mhurhangee/ep-ind-claims huggingface dataset:
An inverter device comprising: an electrolytic capacitor that smoothes a rectified voltage to a direct voltage; an inverter circuit that generates an alternating voltage from the direct voltage, to drive an electric motor; a controlling device that controls drive of a plurality of switching elements (6u-6w, 7u-7w) included in the inverter circuit; and a temperature measuring device that measures a temperature of the electrolytic capacitor, to output the measured temperature to the controlling device, characterized in that, when the temperature obtained by the temperature measuring device is lower than a predetermined target temperature, the controlling device supplies the electric motor with a current which is restricted so that a ripple voltage generated when the rectified voltage is smoothened to the direct voltage falls within an allowable range, before starting a normal operation of the electric motor, so that the temperature of the electrolytic capacitor is raised to the target temperature. an electrolytic capacitor that smoothes a rectified voltage to a direct voltage; an inverter circuit that generates an alternating voltage from the direct voltage, to drive an electric motor; a controlling device that controls drive of a plurality of switching elements (6u-6w, 7u-7w) included in the inverter circuit; and a temperature measuring device that measures a temperature of the electrolytic capacitor, to output the measured temperature to the controlling device, characterized in that, when the temperature obtained by the temperature measuring device is lower than a predetermined target temperature, the controlling device supplies the electric motor with a current which is restricted so that a ripple voltage generated when the rectified voltage is smoothened to the direct voltage falls within an allowable range, before starting a normal operation of the electric motor, so that the temperature of the electrolytic capacitor is raised to the target temperature.
A transformant, comprising a lactate dehydrogenase gene which is introduced into Schizosaccharomyces pombe as a host, wherein a part of a gene cluster encoding a pyruvate decarboxylase in the Schizosaccharomyces pombe host is deleted or inactivated, wherein the pyruvate decarboxylase which is deleted or inactivated is the PDC 2 gene.
An upper comprising: an upper main body configured to cover an instep of a foot, wherein a first region and a second region adjacent to the first region are formed in the upper main body, the upper main body includes: a plurality of first linear bodies provided across the first region and the second region or provided in the second region and not in the first region; and a plurality of second linear bodies provided in the first region while avoiding the second region and having an end located at a boundary portion between the first region and the second region, the first linear bodies have different stretchability than the second linear bodies, the upper main body further comprises a plurality of reference linear bodies, the plurality of first linear bodies and the plurality of second linear bodies extend in one of a fore-rear direction or a foot-width direction, and the plurality of reference linear bodies extend in the other of the fore-rear direction or the foot-width direction, the plurality of first linear bodies alternately pass the front side and back side of the reference linear bodies in the first region and second region or in the second region and not in the first region, and the plurality of second linear bodies alternately pass the front side and back side of the reference linear bodies in the first region. an upper main body configured to cover an instep of a foot, wherein a first region and a second region adjacent to the first region are formed in the upper main body, the upper main body includes: a plurality of first linear bodies provided across the first region and the second region or provided in the second region and not in the first region; and a plurality of second linear bodies provided in the first region while avoiding the second region and having an end located at a boundary portion between the first region and the second region, the first linear bodies have different stretchability than the second linear bodies, the upper main body further comprises a plurality of reference linear bodies, the plurality of first linear bodies and the plurality of second linear bodies extend in one of a fore-rear direction or a foot-width direction, and the plurality of reference linear bodies extend in the other of the fore-rear direction or the foot-width direction, the plurality of first linear bodies alternately pass the front side and back side of the reference linear bodies in the first region and second region or in the second region and not in the first region, and the plurality of second linear bodies alternately pass the front side and back side of the reference linear bodies in the first region.
An airborne antenna system comprising: an omnidirectional coverage antenna; a co-located second transmit antenna that is co-banded with the transmit and/or receive bands of the omnidirectional coverage antenna; and a transceiver coupled to the omnidirectional coverage antenna; characterized in that the omnidirectional coverage antenna and co-located second transmit antenna are attachable to an underside of an aircraft; and the omnidirectional coverage antenna is arranged for both electrical down-tilt and mechanical up-tilt to create, from a vertical polarization omnidirectional radiation pattern of the omnidirectional coverage antenna, an augmented elevation plane downward pointing pattern with a deep null oriented toward the co-located second antenna so that interference from the second antenna is reduced. an omnidirectional coverage antenna; a co-located second transmit antenna that is co-banded with the transmit and/or receive bands of the omnidirectional coverage antenna; and a transceiver coupled to the omnidirectional coverage antenna; characterized in that the omnidirectional coverage antenna and co-located second transmit antenna are attachable to an underside of an aircraft; and the omnidirectional coverage antenna is arranged for both electrical down-tilt and mechanical up-tilt to create, from a vertical polarization omnidirectional radiation pattern of the omnidirectional coverage antenna, an augmented elevation plane downward pointing pattern with a deep null oriented toward the co-located second antenna so that interference from the second antenna is reduced.
