mhurhangee/ep-ind-claims huggingface dataset:
A microwave oven comprising a microwave generator, a control unit that controls the microwave generator, a tray produced from a microwave permeable material and whereon foodstuffs to be dried are placed, and a cavity wherein the tray is placed, characterized by one or more than one conductive plate that is produced from a metal material, that is placed at the underside of the tray in the edge and/or corner regions of the tray where the density of the electromagnetic energy is low and that enables the microwaves to be directed to the said edge and/or corner regions of the tray.
Cladding element assembly having - at least one cladding element for cladding a surface; - at least one transmitter for generating acoustic surface waves in the cladding element; - at least one receiver for receiving the generated acoustic surface waves, wherein on the basis of a signal of the receiver, generated when the acoustic surface waves are received, it can be detected whether there is contact with the cladding element, wherein the cladding element has a front side which is embodied as a visible side, and a rear side via which the cladding element can be connected to the surface, and wherein the transmitter and the receiver are arranged on the rear side of the cladding element, characterized by evaluation means which are configured to determine whether there is contact with the cladding element, on the basis of the amplitude of a signal of the receiver, which is generated when the acoustic surface waves are received. - at least one cladding element for cladding a surface; - at least one transmitter for generating acoustic surface waves in the cladding element; - at least one receiver for receiving the generated acoustic surface waves, wherein on the basis of a signal of the receiver, generated when the acoustic surface waves are received, it can be detected whether there is contact with the cladding element, wherein the cladding element has a front side which is embodied as a visible side, and a rear side via which the cladding element can be connected to the surface, and wherein the transmitter and the receiver are arranged on the rear side of the cladding element, characterized by evaluation means which are configured to determine whether there is contact with the cladding element, on the basis of the amplitude of a signal of the receiver, which is generated when the acoustic surface waves are received.
A stabilized halogen-containing polymer compound composition comprising: (a) greater than 40% by weight of halogenated polymeric material; (b) 0.01 to 5.0 phr of an alkyl tin stabilizer comprising a mixture of mono and di alkyl tin mercaptans that are represented by the following formulas: where R* = methyl, butyl or octyl group, R is a substituted or unsubstituted hydrocarbyl group, R 1 -O-C(=O)-R 2, R 1 -C(=O)-O-R 3, where R 1 is a C 1 -C 20 hydrocarbyl group and R 2 is a substituted or unsubstituted hydrocarbyl group and R 3 is a substituted or unsubstituted hydrocarbyl group or hydrogen; (c) 0.01 to 5.0 phr of a salt of a polymeric polyacid in solid form; and (d) greater than or equal to 0.65 wt% moisture level in the final compound composition, wherein said moisture level is determined as weight loss (in wt%) after drying the composition in an oven preheated 150°C for 60 min. (a) greater than 40% by weight of halogenated polymeric material; (b) 0.01 to 5.0 phr of an alkyl tin stabilizer comprising a mixture of mono and di alkyl tin mercaptans that are represented by the following formulas: where R* = methyl, butyl or octyl group, R is a substituted or unsubstituted hydrocarbyl group, R 1 -O-C(=O)-R 2, R 1 -C(=O)-O-R 3, where R 1 is a C 1 -C 20 hydrocarbyl group and R 2 is a substituted or unsubstituted hydrocarbyl group and R 3 is a substituted or unsubstituted hydrocarbyl group or hydrogen; (c) 0.01 to 5.0 phr of a salt of a polymeric polyacid in solid form; and (d) greater than or equal to 0.65 wt% moisture level in the final compound composition, wherein said moisture level is determined as weight loss (in wt%) after drying the composition in an oven preheated 150°C for 60 min.
A system voltage stabilizer for a distributed power source including solar power generation or wind power generation, comprising: an input part for inputting weather forecast information including directional information related to the change of the weather; characterized in that distributed power sources are connected to the power distribution system by switches; the switches are disposed at respective nodes connecting respective distributed power sources to the power system; wherein an instruction calculation part for obtaining an open/close instruction for connecting/disconnecting each of the switches of a system for reconfiguring the system so that the voltage fluctuation is reduced based on the weather forecast information before the fluctuation takes place. an input part for inputting weather forecast information including directional information related to the change of the weather; characterized in that distributed power sources are connected to the power distribution system by switches; the switches are disposed at respective nodes connecting respective distributed power sources to the power system; wherein an instruction calculation part for obtaining an open/close instruction for connecting/disconnecting each of the switches of a system for reconfiguring the system so that the voltage fluctuation is reduced based on the weather forecast information before the fluctuation takes place.
