mhurhangee/ep-ind-claims huggingface dataset:
A vacuum cleaner using a smart grid, comprising: a main body having a built-in suction motor; a nozzle suctioning a foreign material with air by using a suction power generated from the main body; a handle disposed between the nozzle and the main body to be gripped by a user and inputting a control command to the suction motor; an auxiliary power supply device selectively mounted at one side of the main body and comprising a communication unit such that said auxiliary power supply device can be charged through a power supply source of relatively low price information in connection with a power supply network that includes an energy management system for supplying electricity to an electronic product on the basis of an advanced metering infrastructure, which measures and displays power information in real time in two-way communication with a power supply source, and power information supplied from an external in connection with the advance metering infrastructure; and a cleaner power management unit equipped in the main body, and selecting one of power provided through the auxiliary power supply device or the power supply network to use the selected one as an operating power of the suction motor. a main body having a built-in suction motor; a nozzle suctioning a foreign material with air by using a suction power generated from the main body; a handle disposed between the nozzle and the main body to be gripped by a user and inputting a control command to the suction motor; an auxiliary power supply device selectively mounted at one side of the main body and comprising a communication unit such that said auxiliary power supply device can be charged through a power supply source of relatively low price information in connection with a power supply network that includes an energy management system for supplying electricity to an electronic product on the basis of an advanced metering infrastructure, which measures and displays power information in real time in two-way communication with a power supply source, and power information supplied from an external in connection with the advance metering infrastructure; and a cleaner power management unit equipped in the main body, and selecting one of power provided through the auxiliary power supply device or the power supply network to use the selected one as an operating power of the suction motor.
Self-guided handling apparatus comprising an obstacle detection means which comprises a telemetry means arranged at the top of a mast, said detection means comprising a computer using the telemetric scatter plot to detect the obstacles and control the change in movement of said apparatus, characterized in that said telemetry means comprises a first laser providing horizontal scanning over 360° with an aperture of ±15° with respect to the horizontal plane, and at least one second laser having an aperture of -15 to -80° and providing scanning of at least 270°.
A method to determine a person's response to a glucocorticoid comprising: a) isolating the RNA from a blood sample collected from the person post-administration of the glucocorticoid, b) profiling the gene expression of the RNA isolated in step (a), and c) comparing the gene signature score post-administration with a control gene signature score, wherein an increase in the gene signature score for FKBP5, ECHDC3, IL1R2, ZBTB16, IRS2, IRAK3, ACSL1, and DUSP1 indicates a response to the glucocorticoid. a) isolating the RNA from a blood sample collected from the person post-administration of the glucocorticoid, b) profiling the gene expression of the RNA isolated in step (a), and c) comparing the gene signature score post-administration with a control gene signature score,
A tool for positioning a workpiece with a surgical robot, said tool comprising: a mount adapted to attach to the surgical robot; a first assembly extending along an axis; a pivot bearing coupled to said mount and supporting said first assembly for rotation and translation about said axis and for at least partial articulation relative to said mount; and a second assembly comprising an interface adapted to attach to the workpiece; and wherein one of said first assembly and said second assembly comprises a coupler and the other of said first assembly and said second assembly comprises a receiver shaped to engage said coupler to align said second assembly and said first assembly along said axis. a mount adapted to attach to the surgical robot; a first assembly extending along an axis; a pivot bearing coupled to said mount and supporting said first assembly for rotation and translation about said axis and for at least partial articulation relative to said mount; and a second assembly comprising an interface adapted to attach to the workpiece; and wherein one of said first assembly and said second assembly comprises a coupler and the other of said first assembly and said second assembly comprises a receiver shaped to engage said coupler to align said second assembly and said first assembly along said axis.
