mhurhangee/ep-ind-claims huggingface dataset:
Floor plate (1; 20), for instance for a shower floor, which floor plate (1; 20) comprises: - a plate (2; 21), preferably of hard foam; - a drain (3; 22) arranged in the plate; and - a sealing membrane (5; 26) extending at least over the peripheral edges of the plate, which sealing membrane (5; 26) is fixed watertightly to the upper surface of the plate (2; 21) at a distance from the peripheral edges, characterized in that the sealing membrane (5; 26) is not fixed to a strip along the peripheral edges on the upper surface of the plate, the strip extending from the location where the sealing membrane is fixed, up to and including the peripheral edges of the plate (2; 21). - a plate (2; 21), preferably of hard foam; - a drain (3; 22) arranged in the plate; and - a sealing membrane (5; 26) extending at least over the peripheral edges of the plate, which sealing membrane (5; 26) is fixed watertightly to the upper surface of the plate (2; 21) at a distance from the peripheral edges, characterized in that the sealing membrane (5; 26) is not fixed to a strip along the peripheral edges on the upper surface of the plate, the strip extending from the location where the sealing membrane is fixed, up to and including the peripheral edges of the plate (2; 21).
An oil-in-water emulsified cosmetic composition comprising a zinc oxide powder having an average particle diameter of 0.1 to 1 μm, an average particle thickness of 0.01 to 0.2 μm, and an average aspect ratio of 3 or more and a polymer selected from the group consisting of a polyacrylamide compound, a polyacrylic acid, and salts thereof, wherein - the average particle diameter is obtained as the arithmetic average of the major axis and the minor axis of arbitrary 20 particles present in an arbitrary visual field in a transmission electron micrograph; - the average particle thickness is obtained by the arithmetic mean of measured thickness of all of the particles having a measurable thickness in the visual field in the transmission electron micrograph; and - the average aspect ratio is obtained by (the average particle diameter) / (the average particle thickness), and rounding off the resulting value to the nearest whole number. - the average particle diameter is obtained as the arithmetic average of the major axis and the minor axis of arbitrary 20 particles present in an arbitrary visual field in a transmission electron micrograph; - the average particle thickness is obtained by the arithmetic mean of measured thickness of all of the particles having a measurable thickness in the visual field in the transmission electron micrograph; and - the average aspect ratio is obtained by (the average particle diameter) / (the average particle thickness), and rounding off the resulting value to the nearest whole number.
An imaging sensor, comprising: a plurality of imaging pixels (P1-Pn) arranged in a plurality of columns (C1-Cn); a plurality of column sampling circuits (202a-202x, 502, 602a-602x, 702a-702x), wherein each column sampling circuit is coupled to a respective one of the plurality of columns; wherein each column sampling circuit respectively includes more than two sampling channels (A, B, C, D), wherein each column sampling circuit is respectively configured to randomly select a first sampling channel from among the sampling channels to sample a black level signal from a pixel included in the column to which the column sampling circuit is coupled and to randomly select a second sampling channel from among the available sampling channels to sample a light level signal from the pixel; an amplifier (208, 608, 708) having a first input configured to receive, from each column sampling circuit, the black level signal sampled by the column sampling circuit and a second input to receive the light level signal sampled by the column sampling circuit; and a global switching matrix (206, 606, 706) coupled between the plurality of sampling channels of each column sampling circuit and the amplifier, wherein the global switching matrix is coupled so as to selectively couple, from each column sampling circuit, the first sampling channel to the first input of the amplifier and the second sampling channel to the second input of the amplifier. a plurality of imaging pixels (P1-Pn) arranged in a plurality of columns (C1-Cn); a plurality of column sampling circuits (202a-202x, 502, 602a-602x, 702a-702x), wherein each column sampling circuit is coupled to a respective one of the plurality of columns; wherein each column sampling circuit respectively includes more than two sampling channels (A, B, C, D), wherein each column sampling circuit is respectively configured to randomly select a first sampling channel from among the sampling channels to sample a black level signal from a pixel included in the column to which the column sampling circuit is coupled and to randomly select a second sampling channel from among the available sampling channels to sample a light level signal from the pixel; an amplifier (208, 608, 708) having a first input configured to receive, from each column sampling circuit, the black level signal sampled by the column sampling circuit and a second input to receive the light level signal sampled by the column sampling circuit; and a global switching matrix (206, 606, 706) coupled between the plurality of sampling channels of each column sampling circuit and the amplifier, wherein the global switching matrix is coupled so as to selectively couple, from each column sampling circuit, the first sampling channel to the first input of the amplifier and the second sampling channel to the second input of the amplifier.