Assembly of an electrical appliance comprising • a casing part, • a printed circuit board that is arranged on an outside of the casing part, • an electrical circuit that is arranged on the printed circuit board, and • a cover that, together with the casing part forms an electronics chamber in which the electrical circuit is arranged, • wherein the assembly features press-in contacts (5a, 5b) having a press-in section which is pressed into the printed circuit board and thus fixed thereto and connected to the circuit, and having a fastening section and a contact section, by means of which the circuit can be electrically contacted from the outside, • wherein the press-in contacts (5a, 5b) feature at least one first press-in contact the press-in section of which is pressed into the printed circuit board from a first side, the fastening section of which is fastened in a wall of the casing part and the contact section of which extends into the casing part, and • wherein the press-in contacts (5a, 5b) feature at least one second press-in contact the press-in section of which is pressed into the printed circuit board from a second side, the fastening section of which is fastened in the cover and the contact section of which protrudes out of the cover, characterized in that one area of the printed circuit board from which the ends of the press-in section of the at least one second press-in contact protrude, and the casing part delimit a space into which an end of the press-in section of the at least one second press-in contact, protruding from the printed circuit board on its first side, extends, wherein the space has an opening to the outside. • a casing part, • a printed circuit board that is arranged on an outside of the casing part, • an electrical circuit that is arranged on the printed circuit board, and • a cover that, together with the casing part forms an electronics chamber in which the electrical circuit is arranged, • wherein the assembly features press-in contacts (5a, 5b) having a press-in section which is pressed into the printed circuit board and thus fixed thereto and connected to the circuit, and having a fastening section and a contact section, by means of which the circuit can be electrically contacted from the outside, • wherein the press-in contacts (5a, 5b) feature at least one first press-in contact the press-in section of which is pressed into the printed circuit board from a first side, the fastening section of which is fastened in a wall of the casing part and the contact section of which extends into the casing part, and • wherein the press-in contacts (5a, 5b) feature at least one second press-in contact the press-in section of which is pressed into the printed circuit board from a second side, the fastening section of which is fastened in the cover and the contact section of which protrudes out of the cover,
A method for an apparatus comprising a boost converter having a power supply input for receiving an input power supply voltage of a power supply, an inductor, and an output for generating an output voltage greater than the input power supply voltage, the method comprising: monitoring the input power supply voltage of the power supply; monitoring an inductance of the inductor of the boost converter comprising the inductor; monitoring one or more other characteristics of the boost converter; and calculating a target peak inductor current based on the input power supply voltage, the inductance, the one or more other characteristics of the boost converter, and a target average current of the inductor during a switching cycle of the boost converter. monitoring the input power supply voltage of the power supply; monitoring an inductance of the inductor of the boost converter comprising the inductor; monitoring one or more other characteristics of the boost converter; and calculating a target peak inductor current based on the input power supply voltage, the inductance, the one or more other characteristics of the boost converter, and a target average current of the inductor during a switching cycle of the boost converter.
A gas meter comprising a distribution manifold inside the gas meter, the distribution manifold having: a gas inlet opening of the gas meter; at least two smaller gas outlet nozzles; a valve is disposed on each gas outlet nozzle; wherein each valve is individually electrically connected and actuatable; characterized in that the gas meter further comprises a gas meter outlet having a flow sensor inside to measure and check flow volume. a gas inlet opening of the gas meter; at least two smaller gas outlet nozzles; a valve is disposed on each gas outlet nozzle; wherein each valve is individually electrically connected and actuatable; characterized in that the gas meter further comprises a gas meter outlet having a flow sensor inside to measure and check flow volume.
Overload safety device for protecting electrotechnical components from operating currents (lb) which are above a threshold operating current, having a switching device which is arranged in an operating state at least partially in an operating current path of the overload safety device and by means of which the operating current path is interrupted in a protection state of the overload safety device, wherein the switching device can be actuated by operating currents (lb) above the threshold operating current and is constructed so as to be able to be moved from the operating state into the protection state and the overload safety device is constructed with a retention device which has at least one retention magnet (12, 13) which secures the operating state, wherein the switching device has a mechanical interrupter element arranged in the operating current path in the operating state and a coupling device to transmit movement to the mechanical interrupter element, and wherein the coupling device is connected to the mechanical interrupter element and comprises an anchoring element by means of which the interrupter element can be moved with force-guiding at least in an opening direction and an actuation element characterized in that the actuation element includes a carrier member, and the anchoring element is coupled to the actuation element by the carrier member with force-guiding in the opening direction.
