mhurhangee/ep-ind-claims huggingface dataset:
An inverter control apparatus which is configured to control an inverter interconnected to an alternating-current power system, a capacitor being provided on an alternating-current side of the inverter, the apparatus characterized by comprising: system voltage detection means for detecting a system voltage of the alternating-current power system; differentiation means for calculating a differential value of the system voltage detected by the system voltage detection means; correction current instruction value calculation means comprising a preset capacitance value of the capacitor for calculating a correction current instruction value for correcting a current instruction value set for an output current of the inverter, based on the differential value of the system voltage calculated by the differentiation means and the preset capacitance value of the capacitor; current instruction value correction means adapted to add the correction current instruction value calculated by the correction current instruction value calculation means to a preset current instruction value, whereby the preset current instruction value is a value of the current output from the inverter when the system voltage is in a steady state, such that the current instruction value is corrected to offset increases and decreases in the output current of the inverter due to charging/discharging of the capacitor and control means for controlling the inverter based on the current instruction value corrected by the current instruction value correction means. system voltage detection means for detecting a system voltage of the alternating-current power system; differentiation means for calculating a differential value of the system voltage detected by the system voltage detection means; correction current instruction value calculation means comprising a preset capacitance value of the capacitor for calculating a correction current instruction value for correcting a current instruction value set for an output current of the inverter, based on the differential value of the system voltage calculated by the differentiation means and the preset capacitance value of the capacitor; current instruction value correction means adapted to add the correction current instruction value calculated by the correction current instruction value calculation means to a preset current instruction value, whereby the preset current instruction value is a value of the current output from the inverter when the system voltage is in a steady state, such that the current instruction value is corrected to offset increases and decreases in the output current of the inverter due to charging/discharging of the capacitor and control means for controlling the inverter based on the current instruction value corrected by the current instruction value correction means.
Container having at least in one part a textured surface and an in-mold label on the textured surface, wherein the textured surface has a pattern depth in the range of ≥ 0.5 mm to ≤ 3 mm and the label has a thickness in the range of ≥ 40 μm to ≤ 130 μm and a tensile strength in machine direction in the range of ≥ 80 N/mm 2 to ≤ 200 N/mm 2 and in transverse direction in the range of ≥ 120 N/mm 2 to ≤ 300 N/mm 2.
Single hand lever cartridge for use in a side valve, comprising a headpiece formed in the style of a sleeve which accommodates a base unit as well as a disc control with a control disc which via a rotating and/or swivelling spindle mounted in spindle locator can rotate and/or swivel relative to a non-rotatable outlet washer, whereby a diameter-enlarged ridge has been formed on the headpiece in which a surrounding groove has been made for the introduction of a sealing element, whereby a fastening ring with outer thread intended for screwing into the side valve has been pushed onto the headpiece, characterized in that the diameter-enlarged ridge on which the end facing away from the spindle has been formed on the headpiece, so that an installation in the side valve is possible, whereby the single hand lever cartridge only protrudes to a small extent into the side valve, whereby the fastening ring is formed as a sleeve and is of a height which largely corresponds to the height of the headpiece above the ridge.
An adjusting system of an automobile steering column, comprising a steering column sleeve, an upper bracket, a clamping bracket, a cam disk and a handle assembly, the clamping bracket being integrally combined with the steering column sleeve, the upper bracket comprising at least one side plate, the handle assembly comprising a handle, a bolt and a locking nut, and the bolt passing through the handle, the cam disk, the at least one side plate and the clamping bracket and then being locked by the locking nut, wherein the adjusting system of an automobile steering column further comprises at least one frequency piece provided between the at least one side plate and the steering column sleeve, one side face of the at least one frequency piece, which has an effect on the natural frequency of the whole system, thereby reducing the noises caused by gaps due to fit tolerances and manufacturing tolerances, and which is fixedly mounted on one of the upper bracket and the steering column sleeve, the other side face of the at least one frequency piece is a sliding surface, the other one of the upper bracket and the steering column sleeve forms a sliding fit surface slidably fitted to the sliding surface, and at least one lubricant storage structure is provided on the sliding surface or the sliding fit surface.
