mhurhangee/ep-ind-claims huggingface dataset:
A fuel/oil manifold comprising: first, second and third manifold flanges located in non-parallel planes with one another; a first manifold tube (66, 78, 62, 63) connected at a first end (69, 60, 61) to the first manifold flange (68, 80, 64) and at a second end to the second manifold flange, the first manifold tube including at least one first turn between the first end and the second end of the first manifold tube that includes a non-zero first tube bend radius defined as the ratio of a first turn radius to a diameter of the first manifold tube; a second manifold tube connected at a first end to the first manifold flange and at a second end to the third manifold flange, the second manifold tube including at least one second turn between the first end and the second end of the second manifold tube that includes a non-zero second tube bend radius defined as the ratio of a second turn radius to a diameter of the second manifold tube; a tube-to-tube support strut connected between the first manifold tube and the second manifold tube; wherein the first and second manifold flanges are formed integrally with the first manifold tube; and wherein the first and third manifold flanges are formed integrally with the second manifold tube. first, second and third manifold flanges located in non-parallel planes with one another; a first manifold tube (66, 78, 62, 63) connected at a first end (69, 60, 61) to the first manifold flange (68, 80, 64) and at a second end to the second manifold flange, the first manifold tube including at least one first turn between the first end and the second end of the first manifold tube that includes a non-zero first tube bend radius defined as the ratio of a first turn radius to a diameter of the first manifold tube; a second manifold tube connected at a first end to the first manifold flange and at a second end to the third manifold flange, the second manifold tube including at least one second turn between the first end and the second end of the second manifold tube that includes a non-zero second tube bend radius defined as the ratio of a second turn radius to a diameter of the second manifold tube; a tube-to-tube support strut connected between the first manifold tube and the second manifold tube; wherein the first and second manifold flanges are formed integrally with the first manifold tube; and wherein the first and third manifold flanges are formed integrally with the second manifold tube.
A particulate sizer comprising: a particulate infeed configured to receive a plurality of particulates; a first roller; a second roller; characterized by: the first and second rollers are configured to break down at least some of the plurality of particulates that pass through the infeed to create at least first and second outgoing particulates from the plurality of particulates as the plurality of particulates passes through a gap between the first and second rollers, the first outgoing particulates having a first size distribution and the second outgoing particulates having a second size distribution distinct from the first size distribution, with a mode of the first size distribution being less than a mode of the second size distribution, and the first and second rollers are configured such that a width of the gap varies along a length of the first and second rollers. a particulate infeed configured to receive a plurality of particulates; a first roller; a second roller; characterized by: the first and second rollers are configured to break down at least some of the plurality of particulates that pass through the infeed to create at least first and second outgoing particulates from the plurality of particulates as the plurality of particulates passes through a gap between the first and second rollers, the first outgoing particulates having a first size distribution and the second outgoing particulates having a second size distribution distinct from the first size distribution, with a mode of the first size distribution being less than a mode of the second size distribution, and the first and second rollers are configured such that a width of the gap varies along a length of the first and second rollers.
Dynamic sound converter, having a membrane system which has a membrane having a hole in the centre and which comprises a first and a second bead (110a, 110b), an inner and outer membrane support (112, 111) and a coil seat, and having an oscillation coil which is arranged on the coil seat in the region between the first and second bead (110a, 110b), wherein the membrane of the membrane system is arranged in a chassis and the second bead is secured at the inner side to the chassis via the inner membrane support and the first bead is secured at the outer side to the chassis via the outer membrane support, wherein the membrane is constructed to be rigid in the region of the coil seat, which is achieved by means of a corresponding contour of the membrane, and is constructed to be softer in the direction towards the inner and outer membrane support (112, 111).
A blender for producing ice-cream and similar, and comprising a box-shaped outer casing; a substantially cylindrical tubular bowl extending from the surface of, and inwards of, the box-shaped casing and coaxially with a first reference axis; and a hatch designed to close the inlet of the bowl and fitted movably to said box-shaped casing so as to be positioned closing the inlet of said bowl; said hatch comprising a substantially porthole-like cover, which is designed to close the inlet of the bowl in fluidtight manner, is fitted to said box-shaped casing to move to and from an operating position closing the inlet of the bowl, and has a central through opening positioned close to the centre of the inlet of the bowl when the cover is positioned closing the inlet of the bowl; said hatch also comprising a hopper projecting from the body of the cover and connected to said central through opening, and a safety grille fixed removably to the body of said cover and designed to partly occupy the inlet of said hopper; the blender being characterized in that said cover comprises a number of parallel, aligned, facing, projecting pins which project from a portion of the peripheral edge of the cover, so as to be substantially parallel to and face the surface of the box-shaped casing surrounding the inlet of said bowl; and in that said safety grille comprises a supporting crosspiece extending astride said projecting pins and having a number of transverse dead holes engaged firmly, but easily removably, by respective said projecting pins, and a rigid grille structure projecting from said supporting crosspiece to engage the inlet of said hopper.
