mhurhangee/patent-ind-claim-en huggingface dataset:
Wire saw for cutting a piece of material, particularly for slicing, squaring and/or bricking a piece of semiconductor material and/or for cutting a plurality of wafers from a workpiece, comprising: - a housing and - a first compartment in which wire guide rollers for supporting a cutting field formed from a cutting wire are arranged, - a second compartment in which a first cutting wire spool for storing, at least temporarily, cutting wire in multiple loops is arranged, - a first cutting wire path extending from one of the wire guide rollers to the first cutting wire spool , wherein at least a portion of the first cutting wire path is accessible from outside the wire saw through a first opening formed in the housing of the wire saw by an operator who stands outside the wire saw, wherein a main portion of the first cutting wire path extends between a first deflection pulley , which along the first cutting wire path is the closest pulley to one of the wire guide rollers , and a second deflection pulley , which along the first cutting wire path is the closest pulley to the first cutting wire spool , and wherein this main portion of the first cutting wire path is accessible from outside the wire saw through the first opening by an operator who stands outside the wire saw, characterized in that at least one of the wire guide rollers is accessible, preferably continuously accessible, preferably along its entire length, through the first opening . - a housing and - a first compartment in which wire guide rollers for supporting a cutting field formed from a cutting wire are arranged, - a second compartment in which a first cutting wire spool for storing, at least temporarily, cutting wire in multiple loops is arranged, - a first cutting wire path extending from one of the wire guide rollers to the first cutting wire spool ,
A dynamic field camera arrangement for monitoring electromagnetic field behavior in a spatial region comprising a main magnetic field and a radio-frequency (RF) field limited to a first RF band, particularly in an MRI or NMR apparatus, the arrangement comprising: - a magnetic field detector set comprising a plurality of low-frequency magnetic field detectors (P), each one of said magnetic field detectors comprising a magnetic resonance (MR) active substance, means for pulsed MR excitation of said substance and means for receiving an MR signal generated by said substance, wherein said pulsed excitation and said MR detector signal is in a second RF band that does not overlap said first RF band; characterized in that - said MR signal receiving means comprise a first RF filter (F1) which suppresses RF signals from said first RF band and transmits RF signals from said second RF band. - a magnetic field detector set comprising a plurality of low-frequency magnetic field detectors (P), each one of said magnetic field detectors comprising a magnetic resonance (MR) active substance, means for pulsed MR excitation of said substance and means for receiving an MR signal generated by said substance, wherein said pulsed excitation and said MR detector signal is in a second RF band that does not overlap said first RF band; - said MR signal receiving means comprise a first RF filter (F1) which suppresses RF signals from said first RF band and transmits RF signals from said second RF band.
Apparatus for charging electrically driveable vehicles , comprising: a plurality of charging points which each comprise three or four outlets each with a charging cable for providing a charging current to an electrically driveable vehicle , wherein the three or four outlets are arranged in three or four sectors which encircle the charging point and each sector is oriented at an angle of from 30° to 60°, preferably 45°, in relation to an approach route which runs in a straight line between a plurality of charging points ; and at least one continuous and horizontally extending carrier , wherein the charging points are arranged suspended from the at least one carrier , and wherein the charging points are arranged in a longitudinally movable manner on the at least one carrier , characterized in that the continuous carrier covers a useful area in a spiral manner. a plurality of charging points which each comprise three or four outlets each with a charging cable for providing a charging current to an electrically driveable vehicle , wherein the three or four outlets are arranged in three or four sectors which encircle the charging point and each sector is oriented at an angle of from 30° to 60°, preferably 45°, in relation to an approach route which runs in a straight line between a plurality of charging points ; and at least one continuous and horizontally extending carrier , wherein the charging points are arranged suspended from the at least one carrier , and wherein the charging points are arranged in a longitudinally movable manner on the at least one carrier ,
A method for decoding a scalable video codec, SVC, video signal using interlayer prediction, the method comprising: setting motion information of an intra-mode field macroblock to motion information of an inter-mode field macroblock, the intra-mode field macroblock and the inter-mode field macroblock being two vertically adjacent field macroblocks of a macroblock adaptive frame field, MBAFF, base layer; and deriving motion information of a pair of frame macroblocks for use in interlayer motion prediction of two vertically adjacent frame macroblocks of a current layer based on the two vertically adjacent field macroblocks of the MBAFF base layer, wherein the MBAFF base layer and the current layer have a same spatial resolution, and the motion information is information about macroblock partition modes, motion vectors and reference indices. setting motion information of an intra-mode field macroblock to motion information of an inter-mode field macroblock, the intra-mode field macroblock and the inter-mode field macroblock being two vertically adjacent field macroblocks of a macroblock adaptive frame field, MBAFF, base layer; and deriving motion information of a pair of frame macroblocks for use in interlayer motion prediction of two vertically adjacent frame macroblocks of a current layer based on the two vertically adjacent field macroblocks of the MBAFF base layer, wherein the MBAFF base layer and the current layer have a same spatial resolution, and the motion information is information about macroblock partition modes, motion vectors and reference indices.