Apparatus for receiving transmitted digital data in circular polarity, CP, and linear polarity, LP, formats and including a waveguide having a first channel having an aperture through which the LP and CP format data enter, and second and third channels (6,8)connected to the first channel via respective ports (16,20) and into which the first and second orthogonal components of the CP format data signals are respectively deflected via respective deflection means (12,14) from the first channel, said second and third channels (6,8) having exit apertures which lie in the same plane, wherein said apparatus includes first adjustment means (30,32) for at least one orthogonal component of the CP format data which are mounted in the waveguide to allow adjustment of the phase of the said orthogonal components and amplitude adjustment means are located downstream of the first adjustment means with respect to the direction of passage of the received digital data through the apparatus.
A mobile terminal, comprising: a display including: a window; and an LCD module located below the window, an upper surface of the LCD module facing the window; a first case spaced from the display at a perimeter of the display, the first case being configured to support the display; and an edge member disposed between the display and the first case, the edge member being located along an edge of the display, wherein a length of the window in a first direction is smaller than the LCD module in the first direction, and wherein the edge member includes: a rubber member disposed between the window and the first case, the rubber member being exposed outside the mobile terminal; and a metallic member having a first end located in the rubber member and a second end contacting the inner side surface of the first case. a window; and an LCD module located below the window, an upper surface of the LCD module facing the window; a first case spaced from the display at a perimeter of the display, the first case being configured to support the display; and an edge member disposed between the display and the first case, the edge member being located along an edge of the display, wherein a length of the window in a first direction is smaller than the LCD module in the first direction, and wherein the edge member includes: a rubber member disposed between the window and the first case, the rubber member being exposed outside the mobile terminal; and a metallic member having a first end located in the rubber member and a second end contacting the inner side surface of the first case. a rubber member disposed between the window and the first case, the rubber member being exposed outside the mobile terminal; and a metallic member having a first end located in the rubber member and a second end contacting the inner side surface of the first case.
A one-component debondable, high temperature stable adhesive composition comprising (i) the partial hydrosilylation reaction product of the reaction between the vinyl groups on 1,3,5,7-tetravinyl-1,3,5,7-tetramethylcyclotetrasiloxane and the terminal Si-H hydrogens on a silane or siloxane having terminal Si-H hydrogens, and (ii) a photo and/or thermal radical cure initiator. (i) the partial hydrosilylation reaction product of the reaction between the vinyl groups on 1,3,5,7-tetravinyl-1,3,5,7-tetramethylcyclotetrasiloxane and the terminal Si-H hydrogens on a silane or siloxane having terminal Si-H hydrogens, and (ii) a photo and/or thermal radical cure initiator.
An electronic device comprising: a housing having an opening, defined in a bottom cover of the housing; and an antenna assembly disposed in the housing, whereby the antenna assembly comprises: an antenna mounted to the bottom cover of the housing; an antenna module disposed corresponding to the opening; and a cable to connect the antenna to the antenna module via routing the cable through the opening, characterised in that the cable comprises: a first portion within the housing and fixed to the bottom cover via a supporting feature; and a second portion routed via the opening to an exterior of the electronic device and connected to the antenna module via the opening; the electronic device further comprising a removable structure to cover the opening and the second portion of the cable. a housing having an opening, defined in a bottom cover of the housing; and an antenna assembly disposed in the housing, whereby the antenna assembly comprises: an antenna mounted to the bottom cover of the housing; an antenna module disposed corresponding to the opening; and a cable to connect the antenna to the antenna module via routing the cable through the opening, characterised in that the cable comprises: a first portion within the housing and fixed to the bottom cover via a supporting feature; and a second portion routed via the opening to an exterior of the electronic device and connected to the antenna module via the opening; the electronic device further comprising a removable structure to cover the opening and the second portion of the cable. an antenna mounted to the bottom cover of the housing; an antenna module disposed corresponding to the opening; and a cable to connect the antenna to the antenna module via routing the cable through the opening, characterised in that the cable comprises: a first portion within the housing and fixed to the bottom cover via a supporting feature; and a second portion routed via the opening to an exterior of the electronic device and connected to the antenna module via the opening; the electronic device further comprising a removable structure to cover the opening and the second portion of the cable. a first portion within the housing and fixed to the bottom cover via a supporting feature; and a second portion routed via the opening to an exterior of the electronic device and connected to the antenna module via the opening; the electronic device further comprising a removable structure to cover the opening and the second portion of the cable.
