mhurhangee/ep-ind-claims huggingface dataset:
A liquid hard surface detergent composition comprising; a) a liquid mixed alkoxylate fatty alcohol non-ionic surfactant comprising 4 or 5 moles of PO and 7 or 8 moles of EO, wherein the mixed alkoxylate fatty alcohol non-ionic surfactant comprises EO and PO groups only, and b) a builder; wherein the detergent composition has a pH in the range of 6.5 to 12 as a 1%wt solution at 20°C. a) a liquid mixed alkoxylate fatty alcohol non-ionic surfactant comprising 4 or 5 moles of PO and 7 or 8 moles of EO, wherein the mixed alkoxylate fatty alcohol non-ionic surfactant comprises EO and PO groups only, and b) a builder;
Artificial tooth for insertion into a denture base, comprising an outer part visible in the inserted state, and an inner part arranged in the denture base when in the inserted state, wherein the inner part is free of undercuts with respect to a direction of insertion in which the tooth is inserted into the denture base, and the inner part is asymmetric, in particular not rotationally symmetric in shape, and wherein a tooth edge is formed between the outer part and the inner part, characterized in that an abrupt change of angle occurs at the tooth edge so that the tooth edge can be detected by an automatic production method to enable an automatic forming of a cavity in the denture base, wherein the tooth edge is formed to extend all around the circumference thereof.
An electro-mechanical actuation system for a fluid pump having a plurality of cylinders, each cylinder including a piston operable to reciprocate within the cylinder to cause pumping of fluid, comprising: a plurality of electro-mechanical actuators, each electro-mechanical actuator configured to operatively couple with a piston of the fluid pump; and a control system electrically connected to the plurality of electro-mechanical actuators and configured to: determine a target output of fluid to be pumped by the fluid pump; individually control a speed and a phase at which each electro-mechanical actuator of the plurality of electro-mechanical actuators actuates the corresponding piston of the fluid pump, such that the plurality of cylinders collectively pump fluid at an actual output that corresponds to the target output; and in response to detecting an operating condition in which one or more of the electro-mechanical actuators and/or corresponding pistons is deactivated or has reduced output, individually adjust the speed and/or the phase at which one or more of the other electro-mechanical actuators actuates the corresponding piston based on the operating condition, to thereby cause actual output of the fluid pump to correspond to an updated target output. a plurality of electro-mechanical actuators, each electro-mechanical actuator configured to operatively couple with a piston of the fluid pump; and a control system electrically connected to the plurality of electro-mechanical actuators and configured to: determine a target output of fluid to be pumped by the fluid pump; individually control a speed and a phase at which each electro-mechanical actuator of the plurality of electro-mechanical actuators actuates the corresponding piston of the fluid pump, such that the plurality of cylinders collectively pump fluid at an actual output that corresponds to the target output; and in response to detecting an operating condition in which one or more of the electro-mechanical actuators and/or corresponding pistons is deactivated or has reduced output, individually adjust the speed and/or the phase at which one or more of the other electro-mechanical actuators actuates the corresponding piston based on the operating condition, to thereby cause actual output of the fluid pump to correspond to an updated target output. determine a target output of fluid to be pumped by the fluid pump; individually control a speed and a phase at which each electro-mechanical actuator of the plurality of electro-mechanical actuators actuates the corresponding piston of the fluid pump, such that the plurality of cylinders collectively pump fluid at an actual output that corresponds to the target output; and in response to detecting an operating condition in which one or more of the electro-mechanical actuators and/or corresponding pistons is deactivated or has reduced output, individually adjust the speed and/or the phase at which one or more of the other electro-mechanical actuators actuates the corresponding piston based on the operating condition, to thereby cause actual output of the fluid pump to correspond to an updated target output.
