mhurhangee/ep-ind-claims huggingface dataset:
A microwave oven, in particular for a domestic appliance, wherein - the microwave oven comprises an oven cavity at least partially enclosed by a cavity wall, - the microwave oven comprises a microwave generator arranged out of the oven cavity, - a matching section is interconnected between the microwave generator and the cavity wall, - the matching section covers an opening in the cavity wall, and - a microwave antenna extends from the microwave generator into the matching section, - at least one antenna extension is arranged inside the oven cavity, - the antenna extension penetrates the opening in the cavity wall, - the antenna extension is electrically connected to the microwave antenna, characterized in that - the microwave oven comprises at least one further antenna extension arranged inside the oven cavity, - the further antenna extension is electrically connected to the antenna extension, and - the further antenna extension is an electric heating element. - the microwave oven comprises an oven cavity at least partially enclosed by a cavity wall, - the microwave oven comprises a microwave generator arranged out of the oven cavity, - a matching section is interconnected between the microwave generator and the cavity wall, - the matching section covers an opening in the cavity wall, and - a microwave antenna extends from the microwave generator into the matching section, - at least one antenna extension is arranged inside the oven cavity, - the antenna extension penetrates the opening in the cavity wall, - the antenna extension is electrically connected to the microwave antenna, characterized in that - the microwave oven comprises at least one further antenna extension arranged inside the oven cavity, - the further antenna extension is electrically connected to the antenna extension, and - the further antenna extension is an electric heating element.
Electromechanical actuation system for reaching at least two switching positions, having an electric drive for normal operation and an energy store for emergency operation, which are coupled to an epicyclic gear mechanism, characterized in that the epicyclic gear mechanism is coupled to a transmission device, which converts rotational motion into linear motion, for reaching the switching positions in normal operation and in emergency operation, wherein a planetary gear mechanism is provided as the epicyclic gear mechanism, wherein the electric drive is coupled to a first element of the planetary gear mechanism, wherein a second element of the planetary gear mechanism is coupled to the transmission device and wherein a third element of the planetary gear mechanism is coupled to the energy store, wherein, as the first element of the planetary gear mechanism, a sun gear is connected to the electric drive via a worm gear mechanism, a planetary gear carrier which is designed as a separate component or as part of the transmission device is provided as the second element of the planetary gear mechanism, and the planetary gears which are mounted on the planetary gear carrier mesh with the ring gear which is designed as the third element of the planetary gear mechanism and is operatively connected to the energy store, wherein the transmission device comprises an eccentric disc with an eccentrically secured pin, wherein the pin is operatively connected to a linearly movable slide of the transmission device, characterized in that the pin is guided in a recess, which is oriented perpendicularly to the linear motion of the slide, for converting the rotational motion of the eccentric disc into a linear motion of the slide for reaching the at least two switching positions both during normal operation and during emergency operation.
An apparatus comprising at least one control unit configured to: receive, from at least one image capturing device, an image of an object captured from a vehicle; output, to at least one display device, the image of the object for display to an occupant of the vehicle, determine whether to alert the occupant to proximity of the object, and in response to determining to alert the occupant to proximity of the object, superimpose, on the image of the object for display on the at least one display device, a dynamic pattern through which the image of the object remains visible, wherein the at least one control unit is configured to determine whether to alert the occupant to proximity of the object based at least in part on a calculated degree of danger score, and wherein the dynamic pattern is generated when the degree of danger score is equal to or greater than a predetermined threshold value, wherein the calculated degree of danger score is higher as the distance between the vehicle and the object is smaller and the speed of the approaching object is faster, and wherein the dynamic pattern varies by moving, with a predetermined period, at least a portion of the dynamic pattern relative to the image of the object. receive, from at least one image capturing device, an image of an object captured from a vehicle; output, to at least one display device, the image of the object for display to an occupant of the vehicle, determine whether to alert the occupant to proximity of the object, and in response to determining to alert the occupant to proximity of the object, superimpose, on the image of the object for display on the at least one display device, a dynamic pattern through which the image of the object remains visible, wherein the at least one control unit is configured to determine whether to alert the occupant to proximity of the object based at least in part on a calculated degree of danger score, and wherein the dynamic pattern is generated when the degree of danger score is equal to or greater than a predetermined threshold value, wherein the calculated degree of danger score is higher as the distance between the vehicle and the object is smaller and the speed of the approaching object is faster, and wherein the dynamic pattern varies by moving, with a predetermined period, at least a portion of the dynamic pattern relative to the image of the object.
