mhurhangee/ep-ind-claims huggingface dataset:
A method for band-pass sampling of an analogue signal, the spectrum of said signal having a set of sub-bands, said signal being correlated with a sequence of wavelets succeeding one another with a rate f p equal to the sum of the widths of said sub-bands, the central frequencies of the wavelets belonging to said sub-bands, characterised in that the respective positions of the wavelets in the sequence are modulated temporally by means of the arguments of the successive elements of a CAZAC sequence, the correlation results with the sequence of wavelets thus modulated in position being sampled with a frequency f s ≤ f p and converted into digital.
A spinning preparation machine, - having at least one consolidating means for producing a roving that has a protective twist and that is made of a fiber bundle supplied to the consolidating means, - having a drafting system for drafting the fiber bundle before the latter enters the consolidating means, wherein the drafting system is arranged upstream of the consolidating means in a transport direction of the drafting system, - wherein the spinning preparation machine has a winding device for winding the roving onto a tube, and, - wherein the spinning preparation machine has a tube transport device for providing empty tubes and/or for removing tubes loaded with roving by means of the winding device, characterized in that the spinning preparation machine, a guide arranged upstream of the drafting system in the aforesaid transport direction for guiding the fiber bundle between a container providing the fiber bundle and the drafting system, wherein the guide has a feed segment facing away from the drafting system for the fiber bundle originating from the container when the spinning preparation machine is in operation, and has a delivery segment facing the drafting system for the fiber bundle, the spinning preparation machine comprises a tube transfer device that serves for transferring tubes from the tube transport device to the winding device and/or vice versa, that the winding device and/or the tube transfer device are arranged at least in part below the guide, below the drafting system, and/or below the consolidating means, the tube transport device includes at least one conveyor for transporting empty tubes and/or tubes loaded with roving, wherein the conveyor(s), in a top view of the spinning preparation machine are arranged at least in part between the feed segment of the guide and the drafting system. - having at least one consolidating means for producing a roving that has a protective twist and that is made of a fiber bundle supplied to the consolidating means, - having a drafting system for drafting the fiber bundle before the latter enters the consolidating means, wherein the drafting system is arranged upstream of the consolidating means in a transport direction of the drafting system, - wherein the spinning preparation machine has a winding device for winding the roving onto a tube, and, - wherein the spinning preparation machine has a tube transport device for providing empty tubes and/or for removing tubes loaded with roving by means of the winding device,
A device for assisting in the management of energy consumption of a vehicle, comprising at least: - digital data representative of at least one lane section, - digital data representative of a position, called target position (Xc), of an obstacle on said lane section, - digital data representative of a speed, called target speed (Vc), of the vehicle at the target position, - a digital data processing unit, characterized in that: - it further comprises digital data representative of at least one optimal deceleration profile of said vehicle, predetermined so as to reach the target position (Xc) with the target speed (Vc), - it further comprises digital data representative of at least one acceleration profile, called nominal acceleration profile, of the vehicle, comprising at least one positive acceleration value, called nominal acceleration, according to a main direction of travel of said vehicle, - the processing unit is programmed to produce data representative of a maximum speed, called maximum theoretical speed (VmtN), that can theoretically be reached by the vehicle by applying the nominal acceleration profile while complying with said optimal deceleration profile so as to reach the target position at the target speed, at least according to: ▪ said target position (Xc), ▪ said target speed (Vc), ▪ the optimal deceleration profile, ▪ the nominal acceleration profile. - digital data representative of at least one lane section, - digital data representative of a position, called target position (Xc), of an obstacle on said lane section, - digital data representative of a speed, called target speed (Vc), of the vehicle at the target position, - a digital data processing unit, - it further comprises digital data representative of at least one optimal deceleration profile of said vehicle, predetermined so as to reach the target position (Xc) with the target speed (Vc), - it further comprises digital data representative of at least one acceleration profile, called nominal acceleration profile, of the vehicle, comprising at least one positive acceleration value, called nominal acceleration, according to a main direction of travel of said vehicle, - the processing unit is programmed to produce data representative of a maximum speed, called maximum theoretical speed (VmtN), that can theoretically be reached by the vehicle by applying the nominal acceleration profile while complying with said optimal deceleration profile so as to reach the target position at the target speed, at least according to: ▪ said target position (Xc), ▪ said target speed (Vc), ▪ the optimal deceleration profile, ▪ the nominal acceleration profile. ▪ said target position (Xc), ▪ said target speed (Vc), ▪ the optimal deceleration profile, ▪ the nominal acceleration profile.