A button, comprising a housing and an operating portion; the button also comprises a mount, a first pushing rod, a bridge, an elastic member and a second pushing rod; the mount is mounted in the housing; the first pushing rod is movably disposed in the mount; a projection is formed on the first pushing rod; the bridge is disposed on one end of the first pushing rod and the operating portion is disposed on the other end of the first pushing rod; the second pushing rod is movably disposed on the bridge and is acted upon by the elastic member; a step is formed in the housing; the step is located between the mount and the bridge; the elastic member is disposed on the first pushing rod and is located between the projection and the step; the first pushing rod can slide relative to the mount under the action of the operating portion or the elastic member, and drive the bridge and/or the second pushing rod to move, characterized in that the button further comprises a spacer; the spacer surrounds the first pushing rod and is sandwiched between the elastic member and the step, and the bridge comprises a body, a sidewall and a gap; the first pushing rod is connected to the body; the sidewall is disposed on the body; the gap is formed in the sidewall and the body; two recessed portions are formed on an inner surface of the sidewall and located on two sides of the gap; the second pushing rod comprises a base body and two extension arms; the base body is located in the gap of the bridge and in contact with the spacer; the two extension arms are disposed on two sides of the base body, located inside the bridge and respectively in contact with the two recessed portions. the mount is mounted in the housing; the first pushing rod is movably disposed in the mount; a projection is formed on the first pushing rod; the bridge is disposed on one end of the first pushing rod and the operating portion is disposed on the other end of the first pushing rod; the second pushing rod is movably disposed on the bridge and is acted upon by the elastic member; a step is formed in the housing; the step is located between the mount and the bridge; the elastic member is disposed on the first pushing rod and is located between the projection and the step; the first pushing rod can slide relative to the mount under the action of the operating portion or the elastic member, and drive the bridge and/or the second pushing rod to move, characterized in that the button further comprises a spacer; the spacer surrounds the first pushing rod and is sandwiched between the elastic member and the step, and the bridge comprises a body, a sidewall and a gap; the first pushing rod is connected to the body; the sidewall is disposed on the body; the gap is formed in the sidewall and the body; two recessed portions are formed on an inner surface of the sidewall and located on two sides of the gap;
A method of preparing a superabsorbent polymer, comprising: a) drying and pulverizing a hydrogel polymer, and then classifying into a first fine powder having a particle size of less than 150 μm and a base polymer having a particle size of 150 to 850 μm; b) mixing a portion of the first fine powder, water and an additive, thus preparing a first fine-powder regranulate; c) passing the first fine-powder regranulate through a chopper and then performing drying and pulverizing; d) classifying the pulverized first fine-powder regranulate into a second fine powder having a particle size of less than 150 μm; e) mixing a portion of the first fine powder, a portion of the second fine powder, water and an additive, thus preparing a second fine-powder regranulate; f) passing the second fine-powder regranulate through a chopper and then performing drying and pulverizing; and g) classifying the pulverized second fine-powder regranulate, thus yielding a superabsorbent polymer having a particle size of 150 to 850 μm, wherein the additive comprises at least one selected from the group consisting of sodium hydroxide (NaOH), sodium persulfate, and particles having i) a BET specific surface area of 300 to 1500 m 2 /g and ii) a porosity of 50% or more, and the classifications can be done by using standard sieves based on ASTM standards. a) drying and pulverizing a hydrogel polymer, and then classifying into a first fine powder having a particle size of less than 150 μm and a base polymer having a particle size of 150 to 850 μm; b) mixing a portion of the first fine powder, water and an additive, thus preparing a first fine-powder regranulate; c) passing the first fine-powder regranulate through a chopper and then performing drying and pulverizing; d) classifying the pulverized first fine-powder regranulate into a second fine powder having a particle size of less than 150 μm; e) mixing a portion of the first fine powder, a portion of the second fine powder, water and an additive, thus preparing a second fine-powder regranulate; f) passing the second fine-powder regranulate through a chopper and then performing drying and pulverizing; and g) classifying the pulverized second fine-powder regranulate, thus yielding a superabsorbent polymer having a particle size of 150 to 850 μm, wherein the additive comprises at least one selected from the group consisting of sodium hydroxide (NaOH), sodium persulfate, and particles having i) a BET specific surface area of 300 to 1500 m 2 /g and ii) a porosity of 50% or more, and the classifications can be done by using standard sieves based on ASTM standards.
A measurement device for measuring a peripheral position in a Cartesian coordinate system of a table system (212, 612, 812, 912) adapted to hold a workpiece, the measurement device comprising: a laser source (206, 608, 808, 908) configured to emit a laser beam (200, 606, 806, 906) adapted to be rotated to provide a rotating laser beam (606, 806, 906) along a radius of a rotator; a reflector (610, 810, 910) configured to reflect the rotating laser beam in a direction orthogonal to a path of the laser beam; a scale (204, 604, 804, 904) having a pattern of transparent and reflective areas, the scale being positioned at a peripheral position of the measurement device; and a detector configured to provide a sequence of pulses by detecting a reflex or transmission of the rotating laser beam while the laser beam scans over the scale, characterised in that the scale with its pattern of transparent and reflective areas is arranged so that the sequence of pulses provided by detecting of the reflex or transmission of the rotating laser beam while the laser beam scans over the scale can be used to determine the Cartesian coordinates of the peripheral position within the table system while the laser beam scans over the scale, wherein a portion of the laser beam from the laser source is also used as an exposure beam for writing or reading a pattern on a workpiece held by the table system, and wherein the determined Cartesian coordinates of the peripheral position within the table system are used when writing or reading the pattern on the workpiece. a laser source (206, 608, 808, 908) configured to emit a laser beam (200, 606, 806, 906) adapted to be rotated to provide a rotating laser beam (606, 806, 906) along a radius of a rotator; a reflector (610, 810, 910) configured to reflect the rotating laser beam in a direction orthogonal to a path of the laser beam; a scale (204, 604, 804, 904) having a pattern of transparent and reflective areas, the scale being positioned at a peripheral position of the measurement device; and a detector configured to provide a sequence of pulses by detecting a reflex or transmission of the rotating laser beam while the laser beam scans over the scale, characterised in that the scale with its pattern of transparent and reflective areas is arranged so that the sequence of pulses provided by detecting of the reflex or transmission of the rotating laser beam while the laser beam scans over the scale can be used to determine the Cartesian coordinates of the peripheral position within the table system while the laser beam scans over the scale, wherein a portion of the laser beam from the laser source is also used as an exposure beam for writing or reading a pattern on a workpiece held by the table system, and wherein the determined Cartesian coordinates of the peripheral position within the table system are used when writing or reading the pattern on the workpiece.
