mhurhangee/ep-ind-claims huggingface dataset:
A clock demodulation circuit for synchronizing an output clock with a pulse-modulated reference clock, the demodulation circuit comprising: an edge detector configured to detect transitions in the reference clock and output a signal indicative of timing of the detected transitions; a modulation detection circuit configured to identify modulation events of at least one pulse-width modulated pulse in the reference clock based on the signal output from the edge detector and output a signal indicative of the at least one pulse-width modulated pulse modulation event being identified; a retiming circuit configured to generate an output clock synchronized with the at least one pulse-width modulated pulse modulation event based on the signal output from the modulation detection circuit; a modulation counter configured to: receive the output clock from the retiming circuit, receive the reference clock, and generate a secondary output clock synchronized with the at least one pulse-width modulated pulse modulation event based on the output clock and the reference clock; and a multiplexor configured to select one of the output clock generated by the retiming circuit and the secondary output clock as an output of the demodulation circuit. an edge detector configured to detect transitions in the reference clock and output a signal indicative of timing of the detected transitions; a modulation detection circuit configured to identify modulation events of at least one pulse-width modulated pulse in the reference clock based on the signal output from the edge detector and output a signal indicative of the at least one pulse-width modulated pulse modulation event being identified; a retiming circuit configured to generate an output clock synchronized with the at least one pulse-width modulated pulse modulation event based on the signal output from the modulation detection circuit; a modulation counter configured to: receive the output clock from the retiming circuit, receive the reference clock, and generate a secondary output clock synchronized with the at least one pulse-width modulated pulse modulation event based on the output clock and the reference clock; and receive the output clock from the retiming circuit, receive the reference clock, and generate a secondary output clock synchronized with the at least one pulse-width modulated pulse modulation event based on the output clock and the reference clock; and a multiplexor configured to select one of the output clock generated by the retiming circuit and the secondary output clock as an output of the demodulation circuit.
A well tool (12a,c), comprising: a flow path (24a,c); a valve; and a flow blocking device which selectively prevents flow through the flow path (24a,c), wherein the flow blocking device prises a closure device of the valve and includes an anhydrous boron compound (32a,c) and wherein the closure device is frangible, and wherein the anhydrous boron compound (32a-e) hydrates in response to breakage of the closure device. a flow path (24a,c); a valve; and a flow blocking device which selectively prevents flow through the flow path (24a,c), wherein the flow blocking device prises a closure device of the valve and includes an anhydrous boron compound (32a,c) and wherein the closure device is frangible, and wherein the anhydrous boron compound (32a-e) hydrates in response to breakage of the closure device.
Apparatus for encompassing a patient's body tissue structure and for resiliently applying pressure to the encompassed tissue comprising: (a) a plurality of beads that can be disposed in an annular array around the tissue structure; (b) attracting means associated with the beads and comprising a magnet for resiliently attracting adjacent ones of the beads in the array to one another; (c) means associated with the beads for limiting an area encompassed by the beads to no less than a predetermined non-zero minimum, wherein said means for limiting comprises contact between adjacent ones of the beads, characterised by (d) links between each bead and the immediately adjacent beads on each side of the first-mentioned bead; (e) wherein a main length of each link passes freely through an aperture of the associated bead and comprises means for limiting maximum spacing between adjacent ones of the beads. (a) a plurality of beads that can be disposed in an annular array around the tissue structure; (b) attracting means associated with the beads and comprising a magnet for resiliently attracting adjacent ones of the beads in the array to one another; (c) means associated with the beads for limiting an area encompassed by the beads to no less than a predetermined non-zero minimum, wherein said means for limiting comprises contact between adjacent ones of the beads, characterised by (d) links between each bead and the immediately adjacent beads on each side of the first-mentioned bead; (e) wherein a main length of each link passes freely through an aperture of the associated bead and comprises means for limiting maximum spacing between adjacent ones of the beads.