A tamping unit for tamping a track, with tamping tools arranged in pairs, which can be squeezed towards each other by means of a respective squeezing cylinder, with a squeezing piston that can be applied with a hydraulic pressure of a first hydraulic circuit being arranged in the respective squeezing cylinder, and with a vibration piston being assigned to each squeezing cylinder to superimpose a vibration on a squeezing movement, characterized in that the vibration piston is arranged in a pressure amplifier with a primary cylinder and a secondary cylinder.
A subscriber identification module, SIM, card apparatus comprising: a communication module configured to receive an authentication virtual code generated by a control server based on command information of at least one IoT device; and a verification module formed in an applet form and configured to verify the authentication virtual code based on a verification algorithm, wherein the SIM card apparatus is included in a relay apparatus configured to connect the control server and the IoT device. a communication module configured to receive an authentication virtual code generated by a control server based on command information of at least one IoT device; and a verification module formed in an applet form and configured to verify the authentication virtual code based on a verification algorithm, wherein the SIM card apparatus is included in a relay apparatus configured to connect the control server and the IoT device.
A continuous process for the preparation of propylene oxide, comprising (a) reacting propene, optionally admixed with propane, with hydrogen peroxide in a reaction apparatus in the presence of acetonitrile as solvent, obtaining a stream S0 leaving the reaction apparatus, S0 containing propylene oxide, acetonitrile, water, at least one further component B, optionally propene and optionally propane, wherein the normal boiling point of the at least one component B is higher than the normal boiling point of acetonitrile and wherein the decadic logarithm of the octanol-water partition coefficient (log K OW) of the at least one component B is greater than zero; (b) separating propylene oxide from S0, optionally after having separated propene and optionally propane, obtaining a stream S1 containing acetonitrile, water and the at least one further component B; (c) dividing S1 into two streams S2 and S3, wherein the total weight of S3 relative to the total weight of S1 is in the range of from 0.01 to 25 %; (d) subjecting S3 to a vapor-liquid fractionation in a fractionation unit, obtaining a vapor fraction stream S4 being depleted of the at least one component B, and obtaining a liquid bottoms stream S4b being depleted of acetonitrile; (e) recycling at least a portion of S4, optionally after work-up, to (a) and recycling at least a portion of S2, optionally after work-up, to (a). (a) reacting propene, optionally admixed with propane, with hydrogen peroxide in a reaction apparatus in the presence of acetonitrile as solvent, obtaining a stream S0 leaving the reaction apparatus, S0 containing propylene oxide, acetonitrile, water, at least one further component B, optionally propene and optionally propane, wherein the normal boiling point of the at least one component B is higher than the normal boiling point of acetonitrile and wherein the decadic logarithm of the octanol-water partition coefficient (log K OW) of the at least one component B is greater than zero; (b) separating propylene oxide from S0, optionally after having separated propene and optionally propane, obtaining a stream S1 containing acetonitrile, water and the at least one further component B; (c) dividing S1 into two streams S2 and S3, wherein the total weight of S3 relative to the total weight of S1 is in the range of from 0.01 to 25 %; (d) subjecting S3 to a vapor-liquid fractionation in a fractionation unit, obtaining a vapor fraction stream S4 being depleted of the at least one component B, and obtaining a liquid bottoms stream S4b being depleted of acetonitrile; (e) recycling at least a portion of S4, optionally after work-up, to (a) and recycling at least a portion of S2, optionally after work-up, to (a).
A cold/hot water supply apparatus comprising: a refrigerant circuit including a compressor, a first heat exchanger, expansion means and a second heat exchanger which are annularly connected to one another and through which refrigerant flows; a fluid circuit including the first heat exchanger and a third heat exchanger which are annularly connected to each other and through which fluid flows; a heat accumulator tank in which water is stored; a first switching pipe which is connected to the fluid flows in parallel with the third heat exchanger, and which exchanges heat between the fluid and water in the heat accumulator tank; and a control apparatus which switches between a flow of the fluid to the third heat exchanger and a flow of the fluid to the heat accumulator tank; in which the cold/hot water supply apparatus has a heat-accumulation operation mode and a cooling operation mode, in the heat-accumulation operation mode, the fluid flows to the first switching pipe, thereby heating the water in the heat accumulator tank, and in the cooling operation mode, the fluid flows to the third heat exchanger, thereby absorbing heat in air, wherein the cold/hot water supply apparatus also includes: a temperature sensor which detects temperature of the fluid; characterized by a second switching pipe which is connected to the third heat exchanger in parallel and which is connected to the first switching pipe in parallel, the fluid flowing through the second switching pipe; and when the heat-accumulation operation mode is changed to the cooling operation mode, the control apparatus is configured to determine whether the fluid which flows out of the first heat exchanger should be made to flow to the second switching pipe or to the third heat exchanger based on temperature of the fluid detected by the temperature sensor. a refrigerant circuit including a compressor, a first heat exchanger, expansion