mhurhangee/ep-ind-claims huggingface dataset:
A machine readable medium on which are stored instructions, comprising instructions that when executed cause a firewall device to: create a dynamic object for use in a firewall rule, the dynamic object defining a variable set of corresponding devices; and populate the variable set of the dynamic object from data received from sources external to the firewall, wherein the instructions that when executed cause the firewall device to populate the variable set of the dynamic object comprise instructions that when executed cause the firewall device to: receive device data from a real-time data source; and populate the dynamic object with the received device data, wherein the dynamic object comprises a plurality of conditions generated based on the received device data; and evaluate the dynamic object as part of evaluating the firewall rule. create a dynamic object for use in a firewall rule, the dynamic object defining a variable set of corresponding devices; and populate the variable set of the dynamic object from data received from sources external to the firewall, receive device data from a real-time data source; and populate the dynamic object with the received device data, wherein the dynamic object comprises a plurality of conditions generated based on the received device data; and evaluate the dynamic object as part of evaluating the firewall rule.
A method for processing signals generated by the reflection of ultrasonic waves on defects of the structure of an object during the non-destructive testing of objects, such as pipes, bars, metal sheets or CFRP components of a planar or complex shape, the method comprising: - emitting a complete wavefront onto at least one section to be tested of the object by means of a phase-fixed control of a plurality of independent emission elements of a matrix phased array test probe, - receiving a wave reflected by the structure of the object by means of a plurality of receiver elements that are independent of one another with a recording, - digitizing and storing in a memory element (42, 46) the signals received by the receiver elements during a recording in digitalization steps, - reading out from the memory element (42, 46) the signal values of a recording stored for each digitalization step during the further reception (on-the-fly) and continuously modifying delay values and/or the number of receiver elements for each digitalization step of the read-out signal values. - emitting a complete wavefront onto at least one section to be tested of the object by means of a phase-fixed control of a plurality of independent emission elements of a matrix phased array test probe, - receiving a wave reflected by the structure of the object by means of a plurality of receiver elements that are independent of one another with a recording, - digitizing and storing in a memory element (42, 46) the signals received by the receiver elements during a recording in digitalization steps, - reading out from the memory element (42, 46) the signal values of a recording stored for each digitalization step during the further reception (on-the-fly) and continuously modifying delay values and/or the number of receiver elements for each digitalization step of the read-out signal values.
A scroll compressor, comprising: a support and an orbiting scroll assembly, wherein the orbiting scroll assembly is movably provided on the support; characterized by, a partition structure, provided between the support and the orbiting scroll assembly, wherein a first bearing chamber is formed between the partition structure and the orbiting scroll assembly, a second bearing chamber is formed between the partition structure and the support, the orbiting scroll assembly is provided with a first through hole in communication with the first bearing chamber, and the support is provided with a second through hole in communication with the second bearing chamber; and a first crankshaft, passing through the partition structure, wherein a first communication passage is formed between the first crankshaft and the partition structure, and the first bearing chamber is in communication with the second bearing chamber through the first communication passage to form a cavity. a support and an orbiting scroll assembly, wherein the orbiting scroll assembly is movably provided on the support; characterized by, a partition structure, provided between the support and the orbiting scroll assembly, wherein a first bearing chamber is formed between the partition structure and the orbiting scroll assembly, a second bearing chamber is formed between the partition structure and the support, the orbiting scroll assembly is provided with a first through hole in communication with the first bearing chamber, and the support is provided with a second through hole in communication with the second bearing chamber; and a first crankshaft, passing through the partition structure, wherein a first communication passage is formed between the first crankshaft and the partition structure, and the first bearing chamber is in communication with the second bearing chamber through the first communication passage to form a cavity.
