mhurhangee/ep-ind-claims huggingface dataset:
A communication system for operating between a data acquisition circuit and a data processing circuit, comprising: - at least one shift register comprising a series input for receiving and storing data in series from said data acquisition circuit and a series output for delivering data in series, said at least one shift register further comprising parallel outputs (116-1, 116-p) for delivering the data stored in said shift register in parallel; - an addressing circuit coupled to said at least one shift register for identifying the positions of the data stored in said at least one shift register; and - a multiplexer coupled to said parallel outputs (116-1, 116-p) of said at least one shift register for delivering the stored data to said data processing circuit in series. - at least one shift register comprising a series input for receiving and storing data in series from said data acquisition circuit and a series output for delivering data in series, said at least one shift register further comprising parallel outputs (116-1, 116-p) for delivering the data stored in said shift register in parallel; - an addressing circuit coupled to said at least one shift register for identifying the positions of the data stored in said at least one shift register; and - a multiplexer coupled to said parallel outputs (116-1, 116-p) of said at least one shift register for delivering the stored data to said data processing circuit in series.
A process for the production of a stable water-in-oil emulsion comprising a fat phase and an aqueous phase, wherein the process comprises: a) a pre-mixing step, wherein the aqueous phase and the fat phase are blended under low shear using a stirrer tip speed of less than 1.5 m/s; b) a single high shear emulsification step wherein the aqueous phase and the fat phase are mixed using a stirrer tip speed of at least 2 m/s in a scraped surface heat exchanger for up to 90 seconds, wherein the outlet temperature of the emulsion is 26-30°C; and c) a cooling step to cool the emulsion to a temperature of 10-20°C, wherein the fat phase consists essentially of cocoa butter and one or more emulsifiers and wherein the emulsion obtained in step b) is not subsequently subjected to any further high shear mixing using a stirrer tip speed of at least 2 m/s. a) a pre-mixing step, wherein the aqueous phase and the fat phase are blended under low shear using a stirrer tip speed of less than 1.5 m/s; b) a single high shear emulsification step wherein the aqueous phase and the fat phase are mixed using a stirrer tip speed of at least 2 m/s in a scraped surface heat exchanger for up to 90 seconds, wherein the outlet temperature of the emulsion is 26-30°C; and c) a cooling step to cool the emulsion to a temperature of 10-20°C,
A pavement marking tape comprising: a backing having a first major surface and an opposite second major surface,and an adhesive layer adjacent to the second major surface of the backing, wherein the backing comprises an ionic copolymer and has a thickness of at least 300 microns; characterized in that the pavement marking tape is heat-moldable and has an inelastic deformation of less than 10% or is not deformable to about 115% of its original length at a strain rate of 0.05 sec -1 (i.e. 300% per minute), and the pavement marking tape does not include a conformance layer. a backing having a first major surface and an opposite second major surface,and an adhesive layer adjacent to the second major surface of the backing, wherein the backing comprises an ionic copolymer and has a thickness of at least 300 microns; characterized in that the pavement marking tape is heat-moldable and has an inelastic deformation of less than 10% or is not deformable to about 115% of its original length at a strain rate of 0.05 sec -1 (i.e. 300% per minute), and the pavement marking tape does not include a conformance layer.
Handling device (10; 210; 410; 610) for handling a hide, comprising grip and transfer means (12; 412) suited to grip and transfer said hide, wherein said grip and transfer means (12; 412) comprise: - a tubular element (14, 14') suited to define an inner cavity and suited to receive said hide so that it rests on at least one section of its external surface (18, 18'), said tubular element (14, 14') developing longitudinally along a main rotation axis and comprising at least one through hole suited to place said external surface (18, 18') in communication with said inner cavity; - rotation means suited to rotate said tubular element (14, 14') around said main axis; - air suction means suited to act in said inner cavity of said tubular element (14, 14') in order to define at least one negative pressure area on said external surface (18, 18') through said at least one through hole; - air confining means associated with said air suction means and suited to define a suction sector (S1, S2) that extends over an angle smaller than 360° around said main axis and inside said inner cavity, characterized in that said external surface (18, 18') comprises at least one groove that communicates with said at least one through hole, in such a way that said at least one negative pressure area extends on said groove and in that said at least one groove extends on said external surface (18, 18') in a tilted direction with respect to said main axis. - a tubular element (14, 14') suited to define an inner cavity and suited to receive said hide so that it rests on at least one section of its external surface (18, 18'), said tubular element (14, 14') developing longitudinally along a main rotation axis and comprising at least one through hole suited to place said external surface (18, 18') in communication with said inner cavity; - rotation means suited to rotate said tubular element (14, 14') around said main axis; - air suction means suited to act in said inner cavity of said tubular element (14, 14') in order to define at least one negative pressure area on said external surface (18, 18') through said at least one through hole; - air confining means associated with said air suction means and suited to define a suction sector (S1, S2) that extends over an angle smaller than 360° around said main axis and inside said inner cavity, characterized in that said external surface (18, 18') comprises at least one groove that communicates with said at least one through hole, in such a way that said at least one negative pressure area extends on said groove and in that said at least one groove extends on said external surface (18, 18') in a tilted direction with respect to said main axis.