A method for switching between channels on different bands, the method comprising: communicating with a wireless device on a base channel; determining, based on a distance to the wireless device, that communication with the wireless device should occur on a 60 GHz channel; sending a channel switch request to the wireless device; receiving an acknowledgment from the wireless device; and switching to the 60 GHz channel for communicating with the wireless device; and wherein the method is performed by a subscriber station, STA, and further comprising sending a test frame on the 60 GHz channel to determine channel characteristics of the 60 GHz channel before switching to the 60 GHz channel, wherein the test frame uses a robust physical layer, PHY, mode. communicating with a wireless device on a base channel; determining, based on a distance to the wireless device, that communication with the wireless device should occur on a 60 GHz channel; sending a channel switch request to the wireless device; receiving an acknowledgment from the wireless device; and switching to the 60 GHz channel for communicating with the wireless device; and wherein the method is performed by a subscriber station, STA, and further comprising sending a test frame on the 60 GHz channel to determine channel characteristics of the 60 GHz channel before switching to the 60 GHz channel, wherein the test frame uses a robust physical layer, PHY, mode.
A pellicle, comprising: a first frame having a pellicle film located thereon; a second frame supporting the first frame; a through-hole running through the first frame; and a filter covering the through-hole on the side of a surface of the first frame on which the pellicle film is located. a first frame having a pellicle film located thereon; a second frame supporting the first frame; a through-hole running through the first frame; and a filter covering the through-hole on the side of a surface of the first frame on which the pellicle film is located.
A method for use in a system for transmitting a plurality of spatially multiplexed data substreams to a receiver configured to decode the data substreams in a pre-determined sequence using successive interference cancellation techniques, the method comprising: determining a quality of service QoS requirement for each of two or more application-specific data streams targeted to the receiver; assigning each of the application-specific data streams to one or more of the data substreams according to the determined QoS requirements and the pre-determined sequence for decoding the data substreams, so that application-specific data streams having more stringent QoS requirements are decoded earlier than application-specific data streams having less stringent QoS requirements. determining a quality of service QoS requirement for each of two or more application-specific data streams targeted to the receiver; assigning each of the application-specific data streams to one or more of the data substreams according to the determined QoS requirements and the pre-determined sequence for decoding the data substreams, so that application-specific data streams having more stringent QoS requirements are decoded earlier than application-specific data streams having less stringent QoS requirements.
A self-lockable opening and closing mechanism, comprising: a frame being a hollow frame formed of a base portion, two side panels and a top panel; a driving cylinder mounted at said base portion within said frame, said driving cylinder comprising a reciprocatable driving shaft; a horizontal lever fixedly connected to said driving shaft; a vacuum cabin door; and at least one valve rod; characterised in that the mechanism further comprises at least one first bar each having one end thereof pivotally connected to said horizontal lever; at least one rotational lever each comprising a first pivot hole, a second pivot hole and a third pivot hole respectively located at three corners of a triangular profile thereof, the first pivot hole of each said rotational lever being pivotally connected to an opposite end of one respective said first bar; at least one adjustment block respectively pivotally connected to the second pivot hole of one respective said rotational lever; at least one second bar each having one end thereof pivotally connected to the third pivot hole of one respective said rotational lever; at least one sliding block respectively slidably mounted at one respective said side panel within said frame and respectively pivotally connected to an opposite end of one respective said second bar; and the at least one valve rod each having one end thereof connected to one respective said sliding block and an opposite end thereof connected to said vacuum cabin door for moving said vacuum cabin door between an open position and a close position. a frame being a hollow frame formed of a base portion, two side panels and a top panel; a driving cylinder mounted at said base portion within said frame, said driving cylinder comprising a reciprocatable driving shaft; a horizontal lever fixedly connected to said driving shaft; a vacuum cabin door; and at least one valve rod; characterised in that the mechanism further comprises at least one first bar each having one end thereof pivotally connected to said horizontal lever; at least one rotational lever each comprising a first pivot hole, a second pivot hole and a third pivot hole respectively located at three corners of a triangular profile thereof, the first pivot hole of each said rotational lever being pivotally connected to an opposite end of one respective said first bar; at least one adjustment block respectively pivotally connected to the second pivot hole of one respective said rotational lever; at least one second bar each having one end thereof pivotally connected to the third pivot hole of one respective said rotational lever; at least one sliding block respectively slidably mounted at one respective said side panel within said frame and respectively pivotally connected to an opposite end of one respective said second bar; and the at least one valve rod each having one end thereof connected to one respective said sliding block and an opposite end thereof connected to said vacuum cabin door for moving said vacuum cabin door between an open position and a close position.