A resonance-type power reception device comprising: a receiving antenna configured to receive power transferred from a transmitting antenna; and a receiving circuit configured to control an input impedance (Zin) of the transmitting antenna in accordance with mutual inductance between the transmitting antenna and the receiving antenna, wherein the receiving circuit includes: a rectifier circuit configured to convert the power received by the receiving antenna into direct current power; and an interface power supply configured to control a ratio between a voltage (Vin) and a current (Iin) of the direct current power obtained by the rectifier circuit to a value proportional to a square of the mutual inductance. a receiving antenna configured to receive power transferred from a transmitting antenna; and a receiving circuit configured to control an input impedance (Zin) of the transmitting antenna in accordance with mutual inductance between the transmitting antenna and the receiving antenna, wherein the receiving circuit includes: a rectifier circuit configured to convert the power received by the receiving antenna into direct current power; and an interface power supply configured to control a ratio between a voltage (Vin) and a current (Iin) of the direct current power obtained by the rectifier circuit to a value proportional to a square of the mutual inductance. a rectifier circuit configured to convert the power received by the receiving antenna into direct current power; and an interface power supply configured to control a ratio between a voltage (Vin) and a current (Iin) of the direct current power obtained by the rectifier circuit to a value proportional to a square of the mutual inductance.
A pharmaceutical composition comprising solubilized estradiol, micronized and partially solubilized progesterone, and a solubilizing agent; wherein the solubilizing agent is a C6-C12 oil selected from monoglycerides of C6-C12 fatty acids, diglycerides of C6-C12 fatty acids, and combinations thereof; and the estradiol and the progesterone are present in the solubilizing agent.
A biological test kit (200; 300; 400) comprising: (a) a reusable module (210; 310; 410) comprising (i) a reusable module housing (212; 312; 412), (ii) measuring equipment (214; 314; 414) supported by the reusable module housing (212; 312; 412) and configured to measure a property of a biological sample, and (iii) a reusable module connector (216; 316; 416) supported by the reusable module housing (212; 312; 412); (b) a disposable module (220; 320; 420) comprising (i) a disposable module housing (222; 322; 422), (ii) a first lancet station (240; 340; 440) supported by and stationary relative to the disposable module housing (222; 322; 422), the first lancet station (240; 340; 440) being configured to facilitate generation of a first biological sample and including a lancet device comprising a lancet and a cover that moves between an un-depressed position in which the cover covers the lancet and a depressed position in which the lancet protrudes through a lancet aperture in the cover, (iii) a first strip station (250; 350; 452) supported by the disposable module housing (222; 322; 422) and including a first biological strip (260; 360; 462) configured to receive the first biological sample and to provide the first biological sample to the measuring equipment (214; 314; 414) for measurement of the property, and (iv) a disposable module connector (226; 326; 426) supported by the disposable module housing (222; 322) and being modularly connectible to the reusable module connector (216; 316; 416). (a) a reusable module (210; 310; 410) comprising (i) a reusable module housing (212; 312; 412), (ii) measuring equipment (214; 314; 414) supported by the reusable module housing (212; 312; 412) and configured to measure a property of a biological sample, and (iii) a reusable module connector (216; 316; 416) supported by the reusable module housing (212; 312; 412); (b) a disposable module (220; 320; 420) comprising (i) a disposable module housing (222; 322; 422), (ii) a first lancet station (240; 340; 440) supported by and stationary relative to the disposable module housing (222; 322; 422), the first lancet station (240; 340; 440) being configured to facilitate generation of a first biological sample and including a lancet device comprising a lancet and a cover that moves between an un-depressed position in which the cover covers the lancet and a depressed position in which the lancet protrudes through a lancet aperture in the cover, (iii) a first strip station (250; 350; 452) supported by the disposable module housing (222; 322; 422) and including a first biological strip (260; 360; 462) configured to receive the first biological sample and to provide the first biological sample to the measuring equipment (214; 314; 414) for measurement of the property, and (iv) a disposable module connector (226; 326; 426) supported by the disposable module housing (222; 322) and being modularly connectible to the reusable module connector (216; 316; 416).
An article of tableware, comprising: a bowl portion comprising a wall defining a well; and a base portion coupled to the bowl portion, the base portion including a foot portion and a hinge portion, the hinge portion including a first hinge line and a second hinge line, the foot portion being coupled to the hinge portion at the first hinge line, the hinge portion being pivotable about the first and second hinge lines (34, 36) such that the foot portion is movable between an extended position and a retracted position to adjust a height of the tableware article, wherein the tableware article comprises a flexible material, and the wall of the bowl portion is configured to limit deformation of the bowl portion, the wall has a first thickness along a portion of a circumference of the bowl portion adjacent an upper rim portion and/or a handle portion, the thickness of the wall decreases along the circumference of the bowl, and a second thickness of the wall at a portion diametrically opposite the handle portion is less than the first thickness, and wherein the hinge portion defines a plurality of openings. a bowl portion comprising a wall defining a well; and a base portion coupled to the bowl portion, the base portion including a foot portion and a hinge portion, the hinge portion including a first hinge line and a second hinge line, the foot portion being coupled to the hinge portion at the first hinge line, the hinge portion being pivotable about the first and second hinge lines (34, 36) such that the foot portion is movable between an extended position and a retracted position to adjust a height of the tableware article, wherein the tableware article comprises a flexible material, and the wall of the bowl portion is configured to limit deformation of the bowl portion, the wall has a first thickness along a portion of a circumference of the bowl portion adjacent an upper rim portion and/or a handle portion, the thickness of the wall decreases along the circumference of the bowl, and a second thickness of the wall at a portion diametrically opposite the handle portion is less than the first thickness, and wherein the hinge portion defines a plurality of openings.
