mhurhangee/ep-ind-claims huggingface dataset:
Method for the repetitive transmission of a first signal representing a binary value (10a, b) and of a second signal via a transformer section of a driver of a power semiconductor wherein: - for the first value of the first signal a first pulse packet realized as a sequence of a positive pulse and a negative pulse and for the second value of the first signal a second pulse packet realized as a sequence of a negative pulse and a positive pulse is fed to an input of a transformer, - the respective pulse packets (18a, b) are fed to the transformer repetitively, - the first value or second value of the first signal is detected at an output of the transformer from the sequence (22a, b) of the polarity of an output variable (U A, I A) within a transmitted pulse packet (18a, b), - at the input the time interval (T R) between two repetitively successive identical pulse packets (18a, b) is varied in a manner dependent on the second signal to be transmitted, - at the output the time interval (T R) is determined from the pulse packets (18a, b) mapped in the output variable (U A, I A), - the second signal is reconstructed from the time interval (T R). - for the first value of the first signal a first pulse packet realized as a sequence of a positive pulse and a negative pulse and for the second value of the first signal a second pulse packet realized as a sequence of a negative pulse and a positive pulse is fed to an input of a transformer, - the respective pulse packets (18a, b) are fed to the transformer repetitively, - the first value or second value of the first signal is detected at an output of the transformer from the sequence (22a, b) of the polarity of an output variable (U A, I A) within a transmitted pulse packet (18a, b), - at the input the time interval (T R) between two repetitively successive identical pulse packets (18a, b) is varied in a manner dependent on the second signal to be transmitted, - at the output the time interval (T R) is determined from the pulse packets (18a, b) mapped in the output variable (U A, I A), - the second signal is reconstructed from the time interval (T R).
A powered cutting apparatus, said apparatus comprising a base onto which a work piece to be cut can be placed, and guide means including at least first and second slide members, (68, 70) a cutting unit comprising a rotatable blade, a guard for the same, and drive means for rotating said blade when switched on, a bearing assembly which mounts the cutting unit on the slide members (68, 70) and a handle assembly for gripping to move the cutting unit, the blade is spaced from the guide means and a locking assembly is provided to allow the operation of the apparatus in a first mode in which the cutting unit is movable along the guide means when the locking assembly is released from the guide means and in a second mode when the locking assembly is locked with the guide means and in which the cutting unit is fixed in position on the guide means and the workpiece is moved past the same, the cutting unit is offset to one side of the said at least first and second slide members (68,70) of the guide means, a slot is provided in the base, said slot running parallel to at least one of the at least two spaced parallel slide members (68,70) and the rotatable blade is positioned with at least a lower portion thereof received within the slot and the rotatable blade moves along the slot when the cutting unit is moved along the at least two spaced parallel slide members (68,70), the guard is movable between a lowered position and a raised position, has a leading edge which abuts with a leading face of the work piece and which raises upwardly to move along the top surface of the workpiece to allow the blade to be exposed to cut the workpiece as the cutting unit is moved with respect to the workpiece in the first mode, and the workpiece is moved with respect to the cutting unit in the second mode and the guard position is biased towards the lowered position to contact with the base and returns to that position when the workpiece is no longer positioned between the underside of the guard and the base so that the blade is substantially enclosed by the combination of the guard and the slot in the base and wherein said bearing assembly is attached to both of said at least two parallel slide members (68, 70) in order to limit movement of the cutting unit to a linear direction only in parallel with the said slide members (68, 70) and said slot in order to move said blade along said slot and to retain the axis of rotation of the blade at a fixed height with respect to the base, and characterized in that said first and second slide members (68, 70) are located so as to be one above the other with respect to the base, and said slide members (68, 70) are held in a spaced position by first and second mounting brackets (76, 80), with one of said brackets secured to the base at each end of the slide members (68, 70).
A battery comprising: a plurality of prismatic shaped battery cells, arranged and stacked to form a series of battery cell groups; and a protective casing (106, 1202, 1402) within a battery case, comprising modular component segments interconnected through an interlocking ridge and mating groove configuration forming a plurality of interior pockets, each of which encloses distinct battery cell groups, wherein the plurality of interior pockets are separated by at least one partition wall, the partition wall comprising the interlocking ridge and mating groove configuration of at least two of the modular component segments of the protective casing (106, 1202, 1402). a plurality of prismatic shaped battery cells, arranged and stacked to form a series of battery cell groups; and a protective casing (106, 1202, 1402) within a battery case, comprising modular component segments interconnected through an interlocking ridge and mating groove configuration forming a plurality of interior pockets, each of which encloses distinct battery cell groups, wherein the plurality of interior pockets are separated by at least one partition wall, the partition wall comprising the interlocking ridge and mating groove configuration of at least two of the modular component segments of the protective casing (106, 1202, 1402).
