mhurhangee/ep-ind-claims huggingface dataset:
A motor-integrated fluid machine, comprising: a fluid machine unit that compresses or expands fluid; a motor unit provided with a drive shaft connected to the fluid machine unit, a rotor integrally rotated with the drive shaft, a stator that applies torque to the rotor, and a motor casing that houses the rotor and the stator; a cooling fan that is connected to the reverse side to the fluid machine unit of the drive shaft, sucks cooling air from the motor unit side, and cools the motor unit and the fluid machine unit; and a fan cover that covers a part of the diametrical outside of the cooling fan and the reverse side to the motor unit, wherein the cooling fan discharges cooling air in a diametrical direction into the fan cover; characterized in that a minimum area of a diametrical cooling air passage from the diametrical outside toward the drive shaft formed between a side of the motor casing and the fan cover opposite to the motor casing side between the motor unit and the cooling fan is larger than a minimum area of an axial cooling air passage from the motor unit side to the cooling fan. a fluid machine unit that compresses or expands fluid; a motor unit provided with a drive shaft connected to the fluid machine unit, a rotor integrally rotated with the drive shaft, a stator that applies torque to the rotor, and a motor casing that houses the rotor and the stator; a cooling fan that is connected to the reverse side to the fluid machine unit of the drive shaft, sucks cooling air from the motor unit side, and cools the motor unit and the fluid machine unit; and a fan cover that covers a part of the diametrical outside of the cooling fan and the reverse side to the motor unit, wherein the cooling fan discharges cooling air in a diametrical direction into the fan cover; characterized in that a minimum area of a diametrical cooling air passage from the diametrical outside toward the drive shaft formed between a side of the motor casing and the fan cover opposite to the motor casing side between the motor unit and the cooling fan is larger than a minimum area of an axial cooling air passage from the motor unit side to the cooling fan.
Scale, in particular a baby scale, having a supporting device for goods to be weighed or a baby to be weighed and having at least two load cells operatively connected to the supporting device, characterized in that the load cells are assigned to two bearing elements surrounding the supporting device, at least in some sections, the two bearing elements being connected to each other exclusively by means of the supporting device.
A zoom lens unit, comprising in order from an object side to an image side: a first lens group having a positive refracting power; a second lens group having a negative refracting power; a third lens group having a positive refracting power; and a fourth lens group having a positive refracting power, an aperture stop being disposed between the second lens group and the third lens group, and when changing magnification from a wide-angle end to a telephoto end, an interval between the first lens group and the second lens group increases, an interval between the second lens group and the third lens group decreases, and an interval between the third lens group and the fourth lens group increases, and the first lens group and the third lens group are moved such that the first lens group and the third lens group locate nearer to the object side at the telephoto end than at the wide-angle end, wherein the third lens group has a positive lens made of an optical glass material which satisfies the following formulae: 1.52 < n d < 1.62 65.0 < v d < 75.0 0.015 < Pg, F − − 0.001802 × v d + 0.6483 < 0.050 where, n d represents a refractive index of the optical glass material, ν d represents an Abbe number of the optical glass material, and Pg,F represents a partial dispersion ratio of the optical glass material, the partial dispersion ratio, Pg,F, being defined as follows: Pg, F = ng − nF / nF − nC where, ng, nF and nC represent refractive indexes of the optical glass material for g line, F line and C line, respectively. a first lens group having a positive refracting power; a second lens group having a negative refracting power; a third lens group having a positive refracting power; and a fourth lens group having a positive refracting power, an aperture stop being disposed between the second lens group and the third lens group, and when changing magnification from a wide-angle end to a telephoto end, an interval between the first lens group and the second lens group increases, an interval between the second lens group and the third lens group decreases, and an interval between the third lens group and the fourth lens group increases, and the first lens group and the third lens group are moved such that the first lens group and the third lens group locate nearer to the object side at the telephoto end than at the wide-angle end, wherein the third lens group has a positive lens made of an optical glass material which satisfies the following formulae: 1.52 < n d < 1.62 65.0 < v d < 75.0 0.015 < Pg, F − − 0.001802 × v d + 0.6483 < 0.050 where, n d represents a refractive index of the optical glass material, ν d represents an Abbe number of the optical glass material, and Pg,F represents a partial dispersion ratio of the optical glass material, the partial dispersion ratio, Pg,F, being defined as follows: Pg, F = ng − nF / nF − nC where, ng, nF and nC represent refractive indexes of the optical glass material for g line, F line and C line, respectively.
