mhurhangee/ep-ind-claims huggingface dataset:
Computer case (60, 300) for a computer of an operator control system having a supporting arm for operating, controlling and/or visualizing an installation, - wherein a case wall is provided for the purpose of surrounding a case interior having at least a first, a second and a third case interior section (95, 100, 105), - wherein the case wall comprises at least a first wall section, a second wall section and a third wall section, - wherein each case interior section (95, 100, 105) is configured to accommodate a component (110, 115, 120) of the computer, - wherein the second wall section and the third wall section are arranged adjacent to the first wall section and extend away from the first wall section, - wherein the first wall section at least partially surrounds the first case interior section, the second wall section at least partially surrounds the second case interior section and the third wall section at least partially surrounds the third case interior section, - wherein the second wall section and the third wall section are arranged on a common side of the first wall section, - wherein the second wall section and the third wall section are arranged at a distance from one another, - wherein the supporting arm can be arranged in a manner partially running between the second wall section and the third wall section. - wherein a case wall is provided for the purpose of surrounding a case interior having at least a first, a second and a third case interior section (95, 100, 105), - wherein the case wall comprises at least a first wall section, a second wall section and a third wall section, - wherein each case interior section (95, 100, 105) is configured to accommodate a component (110, 115, 120) of the computer, - wherein the second wall section and the third wall section are arranged adjacent to the first wall section and extend away from the first wall section, - wherein the first wall section at least partially surrounds the first case interior section, the second wall section at least partially surrounds the second case interior section and the third wall section at least partially surrounds the third case interior section, - wherein the second wall section and the third wall section are arranged on a common side of the first wall section, - wherein the second wall section and the third wall section are arranged at a distance from one another, - wherein the supporting arm can be arranged in a manner partially running between the second wall section and the third wall section.
A lens power measurement device for measuring a power distribution of a contact lens, characterized by including: a power distribution calculating means adapted to determine power distribution information of the contact lens based on optical property measurement information of the contact lens; a correction target selecting means adapted to select correction target information including positive and negative abnormal peaks on both sides of a lens central axis in a lens central area from among the power distribution information obtained by the power distribution calculating means; and a smoothing means adapted to determine a corrected lens power by substituting the correction target information selected by the correction target selecting means with a correction function that smooths out a region across the both sides of the lens central axis. a power distribution calculating means adapted to determine power distribution information of the contact lens based on optical property measurement information of the contact lens; a correction target selecting means adapted to select correction target information including positive and negative abnormal peaks on both sides of a lens central axis in a lens central area from among the power distribution information obtained by the power distribution calculating means; and a smoothing means adapted to determine a corrected lens power by substituting the correction target information selected by the correction target selecting means with a correction function that smooths out a region across the both sides of the lens central axis.
A water-conserving shower system (10, 10', 100), comprising: a hot water source (18, 104); a cold water source (12, 102); a mixing valve fluidly coupled to the hot water source (18, 104) and to the cold water source (12, 102) to deliver a temperature-adjustable water flow at a mixing valve outlet; a dispensing device in the form of a shower head downstream from the mixing valve outlet to receive the water flow from the mixing valve outlet; a diverter valve, fluidly coupled between the mixing valve outlet and the dispensing device, the diverter valve having an inlet fluidly coupled to the mixing valve outlet, a first outlet coupled to the dispensing device and a second outlet fluidly couplable to a return conduit, the diverter valve being operable to direct the water flow from the inlet selectively either to the first outlet or to the second outlet, wherein the return conduit is coupled to one of the hot water source and the cold water source; a thermochromic conduit downstream from the mixing valve outlet and fluidly coupled either between the mixing valve outlet and the inlet of the diverter valve, or between the second outlet of the diverter valve and the return conduit, the thermochromic conduit being configured to provide a visible indication of the water flow having achieved a predetermined temperature by means of a change of colour at the predetermined temperature, wherein the thermochromic conduit has an internal wall comprising alternating lands and grooves. a hot water source (18, 104); a cold water source (12, 102); a mixing valve fluidly coupled to the hot water source (18, 104) and to the cold water source (12, 102) to deliver a temperature-adjustable water flow at a mixing valve outlet; a dispensing device in the form of a shower head downstream from the mixing valve outlet to receive the water flow from the mixing valve outlet; a diverter valve, fluidly coupled between the mixing valve outlet and the dispensing device, the diverter valve having an inlet fluidly coupled to the mixing valve outlet, a first outlet coupled to the dispensing device and a second outlet fluidly couplable to a return conduit, the diverter valve being operable to direct the water flow from the inlet selectively either to the first outlet or to the second outlet, wherein the return conduit is coupled to one of the hot water source and the cold water source; a thermochromic conduit downstream from the mixing valve outlet and fluidly coupled either between the mixing valve outlet and the inlet of the diverter valve, or between the second outlet of the diverter valve and the return conduit, the thermochromic conduit being configured to provide a visible indication of the water flow having achieved a predetermined temperature by means of a change of colour at the predetermined temperature, wherein the thermochromic conduit has an internal wall comprising alternating lands and grooves.