Composite biomaterial essentially consisting of a tridimensional structure made of a polymer chosen among collagen, fibrin and chitosan, on the surface of which are conjugated chains of a semi-synthetic polyester obtained from polymerization or copolymerization of at least a hydroxyacid chosen among lactic acid, glycolic acid or mixtures thereof.
A method for controlling a system including an electronic tag, a mobile device (100, 500), and a display device, the method comprising: when the mobile device (100, 500) is positioned within a predetermined range from the electronic tag: transmitting data stored in the electronic tag to the mobile device from the electronic tag; and having the mobile device determine whether or not pairing information is included in the stored data; when pairing information is included in the stored data, establishing wireless communication connection between the display device (110, 600) being identified by the pairing information and the mobile device (100, 500), characterized in that the method further comprises, when the pairing information is included in the stored data: having the mobile device display two or more options for selecting a device for outputting content; when a first option among the two or more options is selected, transmitting content that is currently being outputted through the mobile device (100, 500) from the mobile device to the display device (110, 600); and when a second option among the two or more options is selected, transmitting content that is currently being outputted through the display device (110, 600) from the display device (110, 600) to the mobile device (100, 500). when the mobile device (100, 500) is positioned within a predetermined range from the electronic tag: transmitting data stored in the electronic tag to the mobile device from the electronic tag; and having the mobile device determine whether or not pairing information is included in the stored data; transmitting data stored in the electronic tag to the mobile device from the electronic tag; and having the mobile device determine whether or not pairing information is included in the stored data; when pairing information is included in the stored data, establishing wireless communication connection between the display device (110, 600) being identified by the pairing information and the mobile device (100, 500), characterized in that the method further comprises, when the pairing information is included in the stored data: having the mobile device display two or more options for selecting a device for outputting content; when a first option among the two or more options is selected, transmitting content that is currently being outputted through the mobile device (100, 500) from the mobile device to the display device (110, 600); and when a second option among the two or more options is selected, transmitting content that is currently being outputted through the display device (110, 600) from the display device (110, 600) to the mobile device (100, 500).
A curable ink composition comprising: at least one aromatic (meth)acrylate; at least one multifunctional (meth)acrylate with heteroaromatic groups, fused aromatic groups, heteroalkylene groups, or a group containing both heteroalkylene and aromatic groups, represented by Formula II: H 2 C=CR2- -O-A-O- -R2C=CH 2 Formula II wherein R2 is hydrogen or methyl; is a carbonyl group C=O; and A is divalent group comprising a heteroaromatic group, a fused aromatic group, a heteroalkylene group, or a group containing both heteroalkylene and aromatic groups; and a photoinitiator; wherein the ink composition is inkjet printable, has a viscosity of 30 mPa·s (30 centipoise) or less at a temperature of from room temperature to 35°C, and is free from solvents, and wherein the ink composition when printed and cured has a refractive index of 1.55 or greater, and is optically clear; wherein optically clear refers to a light transmission of at least 80% and a haze value of 5% or less measured with a haze meter based on ASTM D1003-11. at least one aromatic (meth)acrylate; at least one multifunctional (meth)acrylate with heteroaromatic groups, fused aromatic groups, heteroalkylene groups, or a group containing both heteroalkylene and aromatic groups, represented by Formula II: H 2 C=CR2- -O-A-O- -R2C=CH 2 Formula II wherein R2 is hydrogen or methyl; is a carbonyl group C=O; and A is divalent group comprising a heteroaromatic group, a fused aromatic group, a heteroalkylene group, or a group containing both heteroalkylene and aromatic groups; wherein R2 is hydrogen or methyl; is a carbonyl group C=O; and A is divalent group comprising a heteroaromatic group, a fused aromatic group, a heteroalkylene group, or a group containing both heteroalkylene and aromatic groups; and a photoinitiator;
An electronic starter device for an electric motor comprising a first terminal connected in use to a mains voltage source to feed respective starter and run windings of the electric motor; switch means arranged in series between the voltage source and the starter winding to selectively feed the starter winding; timer means comprising at least one capacitor and means for selectively charging the capacitor; first driving means for activating the switch means; at least one first resistor by means of which said means for charging the capacitor operate; and second driving means for activating said first driving means, the latter being arranged logically in a cascade with respect to the second driving means; said second driving means being activated by means of said timer means; characterized in that, in combination: - said first terminal is connected to said mains voltage source in a selectively activable manner by means of control means so that the feeding of said starter device by the source is activated and deactivated by means of the control means at the same time as the motor; and - the capacitor is connected in a cascade to, and upstream of, said first and second driving means (18, 22), respectively. - said first terminal is connected to said mains voltage source in a selectively activable manner by means of control means so that the feeding of said starter device by the source is activated and deactivated by means of the control means at the same time as the motor; and - the capacitor is connected in a cascade to, and upstream of, said first and second driving means (18, 22), respectively.