Lift installation with a drive frame and a drive unit, wherein a support element couples a lift cage with a counterweight, wherein a drive roller and a spacer roller are mounted at the drive frame on a mounting device (30, 32) associated therewith, wherein the support element is guided over the spacer roller and the drive roller, wherein at least one of the mounting device (30, 32) is fixable to the drive frame at at least two positions so that a horizontal support element spacing is thereby variable and wherein an entire course of the support element between the drive roller and the spacer roller is substantially rectilinear, characterised in that at least two positions for a fixing of the at least one mounting device (30, 32) are arranged along a straight line substantially parallel to the rectilinear course of the support element (12.1).
An edible consumable dispensing device for dispensing a fat-based edible consumable having a melting or softening point at a temperature between room temperature and 100 °C, such as chocolate, characterized in that the device includes: a receptacle having a chamber configured to receive a fat-based edible consumable, the chamber having internal walls and a first opening and a second opening, wherein the first opening is adapted to be coupled with a source of heated and pressurised fluid; and a barrier member adapted to separate heated and pressurised fluid supplied by the source from the consumable and at least the second opening, wherein the barrier member is configured to transfer heat and pressure from the heated and pressurised fluid; such that when heated and pressurised fluid is delivered to the barrier member via the first opening, at least a portion of the consumable is softened and urged through the second opening. a receptacle having a chamber configured to receive a fat-based edible consumable, the chamber having internal walls and a first opening and a second opening, wherein the first opening is adapted to be coupled with a source of heated and pressurised fluid; and a barrier member adapted to separate heated and pressurised fluid supplied by the source from the consumable and at least the second opening, wherein the barrier member is configured to transfer heat and pressure from the heated and pressurised fluid; such that when heated and pressurised fluid is delivered to the barrier member via the first opening, at least a portion of the consumable is softened and urged through the second opening.
A pneumatic tire having a designated rotational direction, comprising: a ring-shaped tread portion that extends in a tire circumferential direction; a pair of side wall portions disposed on both sides of the tread portion; and a pair of bead portions disposed on an inside in the tire radial direction of the side wall portions; wherein at least four main grooves are provided at the tread portion extending in the tire circumferential direction; a center land portion located on a tire equator line in the tread portion, shoulder land portions located at shoulder regions of the tread portion, and intermediate land portions located between the center land portion and the shoulder land portions are segmentalized by the main grooves; the center land portion has a rib structure that continues in the tire circumferential direction; a plurality of first inclined grooves is provided from a position near the tire equator line in the center land portion extending to an outside in a tire width direction at an inclination to a direction opposite to the rotational direction and reaching at least as far as a ground contact edge; first inclined grooves extending in a first direction in the tire width direction and first inclined grooves extending in a second direction in the tire width direction are disposed alternately in the tire circumferential direction; a plurality of second inclined grooves is provided extending from the intermediate land portions to the outside in the tire width direction at an inclination to the direction opposite to the rotational direction and reaching at least as far as the ground contact edge; second inclined grooves extending in a first direction in the tire width direction and second inclined grooves extending in a second direction in the tire width direction are disposed alternately in the tire circumferential direction; and the first inclined grooves and the second inclined grooves are disposed alternately in the tire circumferential direction; characterized in that a distance Wa1 in the tire width direction between the tire equator line and a tip of the first inclined groove in the center land portion satisfies -8 mm ≤ Wa1 ≤ 8 mm. a ring-shaped tread portion that extends in a tire circumferential direction; a pair of side wall portions disposed on both sides of the tread portion; and a pair of bead portions disposed on an inside in the tire radial direction of the side wall portions; wherein
An electronic apparatus comprising: a base substrate comprising a hole (201-H), a first area surrounding the hole (201-H), a second area surrounding the first area, and a third area surrounding the second area; a cover portion disposed in the first area surrounding the hole (201-H) and comprising at least one cover pattern; a first sensing electrode disposed in the second area and comprising first sensing patterns arranged in a first direction; a second sensing electrode disposed in the second area and comprising second sensing patterns arranged in a second direction crossing the first direction; a dummy electrode disposed in the second area and comprising dummy patterns disposed between the first sensing patterns and the second sensing patterns for reducing a difference in reflectance; and a ground line disposed in the third area and electrically connected to the cover portion through at least some of the dummy patterns for discharging electric charges. a base substrate comprising a hole (201-H), a first area surrounding the hole (201-H), a second area surrounding the first area, and a third area surrounding the second area; a cover portion disposed in the first area surrounding the hole (201-H) and comprising at least one cover pattern; a first sensing electrode disposed in the second area and comprising first sensing patterns arranged in a first direction; a second sensing electrode disposed in the second area and comprising second sensing patterns arranged in a second direction crossing the first direction; a dummy electrode disposed in the second area and comprising dummy patterns disposed between the first sensing patterns and the second sensing patterns for reducing a difference in reflectance; and a ground line disposed in the third area and electrically connected to the cover portion through at least some of the dummy patterns for discharging electric charges.
