mhurhangee/ep-ind-claims huggingface dataset:
A data processing device for receiving an input stream (i 1) of first data samples at a first rate R 1 and for generating an output stream (i 2) of second data samples at a higher second rate R 2 by inserting additional data samples generated from said first data samples, characterized in that said device comprises: a) memory means for storing a predetermined one (i 1 (k rem)) of said first data samples; and b) timing adjusting means (7, 11, 12) for adjusting the timing of said output stream (i 2), said timing adjusting means (7, 11, 12) comprising: b1) skipping means for skipping first predetermined ones of said second data samples derived from said first data samples; and b2) replacing means (11, 12) for replacing second predetermined ones of said second data samples following said skipped first predetermined ones of said second data samples by new second data samples derived from said stored predetermined one (i 1 (k rem)) of said first data samples. a) memory means for storing a predetermined one (i 1 (k rem)) of said first data samples; and b) timing adjusting means (7, 11, 12) for adjusting the timing of said output stream (i 2), said timing adjusting means (7, 11, 12) comprising: b1) skipping means for skipping first predetermined ones of said second data samples derived from said first data samples; and b2) replacing means (11, 12) for replacing second predetermined ones of said second data samples following said skipped first predetermined ones of said second data samples by new second data samples derived from said stored predetermined one (i 1 (k rem)) of said first data samples. b1) skipping means for skipping first predetermined ones of said second data samples derived from said first data samples; and b2) replacing means (11, 12) for replacing second predetermined ones of said second data samples following said skipped first predetermined ones of said second data samples by new second data samples derived from said stored predetermined one (i 1 (k rem)) of said first data samples.
Pick-up device for picking up articles of the tobacco processing industry for a conveyor designed for conveying these articles, which has a piece movable in the conveying direction, on the outer side of which, preferably in a standardised arrangement, at least one first suction opening and at least one, preferably separated from the first suction opening transverse to the conveying direction, second suction opening are designed, with at least one pick-up element, which has an outer side for picking up at least one article on at least one first inlet and at least a second inlet, preferably separated from the first inlet transverse to the conveying direction are designed, an inner side on which at least a first outlet and at least one second outlet, preferably separated from the first outlet transverse to the conveying direction are designed, and at least one first connecting channel for connecting the first inlet with the first outlet and has at least one second connecting channel for connecting the second inlet with the second outlet, and at least one location, which is to be located on the movable body and an outer side, an inner side, with which the location is to be located on the outer side of the movable body of the conveyor, and has passage openings, which are provided for producing a fluid connection between at least one outlet in at least one suction opening (4, 6) in the movable body of the conveyor, characterised in that at least one pick-up element, with its inner side lying opposite the outer side of at least one location, is to be located on the movable body stationary with respect to the latter, and the at least one location is adjustable with respect to at least one pick-up element between at least one first working position and a second working position different from the first working position.
A system for heating in a supply vessel of ORO class, including a boiler, a beating circuit connected to consumers as well as a tank for collection of oil spill, characterized in that the boiler is a combined boiler that may either supply hot water or steam, the boiler including ports (16, 17) for circulation of hot and cooled water and a port for steam, the system further including valves (15, 19, 20) for connecting the boiler to the heating circuit or the tank, the system further including a control circuit adapted to operate the boiler in a hot water or steam mode, the circuit being adapted to control water level and heat supply in the boiler, the control circuit being adapted to use temperature control when in hot water mode and pressure control when in steam mode.
A structure comprising: a substrate having a top surface; a first trench isolation region in the substrate; a first base layer (20, 22) on the top surface of the substrate, the first base layer (20, 22) extending across the first trench isolation region; a first bipolar junction transistor (12, 14, 16, 18) including a first collector in the substrate and a first emitter (40, 42, 44, 46) on a first portion of the first base layer (20, 22), the first portion of the first base layer (20, 22) positioned between the first collector and the first emitter (40, 42, 44, 46); a second bipolar junction transistor (12, 14, 16, 18) including a second collector in the substrate and a second emitter (40, 42, 44, 46) on a second portion of the first base layer (20, 22), the second portion of the first base layer (20, 22) positioned between the second collector and the second emitter (40, 42, 44, 46); a first well (34, 36) in the substrate, and a second well (34, 36) in the substrate, wherein the first collector is a portion of the first well (34, 36), and the second collector is a portion of the second well (34, 36); and a third well in the substrate, the third well having an opposite conductivity type from the first well and the second well, wherein the first well (34, 36) and the second well (34, 36) are positioned between the third well and the top surface of the substrate, and the first trench isolation region penetrates into the third well. a substrate having a top surface; a first trench isolation region in the substrate; a first base layer (20, 22) on the top surface of the substrate, the first base layer (20, 22) extending across the first trench isolation region; a first bipolar junction transistor (12, 14, 16, 18) including a first collector in the substrate and a first emitter (40, 42, 44, 46) on a first portion of the first base layer (20, 22), the first portion of the first base layer (20, 22) positioned between the first collector and the first emitter (40, 42, 44, 46); a second bipolar junction transistor (12, 14, 16, 18) including a second collector in the substrate and a second emitter (40, 42, 44, 46) on a second portion of the first base layer (20, 22), the second portion of the first base layer (20, 22) positioned between the second collector and the second emitter (40, 42, 44, 46); a first well (34, 36) in the substrate, and a second well (34, 36) in the substrate, wherein the first collector is a portion of the first well (34, 36), and the second collector is a portion of the second well (34, 36); and a third well in the substrate, the third well having an opposite conductivity type from the first well and the second well, wherein the first well (34, 36) and the second well (34, 36) are positioned between the third well and the top surface of the substrate, and the first trench isolation region penetrates into the third well.