A foamable resol-type phenolic resin forming material characterized by comprising at least a liquid resol-type phenolic resin, a blowing agent and an acid curing agent, and further comprising a nitrogen-containing bridged cyclic compound and a silicone oil as additives, wherein said blowing agent is a chloropropane, said nitrogen-containing bridged cyclic compound is hexamethylenetetramine, and said silicone oil is dimethylpolysiloxane and/or trimethylmethoxysilane.
Door fitting having a handle which can be locked on one side, with at least one rosette for lying against a door leaf and with a shaft element for forming an operative connection to the locking mechanism of a lock unit inserted into the door leaf, and wherein an adapter element is inserted in a neck section of the handle and is accommodated in the neck section in a torsion-resistant manner and which is accommodated on the shaft element, characterized in that a locking means is accommodated both in or on the neck section itself and in or on the adapter element, which can be brought into a locking position by means of manual operation, in which the handle can be rotationally blocked on the rosette by means of the locking means and in that the locking means is formed by a slide element, which is movably accommodated in or on the adapter element.
Process for producing olefin polymers comprising the steps of: a) polymerizing one or more olefins in the presence of an olefin polymerization catalyst in a gas phase reactor comprising a densified bed polymerization zone; b) introducing into the reactor an antistatic agent being an ester of a fatty acid with a polyol selected from the group consisting of erythritan, threitan, sorbitan, wherein the gas phase reactor has interconnected polymerization zones, wherein the growing polymer particles flow through a first polymerization zone under fast fluidization or transport conditions and enter a second polymerization zone through which the growing polymer particles flow in a densified form under the action of gravity, thus establishing a circulation of polymer between the first and second polymerization zone. a) polymerizing one or more olefins in the presence of an olefin polymerization catalyst in a gas phase reactor comprising a densified bed polymerization zone; b) introducing into the reactor an antistatic agent being an ester of a fatty acid with a polyol selected from the group consisting of erythritan, threitan, sorbitan,
An emulsion polymerization mixture comprising: - a surfactant composition having the formula: RO- n -YZ wherein R is a branched alkyl chain ranging from C6 to C36 with one or more branches, or a mixture of the branched alkyl chains ranging from C6 to C36 and linear alkyl chains ranging from C6 to C36, wherein alkyl branching of R is in the C2 position; PO is a propyleneoxy group; Y is -SO 3; Z is a cation; and n is 1 to 50; and - a polymerization initiator. - a surfactant composition having the formula: RO- n -YZ wherein R is a branched alkyl chain ranging from C6 to C36 with one or more branches, or a mixture of the branched alkyl chains ranging from C6 to C36 and linear alkyl chains ranging from C6 to C36, wherein alkyl branching of R is in the C2 position; PO is a propyleneoxy group; Y is -SO 3; Z is a cation; and n is 1 to 50; and R is a branched alkyl chain ranging from C6 to C36 with one or more branches, or a mixture of the branched alkyl chains ranging from C6 to C36 and linear alkyl chains ranging from C6 to C36, wherein alkyl branching of R is in the C2 position; PO is a propyleneoxy group; Y is -SO 3; Z is a cation; and n is 1 to 50; and - a polymerization initiator.
Cosmetic use of an effective amount of at least an ingredient containing chicoric acid or derivatives thereof in an oral food supplement, said derivatives of chicoric acid having the formula: wherein R 1, R 2, R 3 and/or R 4 are identical or differ from one another and are selected from the group consisting of: H, CH 3, C 1 -C 3 -alkyl, aryl, C 1 -C 3 -acyl, amino acids, monosaccharides, disaccharides or oligosaccharides; as an active agent for lightening and/or whitening skin tone.