means and a second heat exchanger which are annularly connected to one another and through which refrigerant flows; a fluid circuit including the first heat exchanger and a third heat exchanger which are annularly connected to each other and through which fluid flows; a heat accumulator tank in which water is stored; a first switching pipe which is connected to the fluid flows in parallel with the third heat exchanger, and which exchanges heat between the fluid and water in the heat accumulator tank; and a control apparatus which switches between a flow of the fluid to the third heat exchanger and a flow of the fluid to the heat accumulator tank; in which the cold/hot water supply apparatus has a heat-accumulation operation mode and a cooling operation mode, in the heat-accumulation operation mode, the fluid flows to the first switching pipe, thereby heating the water in the heat accumulator tank, and in the cooling operation mode, the fluid flows to the third heat exchanger, thereby absorbing heat in air, wherein the cold/hot water supply apparatus also includes: a temperature sensor which detects temperature of the fluid;
A vocal effect processing system comprising: a processor; an estimation module executable by the processor to determine a probability of an audio signal including a vocal signal, where the audio signal is a vocal microphone input signal received from a vocal microphone; an effect determination module executable by the processor to select a vocal effect based at least in part on the determined probability of a vocal signal being included in the audio signal; and a vocal effect application module executable by the processor to apply the selected vocal effect to the audio signal; wherein a probability of the audio signal including the vocal signal is based on a predetermined ratio between at least two energy estimates of different predetermined frequency bands of the audio signal, and wherein the estimation module is executable by the processor to select the different predetermined frequency bands by dynamically determining if a possible vocal signal included in the audio signal corresponds to one of a female or male voice. a processor; an estimation module executable by the processor to determine a probability of an audio signal including a vocal signal, where the audio signal is a vocal microphone input signal received from a vocal microphone; an effect determination module executable by the processor to select a vocal effect based at least in part on the determined probability of a vocal signal being included in the audio signal; and a vocal effect application module executable by the processor to apply the selected vocal effect to the audio signal; wherein a probability of the audio signal including the vocal signal is based on a predetermined ratio between at least two energy estimates of different predetermined frequency bands of the audio signal, and wherein the estimation module is executable by the processor to select the different predetermined frequency bands by dynamically determining if a possible vocal signal included in the audio signal corresponds to one of a female or male voice.
Method for cooling a space around a sleeve shaft which is used as carrier for a refractory tube, on which refractory tube during a glass tube drawing process molten glass runs onto at least one surface area of the refractory tube, wherein from at least one fluid outlet which is at a fixed position with respect to at least one rotating assembly, the assembly comprising the refractory tube and the sleeve shaft connected to the refractory tube in a non-rotating manner, at least one fluid flow is emitted in the direction towards at least one volume domain, which volume domain is enclosed at least in part between at least one outer surface area of the sleeve shaft and at least one inner surface area of the refractory tube and is provided in a non-rotating manner with the sleeve shaft, wherein the volume domain is divided into a plurality of volume part domains, which volume part domains are at least in part pairwise and/or area by area fluidly connected to each other within the volume domain, and wherein an alternating fluid flow within the volume domain or parts thereof is created in that at least one part of the fluid flow emitted by the fluid outlet is injected sequentially in different volume part domains as a result of the rotation of the assembly. wherein from at least one fluid outlet which is at a fixed position with respect to at least one rotating assembly, the assembly comprising the refractory tube and the sleeve shaft connected to the refractory tube in a non-rotating manner, at least one fluid flow is emitted in the direction towards at least one volume domain, which volume domain is enclosed at least in part between at least one outer surface area of the sleeve shaft and at least one inner surface area of the refractory tube and is provided in a non-rotating manner with the sleeve shaft, wherein the volume domain is divided into a plurality of volume part domains, which volume part domains are at least in part pairwise and/or area by area fluidly connected to each other within the volume domain, and wherein an alternating fluid flow within the volume domain or parts thereof is created in that at least one part of the fluid flow emitted by the fluid outlet is injected sequentially in different volume part domains as a result of the rotation of the assembly.
A recombinant nucleic acid molecule comprising a nucleotide sequence encoding a variant Cry3 amino acid sequence which has at least 95% amino acid sequence identity to SEQ ID NO:2 over the full length of SEQ ID NO:2, wherein said variant comprises a glutamic acid residue at the position corresponding to amino acid position 316 of SEQ ID NO: 2, a leucine residue at the position corresponding to amino acid position 482 of SEQ ID NO: 2, and a lysine residue at the position corresponding to amino acid position 483 of SEQ ID NO: 2, and wherein said variant has pesticidal activity which is improved relative to the pesticidal activity of SEQ ID NO: 2.
