mhurhangee/patent-ind-claim-en huggingface dataset:
Rotary hearth furnace for heat treatment of metallic workpieces , comprising an inner housing which is rotatable about an axis of rotation and serves for charging heat-treatment places with a furnace gas , wherein the inner housing has heat-treatment places for the workpieces radially at the outside, said heat-treatment places being connected in a rotationally conjoint manner to the inner housing and being situated outside the inner housing , wherein the inner housing has nozzle devices by way of which furnace gas is able to be guided from the interior of the inner housing to the heat-treatment places , and each heat-treatment place is assigned a nozzle device which is connected in a rotationally conjoint manner to the inner housing , wherein there is formed at least one turbomachine by way of which furnace gas is able to be guided past at least one heat source into the interior of the inner housing , wherein each nozzle device has at least one first nozzle sub-device with a first blowing direction and one second nozzle sub-device with a second blowing direction, wherein the first blowing direction and the second blowing direction include an angle different from zero with one another. an inner housing which is rotatable about an axis of rotation and serves for charging heat-treatment places with a furnace gas , wherein the inner housing has heat-treatment places for the workpieces radially at the outside, said heat-treatment places being connected in a rotationally conjoint manner to the inner housing and being situated outside the inner housing , wherein the inner housing has nozzle devices by way of which furnace gas is able to be guided from the interior of the inner housing to the heat-treatment places , and each heat-treatment place is assigned a nozzle device which is connected in a rotationally conjoint manner to the inner housing , wherein there is formed at least one turbomachine by way of which furnace gas is able to be guided past at least one heat source into the interior of the inner housing , wherein each nozzle device has at least one first nozzle sub-device with a first blowing direction and one second nozzle sub-device with a second blowing direction, wherein the first blowing direction and the second blowing direction include an angle different from zero with one another.
Frequency converter, - wherein the frequency converter has a rectifier on the input side and at least one backup capacitor arranged downstream of the rectifier , - wherein the rectifier has a plurality of half-bridges , by means of which respectively one of the input-side phases (U, V, W) of the rectifier feeds the backup capacitor , - wherein the input-side phases (U, V, W) of the rectifier are connected via a pre-circuit to grid-side phases (L1, L2, L3) of a multiphase supply network , - wherein the grid-side phases (L1, L2, L3) are each connected within the pre-circuit via a respective phase capacitor respectively to one of the input-side phases (U, V, W), characterised in that - the grid-side phases (L1, L2, L3) are each further directly connected within the pre-circuit via a respective switch to a respective different input-side phase (U, V, W), so that with the switches closed, the grid-side phases (L1, L2, L3) are short-circuited to the input-side phases (U, V, W) and the phase capacitors each connect two grid-side phases (L1, L2, L3) and/or two input-side phases (U, V, W) to one another, and - in that the frequency converter has a control apparatus which keeps the switches open during pre-charging of the backup capacitor and when a pre-determined first charging state (Z1) of the backup capacitor is reached, closes them. - wherein the frequency converter has a rectifier on the input side and at least one backup capacitor arranged downstream of the rectifier , - wherein the rectifier has a plurality of half-bridges , by means of which respectively one of the input-side phases (U, V, W) of the rectifier feeds the backup capacitor , - wherein the input-side phases (U, V, W) of the rectifier are connected via a pre-circuit to grid-side phases (L1, L2, L3) of a multiphase supply network , - wherein the grid-side phases (L1, L2, L3) are each connected within the pre-circuit via a respective phase capacitor respectively to one of the input-side phases (U, V, W), characterised in that - the grid-side phases (L1, L2, L3) are each further directly connected within the pre-circuit via a respective switch to a respective different input-side phase (U, V, W), so that with the switches closed, the grid-side phases (L1, L2, L3) are short-circuited to the input-side phases (U, V, W) and the phase capacitors each connect two grid-side phases (L1, L2, L3) and/or two input-side phases (U, V, W) to one another, and - in that the frequency converter has a control apparatus which keeps the switches open during pre-charging of the backup capacitor and when a pre-determined first charging state (Z1) of the backup capacitor is reached, closes them.