An apparatus for emptying of a four-wall tray and a five-wall tray filled with rod like articles of the tobacco industry, whereas one wall of the five-wall tray is hinged, provided with a filled tray station, a turning unit for turning the filled tray (3, 13), a lifting unit for lifting the turning unit, a filled tray (3, 13) emptying station, and an empty tray station, with the paths of movement, along which the four-wall tray and the five-wall tray are transported, being shaped so that the paths pass through the operating areas of the units and stations of the apparatus, and mechanisms of the turning unit and the lifting unit are provided with adjustable or shiftable gripping or guiding members to handle both four-wall trays and five-wall trays, wherein the mechanisms of the turning unit and the lifting unit are adapted to shape the paths for the four-wall tray and the five-wall tray, so that the paths at least partially overlap, wherein the turning unit for turning the filled tray (3, 13) has a holding mechanism provided with gripping members for holding the tray (3, 13), characterised in that the turning unit comprises a linear guide, the turning unit thereby being adapted to move the tray (3, 13) transversely to the axis of the shaft of the turning unit, and the turning unit is moreover adapted to gradually increase the distance (d) between the back wall of the tray (3,13) and the axis of the shaft during the rotation of the tray (3, 13) on the turning unit. a filled tray station, a turning unit for turning the filled tray (3, 13), a lifting unit for lifting the turning unit, a filled tray (3, 13) emptying station, and an empty tray station, with the paths of movement, along which the four-wall tray and the five-wall tray are transported, being shaped so that the paths pass through the operating areas of the units and stations of the apparatus, and mechanisms of the turning unit and the lifting unit are provided with adjustable or shiftable gripping or guiding members to handle both four-wall trays and five-wall trays, wherein the mechanisms of the turning unit and the lifting unit are adapted to shape the paths for the four-wall tray and the five-wall tray, so that the paths at least partially overlap, wherein the turning unit for turning the filled tray (3, 13) has a holding mechanism provided with gripping members for holding the tray (3, 13), characterised in that the turning unit comprises a linear guide, the turning unit thereby being adapted to move the tray (3, 13) transversely to the axis of the shaft of the turning unit, and the turning unit is moreover adapted to gradually increase the distance (d) between the back wall of the tray (3,13) and the axis of the shaft during the rotation of the tray (3, 13) on the turning unit.
Method for optimizing the operation of a capacitor as an energy store (2.3), in particular for optimizing the buffer storage of electrical energy of an electric motor (1.2) operated at an inverter (1.4) in the braking phase in an energy store (2.3), characterized in that a. the peak voltage (U cs) at the energy store (2.3) reached during a braking phase is determined and held, b. the peak voltage (U cs) is compared with the regular permissible maximum voltage of the energy store (2.3) (U cmax), and c. the minimum voltage of the energy store (2.3) (U cmin), to which said energy store may be discharged in its following discharge phase and from which charging takes place in a following braking phase of the electric motor (1.2), is increased when the peak voltage at the energy store (2.3) (U cs) is equal to or less than the regular permissible maximum voltage of the energy store (2.3) (U cmax). a. the peak voltage (U cs) at the energy store (2.3) reached during a braking phase is determined and held, b. the peak voltage (U cs) is compared with the regular permissible maximum voltage of the energy store (2.3) (U cmax), and c. the minimum voltage of the energy store (2.3) (U cmin), to which said energy store may be discharged in its following discharge phase and from which charging takes place in a following braking phase of the electric motor (1.2), is increased when the peak voltage at the energy store (2.3) (U cs) is equal to or less than the regular permissible maximum voltage of the energy store (2.3) (U cmax).
A method of forming a medical device for insertion or implantation into a patient, the method comprising: exposing a silicone substrate to plasma in a chamber; and forming a coating on the silicone substrate by plasma-enhanced chemical vapor deposition (PECVD) of a cyclic silicon-containing compound at a chamber pressure of less than about 2.667 Pa (20 mTorr) after exposing the silicone substrate to plasma, the coating comprising at least about 20 atomic weight percent silicon, of which at least 30 atomic weight percent is in a silica oxidation state. exposing a silicone substrate to plasma in a chamber; and forming a coating on the silicone substrate by plasma-enhanced chemical vapor deposition (PECVD) of a cyclic silicon-containing compound at a chamber pressure of less than about 2.667 Pa (20 mTorr) after exposing the silicone substrate to plasma, the coating comprising at least about 20 atomic weight percent silicon, of which at least 30 atomic weight percent is in a silica oxidation state.
An egg chamber comprising; a vessel which can be made airtight, comprising at least one side wall, a planar upper wall and a planar lower wall, at least a portion of the upper wall being transparent and at least a portion of the lower wall being light permeable; a first inlet which can be sealed; a first outlet which can be sealed; a filter with a pore size of greater than 10 micrometers disposed within the vessel between the first inlet and the first outlet, said egg chamber being characterised in that the filter extends at an angle between 45° and 90° degrees from the lower wall and is configured to separate the vessel into a first internal egg collecting chamber and a second internal chamber, and a baffle is positioned in the first internal egg collecting chamber between the inlet port and the filter, the baffle adapted to reduce fluid turbulence as fluid enters the first internal egg collecting chamber, wherein in use, the egg chamber can be held in a collection orientation where the filter and baffle are on a horizontal plane and the upper and lower walls are held in a vertical plane, and an inspection orientation where the filter and baffle are on a vertical plane and the upper and lower walls are held in a horizontal plane.