Galvanically isolated DC/DC converter, comprising: at least one first side converter circuit coupled between a pair of first side DC terminals, and at least one second side converter circuit coupled between a pair of second side DC terminals, the second side converter circuit having at least a first and a second switching element (41, 45), with each of the first and second switching elements (41, 45) comprising a switch (42, 46) and a diode (44, 48) connected in parallel, wherein, when the DC/DC converter is in power transfer operation from the pair of first side DC terminals to the pair of second side DC terminals, the diodes (44, 48) of the first and second switching elements (41, 45) are alternately in a conductive state, with each of the first and second switching elements being controlled such that a closed state of the respective switch extends beyond a transitioning of the diode of the same switching element from the conductive state to a blocking state. at least one first side converter circuit coupled between a pair of first side DC terminals, and at least one second side converter circuit coupled between a pair of second side DC terminals, the second side converter circuit having at least a first and a second switching element (41, 45), with each of the first and second switching elements (41, 45) comprising a switch (42, 46) and a diode (44, 48) connected in parallel, wherein, when the DC/DC converter is in power transfer operation from the pair of first side DC terminals to the pair of second side DC terminals, the diodes (44, 48) of the first and second switching elements (41, 45) are alternately in a conductive state, with each of the first and second switching elements being controlled such that a closed state of the respective switch extends beyond a transitioning of the diode of the same switching element from the conductive state to a blocking state.
Parking system comprising a frame construction which has three horizontal levels, wherein level 2 is arranged vertically below level 1 and level 3 is arranged vertically below level 2 and wherein level 1 forms the entry level, further comprising drivable platforms, wherein the parking system has n drivable lifting platforms, with n ∈ N and n ≥ 2, wherein the n drivable lifting platforms can be moved vertically; level 1 and level 2 each have n-1 drivable sliding platforms (40, 50), wherein the n-1 drivable sliding platforms (40, 50) can be moved horizontally; each of the n drivable lifting platforms has a frame comprising two rails (62, 63), wherein one of the n-1 sliding platforms of level 2 can be slid horizontally into the two rails (62, 63); and each sliding platform of level 2 can be moved vertically by a lifting platform. level 1 and level 2 each have n-1 drivable sliding platforms (40, 50), wherein the n-1 drivable sliding platforms (40, 50) can be moved horizontally; each of the n drivable lifting platforms has a frame comprising two rails (62, 63), wherein one of the n-1 sliding platforms of level 2 can be slid horizontally into the two rails (62, 63); and each sliding platform of level 2 can be moved vertically by a lifting platform.
A communication control apparatus comprising: a communication controller that is configured to control communication with other communication ontrol apparatuses, the communication exchanging information about terminal grouping to distinguish operations to a specific wireless terminal and to other wireless terminals, wherein the communication controller is configured to control the communication of an inquiry about whether the other communication control apparatuses have a terminal list containing a target wireless terminal as the specific wireless terminal; and wherein the communication controller is configured to control the communication of an inquiry about whether it is possible to participate in cooperative communication linked to the other communication control apparatuses to communicate with a target wireless terminal. a communication controller that is configured to control communication with other communication ontrol apparatuses, the communication exchanging information about terminal grouping to distinguish operations to a specific wireless terminal and to other wireless terminals, wherein the communication controller is configured to control the communication of an inquiry about whether the other communication control apparatuses have a terminal list containing a target wireless terminal as the specific wireless terminal; and wherein the communication controller is configured to control the communication of an inquiry about whether it is possible to participate in cooperative communication linked to the other communication control apparatuses to communicate with a target wireless terminal.