A refrigerating device comprising: a compressor that is driven by a motor; a refrigerant circulation flow passage that comprises an oil separator/collector, a condenser, an expansion valve, and an evaporator; an oil flow passage that conducts oil in said oil separator/collector to a bearing and a shaft seal unit (33, 34, 35) of said compressor; a motor casing that stores said motor; an oil supply opening that is provided for said motor casing; and an oil supply line that is constructed to supply oil from an oil sump to said oil supply opening, characterized in that an internal pressure of said motor casing is lower than a pressure in said oil sump (16, 29) in said refrigerant circulation flow passage on a discharge side of said compressor; and an aluminum wire of a winding of said motor is covered by a fluoro resin. a compressor that is driven by a motor; a refrigerant circulation flow passage that comprises an oil separator/collector, a condenser, an expansion valve, and an evaporator; an oil flow passage that conducts oil in said oil separator/collector to a bearing and a shaft seal unit (33, 34, 35) of said compressor; a motor casing that stores said motor; an oil supply opening that is provided for said motor casing; and an oil supply line that is constructed to supply oil from an oil sump to said oil supply opening, characterized in that an internal pressure of said motor casing is lower than a pressure in said oil sump (16, 29) in said refrigerant circulation flow passage on a discharge side of said compressor; and an aluminum wire of a winding of said motor is covered by a fluoro resin.
A method of controlling a plurality of inverters (2 to 11), which are connected to a current source each on their input side and to a common grid connection point on their output side, - wherein electrical variables are measured at the individual inverters (2 to 11) and used to control the individual inverters (2 to 11), - wherein connection equipment are taken into consideration when controlling the individual inverters (2 to 11), and - wherein electrical variables are measured at the common grid connection point, characterized in that effects of the connection equipment between the individual inverters (2 to 11) and the common grid connection point on currents are determined, said currents being output by the individual inverters (2 to 11) as a function of the electrical variables measured at the individual inverters (2 to 11), - wherein the electrical variables measured at the common grid connection point and the electrical variables measured at the individual inverters (2 to 11) are set in relation to each other by operating the inverters (2 to 11) according to a preset measurement program, the preset measurement program comprising individually varying the controlling of the individual inverters (2 to 11) depending on the electrical variables measured at the individual inverters (2 to 11), such that variations of the electrical variables measured at the common grid connection point may be associated with a distinct variation of the controlling of a distinct inverter (2 to 11). - wherein electrical variables are measured at the individual inverters (2 to 11) and used to control the individual inverters (2 to 11), - wherein connection equipment are taken into consideration when controlling the individual inverters (2 to 11), and - wherein electrical variables are measured at the common grid connection point, characterized in that effects of the connection equipment between the individual inverters (2 to 11) and the common grid connection point on currents are determined, said currents being output by the individual inverters (2 to 11) as a function of the electrical variables measured at the individual inverters (2 to 11), - wherein the electrical variables measured at the common grid connection point and the electrical variables measured at the individual inverters (2 to 11) are set in relation to each other by operating the inverters (2 to 11) according to a preset measurement program, the preset measurement program comprising individually varying the controlling of the individual inverters (2 to 11) depending on the electrical variables measured at the individual inverters (2 to 11), such that variations of the electrical variables measured at the common grid connection point may be associated with a distinct variation of the controlling of a distinct inverter (2 to 11).