An ultrasound imaging apparatus comprising: a probe configured to transmit ultrasound signals to an object and receive echo signals corresponding to the ultrasound signals; a display; and at least one processor configured to: detect a reference region (614, 814) of a medical tool (612, 812) inserted into the object in an ultrasound image generated based on the echo signals; control the display to display at least one distance-indicating line (616, 816) arranged with respect to the reference region in the ultrasound image, wherein the at least one distance-indicating line is displayed as at least one circle, each having a center of the reference region (614, 814) as its center; and update a position of the at least one distance-indicating line according to movement of the medical tool. a probe configured to transmit ultrasound signals to an object and receive echo signals corresponding to the ultrasound signals; a display; and at least one processor configured to: detect a reference region (614, 814) of a medical tool (612, 812) inserted into the object in an ultrasound image generated based on the echo signals; control the display to display at least one distance-indicating line (616, 816) arranged with respect to the reference region in the ultrasound image, wherein the at least one distance-indicating line is displayed as at least one circle, each having a center of the reference region (614, 814) as its center; and update a position of the at least one distance-indicating line according to movement of the medical tool. detect a reference region (614, 814) of a medical tool (612, 812) inserted into the object in an ultrasound image generated based on the echo signals; control the display to display at least one distance-indicating line (616, 816) arranged with respect to the reference region in the ultrasound image, wherein the at least one distance-indicating line is displayed as at least one circle, each having a center of the reference region (614, 814) as its center; and update a position of the at least one distance-indicating line according to movement of the medical tool.
A wire harness, comprising: a plurality of cables, each cable having an end portion at which a connection terminal is provided, the connection terminal being configured to be electrically connected to a connecting portion; and a clamp, characterized in that the cables are loosely fitted with a gap between each other to the clamp, the clamp is loosely fitted on the cables so as to be movable with respect to the cables in a direction in which the cables extend, and configured to be fixed to a fixing portion disposed adjacent to the connecting portion in a state that the end portions of the cables are curved and the connection terminals are configured to be electrically connected to the connecting portion and wherein the clamp is formed with a plurality of through holes, each cable being inserted through one through hole, the through holes being spaced a predetermined distance from each other and fixing piece portions each having a hole are formed at the clamp, screws are passed respectively through the holes of the fixing piece portions, thereby fixing the clamp to the fixing portion and each direction in which a part of each fixing piece portion is inclined with respect to the direction in which the cables extend in the respective through hole forms an acute angle. a plurality of cables, each cable having an end portion at which a connection terminal is provided, the connection terminal being configured to be electrically connected to a connecting portion; and a clamp,
A photoacoustic probe comprising: at least one optical fiber configured to irradiate laser light to a target; an ultrasonic probe comprising an acoustic lens, the ultrasonic probe being configured to collect a photoacoustic signal generated by the target having absorbed the laser light; and a fluid-type light reflector being a fluid that is configured to reflect laser light reflected, scattered, or deflected from the target by containing zinc oxide or titanium oxide, characterized by a photoacoustic bracket configured to couple with the ultrasonic probe and the optical fiber, wherein the photoacoustic bracket includes a space configured to receive the fluid-type light reflector, the space being formed in front of the acoustic lens of the ultrasonic probe. at least one optical fiber configured to irradiate laser light to a target; an ultrasonic probe comprising an acoustic lens, the ultrasonic probe being configured to collect a photoacoustic signal generated by the target having absorbed the laser light; and a fluid-type light reflector being a fluid that is configured to reflect laser light reflected, scattered, or deflected from the target by containing zinc oxide or titanium oxide, characterized by a photoacoustic bracket configured to couple with the ultrasonic probe and the optical fiber, wherein the photoacoustic bracket includes a space configured to receive the fluid-type light reflector, the space being formed in front of the acoustic lens of the ultrasonic probe.