A twisted tube heat exchanger comprising: a twisted tube; and a heat insulator, the twisted tube including a first pipe having a spiral groove formed on a periphery of the first pipe and allowing a first fluid to flow through the first pipe, and a second pipe having a part wound around the spiral groove on the first pipe and allowing refrigerant that heats the first fluid to flow through the second pipe, an area in which the first pipe and the second pipe are joined together being defined as a first area, an area that is located closer to an end side of the first pipe than is the first area and in which the first pipe and the second pipe are not joined together being defined as a second area, characterised in that the heat insulator being wound around a certain area including a boundary region between the first area and the second area, covering peripheries of the first pipe and the second pipe in the boundary region and a periphery of the first pipe in the second area. a twisted tube; and a heat insulator, the twisted tube including a first pipe having a spiral groove formed on a periphery of the first pipe and allowing a first fluid to flow through the first pipe, and a second pipe having a part wound around the spiral groove on the first pipe and allowing refrigerant that heats the first fluid to flow through the second pipe, a first pipe having a spiral groove formed on a periphery of the first pipe and allowing a first fluid to flow through the first pipe, and a second pipe having a part wound around the spiral groove on the first pipe and allowing refrigerant that heats the first fluid to flow through the second pipe, an area in which the first pipe and the second pipe are joined together being defined as a first area, an area that is located closer to an end side of the first pipe than is the first area and in which the first pipe and the second pipe are not joined together being defined as a second area, characterised in that the heat insulator being wound around a certain area including a boundary region between the first area and the second area, covering peripheries of the first pipe and the second pipe in the boundary region and a periphery of the first pipe in the second area.
Drinking container with a drinking vessel, a drinking attachment and a threaded ring, wherein - the drinking vessel has an interior volume, a circular vessel opening, an opening rim surrounding the vessel opening, and an external thread adjacent to the vessel opening, wherein - the drinking attachment comprises a circumferential annular flange for engaging the opening rim of the drinking vessel, and an outwardly-projecting drinking element, - at least one part-circle ventilation groove running around the vessel opening is arranged between the underside of the annular flange and the top of the opening rim, and wherein the ventilation groove is connected to an inlet groove extending radially outwards and an outlet groove extending radially inwards remote from the inlet groove, - the threaded ring is screwed with an internal thread onto the external thread and presses with a threaded ring flange the annular flange against the opening edge, - characterized in that two part-circle ventilation grooves are arranged symmetrically with respect to a diameter of the annular flange in the underside of the annular flange, and inlet grooves are connected with one end of the part-circle ventilation grooves, and outlet grooves are connected with the respective other end of the part-circle ventilation grooves. - the drinking vessel has an interior volume, a circular vessel opening, an opening rim surrounding the vessel opening, and an external thread adjacent to the vessel opening, wherein - the drinking attachment comprises a circumferential annular flange for engaging the opening rim of the drinking vessel, and an outwardly-projecting drinking element, - at least one part-circle ventilation groove running around the vessel opening is arranged between the underside of the annular flange and the top of the opening rim, and wherein the ventilation groove is connected to an inlet groove extending radially outwards and an outlet groove extending radially inwards remote from the inlet groove, - the threaded ring is screwed with an internal thread onto the external thread and presses with a threaded ring flange the annular flange against the opening edge, - characterized in that two part-circle ventilation grooves are arranged symmetrically with respect to a diameter of the annular flange in the underside of the annular flange, and inlet grooves are connected with one end of the part-circle ventilation grooves, and outlet grooves are connected with the respective other end of the part-circle ventilation grooves.