Method for operating a round baler comprising a pressing device , by means of which a pressing chamber for forming a crop bale can be at least partially defined, wherein a pressing pressure exerted by the pressing device on the crop bale can be varied by at least one actuator , feed means for feeding crop to the pressing chamber , a measuring device by means of which an actual diameter ( DI ) of the crop bale can be at least indirectly determined, and a binding unit for a binding process of the crop bale during an interruption of the crop feed, characterized in that during the interruption of the crop feed, a size adjustment is carried out by at least one comparison (S130) being made between the actual diameter ( DI ) and a target diameter ( DS ) specified at least as a target diameter range, as well as at least one pressure adjustment (S140, S150), in which the pressing pressure is automatically adjusted according to the at least one comparison in order to adjust the actual diameter ( DI ) to the target diameter ( DS ).
A portable memory device comprising: an interface configured to connect the portable memory device with a local electronic device ; and a memory configured to store the needed software and connectivity configuration data for establishing a remote connection between the portable memory device and a remote computer when connected to the local electronic device , the software comprising an executable application that when executed uses the connectivity configuration data to connect automatically or in response to an input from a user of the local electronic device to the remote computer and export file listings of the remote computer to the local electronic device, thus enabling the remote computer to appear as a local memory storage to the local electronic device. an interface configured to connect the portable memory device with a local electronic device ; and a memory configured to store the needed software and connectivity configuration data for establishing a remote connection between the portable memory device and a remote computer when connected to the local electronic device , the software comprising an executable application that when executed uses the connectivity configuration data to connect automatically or in response to an input from a user of the local electronic device to the remote computer and export file listings of the remote computer to the local electronic device, thus enabling the remote computer to appear as a local memory storage to the local electronic device.
Lubricant feeding device for a sewing machine , the lubricant feeding device comprising - at least one lubricant container for storing a lubricant ; - at least one lubricant delivery line for delivering the lubricant from a lubricant container to at least one lubrication point of the sewing machine ; and - at least one pumping unit for delivering the lubricant , - wherein the at least one pumping unit is associated to at least one lubricant delivery line ; - wherein the at least one lubricant delivery line has, at its end near the lubrication point , a lubricant buffering and dispensing element for buffering and dispensing the lubricant . - wherein a control and regulation unit for controlling and regulating the pumping unit is associated to the pumping unit , - wherein the control and regulation unit is in signal connection with at least one sensor for detecting operating parameters of the sewing machine. characterized in that at least one sensor of the type of a temperature sensor, which detects a temperature at the at least one lubrication point , or of a humidity sensor is provided. - at least one lubricant container for storing a lubricant ; - at least one lubricant delivery line for delivering the lubricant from a lubricant container to at least one lubrication point of the sewing machine ; and - at least one pumping unit for delivering the lubricant , - wherein the at least one pumping unit is associated to at least one lubricant delivery line ; - wherein the at least one lubricant delivery line has, at its end near the lubrication point , a lubricant buffering and dispensing element for buffering and dispensing the lubricant . - wherein a control and regulation unit for controlling and regulating the pumping unit is associated to the pumping unit , - wherein the control and regulation unit is in signal connection with at least one sensor for detecting operating parameters of the sewing machine.
A processor comprising: a destination vector register to store a plurality of destination data elements, each of the plurality of destination data elements comprising a plurality of bit groups; a first vector register to store a plurality of source data elements; a second vector register to store one or more control elements, each of the control elements comprising a plurality of bit fields, each bit field to be associated with exactly one corresponding single-bit bit position in each of the plurality of bit groups of at least one of the plurality of destination data elements in the destination vector register and to identify exactly one bit from one of the plurality of source data elements in the first vector register to be copied to the one corresponding single-bit bit position in each of the plurality of bit groups of one of the plurality of destination data elements in the destination vector register; and vector bit gather logic to read the bit fields from the second vector register and for each bit field, to identify exactly one bit from one of the plurality of source data elements in the first vector register and to responsively copy the identified bit from the one of the plurality of source data elements to the corresponding single-bit bit position in each of the plurality of bit groups of at least one of the plurality of destination data elements in the destination vector register. a destination vector register to store a plurality of destination data elements, each of the plurality of destination data elements comprising a plurality of bit groups; a first vector register to store a plurality of source data elements; a second vector register to store one or more control elements, each of the control elements comprising a plurality of bit fields, each bit field to be associated with exactly one corresponding single-bit bit position in each of the plurality of bit groups of at least one of the plurality of destination data elements in the destination vector register and to identify exactly one bit from one of the plurality of source data elements in the first vector register to be copied to the one corresponding single-bit bit position in each of the plurality of bit groups of one of the plurality of destination data elements in the destination vector register; and vector bit gather logic to read the bit fields from the second vector register and for each bit field, to identify exactly one bit from one of the plurality of source data elements in the first vector register and to responsively copy the identified bit from the one of the plurality of source data elements to the corresponding single-bit bit position in each of the plurality of bit groups of at least one of the plurality of destination data elements in the destination vector register.