An assist instrument (10, 110, 210, 310, 410) comprising: an attachment-removal member (12, 212, 312) that can be placed wearably and removably on a body of a user; an assist unit (14, 16, 18, 20, 70, 72, 74, 76, 214, 216, 218, 314, 316, 370, 372, 374, 414, 416) that is provided to the attachment-removal member (12, 212, 312), and assists muscular strength of the user by an action of at least one of extension and contraction of the attachment-removal member; and a control unit that controls an action of the assist unit (14, 16, 18, 20, 70, 72, 74, 76, 214, 216, 218, 314, 316, 370, 372, 374, 414, 416); characterized in that the control unit is configured to control the action of the assist unit (14, 16, 18, 20, 70, 72, 74, 76, 214, 216, 218, 314, 316, 370, 372, 374, 414, 416) at a time of at least one of putting on and taking off of the attachment-removal member (12, 212, 312) to extend the assist unit (14, 16, 18, 20, 70, 72, 74, 76, 214, 216, 218, 314, 316, 370, 372, 374, 414, 416), thereby extending the attachment-removal member (12, 212, 312). an attachment-removal member (12, 212, 312) that can be placed wearably and removably on a body of a user; an assist unit (14, 16, 18, 20, 70, 72, 74, 76, 214, 216, 218, 314, 316, 370, 372, 374, 414, 416) that is provided to the attachment-removal member (12, 212, 312), and assists muscular strength of the user by an action of at least one of extension and contraction of the attachment-removal member; and a control unit that controls an action of the assist unit (14, 16, 18, 20, 70, 72, 74, 76, 214, 216, 218, 314, 316, 370, 372, 374, 414, 416); characterized in that the control unit is configured to control the action of the assist unit (14, 16, 18, 20, 70, 72, 74, 76, 214, 216, 218, 314, 316, 370, 372, 374, 414, 416) at a time of at least one of putting on and taking off of the attachment-removal member (12, 212, 312) to extend the assist unit (14, 16, 18, 20, 70, 72, 74, 76, 214, 216, 218, 314, 316, 370, 372, 374, 414, 416), thereby extending the attachment-removal member (12, 212, 312).
A medicinal inhaler comprising: a housing; an air flow path (46, 146) defined by at least partially the housing and including an air inlet and an air outlet; a flow governor (140, 240, 340, 840, 940) positioned in the air flow path between the air inlet and the air outlet to govern air flow in the air flow path to a governing volumetric flow rate; a breath-actuated dose release firing system located in the housing, wherein the firing system is configured to release a dose of medicament at a firing volumetric flow rate less than the governing volumetric flow rate; and an inspiratory air flow detection system configured to detect an inspiratory air flow rate in the air flow path and to send an electrical signal to the firing system to fire when the inspiratory air flow rate is equal to at least the firing volumetric flow rate, characterized in that the inspiratory air flow detection system comprises at least one pressure sensor (152a, 625) located in the air flow path upstream of the flow governor and a controller connected to the at least one pressure sensor and the breath-actuated dose release firing system. a housing; an air flow path (46, 146) defined by at least partially the housing and including an air inlet and an air outlet; a flow governor (140, 240, 340, 840, 940) positioned in the air flow path between the air inlet and the air outlet to govern air flow in the air flow path to a governing volumetric flow rate; a breath-actuated dose release firing system located in the housing, wherein the firing system is configured to release a dose of medicament at a firing volumetric flow rate less than the governing volumetric flow rate; and an inspiratory air flow detection system configured to detect an inspiratory air flow rate in the air flow path and to send an electrical signal to the firing system to fire when the inspiratory air flow rate is equal to at least the firing volumetric flow rate, characterized in that the inspiratory air flow detection system comprises at least one pressure sensor (152a, 625) located in the air flow path upstream of the flow governor and a controller connected to the at least one pressure sensor and the breath-actuated dose release firing system.