Fastening device for holding rails with C-like cross section at least in certain portions, having a sliding nut (28, 28A), a holding disc and a positioning component, wherein the positioning component at least partially engages around the sliding nut (28, 28A), and the positioning component holds the holding disc at a distance from the sliding nut, wherein the positioning component has a base which is arranged opposite a lower side of the sliding nut, wherein the positioning component has a first side part and a second side part, wherein the first side part and the second side part are connected to the base and at least partially bear against opposite side faces of the sliding nut, wherein the positioning component has an upper part which is arranged opposite an upper side of the sliding nut, wherein the upper part has at least a first portion and a second portion, wherein the first portion is connected to the first side part, and the second portion is connected to the second side part, and wherein the first portion and the second portion are connected to one another by means of latching means (66, 64).
A gas barrier epoxy resin composition comprising an epoxy resin and an amine based epoxy resin curing agent, wherein said amine based epoxy resin curing agent comprises a reaction product of the following, and or a reaction product of the following,, and: m-xylylenediamine or p-xylylenediamine, a polyfunctional compound having at least one acyl group, which is capable of forming an amide group site through a reaction with a polyamine and forming an oligomer, a monovalent carboxylic acid having from 1 to 8 carbon atoms and/or its derivative, and a functional compound having at least one carbonate site represented by the formula, which is capable of forming a carbamate site represented by the formula through a reaction with a polyamine: m-xylylenediamine or p-xylylenediamine, a polyfunctional compound having at least one acyl group, which is capable of forming an amide group site through a reaction with a polyamine and forming an oligomer, a monovalent carboxylic acid having from 1 to 8 carbon atoms and/or its derivative, and a functional compound having at least one carbonate site represented by the formula, which is capable of forming a carbamate site represented by the formula through a reaction with a polyamine:
A method of operating a sterilization system having a vacuum chamber for sterilizing instruments, comprising: (a) initiating a timer in a digital computer; (b) withdrawing a first volume of air from the chamber; (c) repeatedly determining pressure within the chamber while withdrawing the first volume of air from the chamber; (d) calculating, with the digital computer, second-derivative values of pressure with respect to time; (e) calculating, with the digital computer, a summation of positive differences between consecutive second derivative values; (f) comparing the summation to a threshold value; and (g) if the summation is greater than the threshold value, opening a valve to cause the pressure in the chamber to increase by a second volume of air flowing past the valve and into the chamber; or if the summation is less than the threshold value, opening a valve to allow a sterilant to be introduced into the chamber; and (h) opening the chamber. (a) initiating a timer in a digital computer; (b) withdrawing a first volume of air from the chamber; (c) repeatedly determining pressure within the chamber while withdrawing the first volume of air from the chamber; (d) calculating, with the digital computer, second-derivative values of pressure with respect to time; (e) calculating, with the digital computer, a summation of positive differences between consecutive second derivative values; (f) comparing the summation to a threshold value; and (g) if the summation is greater than the threshold value, opening a valve to cause the pressure in the chamber to increase by a second volume of air flowing past the valve and into the chamber; or if the summation is less than the threshold value, opening a valve to allow a sterilant to be introduced into the chamber; and if the summation is greater than the threshold value, opening a valve to cause the pressure in the chamber to increase by a second volume of air flowing past the valve and into the chamber; or if the summation is less than the threshold value, opening a valve to allow a sterilant to be introduced into the chamber; and (h) opening the chamber.
Packaging for food, in particular for cream cheese products, soft cheeses, pâtés, spreads and the like, comprising a tray-shaped base part, to which a preferably transparent lid, which defines, in regions, a receiving space for the food, can be detachably fixed, the base part comprising, at least in side edge regions which are arranged so as to be opposite one another, side ribs which stick up and are arranged so as to be spaced apart from one another, characterised in that base part struts, which are spaced apart from one another, are associated with the side ribs, clearances (7, 9), for the purpose of slicing the food which is to be stored, being formed owing to the distance between adjacent base part struts in such a way that the clearances between the individual side ribs extend in the region of the base part struts, and therefore the clearances between the individual side ribs and the clearances between the individual base struts align with one another.