An electronic device, comprising: a top frame; a bottom frame; a circuit board mounted above said bottom frame; a thermal pad mounted on said circuit board; a heat sink associated with said thermal pad; and a plurality of springs for providing a biasing force that retains said heat sink against said thermal pad, said heat sink including a planar portion surrounding a central depression, wherein the plurality of springs secure said thermal pad of said circuit board between said central depression portion of said heat sink and said circuit board, characterised in that said springs are each made of an elongated strip of metal bent such that a V-shape is formed, wherein said plurality of springs have an aperture therein to engage vertical posts protruding from said top frame or said bottom frame of said device, wherein said top frame or said bottom frame, from which said vertical posts protrudes, also includes a plurality of bent mesa or inwardly facing U-shaped structures having three sides to surround one end and two sides of each of said springs when said springs are placed on said vertical posts. a top frame; a bottom frame; a circuit board mounted above said bottom frame; a thermal pad mounted on said circuit board; a heat sink associated with said thermal pad; and a plurality of springs for providing a biasing force that retains said heat sink against said thermal pad, said heat sink including a planar portion surrounding a central depression, wherein the plurality of springs secure said thermal pad of said circuit board between said central depression portion of said heat sink and said circuit board, characterised in that said springs are each made of an elongated strip of metal bent such that a V-shape is formed, wherein said plurality of springs have an aperture therein to engage vertical posts protruding from said top frame or said bottom frame of said device, wherein said top frame or said bottom frame, from which said vertical posts protrudes, also includes a plurality of bent mesa or inwardly facing U-shaped structures having three sides to surround one end and two sides of each of said springs when said springs are placed on said vertical posts.
A composition containing trifluoroethylene, and at least one first compound selected from the group consisting of E-1,2-difluoroethylene, Z-1,2-difluoroethylene, 1,1-difluoroethylene, chlorotrifluoroethylene, 1-chloro-2,2-difluoroethylene, E-1-chloro-1,2-difluoroethylene, Z-1-chloro-1,2-difluoroethylene, 1,1,2-trifluoroethane and methane, wherein the proportion of each first compound contained in the composition is less than 0.5 mass% based on the total amount of trifluoroethylene and the first compound(s), the composition contains chlorotrifluoroethylene as a first compound, and the lower limit of the total proportion of the at least one first compound is 0.0001 mass%.
A gas flow regulator body, comprising: a cavity coupled to a gas inlet port; a flow rate port through which gas is flowed to measure a flow rate of said gas; a flow monitoring assembly adapter, which has an entry channel through said adapter, and which is coupled to said flow rate port; and an outlet port through which said gas can exit said regulator body; wherein said regulator body further comprises an inflow channel which provides for a flow of at least some of said gas from said gas inlet port to said flow rate port and said entry channel, and an exit flow channel which couples said flow rate port to said outlet port to flow said at least some of said gas to said outlet port, characterized in that a minimum cross-sectional area of said exit flow channel is larger than a maximum cross-sectional area of said entry channel and in that said flow monitoring assembly adapter further comprises a return channel, and a return chamber which is coupled to said exit flow channel. a cavity coupled to a gas inlet port; a flow rate port through which gas is flowed to measure a flow rate of said gas; a flow monitoring assembly adapter, which has an entry channel through said adapter, and which is coupled to said flow rate port; and an outlet port through which said gas can exit said regulator body; wherein said regulator body further comprises an inflow channel which provides for a flow of at least some of said gas from said gas inlet port to said flow rate port and said entry channel, and an exit flow channel which couples said flow rate port to said outlet port to flow said at least some of said gas to said outlet port, characterized in that a minimum cross-sectional area of said exit flow channel is larger than a maximum cross-sectional area of said entry channel and in that said flow monitoring assembly adapter further comprises a return channel, and a return chamber which is coupled to said exit flow channel.