A composite material forming jig comprising: - molds developable for laminating fiber sheets, after or before impregnated with a resin, in a developed state where the molds are developed, at least one mold of the molds being capable of being inclined relatively to another mold of the molds so that the laminated fiber sheets are shaped; and - a tilting structure adapted to develop the molds when the fiber sheets are laminated and incline the at least one mold when the laminated fiber sheets are shaped characterised in that the composite material forming jig further comprises a moving structure adapted to change at least one gap among the molds in the developed state. - molds developable for laminating fiber sheets, after or before impregnated with a resin, in a developed state where the molds are developed, at least one mold of the molds being capable of being inclined relatively to another mold of the molds so that the laminated fiber sheets are shaped; and - a tilting structure adapted to develop the molds when the fiber sheets are laminated and incline the at least one mold when the laminated fiber sheets are shaped
A method for monitoring a condition of a mechanical bearing, wherein the bearing is coupled to an electric machine that is controlled by a frequency converter (32; 42; 52) controlling a rotating magnetic flux in the electric machine, characterized in that the method comprises: calculating a frequency-domain representation of the angle of the magnetic flux on the basis of an estimated angle of the magnetic flux, determining a magnitude of at least one fault signature in the calculated frequency-domain representation, wherein the at least one fault signature is formed by a predetermined selection of one or more frequency components of the angle of the magnetic flux in the calculated frequency-domain representation, and determining the condition of the bearing on the basis of the magnitude of the at least one fault signature. calculating a frequency-domain representation of the angle of the magnetic flux on the basis of an estimated angle of the magnetic flux, determining a magnitude of at least one fault signature in the calculated frequency-domain representation, wherein the at least one fault signature is formed by a predetermined selection of one or more frequency components of the angle of the magnetic flux in the calculated frequency-domain representation, and determining the condition of the bearing on the basis of the magnitude of the at least one fault signature.
A motor denoising structure applied to vacuum cleaners, characterized in that an elastomer is disposed between a motor support and a motor cover to support the motor support , wherein the elastomer comprises a flexible cushion disposed on the motor cover , with a flexible support sheet being connected between the flexible cushion and the motor support .
An information processor for detecting a position of a given target of a subject in a three-dimensional space shot with a camera with respect to another part of the subject as a reference target, the given target with respect to the reference target being a) a hand with respect to a shoulder or elbow, b) a foot with respect to a leg joint or knee, c) an elbow with respect to a shoulder, or d) a knee with respect to a leg joint, the information processor comprising: a depth image acquisition portion adapted to acquire a depth image representing, on an image plane, a distance of the subject from the camera in a depth direction as a pixel value; and a coordinate point analysis portion adapted to identify a tip position of the given target and generate and output position information thereof by performing a given calculation on each of coordinate points included in a detection area set in the three-dimensional space and setting the detection area includes judging if a given number or more of coordinate points representing pixels of the depth image in the three-dimensional space are included in the detection area, wherein the coordinate point analysis portion determines a reference vector representing a direction which the given target should face when the target exists in the detection area on the basis of a relative position of the detection area relative to the respective reference target in a three-dimensional space and a motion characteristic of the given target relative to the respective reference target and identifies the tip position of the given target in a direction of the reference vector by calculating and comparing inner products, each between a coordinate point vector from the respective reference target to one of the coordinate points included in the detection area and the reference vector. a depth image acquisition portion adapted to acquire a depth image representing, on an image plane, a distance of the subject from the camera in a depth direction as a pixel value; and a coordinate point analysis portion adapted to identify a tip position of the given target and generate and output position information thereof by performing a given calculation on each of coordinate points included in a detection area set in the three-dimensional space and setting the detection area includes judging if a given number or more of coordinate points representing pixels of the depth image in the three-dimensional space are included in the detection area, wherein the coordinate point analysis portion determines a reference vector representing a direction which the given target should face when the target exists in the detection area on the basis of a relative position of the detection area relative to the respective reference target in a three-dimensional space and a motion characteristic of the given target relative to the respective reference target and identifies the tip position of the given target in a direction of the reference vector by calculating and comparing inner products, each between a coordinate point vector from the respective reference target to one of the coordinate points included in the detection area and the reference vector.
