mhurhangee/ep-ind-claims huggingface dataset:
A communication interface, comprising: • an input terminal (Rx) for receiving a logic signal from a remote interface; • a logic level discriminator coupled to the input terminal; • a peak detector connected to store the peak value of the signal at the input terminal; and • a voltage follower connected to the discriminator for providing an auxiliary supply voltage (Vdd2') based on the value provided by the peak detector; • an electrostatic discharge protection device, including: ∘ a first diode and an RC-circuit configured as the peak detector, connected in series between the input terminal (Rx) and a first power supply line; ∘ a transistor connected between the first power supply line and the input terminal (Rx) through the first diode or a second diode (D1'); and ∘ inverter configured to turn on the transistor when the voltage across the capacitor of the RC-circuit is less than a threshold. • an input terminal (Rx) for receiving a logic signal from a remote interface; • a logic level discriminator coupled to the input terminal; • a peak detector connected to store the peak value of the signal at the input terminal; and • a voltage follower connected to the discriminator for providing an auxiliary supply voltage (Vdd2') based on the value provided by the peak detector; • an electrostatic discharge protection device, including: ∘ a first diode and an RC-circuit configured as the peak detector, connected in series between the input terminal (Rx) and a first power supply line; ∘ a transistor connected between the first power supply line and the input terminal (Rx) through the first diode or a second diode (D1'); and ∘ inverter configured to turn on the transistor when the voltage across the capacitor of the RC-circuit is less than a threshold. ∘ a first diode and an RC-circuit configured as the peak detector, connected in series between the input terminal (Rx) and a first power supply line; ∘ a transistor connected between the first power supply line and the input terminal (Rx) through the first diode or a second diode (D1'); and ∘ inverter configured to turn on the transistor when the voltage across the capacitor of the RC-circuit is less than a threshold.
An inductive position sensor, comprising: a first part with a cylindrical coil winding having a longitudinal direction, a second part with a soft magnetic plunger core arranged movable with respect to the cylindrical coil winding in the longitudinal direction and said soft magnetic plunger core having a longitudinal extent parallel to the longitudinal direction of the cylindrical coil winding, and wherein the first part at least partly surrounds the soft magnetic plunger core, characterized in that a thin walled soft magnetic tubular shield surrounds the cylindrical coil winding, wherein said thin walled soft magnetic shield is shaped to circular cross-section form with an longitudinal abutting seam running in parallel to the longitudinal direction of the cylindrical coil winding, and shaped to the circular cross-section form from a flat strip cut to a rectangle and wherein the thin walled soft magnetic shield has a cylindrical cross section with one gable end closed by a shield hole washer element, and wherein both the soft magnetic tubular shield and the shield hole washer element are made from flat strips of electrical steel.
Electrode for evolution of gaseous products in electrolytic cells consisting of a metal substrate coated with at least one first catalytic composition and at least a second catalytic composition, said first catalytic composition comprising a mixture of oxides of iridium, of ruthenium and of at least one valve metal and being free of tin, said second catalytic composition comprising a mixture of oxides of iridium, of ruthenium and of tin, said first and second catalytic composition applied in a plurality of alternating layers.
A method of making a controlled release composition comprising the steps of: combining a water-soluble bioactive agent and a polymer in an organic phase; combining an organic ion in an aqueous phase; and combining the resulting organic and aqueous phases using an emulsion process to produce a controlled release composition; wherein said organic ion is selected from the group consisting of pamoate, trifluoromethyl-p-toluate, 2-naphthalene sulfonate, 2,3-naphthalene dicarboxylate, 1-hydroxy-2-naphthoate, 3-hydroxy-2-naphthoate, 2-naphthoate, and salicylsalicylate; and wherein said bioactive agent is selected from the group consisting of nucleic acids, carbohydrates, LHRH agonists, octreotide, insulin, leuprolide, somatostatin, immunogens, metabolic precursors capable of promoting growth and survival of cells and tissues, antineoplastic agents, antihistamines, cardiovascular agents, anti-ulcer agents, bronchodilators, vasodilators, central nervous system agents and narcotic antagonists. combining a water-soluble bioactive agent and a polymer in an organic phase; combining an organic ion in an aqueous phase; and combining the resulting organic and aqueous phases using an emulsion process to produce a controlled release composition;
A long-circulating liposome, characterized in that the surface of the liposome is modified with c(RGD-ACP-K), which is linked to PEG via a chemical bond, and the PEG is linked to a phospholipid on the surface of the liposome, wherein said liposome comprises an anticancer agent which is doxorubicin or a pharmaceutically acceptable salt thereof.