A process for the polymerisation of monomer in a polymerisation system having at least one component attached thereto which is flushed with a flush medium which enters the polymerisation system, wherein initially said component is flushed with a first flush medium, and subsequently said component is flushed with a second flush medium which second flush medium differs in composition from the first flush medium, and wherein a flush gas comprising monomer is used when the polymer production rate is above 10Te/h.
A method for producing a half-finished tipping paper blank for making tipping paper for rod-shaped articles, the method comprising the steps of: providing a continuous strip of tipping paper (1, 17) extending in a longitudinal direction, the strip having two opposed longitudinal edges; cutting the continuous strip along a plurality of transverse cut lines spaced from one another along the longitudinal direction of the continuous strip to form the plurality of half-finished tipping paper blanks, wherein each transverse cut line comprises a straight transverse portion extending transversely from each longitudinal edge to intersect an arcuate central portion, the arcuate central portion forming a tab which projects into a recess in the next adjacent half-finished tipping paper blank, such that each half-finished tipping paper blank comprises a transverse tab edge and an opposed transverse recess edge; and providing the continuous strip of tipping paper (1, 17) with two continuous, longitudinally extending perforation lines, one disposed on each side between the longitudinal edge and the arcuate central portions, the longitudinally extending perforation lines intersecting the transverse cut lines. providing a continuous strip of tipping paper (1, 17) extending in a longitudinal direction, the strip having two opposed longitudinal edges; cutting the continuous strip along a plurality of transverse cut lines spaced from one another along the longitudinal direction of the continuous strip to form the plurality of half-finished tipping paper blanks, wherein each transverse cut line comprises a straight transverse portion extending transversely from each longitudinal edge to intersect an arcuate central portion, the arcuate central portion forming a tab which projects into a recess in the next adjacent half-finished tipping paper blank, such that each half-finished tipping paper blank comprises a transverse tab edge and an opposed transverse recess edge; and providing the continuous strip of tipping paper (1, 17) with two continuous, longitudinally extending perforation lines, one disposed on each side between the longitudinal edge and the arcuate central portions, the longitudinally extending perforation lines intersecting the transverse cut lines.
Method for operating a fuel cell system, comprising at least one fuel cell having an anode compartment and a cathode compartment, wherein anode exhaust gas can flow out of the anode compartment, and further comprising a recirculation of the anode exhaust gas around the anode compartment, characterised in that below a preset limit load (I x) of the fuel cell, the fuel cell is operated with a recirculation of anode exhaust gas, and in that between the limit load (I x) and the full load (I max) of the fuel cell, the fuel cell is operated without a recirculation of anode exhaust gas, wherein the preset limit load (I x) is, as a function of the fuel cell current at up to 30 percent of the maximum fuel cell current (I max) at full load, preferably preset to between 5 percent and 20 percent of the maximum fuel cell current (I max) at full load.
A connecting or linking part for a corrugated tube or a corrugated hose line containing: a moulding produced by primary moulding, which has a bore approximately concentrically to the corrugated tube or corrugated hose line and an outer contour adapted to the usage purpose, which embraces at least the terminal corrugation of the corrugated tube or hose in positive manner and consists of a moulding compound, a line end of a parallel or spirally corrugated, corrugated tube or corrugated hose, the central axis whereof is aligned approximately concentrically to the central axis of the bore in the moulding, and in which at least the terminal corrugation and/or a corrugated portion is arranged inside the contour line of the moulding, a hardenable coating, which is applied before the casting process at least to the terminal corrugation, a corrugated portion or a moulded end of the corrugated tube or corrugated hose and which is not a polymer coating, wherein the line end together with the hardenable coating is inserted in a moulding tool, forms a part of the contour and after the filling process a positive connection is produced between the moulding (the moulding compound) and the line end, characterized in that the hardenable non-polymer coating is a solidifying layer. a moulding produced by primary moulding, which has a bore approximately concentrically to the corrugated tube or corrugated hose line and an outer contour adapted to the usage purpose, which embraces at least the terminal corrugation of the corrugated tube or hose in positive manner and consists of a moulding compound, a line end of a parallel or spirally corrugated, corrugated tube or corrugated hose, the central axis whereof is aligned approximately concentrically to the central axis of the bore in the moulding, and in which at least the terminal corrugation and/or a corrugated portion is arranged inside the contour line of the moulding, a hardenable coating, which is applied before the casting process at least to the terminal corrugation, a corrugated portion or a moulded end of the corrugated tube or corrugated hose and which is not a polymer coating, wherein the line end together with the hardenable coating is inserted in a moulding tool, forms a part of the contour and after the filling process a positive connection is produced between the moulding (the moulding compound) and the line end, characterized in that the hardenable non-polymer coating is a solidifying layer.