A method for random access, comprising: determining, by a terminal device, a transmission parameter of a random access procedure according to a type of the terminal device and indication information sent by a network device; wherein there is a correspondence between the type of the terminal device and a resource used by the terminal device to send a Message 1, Msg1; wherein the transmission parameter of the random access procedure comprises a transmission parameter of a Message 3, Msg3; and the transmission parameter of the Msg3 comprises an aggregation factor of a Physical Uplink Shared Channel, PUSCH, carrying the Msg3 and a modulation parameter of the Msg3; and wherein the aggregation factor of the PUSCH carrying the Msg3 is: a number of time domain units for sending the Msg3, a time domain unit is a slot, and the modulation parameter of the Msg3 comprises at least one of: a modulation multi-access mode of the Msg3, or a modulation order limit of the Msg3. determining, by a terminal device, a transmission parameter of a random access procedure according to a type of the terminal device and indication information sent by a network device; wherein there is a correspondence between the type of the terminal device and a resource used by the terminal device to send a Message 1, Msg1; wherein the transmission parameter of the random access procedure comprises a transmission parameter of a Message 3, Msg3; and the transmission parameter of the Msg3 comprises an aggregation factor of a Physical Uplink Shared Channel, PUSCH, carrying the Msg3 and a modulation parameter of the Msg3; and wherein the aggregation factor of the PUSCH carrying the Msg3 is: a number of time domain units for sending the Msg3, a time domain unit is a slot, and the modulation parameter of the Msg3 comprises at least one of: a modulation multi-access mode of the Msg3, or a modulation order limit of the Msg3.
Trailer having a vehicle chassis for laying out or retracting a flexible flat covering made of non-woven fabric, gauze or similar, arranged on a holder outside the trailer, for covering stacks or piles of bulk agricultural produce such as sugar beet or the like, comprising a storage device that comprises at least one first storage area for storing one or more flexible flat coverings, characterized by a jib device comprising a jib arm, where the storage device and the jib device can be mounted on the vehicle chassis separately removable from one another, and the jib device on the first storage area can be coupled to a winding core as the holder of the flat covering, and the coupled flat covering can be moved by the jib arm away from the storage device in a laying-out direction aligned at right angles to the longitudinal axis of the storage device into a laying-out position, where the holder of the covering can after complete unwinding be set down and uncoupled on the first or a second storage area, said storage areas being separated by stanchions.
A method of modifying a target computer program installed on a computer system and stored on a storage device associated with the computer system, the computer system having system memory, the method comprising: establishing that a modifying application which is loaded into the system memory of the computer system has performed an update operation on the target computer program to generate and store a modified version of the target computer program on the storage device associated with the computer system; determining if the modifying application, which is loaded into the system memory of the computer system and has performed an update operation on the target computer program which is stored on the storage device, is in a trusted state; and, if the determination is positive, generating a hash code of the modified version of the target computer program stored on the storage device, and storing this generated hash code as a new trusted hash code for the target program, in order to permit subsequent verification of the modified version as being in a trusted state. establishing that a modifying application which is loaded into the system memory of the computer system has performed an update operation on the target computer program to generate and store a modified version of the target computer program on the storage device associated with the computer system; determining if the modifying application, which is loaded into the system memory of the computer system and has performed an update operation on the target computer program which is stored on the storage device, is in a trusted state; and, if the determination is positive, generating a hash code of the modified version of the target computer program stored on the storage device, and storing this generated hash code as a new trusted hash code for the target program, in order to permit subsequent verification of the modified version as being in a trusted state.
A drive cable for actuating a vehicle element which is mobile relative to a vehicle structure, the drive cable comprising a plastic cable body which has a toothing extending in the axial direction to become engaged with a driving gear wheel and is penetrated by a continuous reinforcement which extends in the axial direction, the toothing being formed by pocket-like recesses which are regularly spaced in the axial direction and limited by flanks of resulting tooth tips in the longitudinal direction of the cable and by pocket flanks on both sides in the transverse direction of the cable and each limited at the bottom by a tooth root which is penetrated by the continuous reinforcement characterized in that the tooth tips of the toothing are recessed in the direction of the cable body axis with respect to a circumferential surface defined by the cable body in the tooth-free portion and virtually continuous in the toothed portion so that the toothing is located entirely within the circumferential surface defined by the cable body, and the cable body is an extruded polymer element having a circular or oval cross-section, the reinforcement being arranged eccentrically with respect to a geometrical axis of the cable body and being offset to the side with respect to a longitudinal center plane of the toothing.
A staple (100, 100A) for securing a cleaning element within an ansate implement, the staple (100, 100A) comprising a flat wire having a longitudinal axis (A-A) and a first major surface (20, 20A), wherein a plurality of spaced-apart grooves (30, 30A) are formed into the first major surface (20, 20A), each of the grooves (30, 30A) extending along a linear axis (B-B) from a bottom edge (11, 11A) of the flat wire (100, 100A) toward a top edge (10, 10A) of the flat wire (100, 100A), the linear axis (B-B) intersecting the longitudinal axis (A-A) at an acute angle (Θ); characterised by the acute angle (Θ) being of 40 to 70 degrees.