A buckle (110; 210) for a tie-down assembly (100; 200), the buckle comprising: a frame (140; 240); and a handle (150; 250) pivotably attached to the frame and configured to pivot about a first axis between an open position and a closed position, wherein a drum (162; 262) is rotatably attached to the handle (150; 250) and is configured to rotate about a second axis, wherein the second axis is spaced apart from and extends parallel to the first axis, characterized in that the drum comprises a first bar (165A; 265A) and a second bar (165B; 265B) spaced apart from one another and defining a slot (168; 268) therebetween for a strap (130; 230) that is configured to pass through the slot (168; 268). a frame (140; 240); and a handle (150; 250) pivotably attached to the frame and configured to pivot about a first axis between an open position and a closed position, wherein a drum (162; 262) is rotatably attached to the handle (150; 250) and is configured to rotate about a second axis, wherein the second axis is spaced apart from and extends parallel to the first axis, characterized in that the drum comprises a first bar (165A; 265A) and a second bar (165B; 265B) spaced apart from one another and defining a slot (168; 268) therebetween for a strap (130; 230) that is configured to pass through the slot (168; 268).
An extension guide for a movable furniture part, comprising - at least one rail which is oriented horizontally in the mounting position and - an entrainment member for a drive device for the movable furniture part, which entrainment member can be fastened on the rail, in particular detachably fastened, wherein the entrainment member is movable in a - in the mounting position - horizontally directed plane from a release position in a fixing position with the rail by way of a fastening movement of the entrainment member, wherein the entrainment member in the fixing position is mounted to the rail, characterized in that a connecting counterpart in the form of a U-shaped lug is formed on the underside of the rail, wherein this connecting counterpart forms a guiding element for the entrainment member. - at least one rail which is oriented horizontally in the mounting position and - an entrainment member for a drive device for the movable furniture part, which entrainment member can be fastened on the rail, in particular detachably fastened,
An automated research seed planting system, the system comprising: a planter configured for planting a research plot and comprising a seed package assembly handling device comprising a seed tray assembly configured to hold a plurality of seed package assemblies, each seed package assembly containing a research seed sample; and a controller configured to communicate with the seed package assembly handling device, wherein the controller is configured to control the seed package assembly handling device to automatically release the research seed sample from the seed package assembly. a planter configured for planting a research plot and comprising a seed package assembly handling device comprising a seed tray assembly configured to hold a plurality of seed package assemblies, each seed package assembly containing a research seed sample; and a controller configured to communicate with the seed package assembly handling device, wherein the controller is configured to control the seed package assembly handling device to automatically release the research seed sample from the seed package assembly.
A method of texturing a film, comprising: providing a multilayer film comprising a polymer film and a first polymer layer disposed on a first major surface of the polymer film; disposing a second polymer layer having a non-uniform thickness on the first polymer layer, opposite the polymer film; and stretching the multilayer film to form a plurality of protruding regions, each of the protruding regions adhered to the first polymer layer, wherein a portion of a first thickness of the first polymer layer adhered to each of the protruding regions is greater than a second thickness of the first polymer layer between adjacent protruding regions, and wherein disposing the second polymer layer having the non-uniform thickness comprises coating the second polymer layer having a uniform thickness and embossing or scribing the second polymer layer to form the non-uniform thickness. providing a multilayer film comprising a polymer film and a first polymer layer disposed on a first major surface of the polymer film; disposing a second polymer layer having a non-uniform thickness on the first polymer layer, opposite the polymer film; and stretching the multilayer film to form a plurality of protruding regions, each of the protruding regions adhered to the first polymer layer, wherein a portion of a first thickness of the first polymer layer adhered to each of the protruding regions is greater than a second thickness of the first polymer layer between adjacent protruding regions, and wherein disposing the second polymer layer having the non-uniform thickness comprises coating the second polymer layer having a uniform thickness and embossing or scribing the second polymer layer to form the non-uniform thickness.
An electromagnetic valve with an electromagnetic circuit comprising a coil wound onto a coil former, an armature, a core, a magnetic return device, the armature being substantially hollow and being mounted so as to be movable with its inwardly directed face on the guide pin and acting at least indirectly on a valve closure element, characterized in that at least the surface of the guide pin being arranged to point radially outwards forms a first part directed towards the core and being configured to be magnetizable, and a second part directed towards the armature and being configured not to be magnetizable, such that a control edge is formed between the first part and the second part which ensures an improved transition of magnetic field lines into the armature.
