step of preparing an ethylene-acrylic acid copolymer by copolymerizing an ethylene monomer and an acrylic acid comonomer; and a discharging step of discharging the ethylene-acrylic acid copolymer to obtain a strand; wherein in the discharging step, a discharging temperature of the strand is controlled to be 200 to 300°C; and wherein in the discharging step, the residence time of the strand is 5 to 60 seconds.
An optical biosensor device, comprising: a) a plurality of sensor regions; b) a plurality of objectives that are arranged such that each objective generates a primary image of one of the sensor regions; c) a light detector with an array of detector pixels as detector plane onto which said primary images are mapped, wherein all primary images are simultaneously mapped onto the detector plane, so that each primary image fills the whole detector plane; d) a light source for generating an input light beam that is directed towards the sensor regions; e) means for distinguishing between the primary images by color or illumination multiplexing. a) a plurality of sensor regions; b) a plurality of objectives that are arranged such that each objective generates a primary image of one of the sensor regions; c) a light detector with an array of detector pixels as detector plane onto which said primary images are mapped, wherein all primary images are simultaneously mapped onto the detector plane, so that each primary image fills the whole detector plane; d) a light source for generating an input light beam that is directed towards the sensor regions; e) means for distinguishing between the primary images by color or illumination multiplexing.
A float type drain trap comprising: a valve casing comprising an inlet, a valve chamber, and an outlet, a valve seat member attached to a lower portion of the valve chamber, a discharge passage formed in the valve seat member, the discharge passage communicating the valve chamber with the outlet, a float disposed in the valve chamber, the float being moveable between a position away from the valve seat member and a position seated on the valve seat member to open and close the discharge passage, an operation member having a tip end disposed in the discharge passage, wherein the operation member is externally operable in advanced and retracted positions, a valve member, provided on a middle portion of the operation member, that communicates between a periphery anterior to and a periphery posterior to the middle portion of the operation member when the operation member is in an advanced position and that blocks the periphery anterior to and the periphery posterior to the middle portion of the operation member from one another when the operation member is in a most retracted position, and a blow passage, provided inside the operation member, that comprises a transverse hole radially penetrating at the portion posterior to the valve member and a longitudinal hole that communicates with the transverse hole and axially penetrates towards the rear end of the operation member, whereby foreign material can be blown outside from the blow passage so that said foreign material does not flow downward toward the outlet. a valve casing comprising an inlet, a valve chamber, and an outlet, a valve seat member attached to a lower portion of the valve chamber, a discharge passage formed in the valve seat member, the discharge passage communicating the valve chamber with the outlet, a float disposed in the valve chamber, the float being moveable between a position away from the valve seat member and a position seated on the valve seat member to open and close the discharge passage, an operation member having a tip end disposed in the discharge passage, wherein the operation member is externally operable in advanced and retracted positions, a valve member, provided on a middle portion of the operation member, that communicates between a periphery anterior to and a periphery posterior to the middle portion of the operation member when the operation member is in an advanced position and that blocks the periphery anterior to and the periphery posterior to the middle portion of the operation member from one another when the operation member is in a most retracted position, and a blow passage, provided inside the operation member, that comprises a transverse hole radially penetrating at the portion posterior to the valve member and a longitudinal hole that communicates with the transverse hole and axially penetrates towards the rear end of the operation member, whereby foreign material can be blown outside from the blow passage so that said foreign material does not flow downward toward the outlet.