A method for data relaying in a relay station, comprising: receiving information about a relay transmission and reception subframe from a base station; signaling to a terminal that the relay transmission and reception subframe is an MBSFN (Multicast Broadcast Single Frequency Network) subframe; and receiving data from the base station during the relay transmission and reception subframe, wherein the relay transmission and reception subframe includes a predetermined period for transmitting a cell specific reference signal or a control signal to the terminal and a remaining period for receiving the data from the base station. receiving information about a relay transmission and reception subframe from a base station; signaling to a terminal that the relay transmission and reception subframe is an MBSFN (Multicast Broadcast Single Frequency Network) subframe; and receiving data from the base station during the relay transmission and reception subframe, wherein the relay transmission and reception subframe includes a predetermined period for transmitting a cell specific reference signal or a control signal to the terminal and a remaining period for receiving the data from the base station.
Arrangement for injecting liquid plastic material into an injection mould (2a, 2b) of a plastics injection-moulding machine comprising a clamping plate, on which there is arranged a plurality of needle valve nozzles, which are hydraulically actuatable by respective actuation units and which are actuatable for injection of liquid plastic material, guided in a hot runner distributor, into the injection mould (2a, 2b), in each case via associated valves, wherein the feed lines of the valves are connected via a common feed collection line to a pressurised fluid source and the return lines of the valves are connected via a common return collection line to a storage vessel for the pressurised fluid, and the common feed collection line and return collection line contains a number of hydraulic transfer blocks corresponding to the number of actuation units, which transfer blocks are connected to one another in each case via feed and return collection line portions (26p, 26t) extending between the transfer blocks, characterised in that the hot runner distributor is arranged in a cavity between the clamping plate and a mould plate supporting the injection mould (2a, 2b), and in that the hydraulic transfer blocks are positioned between the mould plate and the hot runner distributor, and the actuation units are positioned between the hot runner distributor and the clamping plate, or in that the hot runner distributor is arranged in a cavity between the clamping plate and a mould plate supporting the injection mould (2a, 2b), and in that the hydraulic transfer blocks together with the valves and the actuation units are arranged in a gap between the hot runner distributor and the mould plate.
Pneumatic vehicle tyre with a tread comprising profile positives, such as profile strips or rows of tread bars, which are arranged over the circumference of the tread according to a pitch sequence comprising at least two pitches (L, M, K) with different circumferential lengths (l L, l M, l K), and comprising at least one circumferential groove, made to the depth of the tread pattern (T 1) and having a groove base, groove flanks and groove edges, wherein there are formed on the groove base a multiplicity of spaced-apart, freestanding projections, which have a height (h 1) of 10% to 30% of the depth of the tread pattern (T 1), a width (b 1) of 25% to 40% of the width (B 1) of the circumferential groove and a length of extent (l 1) of 15% to 40% of the circumferential length (l L, l M, l K) of the respective pitch (L, M, K), characterized in that to the sides of each freestanding projection both groove edges of the circumferential groove are bevelled in certain portions in such a way that the groove flanks have bevels (2'b), which respectively protrude beyond the freestanding projection in the circumferential direction, at least on one side, run in relation to the radial direction at an angle (β) of 35° to 55° and have a width (b F) of 1.2 mm to 2.0 mm.
Spark gap arrangement having a triggerable spark gap and a trigger circuit, which comprises a first and a second charge store (C1, C2), a first resistor, a triggerable dissipation element (SF, SF3, TD, TH) and a transformer, the trigger circuit being set up - to intermediately store the energy of an input pulse supplied to the input side of the trigger circuit, wherein storage takes place at least by means of the first charge store; and - to transfer a part of the stored energy to the second charge store via the first resistor; - wherein the triggerable dissipation element (SF, SF3, TD, TH) is set up to turn on on the basis of a voltage across the second charge store and to discharge the first charge store via a primary side of the transformer; and - wherein a secondary side of the transformer is connected to a main electrode of the triggerable spark gap and to a trigger electrode of the triggerable spark gap. - to intermediately store the energy of an input pulse supplied to the input side of the trigger circuit, wherein storage takes place at least by means of the first charge store; and - to transfer a part of the stored energy to the second charge store via the first resistor; - wherein the triggerable dissipation element (SF, SF3, TD, TH) is set up to turn on on the basis of a voltage across the second charge store and to discharge the first charge store via a primary side of the transformer; and - wherein a secondary side of the transformer is connected to a main electrode of the triggerable spark gap and to a trigger electrode of the triggerable spark gap.