A dough comprising: System (a); and System (b); wherein System (a) comprises (i) cereal flour, wherein at least 80% (bakers' %) of the cereal flour is rye flour; and (ii) exogenous gluten, wherein the exogeneous gluten is present in an amount of at least 5% (bakers' %) by weight of the cereal flour of System (a)(i); wherein the dough is at a pH from about pH 5 to about pH 7.5; wherein System (b) comprises at least a leavening agent; wherein if System (a)(ii) comprises from 5% (bakers' %) to 9% (bakers' %) by weight of the cereal flour of System (a)(i) of exogeneous gluten then the dough additionally comprises System (c); wherein System (c) comprises at least one gluten strengthener; wherein if System (a)(ii) comprises more than 9% (bakers' %) by weight of the cereal flour of System (a)(i) of exogeneous gluten then the dough optionally comprises System (c), wherein System (c) comprises at least one gluten strengthener; wherein said dough does not contain an acidifier or a dough available acidifier. System (a); and System (b); wherein System (a) comprises (i) cereal flour, wherein at least 80% (bakers' %) of the cereal flour is rye flour; and (ii) exogenous gluten, wherein the exogeneous gluten is present in an amount of at least 5% (bakers' %) by weight of the cereal flour of System (a)(i); (i) cereal flour, wherein at least 80% (bakers' %) of the cereal flour is rye flour; and (ii) exogenous gluten, wherein the exogeneous gluten is present in an amount of at least 5% (bakers' %) by weight of the cereal flour of System (a)(i); wherein the dough is at a pH from about pH 5 to about pH 7.5; wherein System (b) comprises at least a leavening agent; wherein if System (a)(ii) comprises from 5% (bakers' %) to 9% (bakers' %) by weight of the cereal flour of System (a)(i) of exogeneous gluten then the dough additionally comprises System (c); wherein System (c) comprises at least one gluten strengthener; wherein if System (a)(ii) comprises more than 9% (bakers' %) by weight of the cereal flour of System (a)(i) of exogeneous gluten then the dough optionally comprises System (c), wherein System (c) comprises at least one gluten strengthener; wherein said dough does not contain an acidifier or a dough available acidifier.
A block moulding machine including a pedestal and a main frame, which is vertically movable and fixable on the pedestal, wherein at least one mould lifting device is provided on the main frame for raising and lowering a block mould, characterised in that the main frame is movable with respect to the pedestal by actuation of the mould lifting device supported on the pedestal.
A method of setting a power of a secondary device-to-device synchronization signal, SD2DSS, by a first wireless device to enable a second wireless device to synchronize timing of the second wireless device to a timing derived from the first wireless device, the method comprising: determining power of a primary device to device synchronization signal, PD2DSS transmitted by the first wireless device; and characterized in that the method further comprises setting the power of the SD2DSS to be less than the power of the PD2DSS. determining power of a primary device to device synchronization signal, PD2DSS transmitted by the first wireless device; and characterized in that the method further comprises setting the power of the SD2DSS to be less than the power of the PD2DSS.
A protecting method for abnormal conditions in an upgrade of a Gigabit Passive Optical Network, GPON, terminal, comprising: performing analysis in sequence of integrity, correctness and validity of a new version file downloaded to the GPON terminal (302, 303), and after determining that the new version file is integral, correct and valid, writing the new version file; determining a verification for the new version according to an activation flow of an Optical Line Terminal, OLT, and completing the upgrade for the new version of the GPON terminal; characterized in that the verification for the new version comprises: the GPON terminal executing an "Activate image" command from the OLT, performing verification on the data of the kernel area of the new version, and preliminarily determining that the data of the new version file are integral; performing verification on the data of the file system area of the new version file, and further determining that the data of the new version file are integral; according to results loaded by a kernel, preliminarily determining that the new version file can work normally; and according to results loaded by the file system, further determining that the new version file can work normally and making the new version become a load image of reboot correctly. performing analysis in sequence of integrity, correctness and validity of a new version file downloaded to the GPON terminal (302, 303), and after determining that the new version file is integral, correct and valid, writing the new version file; determining a verification for the new version according to an activation flow of an Optical Line Terminal, OLT, and completing the upgrade for the new version of the GPON terminal; characterized in that the verification for the new version comprises: the GPON terminal executing an "Activate image" command from the OLT, performing verification on the data of the kernel area of the new version, and preliminarily determining that the data of the new version file are integral; performing verification on the data of the file system area of the new version file, and further determining that the data of the new version file are integral; according to results loaded by a kernel, preliminarily determining that the new version file can work normally; and according to results loaded by the file system, further determining that the new version file can work normally and making the new version become a load image of reboot correctly.