A magnetron assembly for use in an apparatus for the reduction of organic waste wherein said apparatus comprises at least one chamber, the magnetron assembly being for the application of microwave energy to said waste to treat, reduce and sterilize said waste by means of reverse polymerization in said chamber, said magnetron assembly comprising a magnetron mounted on a side of a short rectangular waveguide and with its anode projecting into the waveguide, barrier means for isolating said magnetron from said chamber, and tuning means in said waveguide for optimizing coupling of said magnetron to said chamber wherein an end part of said waveguide adjacent said chamber comprises a truncated cone mounted to an end of the waveguide and wherein the barrier means is a plate mounted adjacent the end of the waveguide.
Loudspeaker box comprising a housing, a loudspeaker arranged in the housing for generating sound and a sound-guiding device, wherein the sound-guiding device is arranged in front of the loudspeaker in a sound propagation direction, wherein the sound-guiding device is configured in such a way that the sound-guiding device directs the sound generated by the loudspeaker to a front slot arranged on a front side of the sound-guiding device for the purpose of sound radiation, wherein the sound-guiding device has a rear side facing the loudspeaker and having a rear surface, characterized in that the rear surface of the rear side of the sound-guiding device facing the loudspeaker is formed in the form of a negative impression of the loudspeaker and/or of a loudspeaker diaphragm apart from the region of rear slots, and at least one edge of the front side of the sound-guiding device is rounded with a radius of between 5 mm and 30 mm. wherein the sound-guiding device is configured in such a way that the sound-guiding device directs the sound generated by the loudspeaker to a front slot arranged on a front side of the sound-guiding device for the purpose of sound radiation, wherein the sound-guiding device has a rear side facing the loudspeaker and having a rear surface, characterized in that the rear surface of the rear side of the sound-guiding device facing the loudspeaker is formed in the form of a negative impression of the loudspeaker and/or of a loudspeaker diaphragm apart from the region of rear slots, and at least one edge of the front side of the sound-guiding device is rounded with a radius of between 5 mm and 30 mm.
A method for the optical measurement of pyramids on surface textured monocrystalline silicon wafers using at least one light source and a first light receiver, wherein two opposite edges of each pyramid lie in a x-z-plane, the optical axis of the light source deviates angularly at most 10° from the x-y-plane, an angular distribution of an intensity of the light reflected from the edges of the pyramids in form of a diffraction picture is received by the light receiver, and the diffraction picture is evaluated by means of the diffraction theory at a slit for the purposes of determining geometrical properties of the pyramids.
A mechanism that can be mounted on a door for purposes of locking or unlocking the door with respect to a carcass of a storage box, wherein the mechanism has: two locking bodies (152, 154), which have in each case an engagement section (156, 158) for purposes of engaging in each case with a co-operating counterpart engagement section of the carcass, and a contact section (168, 170) having an oblique sliding surface (160, 162) for purposes of executing an actuation force; a preload device, which is equipped for purposes of generating a preload force acting along a preload axis, so as to push the engagement sections (156, 158) against the counterpart engagement sections in order to lock the door with respect to the carcass; an actuation element that can be actuated by a user, which has two transmission sections (176, 178), each having an oblique sliding surface (190, 192) for purposes of transmitting the actuation force onto one of the respective contact sections (168, 170); wherein the oblique sliding surfaces (160, 162, 190, 192) of the transmission sections (176, 178) and the contact sections (168, 170) are co-operatively designed so as to slide past one another in a force-transmitting manner during the transmission of the actuation force. characterised in that, the preload device is arranged between the locking bodies (152, 154), and in that, the oblique sliding surfaces (160, 162) of the contact sections (168, 170) are each located in a plane, which relative to a plane normal to the preload axis is tilted about two different axes of tilt (184, 186). two locking bodies (152, 154), which have in each case an engagement section (156, 158) for purposes of engaging in each case with a co-operating counterpart engagement section of the carcass, and a contact section (168, 170) having an oblique sliding surface (160, 162) for purposes of executing an actuation force; a preload device, which is equipped for purposes of generating a preload force acting along a preload axis, so as to push the engagement sections (156, 158) against the counterpart engagement sections in order to lock the door with respect to the carcass; an actuation element that can be actuated by a user, which has two transmission sections (176, 178), each having an oblique sliding surface (190, 192) for purposes of transmitting the actuation force onto one of the respective contact sections (168, 170); wherein the oblique sliding surfaces (160, 162, 190, 192) of the transmission sections (176, 178) and the contact sections (168, 170) are co-operatively designed so as to slide past one another in a force-transmitting manner during the transmission of the actuation force. characterised in that, the preload device is arranged between the locking bodies (152, 154), and in that, the oblique sliding surfaces (160, 162) of the contact sections (168, 170) are each located in a plane, which relative to a plane normal to the preload axis is tilted about two different axes of tilt (184, 186).