An intake temperature control device for an internal combustion engine, the control device adapted for a vehicle including: a supercharger configured to supercharge intake air; an inter cooler configured to cool the supercharged intake air through heat exchange between the supercharged intake air and cooling fluid; the engine to which the cooled intake air is supplied; a first radiator configured to release heat from cooling water which cools the engine; an actuator configured to regulate a flow rate (Qf) of the cooling fluid to adjust an amount of heat taken per unit time away from the supercharged intake air in the inter cooler; and a second radiator provided exclusively for the inter cooler and configured to perform heat release from the cooling fluid, whose heat has been exchanged with the supercharged intake air, by means of a wind blown into the vehicle due to travel of the vehicle, characterized by the control device comprising: a flow rate setting means for setting the flow rate (Qf) of the cooling fluid at a larger value as an output of the engine becomes higher, provided that a request to cool the intake air, which is supplied to the engine, is made; and an operating means for operating the actuator in order that an actual flow rate of the cooling fluid reaches the flow rate (Qf) which is set by the flow rate setting means. a supercharger configured to supercharge intake air; an inter cooler configured to cool the supercharged intake air through heat exchange between the supercharged intake air and cooling fluid; the engine to which the cooled intake air is supplied; a first radiator configured to release heat from cooling water which cools the engine; an actuator configured to regulate a flow rate (Qf) of the cooling fluid to adjust an amount of heat taken per unit time away from the supercharged intake air in the inter cooler; and a second radiator provided exclusively for the inter cooler and configured to perform heat release from the cooling fluid, whose heat has been exchanged with the supercharged intake air, by means of a wind blown into the vehicle due to travel of the vehicle, a flow rate setting means for setting the flow rate (Qf) of the cooling fluid at a larger value as an output of the engine becomes higher, provided that a request to cool the intake air, which is supplied to the engine, is made; and an operating means for operating the actuator in order that an actual flow rate of the cooling fluid reaches the flow rate (Qf) which is set by the flow rate setting means.
A putter-type golf club head comprising: a chassis and a putter type body; wherein the chassis comprises a first material comprising a density of at least 7 g/cm3; wherein the body comprises a second material comprising a density of 4 g/cm 3 or less; the chassis further comprises: a heel portion, a toe portion, a rear, a front, an upper surface, and a lower surface; wherein the heel portion is opposite the toe portion and adjacent to the rear; wherein the upper surface is opposite the lower surface; wherein the front is adjacent to the toe portion and the heel portion, and opposite the rear; wherein a central strut spans from the heel portion to the toe portion opposite to the rear; wherein the heel portion, the toe portion, the rear, and central strut form a flow aperture; at least one interlocking feature; wherein the body encases the entirety of the at least one interlocking feature; and wherein the body completely surrounds the chassis such that the body extends through and completely fills the flow aperture, to interlock the body and chassis, and to form the club head. a chassis and a putter type body; wherein the chassis comprises a first material comprising a density of at least 7 g/cm3; wherein the body comprises a second material comprising a density of 4 g/cm 3 or less; the chassis further comprises: a heel portion, a toe portion, a rear, a front, an upper surface, and a lower surface; wherein the heel portion is opposite the toe portion and adjacent to the rear; wherein the upper surface is opposite the lower surface; wherein the front is adjacent to the toe portion and the heel portion, and opposite the rear; wherein a central strut spans from the heel portion to the toe portion opposite to the rear; wherein the heel portion, the toe portion, the rear, and central strut form a flow aperture; at least one interlocking feature; wherein the body encases the entirety of the at least one interlocking feature; and a heel portion, a toe portion, a rear, a front, an upper surface, and a lower surface; wherein the heel portion is opposite the toe portion and adjacent to the rear; wherein the upper surface is opposite the lower surface; wherein the front is adjacent to the toe portion and the heel portion, and opposite the rear; wherein a central strut spans from the heel portion to the toe portion opposite to the rear; wherein the heel portion, the toe portion, the rear, and central strut form a flow aperture; wherein the heel portion is opposite the toe portion and adjacent to the rear; wherein the upper surface is opposite the lower surface; wherein the front is adjacent to the toe portion and the heel portion, and opposite the rear; wherein a central strut spans from the heel portion to the toe portion opposite to the rear; wherein the heel portion, the toe portion, the rear, and central strut form a flow aperture; at least one interlocking feature; wherein the body encases the entirety of the at least one interlocking feature; and wherein the body completely surrounds the chassis such that the body extends through and completely fills the flow aperture, to interlock the body and chassis, and to form the club head.