Hands-free access system for a motor vehicle comprising: - a control member placed in the motor vehicle; - a detection member (CAPT) placed in a panel handle of the motor vehicle, said detection member: - being connected to said control member; - being able to measure a signal representative of the approaching of a hand; - a sensitivity level for which a corresponding threshold value is defined; - said control member being able to launch a hands-free interrogation with the motor vehicle when the measured signal exceeds the threshold value corresponding to the sensitivity level; the hands-free system comprising at least two sensitivity levels (SEN1, SEN2), a first high sensitivity level, and a second low sensitivity level, the control member being also able to modify the sensitivity level (SEN1, SEN2) of the hands-free system in response to a predetermined sequence of events, the control member causing the hands-free system to switch from the first high sensitivity level to the second low sensitivity level, in the presence of the sequence: - said hands-free system is placed at a first high sensitivity level; - detection of the signal greater than a first threshold value; characterized in that in the presence of the sequence: - detection of the crossing of the second threshold value, - detection of the crossing of a third threshold value, the control member causes the hands-free system to switch from the second low sensitivity level to the first high sensitivity level. - a control member placed in the motor vehicle; - a detection member (CAPT) placed in a panel handle of the motor vehicle, said detection member: - being connected to said control member; - being able to measure a signal representative of the approaching of a hand; - being connected to said control member; - being able to measure a signal representative of the approaching of a hand; - a sensitivity level for which a corresponding threshold value is defined; - said control member being able to launch a hands-free interrogation with the motor vehicle when the measured signal exceeds the threshold value corresponding to the sensitivity level; - said hands-free system is placed at a first high sensitivity level; - detection of the signal greater than a first threshold value; - detection of the crossing of the second threshold value, - detection of the crossing of a third threshold value,
A method, comprising: during runtime operation of a host operating system on a bare metal platform including one or more processing units on which the host operating system and applications in the tenant environment are executed, employing an out-of-band microcode (uCode) hot-upgrade process to update firmware uCode for at least one of the one or more processing units, wherein the firmware uCode update comprises a uCode patch that is buffered in memory onboard an out-of-band controller and copied from the memory to the at least one of the one or more processing units.
A method comprising: obtaining a phase of a reference clock signal and at least three phases of a local oscillator signal, the at least three phases of the local oscillator signal generated by a local oscillator; forming at least three weighted partial phase-error signals, each weighted partial phase-error signal formed as an output current by comparing the phase of the reference clock signal to a respective one of the at least three phases of the local oscillator signal and providing charge pump control signals to a corresponding charge pump (802, 804) based on the comparison, the corresponding charge pump configured to generate the output current having a respective applied weighting factor selected from a matrix weighting factor configuration; and generating a composite phase error signal by forming an analog summation of the at least three weighted partial phase error signals, and responsively adjusting a phase of the local oscillator using the composite phase error signal. obtaining a phase of a reference clock signal and at least three phases of a local oscillator signal, the at least three phases of the local oscillator signal generated by a local oscillator; forming at least three weighted partial phase-error signals, each weighted partial phase-error signal formed as an output current by comparing the phase of the reference clock signal to a respective one of the at least three phases of the local oscillator signal and providing charge pump control signals to a corresponding charge pump (802, 804) based on the comparison, the corresponding charge pump configured to generate the output current having a respective applied weighting factor selected from a matrix weighting factor configuration; and generating a composite phase error signal by forming an analog summation of the at least three weighted partial phase error signals, and responsively adjusting a phase of the local oscillator using the composite phase error signal.
A light absorption layer containing a perovskite compound having a band gap energy of 1.7 eV or more and 4.0 eV or less and quantum dots having a band gap energy equal to or more than 0.2 eV and equal to or less than the band gap energy of the perovskite compound, characterised in that the quantum dots contain an organic ligand.
