mhurhangee/ep-ind-claims huggingface dataset:
A modified wood for use in a musical instrument, the modified wood comprising: a wood material; and a sappanwood extract component impregnated in the wood material, characterized in that an internal loss of the wood material in a fiber direction is 4 × 10 -3 or more and 12 × 10 -3 or less and an internal loss of the wood material in a radial direction is 12 × 10 -3 or more and 25 × 10 -3 or less, an elastic modulus of the modified wood in a fiber direction is 7 GPa or more and 20 GPa or less, and an elastic modulus of the modified wood in a radial direction is 0.5 GPa or more and 2.5 GPa or less, the sappanwood extract component is an unpurified component obtained by extraction from sappanwood using water, and a solid mass extracted from the sappanwood is 8% to 12% of the mass of the sappanwood prior to extraction. a wood material; and a sappanwood extract component impregnated in the wood material, characterized in that an internal loss of the wood material in a fiber direction is 4 × 10 -3 or more and 12 × 10 -3 or less and an internal loss of the wood material in a radial direction is 12 × 10 -3 or more and 25 × 10 -3 or less, an elastic modulus of the modified wood in a fiber direction is 7 GPa or more and 20 GPa or less, and an elastic modulus of the modified wood in a radial direction is 0.5 GPa or more and 2.5 GPa or less, the sappanwood extract component is an unpurified component obtained by extraction from sappanwood using water, and a solid mass extracted from the sappanwood is 8% to 12% of the mass of the sappanwood prior to extraction.
A lighting device comprising: a light emitter; a diffuser; one or more lenses located between the light emitter and the diffuser; and a control unit; wherein the control unit is capable of adjusting the diffusivity of the diffuser using an electric signal, and wherein the control unit is configured to adjust the properties of the light emitter in dependence on the diffusivity of the diffuser. a light emitter; a diffuser; one or more lenses located between the light emitter and the diffuser; and a control unit; wherein the control unit is capable of adjusting the diffusivity of the diffuser using an electric signal, and wherein the control unit is configured to adjust the properties of the light emitter in dependence on the diffusivity of the diffuser.
A foldable and carriable trolley, comprising a front wheel group, a rear wheel group, a seat frame and a handlebar; the front wheel group is installed at a bottom of a front foot tube, the rear wheel group is installed at a bottom of a rear foot tube, and the seat frame is installed between the front/rear foot tubes (6/5) and the handlebar; the handlebar consists of a top tube and a bottom tube, and a rear end of the bottom tube is connected to the top tube through a mobile upper joint; an upper end of the front foot tube and the rear foot tube are flexibly connected to a front end of the handlebar bottom tube, a middle-upper part of the rear foot tube is connected to a rotatable lower supporting tube, and a tail end of the lower supporting tube is rotatably connected to a lower end of the handlebar top tube; the seat frame is installed in a seat frame tube, both sides at a rear end of the seat frame tube are connected to a middle part of a right and a left sides of the lower supporting tube through a spindle, both sides in the middle of the seat frame are connected to a rotatable seat frame connector, a front end of the seat frame connector is rotatably connected to a tail end of a front supporting tube, and a front end of the front supporting tube is connected to a middle part of the front foot tube; being installed on the bottom, an extension handlebar shows itself ahead of the seat frame; a backrest upper tube which is foldable upward is installed at a rear part of the seat frame, a front end of the backrest upper tube is flexibly installed on a rotatable bracket, the rotatable bracket is fixed at a tail end of a backrest lower tube, and the backrest lower tube is installed on the seat frame tube; characterized in that, a flexible foot joint rod is installed between a front end of the handlebar bottom tube and a tail end of the front foot tube, and an upper end of the rear foot tube is connected to the foot joint rod through a flexible rear foot joint.