A system for secure data handling, the system comprising: at least one data gate, authentication data of users accessing the at least one data gate, at least one original file comprising content data and/or meta data, at least one virtual file comprising at least parts of the meta data, and at least one data storage (17a, 17b) wherein the at least one data gate is configured to generate and/or store the at least one virtual file on the basis of the at least one original file, wherein the at least one data gate is further configured to generate at least one encrypted file on the basis of the at least one original file using at least parts of the authentication data as key, wherein the at least one data gate is further configured to store the at least one encrypted file in predefined restricted regions with respect to the at least one data storage (17a, 17b), wherein access is forbidden between the predefined restricted regions and the at least one data storage (17a, 17b), wherein access is accepted between an allowed region and the at least one data storage (17a, 17b), wherein the at least one data storage (17a, 17b) is configured to manage handling of the at least one virtual file in workflows, wherein the at least one virtual file is stored on the at least one data storage (17a, 17b), and wherein whereas between the allowed region and a cloud environment a workflow is accepted, the respective workflow between the cloud environment and the predefined restricted regions is also accepted. at least one data gate, authentication data of users accessing the at least one data gate, at least one original file comprising content data and/or meta data, at least one virtual file comprising at least parts of the meta data, and at least one data storage (17a, 17b) wherein access is forbidden between the predefined restricted regions and the at least one data storage (17a, 17b), wherein access is accepted between an allowed region and the at least one data storage (17a, 17b), wherein the at least one data storage (17a, 17b) is configured to manage handling of the at least one virtual file in workflows, wherein the at least one virtual file is stored on the at least one data storage (17a, 17b), and wherein whereas between the allowed region and a cloud environment a workflow is accepted, the respective workflow between the cloud environment and the predefined restricted regions is also accepted.
A low-odor liquid disinfectant/decontamination composition having sporicidal capabilities, comprising: a) a liquid comprising an acetyl donor in a solvent, wherein the acetyl donor comprises diacetylmethylamin (DAMA), and wherein DAMA is present in the acetyl donor portion in amounts ranging from 0.5 to 10 weight percent based upon the total weight of the components of the composition; b) a hydrogen peroxide solution, wherein the hydrogen peroxide has a pH of 4.5 and is present in solution in amounts less than 8 wt. %, prior to mixing with other components; c) an amine alkalinity source, wherein the alkalinity source comprises an anhydrous ammonia, ammonium hydroxide, triethylamine, triethanolamine, ethanolamine, diethanolamine, 2-(methylamino) ethanol, R-(-)-2- amino-1-butanol, 2(tert-butylamino) ethanol, or 2-(2-amino ethylamino) ethanol, or combinations thereof; d) optionally, a surfactant included in the liquid acetyl donor portion; e) optionally, a buffer; and water, wherein the liquid acetyl donor, hydrogen peroxide solution and alkalinity source are mixed just prior to use to form a peracetic acid solution having a pH of from 4 to 8. a) a liquid comprising an acetyl donor in a solvent, wherein the acetyl donor comprises diacetylmethylamin (DAMA), and wherein DAMA is present in the acetyl donor portion in amounts ranging from 0.5 to 10 weight percent based upon the total weight of the components of the composition; b) a hydrogen peroxide solution, wherein the hydrogen peroxide has a pH of 4.5 and is present in solution in amounts less than 8 wt. %, prior to mixing with other components; c) an amine alkalinity source, wherein the alkalinity source comprises an anhydrous ammonia, ammonium hydroxide, triethylamine, triethanolamine, ethanolamine, diethanolamine, 2-(methylamino) ethanol, R-(-)-2- amino-1-butanol, 2(tert-butylamino) ethanol, or 2-(2-amino ethylamino) ethanol, or combinations thereof; d) optionally, a surfactant included in the liquid acetyl donor portion; e) optionally, a buffer; and water,
A tibial insert, comprising: a base; a post extending from the base along a longitudinal axis, the post having a medial surface, a lateral surface, and a height along the longitudinal axis, the medial surface having a medial section, and the lateral surface having a lateral section oriented substantially parallel to the medial section, the medial section and the lateral section each having a width in a substantially anterior-posterior direction, characterised in that the medial section and the lateral section each extend such that, along at least half of the height of the post, the width of the medial section and width of the lateral section in the substantially anterior-posterior direction at a given axial position along the longitudinal axis is between approximately one sixth and approximately two thirds of a largest width of the post in the substantially anterior-posterior direction at that axial position. a base; a post extending from the base along a longitudinal axis, the post having a medial surface, a lateral surface, and a height along the longitudinal axis, the medial surface having a medial section, and the lateral surface having a lateral section oriented substantially parallel to the medial section, the medial section and the lateral section each having a width in a substantially anterior-posterior direction, characterised in that the medial section and the lateral section each extend such that, along at least half of the height of the post, the width of the medial section and width of the lateral section in the substantially anterior-posterior direction at a given axial position along the longitudinal axis is between approximately one sixth and approximately two thirds of a largest width of the post in the substantially anterior-posterior direction at that axial position.