An oral care implement comprising: a handle; a head coupled to the handle, the head comprising a base portion comprising a basin cavity, the basin cavity comprising a basin floor and a basin sidewall and having an open top end; an aperture in at least one of the basin floor or the basin sidewall that defines a passageway from an outer surface of the head into the basin cavity; an applicator comprising an anchor portion and a delivery portion, the anchor portion disposed in the basin cavity and the delivery portion extending through the aperture so that a portion of the delivery portion is exposed on the outer surface of the head, the applicator is formed of a single block of a first capillary material and loaded with an oral care material; and a cleaning element assembly comprising a head plate and a plurality of tooth cleaning elements mounted to the head plate, the cleaning element assembly coupled to the base portion of the head to enclose the open top end of the basin cavity, wherein the anchor portion comprises an annular flange that extends from and circumscribes the delivery portion. a handle; a head coupled to the handle, the head comprising a base portion comprising a basin cavity, the basin cavity comprising a basin floor and a basin sidewall and having an open top end; an aperture in at least one of the basin floor or the basin sidewall that defines a passageway from an outer surface of the head into the basin cavity; an applicator comprising an anchor portion and a delivery portion, the anchor portion disposed in the basin cavity and the delivery portion extending through the aperture so that a portion of the delivery portion is exposed on the outer surface of the head, the applicator is formed of a single block of a first capillary material and loaded with an oral care material; and a cleaning element assembly comprising a head plate and a plurality of tooth cleaning elements mounted to the head plate, the cleaning element assembly coupled to the base portion of the head to enclose the open top end of the basin cavity, wherein the anchor portion comprises an annular flange that extends from and circumscribes the delivery portion.
Combination of a high temperature fuel cell with an anode exhaust gas line conveying water vapour and a dry cathode exhaust gas line with an adsorption heat pump, wherein the cathode exhaust gas line of the high temperature fuel cell is connected with the adsorber / desorber of the adsorption heat pump, the adsorber / desorber is disposed in a container and only the cathode exhaust gas line leads into this container.
An emulsifiable concentrate comprising a water-insoluble pesticide, wherein the pesticide is soluble in water to not more than 1 g/l at 25°C, an amide of the formula R 1 -C N(R 2) 2 where R 1 is C 5 -C 19 -alkyl and R 2 is methyl, ethyl, propyl, butyl, or mixtures thereof; and a lactamide of the formula H 3 C-CH -C N(R 3) 2 where R 3 is methyl, ethyl, propyl, butyl, or mixtures thereof; wherein the concentrate comprises from 15% to 65% by weight of the amide of the formula and 1% to 30% by weight of the lactamide of the formula, wherein the amounts of these components add up to a sum of 16 to 90% by weight.
A sliding contact device (19, 31, 36, 46), in particular for supplying power to vehicles via an overhead wire, the sliding contact device comprising a contact-strip carrier device (20, 39) and a contact strip (21, 37) disposed thereon, characterized in that the contact-strip carrier device comprises a lightning protection device (23, 32, 43, 47) for electric arcs (24, 44), the lightning protection device being disposed on a long side (26, 48) of a carrier profile (22, 40) of the contact-strip carrier device, the lightning protection device (23, 43, 47) being formed from several lightning protection elements disposed along the long side.
A composite substrate, comprising: a supporting substrate composed of an insulating material; a semiconductor layer which is overlaid on the supporting substrate and is directly bonded to the supporting substrate, and which is composed of a single-crystalline semiconductor; and interfacial inclusions with a density of 10 12 atoms/cm 2 or less in the plane direction which are at an interface between the supporting substrate and the semiconductor layer, and which are composed of a metal element different from elements composing the supporting substrate and the semiconductor layer, wherein the metal element is present in a region which is located between the supporting substrate and the semiconductor layer and which is within 5 nm from the interface therebetween in a thickness direction. a supporting substrate composed of an insulating material; a semiconductor layer which is overlaid on the supporting substrate and is directly bonded to the supporting substrate, and which is composed of a single-crystalline semiconductor; and interfacial inclusions with a density of 10 12 atoms/cm 2 or less in the plane direction which are at an interface between the supporting substrate and the semiconductor layer, and which are composed of a metal element different from elements composing the supporting substrate and the semiconductor layer, wherein the metal element is present in a region which is located between the supporting substrate and the semiconductor layer and which is within 5 nm from the interface therebetween in a thickness direction.