A power converting system responsive to an input signal (V IN) to produce an output signal (V OUT)regulated with respect to the input signal, the system comprising: an input node (INPUT) for receiving the input signal, an output node (OUTPUT) for producing the output signal, a first inductive element having a first node coupled to the input node (INPUT), a second inductive element having a first node coupled to the output node (OUTPUT), a first switching element coupled to a second node of the first inductive element, a first capacitive element having a first node connected to the second node of the first inductive element and a second node connected to a second node of the second inductive element, a second switching element comprising a first node and a second node, wherein the first node of the second switching element is connected to the first node of the first inductive element and wherein the second node of the second switching element is connected via a wire and without any intermediate component to the second node of the second inductive element, and a control circuit for controlling the first switching element, the control circuit being configured to set a duty cycle of the first switching element to a first value for providing the output signal (V OUT) of a first polarity in response to the input signal of the first polarity, and to set the duty cycle of the first switching element to a second value for providing the output signal of a second polarity in response to the input signal of the first polarity. an input node (INPUT) for receiving the input signal, an output node (OUTPUT) for producing the output signal, a first inductive element having a first node coupled to the input node (INPUT), a second inductive element having a first node coupled to the output node (OUTPUT), a first switching element coupled to a second node of the first inductive element, a first capacitive element having a first node connected to the second node of the first inductive element and a second node connected to a second node of the second inductive element, a second switching element comprising a first node and a second node, wherein the first node of the second switching element is connected to the first node of the first inductive element and wherein the second node of the second switching element is connected via a wire and without any intermediate component to the second node of the second inductive element, and a control circuit for controlling the first switching element, the control circuit being configured to set a duty cycle of the first switching element to a first value for providing the output signal (V OUT) of a first polarity in response to the input signal of the first polarity, and to set the duty cycle of the first switching element to a second value for providing the output signal of a second polarity in response to the input signal of the first polarity.
A lighting device including light radiation sources that can be mixed to produce multi-chromatic light radiation as an additive mixture of the radiations generated by said sources, including: - a plurality of sets (1, 1'; 2, 2'; 3, 3') of light radiation sources, wherein each set includes light radiation sources that can be mixed to produce multi-chromatic light radiation through additive mixing of the radiations generated by the sources in the set, and - a control device to selectively activate the sets (1, 1'; 2, 2'; 3, 3') of radiation sources in said plurality, characterized in that each said set of radiation sources (1, 1'; 2, 2'; 3, 3') includes sources of radiations which correspond to points in the Cartesian colorimetric diagram in the C.I.E. 1931 system with a baricentric point wherein said sets of radiation sources (1, 1'; 2, 2'; 3, 3') of said plurality have one and the same baricentric point. - a plurality of sets (1, 1'; 2, 2'; 3, 3') of light radiation sources, wherein each set includes light radiation sources that can be mixed to produce multi-chromatic light radiation through additive mixing of the radiations generated by the sources in the set, and - a control device to selectively activate the sets (1, 1'; 2, 2'; 3, 3') of radiation sources in said plurality,
An electronic device for near field communication, NFC, said device (100, 100a) comprising: - a front end unit (110, 110a) adapted to communicate with an external reader/writer device, and - a processing unit including a second memory being adapted to store one or more applications and one or more first identifiers, wherein a first identifier is assigned to one or more applications, wherein the front end unit is further adapted to receive a communication establishment request from the external reader/writer device, the communication establishment request including a certain first identifier, send a response to the reader/writer device and the certain first identifier to the processing unit, when a communication establishment request is received, if the certain first identifier matches a check identifier, which is stored in the front end unit and matches a plurality of first identifiers, or if the front end unit is configured to send a response to all communication establishment requests, the response including an arbitrary or predetermined second identifier, wherein the check identifier comprises one or more wild cards or is a system code comprising one or more wild cards, receive a communication command from the external reader/writer device and forward it to the processing unit, and check if a communication response is received from the processing unit in response to a communication command and, if received, forward it to the external reader/writer device. - a front end unit (110, 110a) adapted to communicate with an external reader/writer device, and - a processing unit including a second memory being adapted to store one or more applications and one or more first identifiers, wherein a first identifier is assigned to one or more applications, receive a communication establishment request from the external reader/writer device, the communication establishment request including a certain first identifier, send a response to the reader/writer device and the certain first identifier to the processing unit, when a communication establishment request is received, if the certain first identifier matches a check identifier, which is stored in the front end unit and matches a plurality of first identifiers, or if the front end unit is configured to send a response to all communication establishment requests, the response including an arbitrary or predetermined second identifier, wherein the check identifier comprises one or more wild cards or is a system code comprising one or more wild cards, receive a communication command from the external reader/writer device and forward it to the processing unit, and