Control module, including: at least one switch linked to a first power supply rail, the switch being in series with a load between the first rail and a second rail between which is applied a dc supply voltage (Vbat), and being configured for controlling said load; and a circuit for protecting the switch, said circuit being linked to the first rail, wherein the circuit for protecting is configured to modulate a control signal of the switch to regulate the current that flows therethrough in the on state, characterized in that the protecting circuit comprises: a first circuit for detecting configured to detect an overload across the terminals of the switch with respect to a first threshold; and a second circuit for adjusting the value of the first threshold according to variations in the supply voltage (Vbat), the second circuit being configured to: compare an information representative of the supply voltage with a second threshold; and modify the value of the first threshold if the second threshold is exceeded for a duration over a reference duration (TREF). at least one switch linked to a first power supply rail, the switch being in series with a load between the first rail and a second rail between which is applied a dc supply voltage (Vbat), and being configured for controlling said load; and a circuit for protecting the switch, said circuit being linked to the first rail, wherein the circuit for protecting is configured to modulate a control signal of the switch to regulate the current that flows therethrough in the on state, characterized in that the protecting circuit comprises: a first circuit for detecting configured to detect an overload across the terminals of the switch with respect to a first threshold; and a second circuit for adjusting the value of the first threshold according to variations in the supply voltage (Vbat), the second circuit being configured to: compare an information representative of the supply voltage with a second threshold; and modify the value of the first threshold if the second threshold is exceeded for a duration over a reference duration (TREF). a first circuit for detecting configured to detect an overload across the terminals of the switch with respect to a first threshold; and a second circuit for adjusting the value of the first threshold according to variations in the supply voltage (Vbat), the second circuit being configured to: compare an information representative of the supply voltage with a second threshold; and modify the value of the first threshold if the second threshold is exceeded for a duration over a reference duration (TREF). compare an information representative of the supply voltage with a second threshold; and modify the value of the first threshold if the second threshold is exceeded for a duration over a reference duration (TREF).
Method for actuating the vibration dampers of a motor vehicle wheel suspension, comprising: generating data representing the topography of the road ahead of the motor vehicle, analysing said data with regard to road unevenness, and adjusting the vibration dampers while taking into account the analysis of the road unevenness, characterized in that the amplitude spectrum of the road unevenness is determined (S2, S3) from the data representing the topography of the road ahead of the motor vehicle, namely the stimulation amplitudes that result from protrusions and depressions and the intervals between them, and the driving speed, and a specification for the damping of the vibration dampers is produced as a function of this amplitude spectrum of the road unevenness. generating data representing the topography of the road ahead of the motor vehicle, analysing said data with regard to road unevenness, and adjusting the vibration dampers while taking into account the analysis of the road unevenness, characterized in that the amplitude spectrum of the road unevenness is determined (S2, S3) from the data representing the topography of the road ahead of the motor vehicle, namely the stimulation amplitudes that result from protrusions and depressions and the intervals between them, and the driving speed, and a specification for the damping of the vibration dampers is produced as a function of this amplitude spectrum of the road unevenness.
A control unit for an active filter for reducing resonance in an electric system, the electric system comprising a power source distributing a first alternating current to a first AC conductor (21a, 21) connected to a power consuming unit for distributing the AC to the power consuming unit, the active filter comprising a DC power source and a conductor (15"; 3) connecting the DC power source to the first AC conductor (21a, 21), the control unit comprising: a voltage measurement unit adapted to create a voltage signal on the basis of a measured voltage of the electric system; a computing unit (17") adapted to compute, using a biquadratic filter, a first compensating current on the basis of the voltage signal for reducing resonance in the electric system; and a switching system connectable between the DC power source and the conductor (15"; 3) for creating the calculated first compensating current. a voltage measurement unit adapted to create a voltage signal on the basis of a measured voltage of the electric system; a computing unit (17") adapted to compute, using a biquadratic filter, a first compensating current on the basis of the voltage signal for reducing resonance in the electric system; and a switching system connectable between the DC power source and the conductor (15"; 3) for creating the calculated first compensating current.
Guide tooling for a circular needling table for needling a textile structure made from a helical fiber sheet, the tooling comprising: an inner guide rail of circularly arcuate shape; and an outer guide rail of circularly arcuate shape arranged coaxially around the inner guide rail and connected thereto by radial reinforcement, the outer and inner guide rails defining between them a passage for guiding the helical fiber sheet under a needling head; the tooling being characterized in that the outer guide rail is made up of two outer guide rail angular sectors (26a, 26b) that are connected to each other by an outer actuator, the outer actuator being suitable for moving the adjacent free ends (26a-1, 26b-1) of the outer guide rail angular sectors apart from each other so as to expand the outer guide rail. an inner guide rail of circularly arcuate shape; and an outer guide rail of circularly arcuate shape arranged coaxially around the inner guide rail and connected thereto by radial reinforcement, the outer and inner guide rails defining between them a passage for guiding the helical fiber sheet under a needling head; the tooling being characterized in that the outer guide rail is made up of two outer guide rail angular sectors (26a, 26b) that are connected to each other by an outer actuator, the outer actuator being suitable for moving the adjacent free ends (26a-1, 26b-1) of the outer guide rail angular sectors apart from each other so as to expand the outer guide rail.