An elevator including: (a) a frame; (b) a body mounted to said frame; characterized by said body having an inwardly tapered interior surface configured to receive a length of pipe wherein one end said pipe has an outwardly protruding collar around its periphery; (c) elongated elevator links pivotally mounted to said frame; (d) a plurality of shoes mounted within said body on said inwardly tapered interior surface, said shoes positionable upward and downward within said body on said interior surface by hydraulic shoe positioning cylinders along a desired range of upward and downward movement, and thereby positionable radially inward and outward within said body below and around said collar of said length of pipe; and (e) means for biasing said shoes upward at the downward end of said range of upward and downward movement whereby the weight of said pipe against said biasing means will move said shoes against said periphery of said pipe. (a) a frame; (b) a body mounted to said frame; characterized by said body having an inwardly tapered interior surface configured to receive a length of pipe wherein one end said pipe has an outwardly protruding collar around its periphery; (c) elongated elevator links pivotally mounted to said frame; (d) a plurality of shoes mounted within said body on said inwardly tapered interior surface, said shoes positionable upward and downward within said body on said interior surface by hydraulic shoe positioning cylinders along a desired range of upward and downward movement, and thereby positionable radially inward and outward within said body below and around said collar of said length of pipe; and (e) means for biasing said shoes upward at the downward end of said range of upward and downward movement whereby the weight of said pipe against said biasing means will move said shoes against said periphery of said pipe.
A method for detecting the presence and/or amount of at least one mutated or non-mutated target sequence of interest in a DNA-containing sample, the method comprising: (a) contacting the DNA-containing sample with a modifying reagent which selectively modifies non-methylated cytosine residues in the DNA to produce detectable modified residues but which does not modify methylated cytosine residues, (b) amplifying the at least one mutated or non-mutated target sequence following treatment with the modifying reagent, (c) detecting the mutation status of the at least one target sequence and detecting methylation status of the target sequence, wherein amplification is performed using a primer that hybridizes specifically to the mutated target sequence and a primer that hybridizes specifically to methylated DNA. (a) contacting the DNA-containing sample with a modifying reagent which selectively modifies non-methylated cytosine residues in the DNA to produce detectable modified residues but which does not modify methylated cytosine residues, (b) amplifying the at least one mutated or non-mutated target sequence following treatment with the modifying reagent, (c) detecting the mutation status of the at least one target sequence and detecting methylation status of the target sequence, wherein amplification is performed using a primer that hybridizes specifically to the mutated target sequence and a primer that hybridizes specifically to methylated DNA.
Arrangement for controlling a flow of laden gases issuing from a crankcase of an internal combustion engine, intended to be placed between an upstream inlet area supplying the laden gases and a downstream area in communication with an engine air intake recirculation system, comprising: - a check valve having a closing member movable by positive pressure so as to define a first passage for a first flow direction; - a bypass valve set in motion by negative pressure and enabling the defining of a second passage for a second flow direction that is opposite the first flow direction; - a pipe segment having a stationary seating surface adapted to define, with the bypass valve, the second passage; - an elastic biasing member engaged with one among the check valve and the bypass valve; characterized in that the bypass valve defines a seat on which the closing member of the check valve comes to rest in a closed configuration of the first passage, the elastic biasing member exerting a restoring force directed in a first direction referred to as the forward direction, which urges the bypass valve towards a position which closes the second passage, the closing member of the check valve and the bypass valve being adapted to retreat in a second direction called the rearward direction that is opposite to the first direction, under the effect of negative pressure. - a check valve having a closing member movable by positive pressure so as to define a first passage for a first flow direction; - a bypass valve set in motion by negative pressure and enabling the defining of a second passage for a second flow direction that is opposite the first flow direction; - a pipe segment having a stationary seating surface adapted to define, with the bypass valve, the second passage; - an elastic biasing member engaged with one among the check valve and the bypass valve;
Driver's cab stabilizer with two levers which extend parallel to one another in a vehicle longitudinal direction (x) and are extended in the vehicle longitudinal direction (x) in each case by way of a connecting element, and with a torsion bar which extends between the two connecting elements in a vehicle transverse direction (y) and is fixedly connected at its two ends via the respective associated connecting element indirectly to the respective associated one of the two levers, the driver's cab stabilizer having, in order to simplify the assembly, an assembly interface which lies within it, characterized in that the assembly interface is formed by way of a total of precisely two points of separation which are planar per se, extend at the same time in the vehicle transverse direction (y), and run between the two connecting elements and the lever which is assigned to them in each case.