Control device unit, in particular for a motor vehicle, comprising: a circuit board element having electrical components (35, 36, 37) arranged on a mounting surface of the circuit board element, a housing in which the circuit board element is arranged, and a plurality of rectilinear connector pins for connecting a female connector, wherein the connector pins are each electrically connected to one or more of the electrical components (35, 36, 37), wherein the connector pins are fastened in the circuit board element and are not fastened directly in the housing, and the housing has a connector reception opening for receiving the female connector, wherein the connector pins extend from the circuit board element into the connector reception opening, wherein the connector reception opening comprises at least one centring lug (65, 66) for aligning the connector reception opening relative to the connector pins, characterized in that the control device unit further comprises a first casting layer, wherein the first casting layer is at least partially applied to a first side of the circuit board element in such a way that the first casting layer in each case completely surrounds a partial area of the connector pins. a circuit board element having electrical components (35, 36, 37) arranged on a mounting surface of the circuit board element, a housing in which the circuit board element is arranged, and a plurality of rectilinear connector pins for connecting a female connector, wherein the connector pins are each electrically connected to one or more of the electrical components (35, 36, 37), wherein the connector pins are fastened in the circuit board element and are not fastened directly in the housing, and the housing has a connector reception opening for receiving the female connector, wherein the connector pins extend from the circuit board element into the connector reception opening, wherein the connector reception opening comprises at least one centring lug (65, 66) for aligning the connector reception opening relative to the connector pins, characterized in that the control device unit further comprises a first casting layer, wherein the first casting layer is at least partially applied to a first side of the circuit board element in such a way that the first casting layer in each case completely surrounds a partial area of the connector pins.
A crosslinker for polymerizing a film-forming material comprising: an alkyl or aromatic compound comprising at least two functional groups reactive with a film-forming resin and at least one pendent group comprising a nonionic metal coordinating structure, wherein the nonionic metal coordinating structure comprises a first electron-rich functional group which is a member of the group consisting of an ester, a ketone, an ether, and a hydroxyl and wherein the nonionic metal coordinating structure further comprises a second electron-rich functional group, wherein the second electron-rich functional group is in an alpha- or beta-position relative to the first electron-rich functional group. an alkyl or aromatic compound comprising at least two functional groups reactive with a film-forming resin and at least one pendent group comprising a nonionic metal coordinating structure, wherein the nonionic metal coordinating structure comprises a first electron-rich functional group which is a member of the group consisting of an ester, a ketone, an ether, and a hydroxyl and wherein the nonionic metal coordinating structure further comprises a second electron-rich functional group, wherein the second electron-rich functional group is in an alpha- or beta-position relative to the first electron-rich functional group.
A magnetic resonance imaging system comprising: a solenoid magnet configured to generate a static magnetic field; and an annular coil assembly housed within at least a portion of the solenoid magnet to image a subject, the coil assembly comprising a gradient coil, wherein the annular coil assembly has an aperture formed at one particular circumferential location along an annulus of the annular coil assembly to allow access to a part of the subject located within the annular coil, wherein the aperture extends along a longitudinal direction of the annular coil assembly; and, wherein the annular coil assembly is configured to be rotatable around the subject and relative to the magnet such that a position of the aperture within the magnet remains variable even after the part of the subject has been brought in an imaging position relative to the magnet. a solenoid magnet configured to generate a static magnetic field; and an annular coil assembly housed within at least a portion of the solenoid magnet to image a subject, the coil assembly comprising a gradient coil, wherein the annular coil assembly has an aperture formed at one particular circumferential location along an annulus of the annular coil assembly to allow access to a part of the subject located within the annular coil, wherein the aperture extends along a longitudinal direction of the annular coil assembly; and, wherein the annular coil assembly is configured to be rotatable around the subject and relative to the magnet such that a position of the aperture within the magnet remains variable even after the part of the subject has been brought in an imaging position relative to the magnet.