A fluid spraying gun, comprising: a gripping portion, on which a rotatable lever is provided; an open/close portion which opens and closes a supply path of gas from a gas supply source, through rotation of the lever; a flow separation portion, which is capable of separating the flow of gas which has passed through the open/close portion in an open state; a tube-shape guide (31, the diameter of which gradually expands toward a front end thereof, and which has a ring-shape front end portion on which a brush extending forward is implanted; a nozzle, which is formed of a flexible pipe member with a front end thereof as a free end, characterized in that the nozzle sprays one portion of gas, which is supplied from the flow separation portion and passes through the nozzle, toward the brush from the front end thereof, while the nozzle undergoes the gyrating motion guided by the tube-shape guide; a flow rate adjustment portion, which has an operating portion, and adjusts the flow rate of the other portion of gas supplied from the flow separation portion, in accordance with operation input to the operation portion; an inner nozzle, which sprays gas which has passed through the flow rate adjustment portion from a tip portion thereof; and a liquid distribution pipe, which penetrates the tube-shape guide, links an inside of the tube-shape guide with a liquid supply source, has an intermediate portion into which the inner nozzle is inserted in a state where the inner nozzle is directed toward the tube-shape guide, and draws up liquid from the liquid supply source by a negative pressure arising from spraying of gas by the inner nozzle to cause spraying of liquid on the inside of the tube-shape guide.
An elevator door wedge monitoring system comprising: an engagement sensing system configured to detect an engagement parameter, wherein the engagement parameter indicates whether an elevator door wedge is properly engaged with an elevator door; a communication device in electronic communication with the engagement sensing system and configured to receive the engagement parameter from the engagement sensing system; and an application installed on a user device in wireless communication with the communication device; wherein the communication device is configured to transmit the engagement parameter to the application. an engagement sensing system configured to detect an engagement parameter, wherein the engagement parameter indicates whether an elevator door wedge is properly engaged with an elevator door; a communication device in electronic communication with the engagement sensing system and configured to receive the engagement parameter from the engagement sensing system; and an application installed on a user device in wireless communication with the communication device; wherein the communication device is configured to transmit the engagement parameter to the application.
A waterborne inorganic anti-doodling ceramic paint for indoor walls, wherein the ceramic paint is a dual-coating paint, comprising an under-coating paint and a surface-coating paint, wherein the under-coating paint comprises the following components in percentage by weight: - 35-45% of a silane-modified silica sol, - 15-20% of a solvent, - 0.5-0.6% of a dispersant, - 9-20% of a filler, - 15-30% of a pigment, - 8-15% of a waterborne epoxy resin, - 0.5-1 % of a flatting agent; wherein the surface-coating paint comprises the following components in percentage by weight: - 18-25% of a silane, - 65-80% of a solvent, - 0.5-1 % of a flatting agent, - 0.2-0.3% of a catalyst, - 0-15% of a pigment, - 0-0.5% of a dispersant. - 35-45% of a silane-modified silica sol, - 15-20% of a solvent, - 0.5-0.6% of a dispersant, - 9-20% of a filler, - 15-30% of a pigment, - 8-15% of a waterborne epoxy resin, - 0.5-1 % of a flatting agent; - 18-25% of a silane, - 65-80% of a solvent, - 0.5-1 % of a flatting agent, - 0.2-0.3% of a catalyst, - 0-15% of a pigment, - 0-0.5% of a dispersant.
A sloshing impact reducing device for a cargo hold for a liquid cargo to reduce sloshing impact caused by motion of the liquid cargo, comprising: an ascent and descent guide installed at a proper place in the cargo hold and provided with a floating body having buoyancy raising the floating body to a surface of the liquid cargo; and an anti-sloshing member guided to ascend and descend along the ascent and descent guide, confined to the floating body, maintained on the surface of the liquid by the floating body to suppress sloshing of the liquid cargo, wherein the ascent and descent guide comprises a guide rail installed at the corner of the cargo hold to guide ascent and descent movement of the floating body; and a connector adapted to move along the guide rail and connect the floating body and the anti-sloshing member, wherein the guide rail includes an ascent and descent space allowing the floating body to ascend and descend therein, and a rail surface formed in a direction of ascent and descent of the floating body, wherein the connector moves along the rail surface, wherein the floating body is moved up and down, by buoyant force exerted by the liquid, in the ascent and descent space defined by the guide rail, wherein the anti-sloshing member is provided with a mesh structure having holes formed in a predetermined pattern, wherein a plurality of small pocket-type floats containing a floating object are formed at several places in the anti-sloshing member in a regular or irregular pattern. an ascent and descent guide installed at a proper place in the cargo hold and provided with a floating body having buoyancy raising the floating body to a surface of the liquid cargo; and an anti-sloshing member guided to ascend and descend along the ascent and descent guide, confined to the floating body, maintained on the surface of the liquid by the floating body to suppress sloshing of the liquid cargo, wherein the ascent and descent guide comprises a guide rail installed at the corner of the cargo hold to guide ascent and descent movement of the floating body; and a connector adapted to move along the guide rail and connect the floating body and the anti-sloshing member, wherein the guide rail includes an ascent and descent space allowing the floating body to ascend and descend therein, and a rail surface formed in a direction of ascent and descent of the floating body, wherein the connector moves along the rail surface, wherein the floating body is moved up and down, by buoyant force exerted by the liquid, in the ascent and descent space defined by the guide rail, wherein the anti-sloshing member is provided with a mesh structure having holes formed in a predetermined pattern, wherein a plurality of small pocket-type floats containing a floating object are formed at several places in the anti-sloshing member in a regular or irregular pattern.