A lighting unit for following the lighting behavior of one or more followed lighting units, the lighting unit comprising: one or more light sources (106, 206); one or more light sensors (104, 204); and a controller (102, 202) coupled with the one or more light sources and the one or more light sensors, the controller configured to: receive, from the one or more light sensors, one or more signals comprising a plurality of samples of light detected by the one or more light sensors; calculate, based on the plurality of samples, a rate of change in a property of the light detected by the one or more light sensors; and characterized in that the controller is further configured to transition the one or more light sources between an off lighting state and an on lighting state responsive to a determination that the rate of change satisfies a minimum rate of change indicative of the one or more followed lighting units being turned on or off. one or more light sources (106, 206); one or more light sensors (104, 204); and a controller (102, 202) coupled with the one or more light sources and the one or more light sensors, the controller configured to: receive, from the one or more light sensors, one or more signals comprising a plurality of samples of light detected by the one or more light sensors; calculate, based on the plurality of samples, a rate of change in a property of the light detected by the one or more light sensors; and characterized in that the controller is further configured to transition the one or more light sources between an off lighting state and an on lighting state responsive to a determination that the rate of change satisfies a minimum rate of change indicative of the one or more followed lighting units being turned on or off. receive, from the one or more light sensors, one or more signals comprising a plurality of samples of light detected by the one or more light sensors; calculate, based on the plurality of samples, a rate of change in a property of the light detected by the one or more light sensors; and characterized in that the controller is further configured to transition the one or more light sources between an off lighting state and an on lighting state responsive to a determination that the rate of change satisfies a minimum rate of change indicative of the one or more followed lighting units being turned on or off.
A non-aqueous electrolyte comprising a lithium salt, an organic solvent and an additive, wherein the additive comprises a sulfonyl-containing compound, characterized in that the sulfonyl-containing compound is Compound or Compound and Compound, wherein a structural formula of Compound is; and a structural formula of Compound is:
A mounting angle for fastening a building element, such as a window or door frame, to an opening of a compound wall, comprising: - a first leg for mounting and abutting the wall, - a second leg projecting at an angle and in particular at a right angle from the first leg for mounting and abutting the building element, - a first screw opening passing through the first leg for the passage of a fastening screw and/or a drill, - a second screw opening passing through the second leg for the passage of the same fastening screw and/or the same drill, characterized - in that the second screw opening is provided in a section which is inclined relative to the main extension direction of the second leg, - in that the inclined section forms or supports a screw head bearing surface, - in that the screw head bearing surface and in particular the inclined section of a normal plane follows an imaginary straight line which runs through the first screw opening and through the second screw opening and which corresponds in particular to the course of the fastening screw to be inserted or the course of the drill to be inserted, - and in that the screw head bearing surface is arranged on the outside of the second leg, i.e. on the side of the second leg facing away from the first leg. - a first leg for mounting and abutting the wall, - a second leg projecting at an angle and in particular at a right angle from the first leg for mounting and abutting the building element, - a first screw opening passing through the first leg for the passage of a fastening screw and/or a drill, - a second screw opening passing through the second leg for the passage of the same fastening screw and/or the same drill, characterized - in that the second screw opening is provided in a section which is inclined relative to the main extension direction of the second leg, - in that the inclined section forms or supports a screw head bearing surface, - in that the screw head bearing surface and in particular the inclined section of a normal plane follows an imaginary straight line which runs through the first screw opening and through the second screw opening and which corresponds in particular to the course of the fastening screw to be inserted or the course of the drill to be inserted, - and in that the screw head bearing surface is arranged on the outside of the second leg, i.e. on the side of the second leg facing away from the first leg.