Method for determining the stability of a mast that has been installed at an operating site, is secured to a foundation or is standing in the ground, the oscillations of the mast made to vibrate by being excited artificially or by environmental influences being recorded by measuring instruments and at least one natural frequency of the mast determined therefrom, characterized in that a nonlinearity of the vibration behaviour of the excited mast is analyzed and, on the basis of the result of this analysis, it is established whether there is any damage to the mast and/or its securement in the foundation area and in that the dependence of the natural frequency on the vibration amplitude is determined and a calibration frequency is calculated on the basis of this dependence and used to calibrate a mechanical model of the mast and, on this basis, the stability of the mast is ascertained.
Retainer for maintaining the front teeth positioning achieved during orthodontic therapy, having at least two connection pieces (2, 3, 4, 5) for fastening the retainer on one tooth in each case (A, B, C, D), it being possible to fasten to each of the two terminal teeth (A, D) one of the connection pieces as terminal connection piece (2, 5), and having a connection wire for establishing a connection among the teeth (A, B, C, D) and/or for forming a constraint to restrict the movement capabilities of the connected teeth (A, B, C, D), wherein the connection wire is movably mounted in at least one of the connection pieces (A, B, C, D), the connection wire being at least partly made of plastic and at least one of the connection pieces (2, 3, 4, 5) being at least partly made of composite, the connection wire being partly or entirely made of polyether ether ketone, at at least one of the two ends of the connection wire a stop (7, 8) being provided for the one-sided limitation of the relative movement between at least one of the terminal connection pieces (2, 5) and the connection wire in the longitudinal direction of the wire, at least one of the connection pieces (2, 3, 4, 5) surrounding the connection wire perpendicular to the longitudinal direction of the connection wire, at least in part, especially in full, and/or lying completely on the connection wire along its circumference, by especially an eyelet being provided for mounting the connection wire, and so preferably a relative movement between connection wire and the particular connection piece (2, 3, 4, 5) in the longitudinal direction is allowed and a relative movement perpendicular to the longitudinal direction is completely blocked or is permitted only within a specific area, the connection wire being movably mounted in at least one of the terminal connection pieces and the stop not being able to be pulled through the terminal connection piece and its mounting.
An assembly for a turbine engine, comprising: a turbine engine first component including a groove and a groove surface; a turbine engine second component including a tongue that extends into the groove to a tongue surface; and a seal assembly (50;108) at least partially sealing a gap between the groove surface and the tongue surface characterised in that, the seal assembly (50;108) includes a rope seal and a clip (54;110) that attaches the rope seal to the tongue; wherein the rope seal is arranged within the groove between the groove surface and the tongue surface. a turbine engine first component including a groove and a groove surface; a turbine engine second component including a tongue that extends into the groove to a tongue surface; and a seal assembly (50;108) at least partially sealing a gap between the groove surface and the tongue surface characterised in that, the seal assembly (50;108) includes a rope seal and a clip (54;110) that attaches the rope seal to the tongue; wherein the rope seal is arranged within the groove between the groove surface and the tongue surface.
A method for surveillance of a predetermined region, characterized in that it comprises the following steps: - a) preparing at least one surveillance device provided with a sensor configured to detect moving entities in a predetermined region under surveillance; - b) preparing at least one remote control device which can be carried by a user; - c) detecting a moving entity in the predetermined region under surveillance, by means of said surveillance device; - d) sending, by the surveillance device, of a request for authorization; - e) responding, by the remote control device, to said request for authorization by sending authorization data; - f) comparing said authorization data with check data for authorizing the entity detected if the result of said comparison is positive; - g) making available an alarm signal associated with the moving entity detected if the result of said comparison is negative or not making available said alarm signal associated with the moving entity detected if the result of said comparison is positive, the method further comprising a step of detecting a movement of the remote control device and wherein said step of responding, by the remote control device, to said request for authorization by sending authorization data is carried out after the detection of remote control device movement. - a) preparing at least one surveillance device provided with a sensor configured to detect moving entities in a predetermined region under surveillance; - b) preparing at least one remote control device which can be carried by a user; - c) detecting a moving entity in the predetermined region under surveillance, by means of said surveillance device; - d) sending, by the surveillance device, of a request for authorization; - e) responding, by the remote control device, to said request for authorization by sending authorization data; - f) comparing said authorization data with check data for authorizing the entity detected if the result of said comparison is positive; - g) making available an alarm signal associated with the moving entity detected if the result of said comparison is negative or not making available said alarm signal associated with the moving entity detected if the result of said comparison is positive, the method further comprising a step of detecting a movement of the remote control device and wherein said step of responding, by the remote control device, to said request for authorization by sending authorization data is carried out after the detection of remote control device movement.