A vehicle lighting fixture comprising: a light source configured to emit light and having an optical axis; a reflector configured to reflect light emitted from the light source toward a first direction; and a light guide lens having a front surface and a rear surface, configured to receive from the rear surface the light reflected by the reflector and output the light from the front surface, the vehicle lighting fixture characterized in that the light guide lens is an inner lens formed by a light transmitting member having a refractive index higher than air, wherein the light guide lens has a recess portion in the front surface and a lens portion in the rear surface, the lens portion corresponding to the recess portion, and a part of the light condensed by the lens portion is totally internally reflected by a pair of reflecting surfaces (11b, 11c) constituting the recess portion, so that a region corresponding to the recess portion is caused to output light with an intensity relatively smaller than that in a periphery thereof. a light source configured to emit light and having an optical axis; a reflector configured to reflect light emitted from the light source toward a first direction; and a light guide lens having a front surface and a rear surface, configured to receive from the rear surface the light reflected by the reflector and output the light from the front surface, the vehicle lighting fixture characterized in that the light guide lens is an inner lens formed by a light transmitting member having a refractive index higher than air, wherein the light guide lens has a recess portion in the front surface and a lens portion in the rear surface, the lens portion corresponding to the recess portion, and a part of the light condensed by the lens portion is totally internally reflected by a pair of reflecting surfaces (11b, 11c) constituting the recess portion, so that a region corresponding to the recess portion is caused to output light with an intensity relatively smaller than that in a periphery thereof.
A disc for use in a disc screen, the disc having a longitudinal axis, the disc comprising: a hub extending a length along the longitudinal axis, wherein the longitudinal axis is coaxial with the center of the hub, the hub further comprising: a hub surface; a plurality of lobes N, wherein each lobe extends along the longitudinal axis, and wherein each lobe has a peak with a corresponding peak radius measured from the center of the hub to the hub surface at the peak; each lobe has a peak radius that is substantially the same as the peak radius of the other lobes; each lobe peak is 360/N degrees apart from one another, as defined by the angles formed between the peak radius of adjacent lobes; a non-peak radius measured from the center of the hub to the hub surface between the peaks of adjacent lobes; wherein the peak radius is larger than the non-peak radius; and a helical ridge extending away from the hub surface and twisting about the longitudinal axis for the length and wherein the helical ridge twists at least 360 degrees about the longitudinal axis. a hub surface; a plurality of lobes N, wherein each lobe extends along the longitudinal axis, and wherein each lobe has a peak with a corresponding peak radius measured from the center of the hub to the hub surface at the peak; each lobe has a peak radius that is substantially the same as the peak radius of the other lobes; each lobe peak is 360/N degrees apart from one another, as defined by the angles formed between the peak radius of adjacent lobes; each lobe has a peak radius that is substantially the same as the peak radius of the other lobes; each lobe peak is 360/N degrees apart from one another, as defined by the angles formed between the peak radius of adjacent lobes; a non-peak radius measured from the center of the hub to the hub surface between the peaks of adjacent lobes; wherein the peak radius is larger than the non-peak radius; and a helical ridge extending away from the hub surface and twisting about the longitudinal axis for the length and wherein the helical ridge twists at least 360 degrees about the longitudinal axis.
A recombinant polynucleotide comprising a promoter located 5' relative to and operably linked to a nucleic acid sequence that confers resistance to a fungal plant disease, wherein said promoter comprises SEQ ID NO:32, to provide for transcription of said nucleic acid sequence.