Use of a synthetic oil as an operating medium in a vacuum pump, characterized in that the synthetic oil has a kinematic viscosity in a range from 4.5 to 6.5 mm 2 /s at 100 °C.
A method of cutting and sealing a subterranean borehole or conduit comprising: lowering a cutting assembly into said subterranean borehole, wherein the cutting assembly is driven by a downhole motor or actuator ; forming one or more cuts with said cutting assembly in one or more conduits in a downhole cutting zone in said subterranean borehole to cut or weaken said conduit in said downhole cutting zone; removing at least one of: a radial or axial circumferential portion of said cut or weakened conduit from said downhole cutting zone to form a space for receiving sealing material; and characterised by depositing, via said one or more conduits , a settable sealing material in the space using said one or more conduits and allowing said sealing material to set, wherein said method is carried out with a cable engagable downhole assembly placeable and suspendable within and retrievable from said subterranean borehole or conduit via said cable, and wherein said cable engageable downhole assembly comprising said cutting assembly is lowered on said cable. lowering a cutting assembly into said subterranean borehole, wherein the cutting assembly is driven by a downhole motor or actuator ; forming one or more cuts with said cutting assembly in one or more conduits in a downhole cutting zone in said subterranean borehole to cut or weaken said conduit in said downhole cutting zone; removing at least one of: a radial or axial circumferential portion of said cut or weakened conduit from said downhole cutting zone to form a space for receiving sealing material; and characterised by depositing, via said one or more conduits , a settable sealing material in the space using said one or more conduits and allowing said sealing material to set, wherein said method is carried out with a cable engagable downhole assembly placeable and suspendable within and retrievable from said subterranean borehole or conduit via said cable, and wherein said cable engageable downhole assembly comprising said cutting assembly is lowered on said cable.
An air conditioning system, comprising: a compressor , an outdoor heat exchanger for exchanging heat with an ambient environment, a first heat exchanger , a second heat exchanger , and at least two throttling devices, wherein the throttling devices comprise a first throttling device and a second throttling device ; the outdoor heat exchanger is a micro-channel heat exchanger, which comprises a first inlet , a second inlet , an outlet a distribution pipe , a manifold , a plurality of flat tubes for communicating the distribution pipe with the manifold , fins fixed between the plurality of flat tubes , and a distributor located in the distribution pipe to distribute a working medium, and the distributor is provided with distribution holes , and the distribution holes are in communication with a distribution cavity of the distribution pipe , wherein the first inlet of the outdoor heat exchanger is in communication with the distribution cavity of the distribution pipe directly, while the second inlet of the outdoor heat exchanger is in communication with the distribution cavity via the distribution holes in the distributor ; the outlet of the outdoor heat exchanger is in communication with the manifold ; in a refrigerating mode, the working medium at gaseous state enters the distribution pipe of the outdoor heat exchanger via the first inlet of the outdoor heat exchanger or via the first inlet and the second inlet of the outdoor heat exchanger ; and in a heating mode, the working medium enters the distribution pipe of the outdoor heat exchanger via the second inlet of the outdoor heat exchanger .
A clutch assembly, comprising at least one clutch device and an engagement device , mounted downstream of said clutch device, for actuating the clutch device , wherein the clutch device is radially centred on a stationary assembly part by means of a component and via a bearing , wherein the axially supported engagement device is radially centred via an additional bearing only on an additional component of the clutch device that is connected to the first component , characterised in that the first component is an outer plate carrier or an inner plate carrier and the second component is a support sheet connected thereto, characterised in that the hydraulically actuatable engagement device has at least one axially limited blind hole via which a hydraulic fluid can be supplied, which can be guided via a fluid channel communicating with the blind hole into an annular channel delimited by an axially movable annular adjusting element , wherein the axial surface of the blind hole acted upon by the hydraulic fluid is smaller than the surface of the annular adjusting element acted upon.
