mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic distance meter comprising: an optical unit which emits light (Pm) to a target object and receives the light (Pr) reflected by the target object with a light receiving element ; a measuring unit which calculates a length of round-trip time taken for the light to reciprocatively travel to the target object and measures a distance to the target object according to the round-trip time of the received light; a light receiving system which receives and condenses the light reflected by the target object; an optical guide which guides the light condensed by the light receiving system to the light receiving element, characterized in that the optical guide includes a multi-mode graded index fiber and a multi-mode step index fiber coupled with each other, a mode dispersion amount (D2) in the multi-mode step index fiber is larger than a mode dispersion amount (D1) in the multi-mode graded index fiber , and a lower limit of a length of the multi-mode step index fiber is set to approximately 50 mm. an optical unit which emits light (Pm) to a target object and receives the light (Pr) reflected by the target object with a light receiving element ; a measuring unit which calculates a length of round-trip time taken for the light to reciprocatively travel to the target object and measures a distance to the target object according to the round-trip time of the received light; a light receiving system which receives and condenses the light reflected by the target object; an optical guide which guides the light condensed by the light receiving system to the light receiving element, the optical guide includes a multi-mode graded index fiber and a multi-mode step index fiber coupled with each other, a mode dispersion amount (D2) in the multi-mode step index fiber is larger than a mode dispersion amount (D1) in the multi-mode graded index fiber , and a lower limit of a length of the multi-mode step index fiber is set to approximately 50 mm.
A non-invasive measurement device for the measurement of skin properties using laser light, the device comprising a probe module and an imaging module , wherein: - the probe module comprises a first optical system and a laser light source for generating a probe light beam , the probe module being configured and arranged such that, in use, the probe light beam exits the device along a probe axis and impinges on an outer surface of the skin to be treated; the first optical system being configured and arranged to direct, in use, the probe light beam to a probe region inside the skin; - the imaging module comprises a second optical system and an optical detector array , the optical detector array being disposed along a detector axis comprised in an image plane of the second optical system , wherein the second optical system has an imaging optical axis that intersects with the probe axis , characterized in that the second optical system is configured and arranged to form, in use, an image on a plurality of light detection elements comprised in the optical detector array of, respectively, a plurality of probe positions distributed along the probe axis within the probe region , wherein said plurality of probe positions lie in an object plane of the second optical system , and wherein an angle between the probe axis and the imaging optical axis is equal to an angle between the imaging optical axis and the detector axis . - the probe module comprises a first optical system and a laser light source for generating a probe light beam , the probe module being configured and arranged such that, in use, the probe light beam exits the device along a probe axis and impinges on an outer surface of the skin to be treated; the first optical system being configured and arranged to direct, in use, the probe light beam to a probe region inside the skin; - the imaging module comprises a second optical system and an optical detector array , the optical detector array being disposed along a detector axis comprised in an image plane of the second optical system , wherein the second optical system has an imaging optical axis that intersects with the probe axis ,
A connection structure between a coil (V12) and a bus bar attached to a stator of a motor , wherein the coil (V12) and the bus bar each include a lead part (V12a, 52a), each of the lead parts (V12a, 52a) has a distal end provided with a corner cut away to be stepped to configure a stepped portion having a side surface extending substantially in parallel with the longitudinal direction of the lead parts (V12a, 52a), the coil (V12) and the bus bar are connected to each other in a state where a plurality of the side surfaces of a plurality of the stepped portions are in contact with each other, each of the lead parts has a bottom surface provided continuously to the side surface in the stepped portion , and a distal end surface of a portion other than the stepped portion at the distal end, and the bottom surface and the distal end surface are provided substantially perpendicularly to the longitudinal direction of the lead part (V12a, 52a), characterized in that the distal end surface of a first one of the lead parts (V12a, 52a) is in contact with the bottom surface of a second one (V12a) of the lead parts (V12a, 52a), and the bottom surface of the first one of the lead parts (V12a, 52a) is in contact with the distal end surface of the second one (V12a) of the lead parts (V12a, 52a). the coil (V12) and the bus bar each include a lead part (V12a, 52a), each of the lead parts (V12a, 52a) has a distal end provided with a corner cut away to be stepped to configure a stepped portion having a side surface extending substantially in parallel with the longitudinal direction of the lead parts (V12a, 52a), the coil (V12) and the bus bar are connected to each other in a state where a plurality of the side surfaces of a plurality of the stepped portions are in contact with each other, each of the lead parts has a bottom surface provided continuously to the side surface in the stepped portion , and a distal end surface of a portion other than the stepped portion at the distal end, and the bottom surface and the distal end surface are provided substantially perpendicularly to the longitudinal direction of the lead part (V12a, 52a), characterized in that the distal end surface of a first one of the lead parts (V12a, 52a) is in contact with the bottom surface of a second one (V12a) of the lead parts (V12a, 52a), and the bottom surface of the first one of the lead parts (V12a, 52a) is in contact with the distal end surface of the second one (V12a) of the lead parts (V12a, 52a).