Method for the fabrication of a thin-film photovoltaic cell, the method including a deposition step of at least one metal contact on a transparent conductive layer of a stack of thin layers contained in the cell, characterised in that: - the metal contact is made of zinc, - the transparent layer is made of zinc oxide, - said deposition step is performed by electrolysis, - and the transparent layer is deposited by electrolysis. - the metal contact is made of zinc, - the transparent layer is made of zinc oxide, - said deposition step is performed by electrolysis, - and the transparent layer is deposited by electrolysis.
A shower WC having a flow heater for heating shower water and a boiler for heating shower water and a nozzle (20, 21) for ejecting heated shower water, characterized by a further nozzle, (21, 20) for ejecting the heated shower water, wherein one of said nozzles (20, 21) is assigned to said flow heater and the other one of said nozzles (21, 20) is assigned to said boiler, the respective nozzles (20, 21) being connected via a respective own nozzle line with said flow heater or said boiler respectively.
A method for manufacturing a cubic boron nitride sintered body having a cubic boron nitride particle content of 80% by volume or more and 99% by volume or less, the method comprising: a first step of preparing cubic boron nitride particles; a second step of coating surfaces of the cubic boron nitride particles with a coating material so as to obtain coated particles; a third step of mixing the coated particles and a binder to obtain a mixture; and a fourth step of sintering the mixture at a temperature of 1500°C or higher and 2000°C or lower, wherein a pressure during the fourth step is 5 GPa or more and 10 GPa or less; wherein the binder contains at least one element selected from the group consisting of tungsten, cobalt, and aluminum, a content of the coating material relative to the entire cBN sintered body is 0.1% by mass or more and 1.5% by mass or less, and wherein the coating material contains one element selected from the group consisting of chromium, nickel, and molybdenum, the coating material not being CrCo. a first step of preparing cubic boron nitride particles; a second step of coating surfaces of the cubic boron nitride particles with a coating material so as to obtain coated particles; a third step of mixing the coated particles and a binder to obtain a mixture; and a fourth step of sintering the mixture at a temperature of 1500°C or higher and 2000°C or lower, wherein a pressure during the fourth step is 5 GPa or more and 10 GPa or less; wherein the binder contains at least one element selected from the group consisting of tungsten, cobalt, and aluminum, a content of the coating material relative to the entire cBN sintered body is 0.1% by mass or more and 1.5% by mass or less, and wherein the coating material contains one element selected from the group consisting of chromium, nickel, and molybdenum, the coating material not being CrCo.
A method for sending second stage Sidelink Control Information, SCI, comprising: determining position information of a time-frequency resource used for sending the second stage SCI; configuring the second stage SCI based on the position information; and sending the second stage SCI; wherein the method is characterized in that: configuring the second stage SCI based on the position information includes configuring the second stage SCI sequentially on Resource Elements, REs, on a first Demodulation reference signal, DMRS, symbol of a Physical Sidelink Shared Channel, PSSCH, which are not used for transmitting a DMRS according to an ascending or descending order of subcarriers of the first DMRS symbol. determining position information of a time-frequency resource used for sending the second stage SCI; configuring the second stage SCI based on the position information; and sending the second stage SCI; wherein the method is characterized in that: configuring the second stage SCI based on the position information includes configuring the second stage SCI sequentially on Resource Elements, REs, on a first Demodulation reference signal, DMRS, symbol of a Physical Sidelink Shared Channel, PSSCH, which are not used for transmitting a DMRS according to an ascending or descending order of subcarriers of the first DMRS symbol.
An adaptable ostomy base plate comprising a flexible top film and having at least a first section, at least a first elastic skin-friendly adhesive on a proximal surface of said flexible top film, a stoma-receiving through-going hole in said first section, said first section being adjacent to and extending radially from said through-going hole, at least said first section has a first substantially convex shape for initial engagement with a peristomal skin surface, at least said first section being invertible to a first substantially concave shape to fittingly engage said first section to a topography of the peristomal skin surface for permanent engagement thereto, the base plate further comprising distally first coupling means for coupling engagement with corresponding coupling means on a collecting bag for human body wastes, the coupling means being radially to the hole, the first coupling means being attached to an inner periphery of a radially outwards extending connecting element and an outer periphery of the connecting element is attached to the top film, wherein the connecting element has a substantially concave shape.