A method for performing dynamic memory management, comprising: obtaining (402, 604, 804) a low-power state current/power consumption for each volatile memory device in a plurality of volatile memory devices; copying (406, 608, 810) data from a first set of the volatile memory devices to a second set of the volatile memory devices, where the second set of volatile memory devices has a lower low-power state current/power consumption than the first set of volatile memory devices; and placing (408, 610, 812) the first set of volatile memory devices into a power-down state to reduce power consumption. obtaining (402, 604, 804) a low-power state current/power consumption for each volatile memory device in a plurality of volatile memory devices; copying (406, 608, 810) data from a first set of the volatile memory devices to a second set of the volatile memory devices, where the second set of volatile memory devices has a lower low-power state current/power consumption than the first set of volatile memory devices; and placing (408, 610, 812) the first set of volatile memory devices into a power-down state to reduce power consumption.
A system comprising: one or more processors; a storage system; an application stored on the storage system, wherein a trigger and a logic of a shell feature are incorporated into the application, wherein the application comprises a shell application feature, and wherein the shell application feature, when executed by at least one of the one or more processors, directs the at least one of the one or more processors to: receive an indicator that the trigger occurred; in response to the trigger, initiate the logic of the shell feature; perform the logic of the shell feature to identify whether one or more of state, object type, and user actions with respect to the application satisfy a success criteria corresponding to behavior that will be a prerequisite for a potential feature that is not yet fully implemented; and if the one or more of state, object type, and user action satisfies the success criteria, communicate a success notification to a feature collection service. one or more processors; a storage system; an application stored on the storage system, wherein a trigger and a logic of a shell feature are incorporated into the application, wherein the application comprises a shell application feature, and wherein the shell application feature, when executed by at least one of the one or more processors, directs the at least one of the one or more processors to: receive an indicator that the trigger occurred; in response to the trigger, initiate the logic of the shell feature; perform the logic of the shell feature to identify whether one or more of state, object type, and user actions with respect to the application satisfy a success criteria corresponding to behavior that will be a prerequisite for a potential feature that is not yet fully implemented; and if the one or more of state, object type, and user action satisfies the success criteria, communicate a success notification to a feature collection service. receive an indicator that the trigger occurred; in response to the trigger, initiate the logic of the shell feature; perform the logic of the shell feature to identify whether one or more of state, object type, and user actions with respect to the application satisfy a success criteria corresponding to behavior that will be a prerequisite for a potential feature that is not yet fully implemented; and if the one or more of state, object type, and user action satisfies the success criteria, communicate a success notification to a feature collection service.
A composition for forming a light scattering composite, comprising: surface-modified inorganic oxide particles surface-modified by a surface modification material having one or more functional groups selected from a group consisting of an alkenyl group, an H-Si group, and an alkoxy group; and an uncured matrix resin composition, wherein an average dispersed particle diameter of the surface-modified inorganic oxide particles is 3 nm or more and 150 nm or less, and characterized in that a content of the surface-modified inorganic oxide particles is 0.01% by mass or more and 5% by mass or less with respect to a total amount of the composition for forming a light scattering composite. surface-modified inorganic oxide particles surface-modified by a surface modification material having one or more functional groups selected from a group consisting of an alkenyl group, an H-Si group, and an alkoxy group; and an uncured matrix resin composition, wherein an average dispersed particle diameter of the surface-modified inorganic oxide particles is 3 nm or more and 150 nm or less, and characterized in that a content of the surface-modified inorganic oxide particles is 0.01% by mass or more and 5% by mass or less with respect to a total amount of the composition for forming a light scattering composite.