- Hydraulic circuit for an agricultural vehicle comprising a pump carried by a torque source to provide oil to a primary conduit and to a secondary conduit, said primary conduit being configured to be fluidly connected to essential operative system hydraulic circuits of said vehicle and said secondary conduit being configured to be fluidly connected to other operative systems hydraulic circuits of said vehicle, said other operative systems hydraulic circuits comprising at least two among a stabilizer system circuit, a hitch system circuit, a hydraulic link system circuit, a cabin suspension system circuit and a front suspension system circuit,each among said circuits (8a-8e) respectively being connected by conduits (11a-11e, 12) to said secondary conduit, wherein said hydraulic circuit comprises sensor means (13a-13e, 14) configured to be interposed on said conduits (11a-11e, 12) and configured to detect oil characteristics of the oil flow flowing into said conduits (11a-11e, 12), and said hydraulic circuit being provided by an electronic control unit electrically connected to said sensor means (13a-13e, 14) and to said torque source and comprising elaboration means configured to acquire the data detected by said sensor means (13a-13e, 14) and, in function of said acquired data, to control the oil flow demand of said other operative systems hydraulic circuits and execute at least one between the actions i) provide a warning signal and ii) control said torque source, the hydraulic circuit is characterized in that said electronic control unit is electrically connected to user control means configured to allow the user to control the oil flow priority among said hydraulic circuits (8a-8e, 9). said primary conduit being configured to be fluidly connected to essential operative system hydraulic circuits of said vehicle and said secondary conduit being configured to be fluidly connected to other operative systems hydraulic circuits of said vehicle, said other operative systems hydraulic circuits comprising at least two among a stabilizer system circuit, a hitch system circuit, a hydraulic link system circuit, a cabin suspension system circuit and a front suspension system circuit,each among said circuits (8a-8e) respectively being connected by conduits (11a-11e, 12) to said secondary conduit, wherein said hydraulic circuit comprises sensor means (13a-13e, 14) configured to be interposed on said conduits (11a-11e, 12) and configured to detect oil characteristics of the oil flow flowing into said conduits (11a-11e, 12), and said hydraulic circuit being provided by an electronic control unit electrically connected to said sensor means (13a-13e, 14) and to said torque source and comprising elaboration means configured to acquire the data detected by said sensor means (13a-13e, 14) and, in function of said acquired data, to control the oil flow demand of said other operative systems hydraulic circuits and execute at least one between the actions i) provide a warning signal and ii) control said torque source,
A method of manufacturing a semiconductor structure, the method comprising: providing a substrate, and forming Shallow Trench Isolation, STI, structures in the substrate, the STI structures isolating a plurality of Active Areas, AAs, spaced in the substrate; forming word line trenches in the substrate, a depth of a portion of the word line trench in the AA being smaller than a depth of a portion in the STI structure such that a first protruding structure is formed at a bottom of the portion of the word line trench in the AA; forming an etch protection layer on a surface of the first protruding structure; partially removing the STI structure to form a second protruding structure based on the first protruding structure, an upper-portion sidewall and top of the second protruding structure being covered with the etch protection layer, and a lower portion of the second protruding structure being exposed from a removed portion of the STI structure; etching the lower portion of the second protruding structure to make a width of the lower portion of the second protruding structure smaller than a width of an upper portion of the second protruding structure; and forming a word line structure in the word line trench. providing a substrate, and forming Shallow Trench Isolation, STI, structures in the substrate, the STI structures isolating a plurality of Active Areas, AAs, spaced in the substrate; forming word line trenches in the substrate, a depth of a portion of the word line trench in the AA being smaller than a depth of a portion in the STI structure such that a first protruding structure is formed at a bottom of the portion of the word line trench in the AA; forming an etch protection layer on a surface of the first protruding structure; partially removing the STI structure to form a second protruding structure based on the first protruding structure, an upper-portion sidewall and top of the second protruding structure being covered with the etch protection layer, and a lower portion of the second protruding structure being exposed from a removed portion of the STI structure; etching the lower portion of the second protruding structure to make a width of the lower portion of the second protruding structure smaller than a width of an upper portion of the second protruding structure; and forming a word line structure in the word line trench.
Electric motor, in particular an electronically commutated electric motor, having a stator, a rotor and a housing (14, 16) which accommodates at least the rotor and the stator in a hollow space, wherein the electric motor has a power output stage (8, 9, 10, 11) which is connected to the stator and is designed to supply power to the stator in order to generate a rotating magnetic field, wherein the power output stage has at least one power semiconductor (8, 9, 10, 11) with a thermal contact area (19, 26), wherein the thermal contact area (19, 26) is connected to the housing so as to conduct heat, with the result that heat which is generated in the power semiconductor (8, 9, 10, 11) can be dissipated to the housing, wherein the housing (14, 16) has a thermally conductive housing cup which at least partially surrounds the hollow space, wherein the housing cup has a cup wall which has a mating contact area (21, 28) which corresponds to the thermal contact area (19, 26), characterized in that the housing cup has a guide element (23, 32) in the region of the mating contact area (21, 28), said guide element being designed to guide the power semiconductor (8, 9, 10, 11) when it is joined to the housing cup and to establish the operative contact.