Self-propelled work implement, in particular lawnmower, with a chassis, with at least one tool and with a drive motor for driving the tool, wherein the tool is height-adjustable with respect to the chassis, wherein a setting apparatus is provided to set the relative position of the tool with respect to the chassis, wherein the setting apparatus comprises an actuating motor and a setting gear, wherein the setting gear rotates by less than one full revolution between a first, lower end position of the tool and a second, upper end position of the tool, characterized in that a detection device is provided to detect the height position of the tool, which detection device comprises encoding elements (26, 27, 28) on the setting gear and at least one detection means, wherein the at least one first encoding element for the first end position differs from the at least one second encoding element for the second end position.
Device for detecting surfaces and/or for detecting the distance between detected surfaces with at least one ultrasonic sensor which is attached to a surface of a metallic part by means of a bonding agent and transmits and receives signals through the metallic part, at least one essentially annular damping part which surrounds the ultrasonic sensor, wherein the annular damping part is composed of a solid material and of at least one elastic isolating ring between the ultrasonic sensor and the annular damping part, characterized in that the bonding agent is an elastic bonding agent, wherein a sound-absorbing and/or sound-damping material is applied around the ultrasonic sensor and the damping part, on the surface of the metallic part on which the ultrasonic sensor is arranged, wherein the sound-absorbing and/or sound-damping material is a single-layer or multi-layer bitumen layer which can be bonded.
A formulation characterized in that it comprises an aqueous mixture including a first polyvinyl alcohol having a viscosity in the range of from 38 to 55 mPas (cPs), a second polyvinyl alcohol having a viscosity in the range of from 13 to 27 mPas (cPs), viscosity being measured on a 4% aqueous solution at 20°C, and at least one active agent selected from a pharmaceutical agent, a wound healing agent and a cosmetic agent, the cosmetic agent being selected from: anti-irritant, anti-oxidant, skin conditioning, anti-blotching, anti-aging, anti-cellulite, skin firming, eye contour, slimming, sunburn soothing, skin lifting, anti-elastase, anti-collagenase, free radical scavenger, seboregulator, hydrative, vitamin, mineral, α-hydroxy acid and anti-hyperpigmentation agents, the mixture forming a composition, which, when dried, forms an agent-releasing, water-removable, peelable film when applied to a skin surface.
An artificial airway for replacement of damaged tissue by implantation into a respiratory tract of a recipient, said artificial airway comprising: a tubular stent, and substantially acellular, non-layered, contiguous, extracellular matrix surrounding the stent on its inner and outer surfaces. a tubular stent, and substantially acellular, non-layered, contiguous, extracellular matrix surrounding the stent on its inner and outer surfaces.