An adaptive decorative trim assembly for vehicle interiors comprising: first and second panels (12, 14) positioned relative to one another such that an end of the first panel overlaps an adjacent end of the second panel to establish a visibly perceptible gap there between; and a general cross-sectionally L-shaped connector having mutually orthogonal first and second connection legs (16-1, 16-2) which respectively overlap respective back faces (12a, 14a) of the ends of the first and second panels (12, 14), wherein the connector is mounted relative to the first and second panels (12, 14) to allow for axial movements of the connector in at least one direction substantially parallel to at least one of the first and second panels (12, 14). first and second panels (12, 14) positioned relative to one another such that an end of the first panel overlaps an adjacent end of the second panel to establish a visibly perceptible gap there between; and a general cross-sectionally L-shaped connector having mutually orthogonal first and second connection legs (16-1, 16-2) which respectively overlap respective back faces (12a, 14a) of the ends of the first and second panels (12, 14), wherein the connector is mounted relative to the first and second panels (12, 14) to allow for axial movements of the connector in at least one direction substantially parallel to at least one of the first and second panels (12, 14).
A power generation apparatus connectable via a master electricity meter to a mains power supply, the power generation apparatus comprising: a power generation circuit comprising: a renewable energy source of electricity comprising any one or more of the group comprising: a wind turbine; a photovoltaic cell; and a water electricity turbine; an inverter adapted to convert DC to AC and to provide an AC output of a substantially constant RMS voltage and frequency for regulating the power output of the renewable energy source of electricity; and a power consumption circuit comprising an electrical load powered directly from the mains power supply, a generation meter for metering the power generated by the renewable source of electricity; a feed-in meter for metering the power fed back to the mains power supply via the master electricity meter; and an electrical connection (26, 36, 42) between the inverter and the power consumption circuit. a power generation circuit comprising: a renewable energy source of electricity comprising any one or more of the group comprising: a wind turbine; a photovoltaic cell; and a water electricity turbine; an inverter adapted to convert DC to AC and to provide an AC output of a substantially constant RMS voltage and frequency for regulating the power output of the renewable energy source of electricity; and a power consumption circuit comprising an electrical load powered directly from the mains power supply, a generation meter for metering the power generated by the renewable source of electricity; a feed-in meter for metering the power fed back to the mains power supply via the master electricity meter; and an electrical connection (26, 36, 42) between the inverter and the power consumption circuit.