A hinge, adapted to be installed between a door leaf and a door frame or between a sash and a window frame, comprising a first support bar adapted to be installed on the door or window frame, a gear and rack unit, an inclined draw bar and a second support bar adapted to be installed on the door leaf or sash, wherein two ends of the inclined draw bar are respectively rotatably connected with the first support bar and the second support bar by means of an axis of rotation (11, 12), the gear and rack unit is provided on the first support bar and comprises a gear and a rack located on one side of the gear and meshed with the gear, wherein the rack is fixed on the first support bar, characterized in that, the first support bar is provided with a gear installation groove, the gear is rotatably and horizontally movably provided on the first support bar by means of a gear installation shaft which is horizontally movably received within the gear installation groove, and the gear is provided with a gear installation portion on one side thereof, the hinge further comprises an installation shaft, the gear installation portion is connected with the second support bar by means of the installation shaft, and a hinge element is arranged on the installation shaft, one side of the door leaf or sash is adapted to be installed, in use, on the hinge element, and the door leaf or sash is rotatable about the installation shaft. two ends of the inclined draw bar are respectively rotatably connected with the first support bar and the second support bar by means of an axis of rotation (11, 12), the gear and rack unit is provided on the first support bar and comprises a gear and a rack located on one side of the gear and meshed with the gear, wherein the rack is fixed on the first support bar, characterized in that, the first support bar is provided with a gear installation groove, the gear is rotatably and horizontally movably provided on the first support bar by means of a gear installation shaft which is horizontally movably received within the gear installation groove, and the gear is provided with a gear installation portion on one side thereof, the hinge further comprises an installation shaft, the gear installation portion is connected with the second support bar by means of the installation shaft, and a hinge element is arranged on the installation shaft, one side of the door leaf or sash is adapted to be installed, in use, on the hinge element, and the door leaf or sash is rotatable about the installation shaft.
A method for frequency scanning during wireless communication, the method being executed by an apparatus and comprising: determining a first channel raster being used over an unlicensed spectrum for a wireless wide area network WWAN, the first channel raster being determined from a set of carrier frequencies of the unlicensed spectrum, the set of carrier frequencies including multiple subsets of carrier frequencies, wherein each subset has a same number of equally spaced carrier frequencies as each other subset and is respectively aligned to a different carrier frequency of a second channel raster being used over the unlicensed spectrum for a wireless local area network, WLAN, and wherein the determining comprises selecting one carrier frequency from each subset such that the first channel raster is aligned with the second channel raster without being identical with the second channel raster; performing the frequency scanning over the unlicensed spectrum for the WWAN using the first channel raster; and adapting the wireless communication via the WWAN based on signals associated with the WLAN. determining a first channel raster being used over an unlicensed spectrum for a wireless wide area network WWAN, the first channel raster being determined from a set of carrier frequencies of the unlicensed spectrum, the set of carrier frequencies including multiple subsets of carrier frequencies, wherein each subset has a same number of equally spaced carrier frequencies as each other subset and is respectively aligned to a different carrier frequency of a second channel raster being used over the unlicensed spectrum for a wireless local area network, WLAN, and wherein the determining comprises selecting one carrier frequency from each subset such that the first channel raster is aligned with the second channel raster without being identical with the second channel raster; performing the frequency scanning over the unlicensed spectrum for the WWAN using the first channel raster; and adapting the wireless communication via the WWAN based on signals associated with the WLAN.
Bicycle crankarm provided with an electric/electronic system (100, 500, 900), including a battery power unit (102, 502, 902), a processor (106, 506, 906) having a standby mode (404, 804) and a running mode (402, 802), and a wake unit that emits a wake signal (210, 810) for the processor (106, 506, 906), thotsaid wake unit is completely supported by or in the crankarm, characterized in that the wake unit comprises a bicycle presumed use detector and a crankarm actual use detector embodied by a same component of the wake unit, said same component having a normal running mode and a low-power running mode, in the normal running mode acting as presumed use detector (118, 922) and as actual use detector (118, 924), and in the low-power running mode acting as presumed use detector.