A process for making a release surface coated substrate comprising: delivering particles from at least one fluid jet to a metal surface to impregnate the metal surface with a fluoropolymer to form a first fluoropolymer layer, wherein the particles comprise an abrasive particle, a binder, and a first fluoropolymer, said particles being delivered to the metal surface with a gas and in the absence of liquids; coating the first fluoropolymer layer with a second fluoropolymer to form a second fluoropolymer layer and thereby forming a multilayered article; and sintering the multilayered article to form the release surface coated substrate. delivering particles from at least one fluid jet to a metal surface to impregnate the metal surface with a fluoropolymer to form a first fluoropolymer layer, wherein the particles comprise an abrasive particle, a binder, and a first fluoropolymer, said particles being delivered to the metal surface with a gas and in the absence of liquids; coating the first fluoropolymer layer with a second fluoropolymer to form a second fluoropolymer layer and thereby forming a multilayered article; and sintering the multilayered article to form the release surface coated substrate.
Arrangement for detecting and/or controlling the position of a valve , characterized in that a component connected to a drive has an acceleration sensor which is connected to an evaluation device , wherein the component is in the form of a piston rod and the acceleration sensor is integrated in the piston rod, wherein the component which has the acceleration sensor is connected to a shut-off element, wherein the position of the shut-off body changes and the flow is controlled with a linear movement of the piston rod.
A mobile terminal , comprising a first switch (S1), a second switch (S2), a first charging port (Ch1), a first charging circuit (CI1), a first connector (Co1), a first battery (Bal), and a first electronic controller (EC1), wherein a first terminal of the first switch (S1) is connected to the first charging port (Ch1), and a second terminal of the first switch (S1) is connected to a first end of the first charging circuit (CI1); a first terminal of the second switch (S2) is connected to the first end of the first charging circuit (CI1), and a second terminal of the second switch (S2) is connected to the first connector (Co1); a second end of the first charging circuit (CI1) is connected to the first battery (Bal), and is configured to control a charging process of the first battery (Bal); the first connector (Co1) is configured to connect to a peripheral device; the first electronic controller (EC1) is connected to a control terminal of the first switch (S1) and a control terminal of the second switch (S2), and communicates with the peripheral device; and the first electronic controller (EC1) is configured to: determine a charging mode based on a battery level of the first battery (Ba1) and a battery level of a second battery of the peripheral device, control states of the first switch (S1) and the second switch (S2) based on the charging mode, and send control information to the peripheral device to notify the peripheral device of the charging mode, wherein the charging mode comprises that the first battery (Ba1) charges the second battery, or that the second battery charges the first battery (Bal); wherein the mobile terminal further comprises a first dead zone control circuit and a first low dropout linear voltage regulator, wherein a first input end of the first dead zone control circuit is connected to the first charging port (Ch1), an output end of the first dead zone control circuit is connected to the first electronic controller (EC1), an input end of the first low dropout linear voltage regulator is connected to a third end of the first charging circuit (CI1), and an output end of the first low dropout linear voltage regulator is connected to a second input end of the first dead zone control circuit; when the battery level of the first battery (Ba1) is less than or equal to a first threshold, and the first charging port (Ch1) is connected to a charger, the charger connected to the first charging port (Ch1) supplies power to the first electronic controller (EC1) by using the first dead zone control circuit; and when the battery level of the first battery (Ba1) is greater than the first threshold, the first battery (Ba1) supplies power to the first low dropout linear voltage regulator by using the first charging circuit (CI1), and the first low dropout linear voltage regulator supplies power to the first electronic controller (EC1) by using the first dead zone control circuit.