A compound comprising: metal powder, an epoxy resin, and a wax, wherein a content of the metal powder is 96 mass% or more and less than 100 mass%, and the wax contains at least saponified montanic acid esters. metal powder, an epoxy resin, and a wax, wherein a content of the metal powder is 96 mass% or more and less than 100 mass%, and the wax contains at least saponified montanic acid esters.
Compound of the formula (I): wherein R 1 , R 2 , R 3 , R 4 are selected from -H, -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl, -(C 6 -C 20 ) aryl, -O-(C 6 -C 20 ) aryl, wherein at least one of the radicals R 1 , R 2 , R 3 , R 4 is not -H; wherein the alkyl groups and aryl groups mentioned may be substituted as follows: substituted -(C 1 -C 12 ) alkyl groups, substituted -O-(C 1 -C 12 ) alkyl, substituted -(C 6 -C 20 ) aryl, substituted -O-(C 6 -C 20 ) aryl may have one or more substituents; the substituents are independently selected from: -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl, halogen. R 1 , R 2 , R 3 , R 4 are selected from -H, -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl, -(C 6 -C 20 ) aryl, -O-(C 6 -C 20 ) aryl, wherein at least one of the radicals R 1 , R 2 , R 3 , R 4 is not -H; wherein the alkyl groups and aryl groups mentioned may be substituted as follows: substituted -(C 1 -C 12 ) alkyl groups, substituted -O-(C 1 -C 12 ) alkyl, substituted -(C 6 -C 20 ) aryl, substituted -O-(C 6 -C 20 ) aryl may have one or more substituents; the substituents are independently selected from: -(C 1 -C 12 ) alkyl, -O-(C 1 -C 12 ) alkyl, halogen.
A method of measuring and reporting a beam by a user equipment, UE, in a wireless communication system, the method comprising: measuring multiple transmission beams for a physical downlink control channel, PDCCH, with one or two or more reception beams; determining at least one transmission beam to report to a base station based on results of measuring the multiple transmission beams; and transmitting a measurement report including information on the determined at least one transmission beam to the base station , wherein the UE identifies a reception beam applied to each of the determined at least one transmission beam and reports an index of a synchronization signal block available on the identified reception beam to the base station through the measurement report, wherein based on the number of the reception beams capable of being formed simultaneously by the UE being equal to 1, the at least one transmission beam to be reported by the UE corresponds to a transmission beam set in excess of a threshold among transmission beams capable of being received through one reception beam, and wherein the threshold is determined based on a granularity / a resolution of the multiple transmission beams to be measured. measuring multiple transmission beams for a physical downlink control channel, PDCCH, with one or two or more reception beams; determining at least one transmission beam to report to a base station based on results of measuring the multiple transmission beams; and transmitting a measurement report including information on the determined at least one transmission beam to the base station , wherein the UE identifies a reception beam applied to each of the determined at least one transmission beam and reports an index of a synchronization signal block available on the identified reception beam to the base station through the measurement report, wherein based on the number of the reception beams capable of being formed simultaneously by the UE being equal to 1, the at least one transmission beam to be reported by the UE corresponds to a transmission beam set in excess of a threshold among transmission beams capable of being received through one reception beam, and wherein the threshold is determined based on a granularity / a resolution of the multiple transmission beams to be measured.
System for determining the position of a transport vehicle which can travel over a floor , in particular of a heavy-load transport vehicle, comprising an antenna , which is attached to a lower face of the transport vehicle , and a transponder , which is introduced into the floor at a specific location and which is charged by means of a transmission field - which can be generated by the antenna during a transmission interval (t1) with a preset length - and wherein an evaluation interval (t2) with a preset length is subsequently started in order to evaluate a signal of the transponder , transmitted as a response to the charging, during the evaluation interval (t2) by means of an evaluation unit , characterised in that the system is designed in such a way that the evaluation interval (t2) is interrupted before expiry of its preset length and a new transmission interval (t1) is started if, during a detection interval (t3) with a preset length within the evaluation interval (t2), no signal of the transponder is detected.
Suction sealing device for heat-sealing an overlapping seam when packaging sensitive, in particular heat-sensitive products , having a sealing bar with a contact side and is provided with a plurality of suction openings on the contact side , characterized in that a plurality of suction openings arranged next to one another in the longitudinal direction of the overlapping seam during heat sealing are provided, and the contact side has a sealing strip , which is to be arranged along the overlapping seam and is interrupted by the suction openings , and which has a higher thermal conductivity and/or a higher introducible heat capacity than the rest of the contact side .