A medical device including an ureteroscope and an attachment device for the ureteroscope, the ureteroscope including a handle assembly and a tubular member, the attachment device comprising: a proximal guide configured to removably connect to the ureteroscope; and a distally extending first sheath having a proximal end coupled to a distal end of the proximal guide, wherein the first sheath includes an upper lumen and a lower lumen, wherein the upper lumen has an open cross section; a second sheath, wherein the second sheath is received within the upper lumen of the first sheath; and a locking feature coupled to a proximal end of the second sheath and configured to connect the second sheath to the first sheath, wherein the first sheath has sufficient rigidity to maintain a generally straight configuration, and wherein a distal portion of the tubular member of the ureteroscope is received within the second sheath of the attachment device. a proximal guide configured to removably connect to the ureteroscope; and a distally extending first sheath having a proximal end coupled to a distal end of the proximal guide, wherein the first sheath includes an upper lumen and a lower lumen, wherein the upper lumen has an open cross section; a second sheath, wherein the second sheath is received within the upper lumen of the first sheath; and a locking feature coupled to a proximal end of the second sheath and configured to connect the second sheath to the first sheath,
A process for increasing production of a well, the well including a primary well defined by a length in excess of one kilometer in length and wherein the primary well is a horizontal well, the primary well having a primary wellbore and a primary production zone, the process comprising the steps of: drilling a secondary well with a secondary wellbore such that the secondary wellbore intersects the primary wellbore to create an intersection, the intersection, being situated relatively near to the primary production zone, and introducing a treatment fluid into the well, characterized in that the treatment fluid is introduced into both the primary and secondary wells (10, 12) such that increased production is stimulated from the production zone of the primary well and the treatment fluid is an acid treatment fluid, and the acid treatment fluid does not pass through a coiled tubing unit. drilling a secondary well with a secondary wellbore such that the secondary wellbore intersects the primary wellbore to create an intersection, the intersection, being situated relatively near to the primary production zone, and introducing a treatment fluid into the well, characterized in that the treatment fluid is introduced into both the primary and secondary wells (10, 12) such that increased production is stimulated from the production zone of the primary well and the treatment fluid is an acid treatment fluid, and the acid treatment fluid does not pass through a coiled tubing unit. characterized in that the treatment fluid is introduced into both the primary and secondary wells (10, 12) such that increased production is stimulated from the production zone of the primary well and the treatment fluid is an acid treatment fluid, and the acid treatment fluid does not pass through a coiled tubing unit.
A printing press, in particular an offset printing press, a digital press or an ink jet press, comprising: a web supply supplying a web to the press; at least one printing unit configured and arranged to print images on the web; an inspection unit configured and arranged to inspect the images on the web; a rewind device configured and arranged to rewind the web to one of the printing positions; a throw off mechanism adapted to throw the at least one printing unit off, a controller, the controller coupled to at least one printing unit, the controller configured and arranged to control the at least one printing unit to print first images on the web at corresponding printing positions, characterized in that the controller is coupled to the rewind device and in that, the controller is configured and arranged to, after the inspection unit inspects the images on the web, control the rewind device to rewind the web to one of the printing positions, and thereafter, control the at least one printing unit to print at least one further image over at least one of the first images on the web. a web supply supplying a web to the press; at least one printing unit configured and arranged to print images on the web; an inspection unit configured and arranged to inspect the images on the web; a rewind device configured and arranged to rewind the web to one of the printing positions; a throw off mechanism adapted to throw the at least one printing unit off, a controller, the controller coupled to at least one printing unit, the controller configured and arranged to control the at least one printing unit to print first images on the web at corresponding printing positions, characterized in that the controller is coupled to the rewind device and in that, the controller is configured and arranged to, after the inspection unit inspects the images on the web, control the rewind device to rewind the web to one of the printing positions, and thereafter, control the at least one printing unit to print at least one further image over at least one of the first images on the web.