A method of producing ice cubes comprising: a) obtaining a mould having a first surface opposite a second surface and a plurality of passages extending therethrough; b) obtaining a pan having a face ; c) placing said mould into said pan so that said one of the two surfaces of the mould is adjacent said face of the base ; filling said passages of said mould in said pan with water, wherein said pan has a thermally conductive base and the method further comprises cooling said base to cause said water in said passages to freeze away from said base into ice cubes; characterised in that said mould is of food grade silicone and said face is coated with a non-stick coating, the method further comprising: d) removing said mould with said ice cubes from said pan by pushing/pulling the mould away from the pan and sliding said mould laterally across said face of said pan until said cubes are no longer in registration with said pan ; and e) removing said ice cubes from said mould by pressing them through the passages; wherein the steps of removing said mould from said pan and removing said ice cubes from said mould are carried out without any heating or thawing to obtain individual ice cubes with a substantially dry outer surface. a) obtaining a mould having a first surface opposite a second surface and a plurality of passages extending therethrough; b) obtaining a pan having a face ; c) placing said mould into said pan so that said one of the two surfaces of the mould is adjacent said face of the base ; filling said passages of said mould in said pan with water, wherein said pan has a thermally conductive base and the method further comprises cooling said base to cause said water in said passages to freeze away from said base into ice cubes; d) removing said mould with said ice cubes from said pan by pushing/pulling the mould away from the pan and sliding said mould laterally across said face of said pan until said cubes are no longer in registration with said pan ; and e) removing said ice cubes from said mould by pressing them through the passages;
A can changer for a spinnery preparation machine, preferably for a draw frame, carding machine, or comber, for displacing spinning cans , - the can changer comprising at least one first carrier and a second carrier disposed upstream of the first carrier in a defined transport direction (T) of the spinning cans , - the first carrier and the second carrier being supported on a displaceably guided support structure of the can changer , - the support structure , together with the first carrier and the second carrier , being displaceable in said transport direction (T) from a first position into a second position and from there back into the first position by means of a drive , - the carriers (3; 5) being implemented for pushing a spinning can each in the transport direction (T) from the first position into the second position while displacing, and - at least the first carrier being displaceably supported on the support structure so as to be displaceable relative to the support structure starting from a basic position, characterized in that at least the first carrier can at first be displaced opposite the transport direction (T) into a third position, starting from the second position thereof, wherein the can changer comprises a stop located such that the first carrier makes contact with the stop when displacing into the third position and is herein displaced relative to the support structure . - the can changer comprising at least one first carrier and a second carrier disposed upstream of the first carrier in a defined transport direction (T) of the spinning cans , - the first carrier and the second carrier being supported on a displaceably guided support structure of the can changer , - the support structure , together with the first carrier and the second carrier , being displaceable in said transport direction (T) from a first position into a second position and from there back into the first position by means of a drive , - the carriers (3; 5) being implemented for pushing a spinning can each in the transport direction (T) from the first position into the second position while displacing, and - at least the first carrier being displaceably supported on the support structure so as to be displaceable relative to the support structure starting from a basic position,
A lamp assembly for a vehicle, comprising a lamp positioned in a housing; a light transmissive lens coupled to the housing in front of the lamp, the light transmissive lens defining a curved cross-section with a curvature extending across the lens; one or more electrically conductive traces positioned on a surface of the lens, the electrically conductive traces extending across and curving with the curvature of the light transmissive lens; and a first coating covering the one or more electrically conductive traces, wherein the first coating covers a portion of the lens surface leaving a separate second portion uncovered; wherein the electrically conductive traces extend outwardly away from the surface of the lens and have a thickness of at least 0.03 mm, characterized in that the electrically conductive traces have a cross-section that is taller than it is wide. a lamp positioned in a housing; a light transmissive lens coupled to the housing in front of the lamp, the light transmissive lens defining a curved cross-section with a curvature extending across the lens; one or more electrically conductive traces positioned on a surface of the lens, the electrically conductive traces extending across and curving with the curvature of the light transmissive lens; and a first coating covering the one or more electrically conductive traces, wherein the first coating covers a portion of the lens surface leaving a separate second portion uncovered; wherein the electrically conductive traces extend outwardly away from the surface of the lens and have a thickness of at least 0.03 mm, characterized in that the electrically conductive traces have a cross-section that is taller than it is wide.
A method of automatically generating a header file to define memory pools for deterministic memory allocation, the method comprising using at least one hardware processor to: receive bitcode representing compiled source code of an application, wherein the source code comprises an allocation function for allocating memory that calls a dummy function using one or more parameters, wherein the one or more parameters comprise an identifier of a memory pool; and, automatically, scan the bitcode to detect each call to the dummy function in the bitcode , for each detected call to the dummy function, extract the one or more parameters used in the detected call to the dummy function , and generate an allocation record, comprising the identifier of the memory pool, from the extracted one or more parameters, and generate a header file based on the generated allocation records , wherein the header file comprises a definition of one or more buckets and a definition of each of one or more memory pools, and wherein the definition of each of the one or more memory pools identifies at least one of the one or more buckets. receive bitcode representing compiled source code of an application, wherein the source code comprises an allocation function for allocating memory that calls a dummy function using one or more parameters, wherein the one or more parameters comprise an identifier of a memory pool; and, automatically, scan the bitcode to detect each call to the dummy function in the bitcode , for each detected call to the dummy function, extract the one or more parameters used in the detected call to the dummy function , and generate an allocation record, comprising the identifier of the memory pool, from the extracted one or more parameters, and generate a header file based on the generated allocation records , wherein the header file comprises a definition of one or more buckets and a definition of each of one or more memory pools, and wherein the definition of each of the one or more memory pools identifies at least one of the one or more buckets.