A method for detecting an alternative splicing of a specific gene in a mammalian multicellular organism, the method comprising: (a) introducing into the multicellular organism a DNA construct such that at least two different reporter genes are inserted into the specific gene which undergoes the alternative splicing, wherein the at least two different reporter genes are connected in tandem at the 3' side of the specific gene with different reading frames in the DNA construct, wherein the transcripts of the at least two different reporter genes are each connected in frame to a different exon which is included in at least two different mature mRNAs generated by alternative splicing of the specific gene, and wherein the DNA construct comprises an N-terminal tag comprising Glutathione S-transferase; and (b) detecting the alternative splicing of the specific gene in the multicellular organism by the expression of the reporter genes; wherein the mammalian multicellular organism is a rodent. (a) introducing into the multicellular organism a DNA construct such that at least two different reporter genes are inserted into the specific gene which undergoes the alternative splicing, wherein the at least two different reporter genes are connected in tandem at the 3' side of the specific gene with different reading frames in the DNA construct, wherein the transcripts of the at least two different reporter genes are each connected in frame to a different exon which is included in at least two different mature mRNAs generated by alternative splicing of the specific gene, and wherein the DNA construct comprises an N-terminal tag comprising Glutathione S-transferase; and (b) detecting the alternative splicing of the specific gene in the multicellular organism by the expression of the reporter genes;
A fused filament fabrication machine comprising: a cabinet defining a build chamber for building a workpiece, including a part and a sacrificial tower for the part, at a build location; a head assembly in the cabinet for dispensing media at the build location during a build process, the head assembly having a filament dispenser for dispensing the media through a liquefier tip of the filament dispenser; a tip wipe assembly in the cabinet remote from the build location; and a controller operably coupled to the head assembly to control the position of the head assembly and dispensing of the media during the build process, the controller periodically moving the head assembly away from the build location to the tip wipe assembly to clean the liquefier tip at the tip wipe assembly during a tip wipe process, the controller being configured to move the head assembly from the tip wipe assembly to dispense a sacrificial slug of material separate from the part after the tip wipe process before deposition of the media into the part, wherein the controller is configured to move the head assembly away from the tip wipe assembly to the build location to resume the build process at the sacrificial tower such that the media dispensed immediately after the tip wipe process is used to build the sacrificial tower rather than the part. a cabinet defining a build chamber for building a workpiece, including a part and a sacrificial tower for the part, at a build location; a head assembly in the cabinet for dispensing media at the build location during a build process, the head assembly having a filament dispenser for dispensing the media through a liquefier tip of the filament dispenser; a tip wipe assembly in the cabinet remote from the build location; and a controller operably coupled to the head assembly to control the position of the head assembly and dispensing of the media during the build process, the controller periodically moving the head assembly away from the build location to the tip wipe assembly to clean the liquefier tip at the tip wipe assembly during a tip wipe process, the controller being configured to move the head assembly from the tip wipe assembly to dispense a sacrificial slug of material separate from the part after the tip wipe process before deposition of the media into the part, wherein the controller is configured to move the head assembly away from the tip wipe assembly to the build location to resume the build process at the sacrificial tower such that the media dispensed immediately after the tip wipe process is used to build the sacrificial tower rather than the part.
An information exchange method, comprising: determining target content in a current interface according to an operation instruction entered by a topic initiator for the current interface; determining a discussion topic title based on the target content, and setting up a topic discussion group; adding a topic participant to the topic discussion group based on the target content and/or the discussion topic title; and receiving discussion content entered by the topic initiator and/or the topic participant, and displaying the discussion content; wherein the current interface is a network web interface, and the determining a discussion topic title based on the target content comprises: obtaining a network address of a web interface corresponding to the target content; and when determining that the network address comprises a preset first keyword, determining the discussion topic title based on the first keyword. determining target content in a current interface according to an operation instruction entered by a topic initiator for the current interface; determining a discussion topic title based on the target content, and setting up a topic discussion group; adding a topic participant to the topic discussion group based on the target content and/or the discussion topic title; and receiving discussion content entered by the topic initiator and/or the topic participant, and displaying the discussion content; wherein the current interface is a network web interface, and the determining a discussion topic title based on the target content comprises: obtaining a network address of a web interface corresponding to the target content; and when determining that the network address comprises a preset first keyword, determining the discussion topic title based on the first keyword. obtaining a network address of a web interface corresponding to the target content; and when determining that the network address comprises a preset first keyword, determining the discussion topic title based on the first keyword.