Use of a combination of testosterone or an analogue thereof having the same kind of activity and tadalafil, in the preparation of a medicament for the treatment of female sexual dysfunction, wherein tadalafil is released at the same time as said testosterone or an analogue thereof, and wherein said testosterone or an analogue thereof is provided as a sublingual, buco-mucoasal, or intranasal formulation such that a peak serum level of testosterone is obtained 1-20 minutes after administration such that the peak effects of testosterone or an analogue thereof and tadalafil overlap.
An endoscopic system comprising: an endoscope comprising an elongate body having a proximal end and a distal end and a working channel disposed within the elongate body; an endoscopic hood coupled to the distal end of the endoscope, the endoscopic hood comprising: a first portion that comprises a proximal end, a distal end, and first and second lumens (24, 25) extending therebetween, wherein the first lumen communicates with the working channel of the endoscope; a second portion extending from the distal end of the first portion, said second portion comprising a wall and defining a working area adjacent a surface of the wall and the first lumen; and a support member extending into the first lumen, wherein the support member defines an aperture having a non-circular cross-section; a first shaft having a proximal end and a distal end disposed within the working channel and the first lumen, wherein the aperture of the support member is configured to slidably receive the first shaft; and a second shaft having a proximal end and a distal end disposed alongside the elongate body and extending through the second lumen, wherein the second shaft is slidably and rotationally disposed within the second lumen. an endoscope comprising an elongate body having a proximal end and a distal end and a working channel disposed within the elongate body; an endoscopic hood coupled to the distal end of the endoscope, the endoscopic hood comprising: a first portion that comprises a proximal end, a distal end, and first and second lumens (24, 25) extending therebetween, wherein the first lumen communicates with the working channel of the endoscope; a second portion extending from the distal end of the first portion, said second portion comprising a wall and defining a working area adjacent a surface of the wall and the first lumen; and a support member extending into the first lumen, wherein the support member defines an aperture having a non-circular cross-section; a first portion that comprises a proximal end, a distal end, and first and second lumens (24, 25) extending therebetween, wherein the first lumen communicates with the working channel of the endoscope; a second portion extending from the distal end of the first portion, said second portion comprising a wall and defining a working area adjacent a surface of the wall and the first lumen; and a support member extending into the first lumen, wherein the support member defines an aperture having a non-circular cross-section; a first shaft having a proximal end and a distal end disposed within the working channel and the first lumen, wherein the aperture of the support member is configured to slidably receive the first shaft; and a second shaft having a proximal end and a distal end disposed alongside the elongate body and extending through the second lumen, wherein the second shaft is slidably and rotationally disposed within the second lumen.
A laser processing method for substrate cleaving or dicing comprising a step of irradiating a workpiece with a pulsed laser beam; wherein laser pulses are delivered on to the surface of the workpiece for cleaving; wherein workpiece means an object to be cleaved or diced with at least one flat surface; wherein workpiece is transparent for the laser radiation; wherein sequence of damaged zones produce a cleaving plane; wherein produced cleaving plane enables easy breaking along desired line of substrate separation, wherein said processing method comprises steps of: modifying said laser beam with a beam focusing unit (3, 4, 5) arranged to focus the laser beam into the bulk of the workpiece material, in such a way that the above workpiece bulk material optical damage threshold fluence distribution follows a "spike"-like shape, [-], characterised in that beam focusing unit (3, 4, 5) comprises at least one beam focusing element having high numerical aperture in the range of 0.5-0.9 NA, [wherein the length of the "spike"-like shape fluence distribution is greater than its transverse dimensions;] and by the step of producing a series of damage structures the shape of said "spike"-like shape fluence distribution, along the intended cleaving plane, while maintaining the distance between said beam focusing unit (4, 5, 6) and workpiece surface with means of maintaining distance.