An integrated circuit comprising: a constant power rail; a collapsible power rail; multiple flip-flops, each flip-flop of the multiple flip-flops including: a master portion coupled to the collapsible power rail; and a slave portion coupled to the constant power rail; and power management circuitry, including combinative circuitry, coupled to the collapsible power rail, wherein: the combinative circuitry is configured to combine a clock signal and a retention signal into a combined control signal; the combinative circuitry is powered by the collapsible power rail; and the power management circuitry is configured to provide the combined control signal to each flip-flop of the multiple flip-flops, the combinative circuitry comprising a NOR gate. a constant power rail; a collapsible power rail; multiple flip-flops, each flip-flop of the multiple flip-flops including: a master portion coupled to the collapsible power rail; and a slave portion coupled to the constant power rail; and a master portion coupled to the collapsible power rail; and a slave portion coupled to the constant power rail; and power management circuitry, including combinative circuitry, coupled to the collapsible power rail, wherein: the combinative circuitry is configured to combine a clock signal and a retention signal into a combined control signal; the combinative circuitry is powered by the collapsible power rail; and the power management circuitry is configured to provide the combined control signal to each flip-flop of the multiple flip-flops, the combinative circuitry comprising a NOR gate. the combinative circuitry is configured to combine a clock signal and a retention signal into a combined control signal; the combinative circuitry is powered by the collapsible power rail; and the power management circuitry is configured to provide the combined control signal to each flip-flop of the multiple flip-flops, the combinative circuitry comprising a NOR gate.
A method for (co)polymerization of ethylene which is carried out in the presence of (a) and (b) below: (a) a solid titanium complex catalyst prepared by a method comprising the steps of: (i) preparing a magnesium solution by contacting halogenated magnesium compounds with alcohol; (ii) reacting the magnesium solution with ester compound having at least one hydroxyl group and silicon compound having alkoxy group; (iii) preparing a solid titanium catalyst component by reacting the product from step (ii) with a mixture of titanium compound and haloalkane compound; and (iv) producing a solid titanium complex catalyst by reacting the solid titanium catalyst component with a mixture of aluminum compound and haloalkane compound, or with haloalkane, (b) organometallic compounds in Group II or III of the Periodic Table. (a) a solid titanium complex catalyst prepared by a method comprising the steps of: (i) preparing a magnesium solution by contacting halogenated magnesium compounds with alcohol; (ii) reacting the magnesium solution with ester compound having at least one hydroxyl group and silicon compound having alkoxy group; (iii) preparing a solid titanium catalyst component by reacting the product from step (ii) with a mixture of titanium compound and haloalkane compound; and (iv) producing a solid titanium complex catalyst by reacting the solid titanium catalyst component with a mixture of aluminum compound and haloalkane compound, or with haloalkane, (i) preparing a magnesium solution by contacting halogenated magnesium compounds with alcohol; (ii) reacting the magnesium solution with ester compound having at least one hydroxyl group and silicon compound having alkoxy group; (iii) preparing a solid titanium catalyst component by reacting the product from step (ii) with a mixture of titanium compound and haloalkane compound; and (iv) producing a solid titanium complex catalyst by reacting the solid titanium catalyst component with a mixture of aluminum compound and haloalkane compound, or with haloalkane, (b) organometallic compounds in Group II or III of the Periodic Table.
A quasi-self-focusing high strength large power ultrasonic transducer comprising a backing and piezo-electric crystal sheets, wherein the backing has a double-layer structure and there is an air cavity between the layers; at least four piezo-electric crystal sheets are adhered tightly on the inside focusing face of the backing; a protective layer is covered on the surfaces of the piezo-electric crystal sheets; the number of pieces of said piezo-electric crystal sheets is in a range of 4 to 24; the piezo-electric crystal sheets have similar electroacoustical characteristics, a radius of curvature at all points identical to that of the corresponding points of the inside focusing face of the backing and are adhered tightly on the inside focusing face of the backing; wherein said backing is made of material with low loss and high acoustic resistance; and the inside focusing face of the backing is a concave spherical zone surface; characterized in that the thickness of the inner layer of the backing is an integral multiple of 1/2 of the wavelength λ of a sound wave in the backing material under the specific working frequency emitted by the piezo-electric crystal sheets. wherein said backing is made of material with low loss and high acoustic resistance; and the inside focusing face of the backing is a concave spherical zone surface; characterized in that the thickness of the inner layer of the backing is an integral multiple of 1/2 of the wavelength λ of a sound wave in the backing material under the specific working frequency emitted by the piezo-electric crystal sheets.