An apparatus for dispensing cosmetic material, comprising: a dispensing assembly configured to receive at least one cartridge that contains a cosmetic material and to dispense a specified amount of the cosmetic material from the cartridge into a receiving area; a memory configured to receive and store dispensing information which includes the specified amount of the cosmetic material to be dispensed for each cartridge disposed in the dispensing assembly to achieve a specified single use of a cosmetic application; and circuitry configured to obtain the dispensing information from the memory and to control the dispensing assembly to dispense the cosmetic material from each cartridge disposed in the dispensing assembly into the receiving area according to the one or more specified amounts included in the dispensing information, wherein the receiving area is configured to be part of a detachable portion of the apparatus and the detachable portion is configured to be an enclosed container that holds the dispensed cosmetic material, the apparatus further comprising a manifold, having a plurality of manifold through holes, the manifold connected to and disposed on a nozzle of the cartridge, the receiving area being connected to and disposed above the manifold, wherein the circuitry controls the dispensing assembly to dispense a quantity of cosmetic material from the nozzle of the cartridge through one manifold through hole of the manifold, and into the receiving area. a dispensing assembly configured to receive at least one cartridge that contains a cosmetic material and to dispense a specified amount of the cosmetic material from the cartridge into a receiving area; a memory configured to receive and store dispensing information which includes the specified amount of the cosmetic material to be dispensed for each cartridge disposed in the dispensing assembly to achieve a specified single use of a cosmetic application; and circuitry configured to obtain the dispensing information from the memory and to control the dispensing assembly to dispense the cosmetic material from each cartridge disposed in the dispensing assembly into the receiving area according to the one or more specified amounts included in the dispensing information,
An information provision device for use in a vehicle comprising: a traveling state acquiring unit for acquiring traveling state data including at least one of a driving operation of a driver and a vehicle state; characterized by a first traveling state distribution calculating unit for calculating a plurality of traveling state distributions including a traveling state distribution of an immediately-previous time range indicating a current traveling state and a traveling state distribution of a time range different from the immediately-previous time range on the basis of the traveling state data acquired by the traveling state acquiring unit; a first driving instability determining unit (S4050,S4060) for estimating first driving instability on the basis of a difference value, representing a degree of difference between the plurality of traveling state distributions calculated by the first traveling state distribution calculating unit; a learning completion determining unit for determining that learning is completed when a predetermined learning time elapses from start of collection of the traveling state data; a second driving instability determining unit (S4070,S4080,S4090) for estimating second driving instability by comparing the traveling state distribution of the immediately-previous time range, which indicates the current traveling state and which is calculated on the basis of the traveling state data acquired by the traveling state acquiring unit, with a comparative traveling state distribution acquired on the basis of another traveling state data different from the traveling state data of the immediately-previous time range, wherein the another traveling state data is traveling state data acquired in another time range different from the immediately-previous time range, and wherein the another time range is changed depending on a degree of learning which is a ratio of the elapsed time from the start of collection of the traveling state data up to now to the predetermined learning time and the another time range is set to be larger with an increase in the degree of learning; an instability selecting unit for selecting the first driving instability when the learning is completed and selecting the second driving instability when the learning is not completed, on the basis of a determination result of the learning completion determining unit; and an information presenting unit for presenting instability information based on instability selected by the instability selecting unit between the first driving instability and the second driving instability to the driver. a traveling state acquiring unit for acquiring traveling state data including at least one of a driving operation of a driver and a vehicle state;
System comprising a clip fixing jig(30,50,70,90)and a clip member(5,40,60,80) in a molding die for molding a seat pad, the clip member(5,40,60,80) having a buried part(11, 84) to be buried in the seat pad provided with a groove portion to accommodate a portion of a seat cover, an extending part extending from the buried part into the groove portion, and a claw-like part formed to project from an end portion of the extending part and to catch a locking part provided on a reverse side of the seat cover, the clip fixing jig(30,50,70,90) comprising: a plate-like or annular bottom part; a wall part(32,33) which is erected along a whole outer peripheral edge of the bottom part and which forms, above the bottom part, an accommodation space for accommodating the extending part; and a fixing part for detachably fixing a predetermined part of the clip member(5,40,60,80), the fixing part being formed at a predetermined part provided in the accommodation space or being formed in the bottom part or the wall part(32,33). a plate-like or annular bottom part; a wall part(32,33) which is erected along a whole outer peripheral edge of the bottom part and which forms, above the bottom part, an accommodation space for accommodating the extending part; and a fixing part for detachably fixing a predetermined part of the clip member(5,40,60,80), the fixing part being formed at a predetermined part provided in the accommodation space or being formed in the bottom part or the wall part(32,33).
Irradiation device for an apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source, which irradiation device comprises at least one irradiation unit (6 - 8), preferably an optical unit, arranged in a housing of the irradiation device, wherein the irradiation device further comprises a stream generating device that is adapted to guide a gas stream that is adapted to be charged with residues present inside the housing through the housing of the irradiation device along a streaming path in which the gas stream at least partially streams alongside or through the at least one irradiation unit (6 - 8) for removing residues from the housing, wherein the streaming path at least partially extends from a bottom region to a top region of the housing, in particular from a floor to a ceiling of the housing.