A compound having a structure of Formula 1 below or a stereoisomer, a solvate, or a pharmaceutically acceptable salt thereof: [Formula 1] X-L1-O(CH 2 CH 2 O) n -L2-R wherein in Formula 1 above, X is an immunoglobulin Fc region and comprises, at the N-terminus, a hinge sequence that comprises an amino acid sequence of SEQ ID NO: 9 (Pro-Ser-Cys-Pro); L1 is a straight or branched-chain C 1 -C 6 alkylene and is linked to the N-terminal proline residue (Pro) of SEQ ID NO: 9; L2 is -a1-CONH-, -a1-NHCO-, -a1-NHCO-a2-, -COO-, -b1-COO-, -COO-b2-, or -b1-COO-b2-, in which a1, a2, b1, and b2 are each independently a straight or branched-chain C 1 -C 6 alkylene; n is from 10 to 2,400; and; R is any one selected from the group consisting of 2,5-dioxopyrrolidinyl, 2,5-dioxopyrrolyl, aldehyde, maleimide, C 6 -C 20 aryl disulfide, C 5 -C 20 heteroaryl disulfide, vinyl sulfone, thiol, halogenated acetamide, succinimide, p-nitrophenyl carbonate, and thioester. wherein in Formula 1 above, X is an immunoglobulin Fc region and comprises, at the N-terminus, a hinge sequence that comprises an amino acid sequence of SEQ ID NO: 9 (Pro-Ser-Cys-Pro); L1 is a straight or branched-chain C 1 -C 6 alkylene and is linked to the N-terminal proline residue (Pro) of SEQ ID NO: 9; L2 is -a1-CONH-, -a1-NHCO-, -a1-NHCO-a2-, -COO-, -b1-COO-, -COO-b2-, or -b1-COO-b2-, in which a1, a2, b1, and b2 are each independently a straight or branched-chain C 1 -C 6 alkylene; n is from 10 to 2,400; and; R is any one selected from the group consisting of 2,5-dioxopyrrolidinyl, 2,5-dioxopyrrolyl, aldehyde, maleimide, C 6 -C 20 aryl disulfide, C 5 -C 20 heteroaryl disulfide, vinyl sulfone, thiol, halogenated acetamide, succinimide, p-nitrophenyl carbonate, and thioester.
A device for aligning the optical axis of an optical element with the optical axis of an optoelectronic component and for fastening the optical element in the resulting position in relation to the optoelectronic component, comprising: - a base construed and arranged to support at least one plane framework (7; 20), - a first framework disposed onto said base and comprising: -- a bore having a longitudinal axis approximately coaxial to the optical axis of the optoelectronic component, said bore being construed and arranged to receive an optical element, -- a tank construed and arranged to contain some solidifiable product, -- a duct connected at a first end to said tank and at a second end to said bore so that the solidifiable product can migrate from the tank to the bore by capillarity action; and being characterized in that said first framework further comprises a slot (8, 8') surrounding the tank for limiting an area where the solidifiable product can spread outside the tank by wetting the framework. - a base construed and arranged to support at least one plane framework (7; 20), - a first framework disposed onto said base and comprising: -- a bore having a longitudinal axis approximately coaxial to the optical axis of the optoelectronic component, said bore being construed and arranged to receive an optical element, -- a tank construed and arranged to contain some solidifiable product, -- a duct connected at a first end to said tank and at a second end to said bore so that the solidifiable product can migrate from the tank to the bore by capillarity action; -- a bore having a longitudinal axis approximately coaxial to the optical axis of the optoelectronic component, said bore being construed and arranged to receive an optical element, -- a tank construed and arranged to contain some solidifiable product, -- a duct connected at a first end to said tank and at a second end to said bore so that the solidifiable product can migrate from the tank to the bore by capillarity action;
A safety disc comprising a foil element having a thickness (s) of between 15 μm and 1 mm and at least one non-through cut characterised in that the non-through cut, realized with a femtosecond laser, has a width less than or equal to 200 μm and a ratio between width and depth less than or equal to 2.