A belay device operable for guide mode belaying, the device comprising a body that includes a rope slot through which a bight of rope can pass, a guide-mode anchor connected through an anchoring carabiner directly or indirectly to a fixed anchor, and a release formation, the device being operative to cause frictional locking of a working length of the rope in a condition of loading on the rope corresponding to that which occurs in the event of a fall of a belayed climber, characterised in that the guide-mode anchor is pivotally connected to the body, and arranged such that that when the rope is locked, the body is caused by force applied to the release formation to pivot with respect to the guide-mode anchor, which pivotal movement acts to increase mechanical advantage of the release formation acting on a load applied by the working length of the rope on the body, by increasing the value of the ratio of lengths A/B where length A is the horizontal component of the distance from the working length of the rope to the release formation and length B is the horizontal component of the distance from the working length of the rope to the axis about which the guide-mode anchor can pivot respect to the body.
A system for identification of an item, wherein the system comprises a conveyor belt, a positioning means and a reader operable to receive at least one reading at at least one first antenna from at least one tag attached to the item, the first antenna being arranged at a read point along the conveyor belt, wherein the positioning means is configured to retrieve a first position of the item at a first time instant t 1 before the read point of the first antenna and a second position of the item at a second time instant t 2 after the read point of the first antenna, the first and second time instants t 1, t 2 defining a time window W, wherein the reader is configured to extract from each reading retrieved by the first antenna a measurement of the phase of the signal transmitted by the tag and perform a data processing of the phase measurements, which data processing comprises constructing a phase curve from the phase measurements, the phase curve expressing the phase of the signal in dependence of time, and determining a global maximum on the phase curve, wherein the reader is configured to associate the tag to the item if the global maximum lies within the time window W, whereby the identification of the item is accomplished characterized in that the reader further comprises at least one second antenna placed underneath an upper surface of the conveyor belt, wherein the reader is configured to associate the tag to the item if at least one reading has been retrieved from the second antenna for the tag within the time window.
A method for rational mining for induced enzyme/enzymes in microbial communities, comprising the steps of: (a) providing at least one community of microorganisms, wherein said community comprises different populations of microorganisms (b) cultivating the microbial populations of said at least one community in at least one container wherein said container is a device for continuous culturing of microorganisms, such as a chemostat, under conditions of choice, where the microorganisms are given a chemically defined culturing medium to eliminate matter deriving from the natural habitat and to allow the microbial community to reach a metabolic steady-state, (c) removal from at least one container of step (b) of at least one fraction of microorganisms, and transfer of said at least one fraction into at least two separate containers, (d) providing at least one of the fractions of microorganisms from step (c) with a defined medium which includes an inducing substance and/or a substance against which enzyme/enzymes is/are desired, to induce a regulation of expression of the desired enzyme/enzymes, and at least one of the other fraction(-s) from step (c) with a defined medium without said inducing substance and without said substance against which enzyme/enzymes is/are desired for the purpose of comparison, and maintaining and/or cultivating the fractions of microorganisms, and (e) withdrawing and analyzing samples of at least one induced fraction and at least one non-induced fraction of step (d) for identification of the induced enzyme/enzymes. (a) providing at least one community of microorganisms, wherein said community comprises different populations of microorganisms (b) cultivating the microbial populations of said at least one community in at least one container wherein said container is a device for continuous culturing of microorganisms, such as a chemostat, under conditions of choice, where the microorganisms are given a chemically defined culturing medium to eliminate matter deriving from the natural habitat and to allow the microbial community to reach a metabolic steady-state, (c) removal from at least one container of step (b) of at least one fraction of microorganisms, and transfer of said at least one fraction into at least two separate containers, (d) providing at least one of the fractions of microorganisms from step (c) with a defined medium which includes an inducing substance and/or a substance against which enzyme/enzymes is/are desired, to induce a regulation of expression of the desired enzyme/enzymes, and at least one of the other fraction(-s) from step (c) with a defined medium without said inducing substance and without said substance against which enzyme/enzymes is/are desired for the purpose of comparison, and maintaining and/or cultivating the fractions of microorganisms, and (e) withdrawing and analyzing samples of at least one induced fraction and at least one non-induced fraction of step (d) for identification of the induced enzyme/enzymes.