A method of electrophoresing nucleic acids, the method comprising: electrophoresing a nucleic acid in which an intercalator having an anionic functional group has been inserted, applying a voltage across a channel filled with a buffer so that the nucleic acid introduced at a predetermined position in the channel is electrophoresed; and damming the nucleic acid moving to a positive-electrode end, wherein a pH of the buffer is 5 or less. electrophoresing a nucleic acid in which an intercalator having an anionic functional group has been inserted, applying a voltage across a channel filled with a buffer so that the nucleic acid introduced at a predetermined position in the channel is electrophoresed; and damming the nucleic acid moving to a positive-electrode end,
A rolling bearing comprising a radially outer ring, stationary or rotatably mounted and provided with a central and circumferential groove on its inner surface, at least a radially inner ring (12, 13), rotatably mounted when the outer ring is stationary, or stationary mounted when the outer ring is rotatable, at least a plurality of rolling bodies, interposed between the radially outer ring and said at least a radially inner ring (12, 13) and a grease dispenser device (20, 60, 70), accommodated into the grove of the radially outer ring wherein said dispenser device comprises a radially outer crown (21, 61, 71) on which at least a radially inner protrusion (22, 62, 72) is steadily fixed, the protrusion having a barrier function against the grease flow, characterized in that said at least a radially inner protrusion is a plurality of radial blades (22, 62, 72).
A bicycle handle grip, comprising a grip element for attachment to a bicycle handlebar, wherein the grip element includes a sleeve-shaped core element, which is made of a harder plastic, as a holding element of the grip element surrounding the core element, and wherein the core element comprises a particularly wing-shaped lug protruding into a support element connected to the holding element, characterized in that at least one electric switch for controlling an electric auxiliary motor is arranged in the grip element, the at least one electric switch is connected to an electronic element being arranged within the grip element for controlling the auxiliary motor and/or to a transmitter/receiver element arranged within the grip element for wireless data transmission, and the electronic element and/or the transmitter/receiver element are at least partially arranged within the core element and/or the lug of the core element.
A method comprising feeding fuel and oxidant into the combustion chamber of an apparatus comprising: (a) a combustion chamber having first and second opposed ends, (b) a burner within said combustion chamber at one of said opposed ends, and inlets for fuel and for oxidant to said burner from outside said apparatus: (c) a nozzle having an inlet and an outlet, wherein the inlet is at the other of said opposed ends of said combustion chamber, (d) a duct having an upstream end closed around the outlet of said nozzle and an open downstream end, and (e) a feeder tube having an inlet outside said apparatus and an outlet in said duct between the closed and open ends of said duct, wherein said combustion chamber, said nozzle, and said duct are coaxial; wherein said fuel and oxidant are fed through the respective inlets therefor; combusting said fuel and oxidant in said combustion chamber to produce a stream of hot gas comprising products of said combustion which stream passes through said nozzle into said duct, and feeding particulate solids through said feeder tube into said duct and entraining said solids in said stream of combustion products to form a mixed stream which passes out of the open end of said duct. feeding fuel and oxidant into the combustion chamber of an apparatus comprising: (a) a combustion chamber having first and second opposed ends, (b) a burner within said combustion chamber at one of said opposed ends, and inlets for fuel and for oxidant to said burner from outside said apparatus: (c) a nozzle having an inlet and an outlet, wherein the inlet is at the other of said opposed ends of said combustion chamber, (d) a duct having an upstream end closed around the outlet of said nozzle and an open downstream end, and (e) a feeder tube having an inlet outside said apparatus and an outlet in said duct between the closed and open ends of said duct, wherein said combustion chamber, said nozzle, and said duct are coaxial; wherein said fuel and oxidant are fed through the respective inlets therefor; (a) a combustion chamber having first and second opposed ends, (b) a burner within said combustion chamber at one of said opposed ends, and inlets for fuel and for oxidant to said burner from outside said apparatus: (c) a nozzle having an inlet and an outlet, wherein the inlet is at the other of said opposed ends of said combustion chamber, (d) a duct having an upstream end closed around the outlet of said nozzle and an open downstream end, and (e) a feeder tube having an inlet outside said apparatus and an outlet in said duct between the closed and open ends of said duct, wherein said combustion chamber, said nozzle, and said duct are coaxial; wherein said fuel and oxidant are fed through the respective inlets therefor; combusting said fuel and oxidant in said combustion chamber to produce a stream of hot gas comprising products of said combustion which stream passes through said nozzle into said duct, and feeding particulate solids through said feeder tube into said duct and entraining said solids in said stream of combustion products to form a mixed stream which passes out of the open end of said duct.