Agricultural operation machine comprising an operating set of a mobile tool-bearing head, which travel in a controlled manner on a ground extension or a greenhouse, the set comprising: a propulsion module having: i) a propulsion head on a first end of the propulsion module which propulsion head has at least one servomotor, and ii) at least one guide head on a second opposite end of the propulsion module, iii) a synchronic belt mounted between a first pulley connected to said servomotor and a second pulley mounted on said guide head; at least one operated module connected to said propulsion module and jointly defining a scanning line; at least one motor cable operatively connected to said synchronic belt wherein the motor cable is actuated by the synchronic belt to operatively move along the at least one operated module and wherein the motor cable extends forming a ribbon along said propulsion and operated modules; and at least a mobile tool-bearing head having a scanning tool, mounted on said at least one motor cable on said at least one operated module, and characterized in that a closing pulley connected, by at least one pulley tensor, to a closing head disposed on one of said ends of said at least one operated module, the motor cable being tensed between said first pulley and the closing pulley and passes on a guided manner through at least one second guide pulley on said guide head. a propulsion module having: i) a propulsion head on a first end of the propulsion module which propulsion head has at least one servomotor, and ii) at least one guide head on a second opposite end of the propulsion module, iii) a synchronic belt mounted between a first pulley connected to said servomotor and a second pulley mounted on said guide head; i) a propulsion head on a first end of the propulsion module which propulsion head has at least one servomotor, and ii) at least one guide head on a second opposite end of the propulsion module, iii) a synchronic belt mounted between a first pulley connected to said servomotor and a second pulley mounted on said guide head; at least one operated module connected to said propulsion module and jointly defining a scanning line; at least one motor cable operatively connected to said synchronic belt wherein the motor cable is actuated by the synchronic belt to operatively move along the at least one operated module and wherein the motor cable extends forming a ribbon along said propulsion and operated modules; and at least a mobile tool-bearing head having a scanning tool, mounted on said at least one motor cable on said at least one operated module, and characterized in that a closing pulley connected, by at least one pulley tensor, to a closing head disposed on one of said ends of said at least one operated module, the motor cable being tensed between said first pulley and the closing pulley and passes on a guided manner through at least one second guide pulley on said guide head.
A belt bracket comprising a bracket portion and a nut element, said nut element comprising threads, said bracket portion comprising an attachment member adapted for attachment of a seat belt to said bracket portion (4,), and said nut element going through an opening in said bracket portion, said nut element being integrated into said belt bracket, such that said nut element is retained in said bracket portion, characterized in that said nut element is rotatable around a rotational axis in relation to said bracket portion, wherein said nut element comprises a nut portion located at a first side of said bracket portion, a collar located below the nut portion and on said first side of said bracket portion and a flange located in a recess of said bracket portion on a second opposite side of said bracket portion, said collar having a larger diameter than said nut portion, said collar and said flange having a larger diameter than said opening, therefore retaining said nut element in said bracket portion, an interspace being located between said bracket portion and said nut element, such that said nut element is free to rotate in relation to said bracket portion.
A biomedical apparatus for pumping blood of a human or an animal patient through a secondary intra- or extracorporeal blood circuit (10, 11, 12), comprising a blood pump for pumping blood, an inlet duct connected to the blood pump, for being inserted into a patient's circulatory system, in order to guide blood of the patient to the blood pump, an outlet duct connected to the blood pump, for being inserted into the patient's circulatory system, in order to guide blood from the blood pump back to the patient's circulatory system, at least one measuring device with at least one pressure sensor for measuring pressure values in the patient's circulatory system, and a controller for regulating the operating point of the blood pump based on the measured pressure values, characterized in that the controller comprises at least two different preset control algorithms for regulating the operating point of the blood pump based on the measured pressure values, and in that the controller is configured to select one of these preset control algorithms for being applied in dependence on the position of the at least one pressure sensor in the patient's circulatory system. a blood pump for pumping blood, an inlet duct connected to the blood pump, for being inserted into a patient's circulatory system, in order to guide blood of the patient to the blood pump, an outlet duct connected to the blood pump, for being inserted into the patient's circulatory system, in order to guide blood from the blood pump back to the patient's circulatory system, at least one measuring device with at least one pressure sensor for measuring pressure values in the patient's circulatory system, and a controller for regulating the operating point of the blood pump based on the measured pressure values, characterized in that the controller comprises at least two different preset control algorithms for regulating the operating point of the blood pump based on the measured pressure values, and in that the controller is configured to select one of these preset control algorithms for being applied in dependence on the position of the at least one pressure sensor in the patient's circulatory system.