A drill bit assembly for fluid-operated percussion drill tools, comprising: a percussion bit having a head portion formed with an axially extending shank, a first plurality of axially extending splines on the shank slideably engageable with a first plurality of complementary splines formed internally of a drive chuck whereby rotational drive from the chuck may be transmitted to the shank; and engagement means on the chuck adapted for connecting the chuck to a drive means of the fluid-operated percussion drill tool; and wherein during drilling, the bit and the chuck are held in a first relative orientation in which the bit is retained in the chuck, and characterised in that the bit is moveable axially relative to the chuck to a bit removal position, in which the bit is rotatable relative to the chuck to a second relative orientation in which the bit is removable from the chuck, and wherein the bit is moveable to the bit removal position while the chuck is fully engaged with the drive means such that the bit is removable from the drill bit assembly while the chuck is fully engaged with the drive means. a percussion bit having a head portion formed with an axially extending shank, a first plurality of axially extending splines on the shank slideably engageable with a first plurality of complementary splines formed internally of a drive chuck whereby rotational drive from the chuck may be transmitted to the shank; and engagement means on the chuck adapted for connecting the chuck to a drive means of the fluid-operated percussion drill tool; and wherein during drilling, the bit and the chuck are held in a first relative orientation in which the bit is retained in the chuck, and characterised in that the bit is moveable axially relative to the chuck to a bit removal position, in which the bit is rotatable relative to the chuck to a second relative orientation in which the bit is removable from the chuck, and wherein the bit is moveable to the bit removal position while the chuck is fully engaged with the drive means such that the bit is removable from the drill bit assembly while the chuck is fully engaged with the drive means.
Arrangement consisting of a main structure of rectangular prismatic geometry provided at its center with an hinged hook for anchoring a ladder to cables, the rear end of the hook has an extension in which a through hole is provided for attaching a rope, whereas the upper end of the main structure has a longitudinal threaded shaft, provided with a handle in the upper portion with a rectangular prismatic one-piece coupled to said threaded shaft, said one-piece has on its rear face a concave surface, characterized in that at the lower end of the main structure, there is a rope grip consisting laterally of an inverted U-shaped support which bears two semi-cylindrical elements with grooved-like teeth positioned side by side, in an upper portion there is a rope limiting element having at the center of its lower face a half-round longitudinal recess and two axes which project perpendicularly downwardly in its rear portion and attach to holes of the same cross-section provided in the rear portion of a lower base of said rope grip on which the semi-cylindrical elements are mounted, whereas in the rope limiting element, through holes matching threaded holes being provided at the center of the semi-cylindrical elements, in which threaded holes screws passing through the rope limiting element are secured, while in the upper step, in which the upper portion of the main frame is attached, and on each side of such main structure, two side latches of toroidal geometry are provided, with each of these side latches being divided into two equal parts in semi-annular shapes and being installable to a ladder step by means of screws and nuts, and by this the upper portion of the main structure is attachable to a ladder step.
A laundry processing device comprising: a detergent box having a detergent storage unit which accommodates a detergent and which has an opening part; a washing water supply device for supplying the detergent storage unit with washing water from the outside; and a regulating unit for closing the opening part of the detergent storage unit in which the detergent is accommodated, and opening the opening part by means of the washing water supplied by the washing water supply device, wherein the regulating unit comprises: a body portion for opening and closing the opening part; and an attachment portion for rotatably attaching the body portion to the detergent box; characterized in that the attachment portion is arranged between the body portion and a load portion, and in that the load portion produces a moment to cause the body portion to close the opening part. a detergent box having a detergent storage unit which accommodates a detergent and which has an opening part; a washing water supply device for supplying the detergent storage unit with washing water from the outside; and a regulating unit for closing the opening part of the detergent storage unit in which the detergent is accommodated, and opening the opening part by means of the washing water supplied by the washing water supply device, wherein the regulating unit comprises: a body portion for opening and closing the opening part; and an attachment portion for rotatably attaching the body portion to the detergent box; characterized in that the attachment portion is arranged between the body portion and a load portion, and in that the load portion produces a moment to cause the body portion to close the opening part. a body portion for opening and closing the opening part; and an attachment portion for rotatably attaching the body portion to the detergent box; characterized in that the attachment portion is arranged between the body portion and a load portion, and in that the load portion produces a moment to cause the body portion to close the opening part.