Process for producing nanoparticles of gold and/or of a metal of the platinum group by providing first particles of gold and/or of the platinum metal, which are suspended in an aqueous medium, wherein an inorganic oxidation agent is added to the aqueous medium, characterized in that the first particles suspended in the aqueous medium are generated by applying a first pulsed laser irradiation onto a metal containing body which contains gold and/or a metal of the platinum group arranged in an aqueous medium, or by wire erosion of a metal containing body in the form of a wire of gold and/or of the metal of the platinum group in the aqueous medium, wherein the aqueous medium is free from organic carbon compounds, that the medium with the first particles suspended therein is irradiated by a pulsed laser irradiation and that the inorganic oxidation agent in the aqueous medium has a higher redox potential than an oxidized form of gold and/or of the metal of the platinum group which is produced by the laser irradiation, whereby a suspension of the nanoparticles in the medium is generated.
A beverage chiller comprising: a first cylinder (716, 816) including a sidewall defined by an inner surface and an outer surface; a second cylinder (718, 818) including a sidewall defined by an inner surface and an outer surface, the second cylinder (718, 818) having a diameter less than a diameter of the first cylinder (716, 816) and disposed within the first cylinder (716, 816) with the inner surface of the first cylinder (716, 816) confronting the outer surface of the second cylinder (718, 818) to define a first reservoir between the first cylinder (716, 816) and the second cylinder (718, 818) for receiving a beverage to be chilled, the second cylinder (718, 818) further defining a chamber for receiving a chilling medium; a cup (702, 802) including a sidewall, the sidewall having an inner surface and an outer surface, the first cylinder (716, 816) disposed within the cup (702, 802) with the outer surface of the first cylinder (716, 816) confronting the inner surface of the cup (702, 802) to define a second reservoir for receiving a chilling medium; and characterized by a lid (104, 204, 304, 404, 504, 704, 804) including a sloping surface for directing the beverage to be chilled to a port fluidly communicating with the first reservoir, the first cylinder (716, 816) and the second cylinder (718, 818) being provided with circumferential protrusions (750, 756) configured to enable a snap fit with corresponding channels (748, 754) Z formed in the lid (104, 204, 304, 404, 504, 704, 804). a first cylinder (716, 816) including a sidewall defined by an inner surface and an outer surface; a second cylinder (718, 818) including a sidewall defined by an inner surface and an outer surface, the second cylinder (718, 818) having a diameter less than a diameter of the first cylinder (716, 816) and disposed within the first cylinder (716, 816) with the inner surface of the first cylinder (716, 816) confronting the outer surface of the second cylinder (718, 818) to define a first reservoir between the first cylinder (716, 816) and the second cylinder (718, 818) for receiving a beverage to be chilled, the second cylinder (718, 818) further defining a chamber for receiving a chilling medium; a cup (702, 802) including a sidewall, the sidewall having an inner surface and an outer surface, the first cylinder (716, 816) disposed within the cup (702, 802) with the outer surface of the first cylinder (716, 816) confronting the inner surface of the cup (702, 802) to define a second reservoir for receiving a chilling medium; and characterized by a lid (104, 204, 304, 404, 504, 704, 804) including a sloping surface for directing the beverage to be chilled to a port fluidly communicating with the first reservoir, the first cylinder (716, 816) and the second cylinder (718, 818) being provided with circumferential protrusions (750, 756) configured to enable a snap fit with corresponding channels (748, 754) Z formed in the lid (104, 204, 304, 404, 504, 704, 804).
A method of creating a non-shortening balloon with increased burst pressures, said method comprising: a) wrapping a wire core with at least one helically oriented anisotropic balloon material to form a balloon preform; b) exposing the helically oriented anisotropic balloon material to heat; c) removing the wire core; d) exposing the balloon preform to internal pressure at a reflow temperature; e) inflating the balloon preform into a balloon as it is continued to be exposed to said internal pressure at an increased temperature; and f) removing heat and internal pressure; wherein the wire core of step (a) is wrapped with at least two helically wrapped passes of the balloon material, in opposing directions, each with a wrap angle of less than 15 degrees with respect to the longitudinal axis. a) wrapping a wire core with at least one helically oriented anisotropic balloon material to form a balloon preform; b) exposing the helically oriented anisotropic balloon material to heat; c) removing the wire core; d) exposing the balloon preform to internal pressure at a reflow temperature; e) inflating the balloon preform into a balloon as it is continued to be exposed to said internal pressure at an increased temperature; and f) removing heat and internal pressure;