An antenna comprising: an insulating substrate (305, 405, 505, 605, 705); a plurality of conductive patches (310, 410, 510, 610, 712) provided on a top surface of the insulating substrate; a ground plane (355, 455, 555, 655, 755) provided below the insulating substrate, the ground plane comprising apertures (353, 453, 553, 653, 753) therein, the apertures being registered to be aligned below the conductive patches; contacts (325, 425, 525, 625, 725); a plurality of delay lines (315, 415, 515, 615, 715) provided below the conductive patches and connected to the conductive patches via the contacts (325, 425, 525, 625, 725); a variable dielectric constant, VDC, layer (344, 444, 544. 644, 744) provided between the conductive patches and the ground plane; and, feed lines having terminus ends thereof registered to be aligned below the apertures, so as to capacitively couple an RF signal to the delay lines through the apertures. an insulating substrate (305, 405, 505, 605, 705); a plurality of conductive patches (310, 410, 510, 610, 712) provided on a top surface of the insulating substrate; a ground plane (355, 455, 555, 655, 755) provided below the insulating substrate, the ground plane comprising apertures (353, 453, 553, 653, 753) therein, the apertures being registered to be aligned below the conductive patches; contacts (325, 425, 525, 625, 725); a plurality of delay lines (315, 415, 515, 615, 715) provided below the conductive patches and connected to the conductive patches via the contacts (325, 425, 525, 625, 725); a variable dielectric constant, VDC, layer (344, 444, 544. 644, 744) provided between the conductive patches and the ground plane; and, feed lines having terminus ends thereof registered to be aligned below the apertures, so as to capacitively couple an RF signal to the delay lines through the apertures.
A deformable coupling device, comprising the coupling device and an underwater riser, intended to connect together an underwater flow line running along a horizontal component on a seabed to carry a fluid and the underwater riser running from said seabed along a vertical component towards a sea surface to be able to carry said fluid between said seabed and said sea surface, said coupling device having two opposite extremities, while said underwater flow line has a downstream extremity and said underwater riser has an upstream extremity, said opposite extremities being intended to be connected to said upstream and downstream extremities, respectively; said coupling device comprising: a leaktight sheath of polymer material and at least one reinforcing wire wound in a helix around said leaktight sheath to form a flexible pipe; at least one float connected to said flexible pipe so as to shape said flexible pipe into a bell-shaped curve with respect to said seabed between said upstream and downstream extremities; characterized in that said underwater riser has guide members around said upstream extremity and converging towards the upstream extremity, while a first extremity of said opposite extremities of said flexible pipe is provided with a connector intended to slidably bears against said guide members and to be guided towards said upstream extremity by said guide means in order to reach said upstream extremity. a leaktight sheath of polymer material and at least one reinforcing wire wound in a helix around said leaktight sheath to form a flexible pipe; at least one float connected to said flexible pipe so as to shape said flexible pipe into a bell-shaped curve with respect to said seabed between said upstream and downstream extremities; characterized in that said underwater riser has guide members around said upstream extremity and converging towards the upstream extremity, while a first extremity of said opposite extremities of said flexible pipe is provided with a connector intended to slidably bears against said guide members and to be guided towards said upstream extremity by said guide means in order to reach said upstream extremity.
Method for operating a brake system having a brake booster which is divided into at least one negative-pressure chamber and at least one working chamber by at least one movable partition, wherein at least one negative-pressure chamber is or can be connected to a negative-pressure source for the build-up of a negative pressure, and having at least one sensor which detects at least one variable such as travel and/or angle and/or force of a brake pedal actuation and/or a brake pressure that is built up, in accordance with a brake pedal actuation, in at least one master brake cylinder that is connected to the brake booster, wherein an estimation of the remaining negative pressure in at least one negative-pressure chamber is performed on the basis of at least one of the detected variables taking into consideration past brake pedal actuations, characterized in that the taking into consideration of past brake pedal actuations for the estimation of the remaining negative pressure includes an integration or summation over multiple temporally successive values of at least one of the detected variables.