A longwall working face non-pillared mining method, comprising steps of: i) excavating two communicated roadways on a coal seam as a tailentry and a headentry of a first mining face; ii) reinforcing a top panel of the headentry and drilling on a working face side of the top panel of the headentry a plurality of energy collecting holes linearly arranged for pre-splitting blasting; iii) extracting until a goaf is formed, and the roadway is eliminated; iv) after the goaf is formed on the first mining face, mounting a bidirectional energy collecting pre-splitting blasting device at a position corresponding to the energy collecting holes on the top panel of the original headentry of the goaf, connecting a blasting lead for the pre-splitting blasting of the top panel 5 at the position, and forming a directional kerf, extending up and down along the entire original headentry, on a side of the top panel close to the mining face; v) making the top panel of the mining face collapse by a pressure from a deep stratum on an upper portion of the goaf, and forming a new roadway at a position of the original headentry; vi) taking a roadway, automatically formed at the position of the original headentry, as a tailentry of a next mining face, and excavating a headentry relative to the tailentry, to form a new mining face; and vii) repeating steps ii) to vi), and continuing to mine coal until the coal seam mining is completed. i) excavating two communicated roadways on a coal seam as a tailentry and a headentry of a first mining face; ii) reinforcing a top panel of the headentry and drilling on a working face side of the top panel of the headentry a plurality of energy collecting holes linearly arranged for pre-splitting blasting; iii) extracting until a goaf is formed, and the roadway is eliminated; iv) after the goaf is formed on the first mining face, mounting a bidirectional energy collecting pre-splitting blasting device at a position corresponding to the energy collecting holes on the top panel of the original headentry of the goaf, connecting a blasting lead for the pre-splitting blasting of the top panel 5 at the position, and forming a directional kerf, extending up and down along the entire original headentry, on a side of the top panel close to the mining face; v) making the top panel of the mining face collapse by a pressure from a deep stratum on an upper portion of the goaf, and forming a new roadway at a position of the original headentry; vi) taking a roadway, automatically formed at the position of the original headentry, as a tailentry of a next mining face, and excavating a headentry relative to the tailentry, to form a new mining face; and vii) repeating steps ii) to vi), and continuing to mine coal until the coal seam mining is completed.
Roofing device, in particular for roofing a terrace, with: a longitudinal girder profile provided for bearing a rafter mount and having a bearing profile portion; a rafter mount for holding a rafter on the longitudinal girder profile; and a seating profile for receiving an infill in a region along the longitudinal girder profile connecting to the rafter mount, wherein the rafter mount has a first surface and a second surface, wherein the seating profile can be placed in a space provided between the bearing profile portion and the first and second surface and can be arrested between the longitudinal girder profile and the rafter mount by abutting against the longitudinal girder profile, the first surface and the second surface. a longitudinal girder profile provided for bearing a rafter mount and having a bearing profile portion; a rafter mount for holding a rafter on the longitudinal girder profile; and a seating profile for receiving an infill in a region along the longitudinal girder profile connecting to the rafter mount, wherein the rafter mount has a first surface and a second surface, wherein the seating profile can be placed in a space provided between the bearing profile portion and the first and second surface and can be arrested between the longitudinal girder profile and the rafter mount by abutting against the longitudinal girder profile, the first surface and the second surface.
A signal light interruption detection device comprising: an optical interleaver configured to demultiplex wavelength-multiplexed light into light in first frequency ranges corresponding to a first frequency grid including frequencies at regular frequency intervals in which main signal light components can be arranged and light in second frequency ranges corresponding to a second frequency grid shifted from the first frequency grid by a half cycle of the regular frequency intervals in which ASE noise light components exist; a first optical detector configured to detect first light power as total power of the light in the first frequency ranges received from the optical interleaver; a second optical detector configured to detect second light power as total power of the light in the second frequency ranges received from the optical interleaver; and a judgment unit configured to output a notification signal based on a difference between the first light power detected by the first optical detector and the second light power detected by the second optical detector, wherein the judgment unit is configured to output the notification signal indicating a signal light interruption state in which no main signal light components exist in the wavelength-multiplexed light when the difference obtained by subtracting a value of a signal outputted from the second optical detector from a value of a signal outputted from the first optical detector is smaller than or equal to a predetermined threshold value. an optical interleaver configured to demultiplex wavelength-multiplexed light into light in first frequency ranges corresponding to a first frequency grid including frequencies at regular frequency intervals in which main signal light components can be arranged and light in second frequency ranges corresponding to a second frequency grid shifted from the first frequency grid by a half cycle of the regular frequency intervals in which ASE noise light components exist; a first optical detector configured to detect first light power as total power of the light in the first frequency ranges received from the optical interleaver; a second optical detector configured to detect second light power as total power of the light in the second frequency ranges received from the optical interleaver; and a judgment unit configured to output a notification signal based on a difference between the first light power detected by the first optical detector and the second light power detected by the second optical detector, wherein the judgment unit is configured to output the notification signal indicating a signal light interruption state in which no main signal light components exist in the wavelength-multiplexed light when the difference obtained by subtracting a value of a signal outputted from the second optical detector from a value of a signal outputted from the first optical detector is smaller than or equal to a predetermined threshold value.