A system for fastening a radiator on a wall, comprising two support rails (1; 1') which each comprise a bottom part (4; 4') and a top part (5; 5') and which extend vertically in the intended case of use, as well as a connecting element (2; 2') which extends horizontally in an intended case of use, wherein the support rails (1, 1: 1', 1') are mounted on the connecting element (2: 2') in a torque-proof manner, and wherein the support rails (1, 1: 1', 1') are arranged in a displaceable manner on the connecting element (2; 2'), characterized by a levelling device which is arranged on the connecting element (2, 2').
Color-changing composition, that is a composition which changes color upon application, for caring for and/or making up keratin materials in the form of an O/W emulsion comprising, in a physiologically acceptable medium, at least: a) microcapsules containing releasable colorant(s), b) at least one gemini surfactant, wherein: - the core of microcapsules containing releasable colorant(s), comprises at least one monosaccharide or monosaccharide-polyol advantageously selected from mannitol, erythritol, xylitol, sorbitol and mixtures thereof, preferably mannitol, as an organic material, - the core does not contain colorant material, - said color-changing composition comprises water in an amount of at least 30% by weight relative to the weight of the composition. a) microcapsules containing releasable colorant(s), b) at least one gemini surfactant, - the core of microcapsules containing releasable colorant(s), comprises at least one monosaccharide or monosaccharide-polyol advantageously selected from mannitol, erythritol, xylitol, sorbitol and mixtures thereof, preferably mannitol, as an organic material, - the core does not contain colorant material, - said color-changing composition comprises water in an amount of at least 30% by weight relative to the weight of the composition.
A transistor device, comprising: a substrate having a channel region; a gate electrode above the channel region, wherein a gate dielectric layer is provided between the gate electrode and the channel region; source and drain regions (318, 320) in the substrate and adjacent to the channel region, wherein the source and drain regions (318, 320) comprise portions that are raised relative to the surface of substrate; a dielectric over the substrate, the dielectric having a contact trench over the source and drain regions (318, 320); a boron doped germanium layer (317, 319) entirely within the contact trench on said raised portions of the source and drain regions (310, 320), the boron doped germanium layer comprising a germanium concentration in excess of 90 atomic % and a boron concentration in excess of 1 E20 cm -3; and metal-germanide source and drain contacts (325, 327) on the boron doped germanium layer (317, 319). a substrate having a channel region; a gate electrode above the channel region, wherein a gate dielectric layer is provided between the gate electrode and the channel region; source and drain regions (318, 320) in the substrate and adjacent to the channel region, wherein the source and drain regions (318, 320) comprise portions that are raised relative to the surface of substrate; a dielectric over the substrate, the dielectric having a contact trench over the source and drain regions (318, 320); a boron doped germanium layer (317, 319) entirely within the contact trench on said raised portions of the source and drain regions (310, 320), the boron doped germanium layer comprising a germanium concentration in excess of 90 atomic % and a boron concentration in excess of 1 E20 cm -3; and metal-germanide source and drain contacts (325, 327) on the boron doped germanium layer (317, 319).
A coffee extraction device comprising: a coffee extraction unit in which a coffee capsule is mounted; a pump pressurizing water and supplying the water to the coffee extraction unit; a flow rate sensor measuring a flow rate of the water supplied to the coffee extraction unit; and a control unit controlling driving of the pump, based on the flow rate sensed by the flow rate sensor, characterized in that the control unit is configured to stop the pump and then to redrive the pump, when the flow rate sensed by the flow rate sensor is lower than a preset flow rate.
Rolling element for use in a rolling bearing, having an outer shell and a bore hole, wherein the bore hole is preferably provided along a centre axis of the rolling element, wherein the rolling element comprises at least one sensor, arranged in the bore hole, for load measurement and one transmission module for transmitting the data measured by the sensor, the rolling element has an energy source which is provided for supplying the energy required for operating the sensor and/or the transmission module, and wherein the rolling element has a circuit board arranged in the bore hole substantially parallel to the centre axis of the rolling element, characterized in that the sensor is an inductively measuring sensor which has a conductor track arranged on the circuit board and a conductive measuring contact arranged on the bore hole wall, wherein the measuring contact is matched to the contour of the bore hole wall on a surface touching the bore hole wall and averted from the circuit board and has a measuring surface substantially parallel to the circuit board on a surface facing the circuit board, wherein a gap is provided between the conductor track and the measuring surface, and the sensor is suitable for determining the size of the gap by generating eddy currents in the measuring contact.