A free polyunsaturated fatty acid-containing composition, comprising at least one free polyunsaturated fatty acid having 20 or more carbons in an amount such that the content thereof is 80.0% or more of the fatty acids in the composition, and in which the content of iron is 0.1 ppm or less, wherein the content of conjugated unsaturated fatty acid is from 0.001% to 1.2% of the fatty acids in the composition.
A method for controlling a transmitter amplifier, comprising: receiving , through a receiver antenna, a frequency band that includes an assigned frequency channel, an adjacent frequency channel, and a communication signal from the transmitter amplifier in the assigned frequency channel, the assigned frequency channel and the adjacent frequency channel being respective sub-bands of the frequency band; estimating a distortion by the transmitter amplifier, wherein estimating the distortion includes estimating an adjacent channel interference, the adjacent channel interference including amplifier distortion components of the communication signal extending into the adjacent frequency channel, wherein estimating the adjacent channel interference includes: determining cross-correlation coefficients , between the communication signal and the adjacent frequency channel, estimating the adjacent channel interference, based at least in part on the cross-correlation coefficients; and upon the estimated distortion by the transmitter amplifier, as indicated by the estimated adjacent channel interference meeting a given condition , initiating communication of an operating point notice, toward a local control of the transmitter amplifier. receiving , through a receiver antenna, a frequency band that includes an assigned frequency channel, an adjacent frequency channel, and a communication signal from the transmitter amplifier in the assigned frequency channel, the assigned frequency channel and the adjacent frequency channel being respective sub-bands of the frequency band; estimating a distortion by the transmitter amplifier, wherein estimating the distortion includes estimating an adjacent channel interference, the adjacent channel interference including amplifier distortion components of the communication signal extending into the adjacent frequency channel, wherein estimating the adjacent channel interference includes: determining cross-correlation coefficients , between the communication signal and the adjacent frequency channel, estimating the adjacent channel interference, based at least in part on the cross-correlation coefficients; and upon the estimated distortion by the transmitter amplifier, as indicated by the estimated adjacent channel interference meeting a given condition , initiating communication of an operating point notice, toward a local control of the transmitter amplifier. determining cross-correlation coefficients , between the communication signal and the adjacent frequency channel, estimating the adjacent channel interference, based at least in part on the cross-correlation coefficients; and upon the estimated distortion by the transmitter amplifier, as indicated by the estimated adjacent channel interference meeting a given condition , initiating communication of an operating point notice, toward a local control of the transmitter amplifier.
A current splitter circuit for an LED system, comprising: an input configured to receive a driver current; two outputs configured to provide, after splitting the driver current in the current splitter circuit , a first current for a first LED array and a second current for a second LED array according to a current ratio; and an interface configured to receive a variable reference signal for controlling the current ratio independently of the driver current; characterized in that the current splitter circuit is configured to adjust the current ratio of the first current and the second current according to a current ratio control curve (240; 302, 304, 306), the current ratio control curve (240; 302, 304, 306) specifying the current ratio between the first current and the second current as a function of at least the variable reference signal. an input configured to receive a driver current; two outputs configured to provide, after splitting the driver current in the current splitter circuit , a first current for a first LED array and a second current for a second LED array according to a current ratio; and an interface configured to receive a variable reference signal for controlling the current ratio independently of the driver current; characterized in that the current splitter circuit is configured to adjust the current ratio of the first current and the second current according to a current ratio control curve (240; 302, 304, 306), the current ratio control curve (240; 302, 304, 306) specifying the current ratio between the first current and the second current as a function of at least the variable reference signal.
Luminous device for a motor vehicle , said luminous device comprising a light source including a plurality of emitting elements that are configured to form at least one first emission zone and one second emission zone that are addressable selectively from each other, and a screen that is at least partially transparent to the light emitted by the light source , comprising first transmission zones and second transmission zones that are respectively arranged facing the first and second emission zones, the first transmission zones being configured to scatter the light beams emitted by the first emission zones , characterized in that the second transmission zones of the screen are configured to decrease the divergence of the light beam emitted by the second emission zones .
A convertible children's walker device comprising: a seated walker portion ; and a standing walker portion ; wherein the standing walker portion is detachably mounted to the seated walker portion in a first seated-support mode wherein the standing walker portion is used in combination with the seated walker portion , and wherein the standing walker portion is detached from the seated walker portion in a standing-support mode of use independent of the seated walker portion ; and characterised in that the walker device is configured such that the seated walker portion is usable in a second seated-support mode independent of the standing walker portion when the standing walker portion is detached from the seated walker portion . a seated walker portion ; and a standing walker portion ; wherein the standing walker portion is detachably mounted to the seated walker portion in a first seated-support mode wherein the standing walker portion is used in combination with the seated walker portion , and wherein the standing walker portion is detached from the seated walker portion in a standing-support mode of use independent of the seated walker portion ; and characterised in that the walker device is configured such that the seated walker portion is usable in a second seated-support mode independent of the standing walker portion when the standing walker portion is detached from the seated walker portion .
A push pin bearing mechanism comprising: a housing ; a motor gear capable of providing a rotation movement; a coupling gear comprising a helical gear, screwed into the housing and coupled to the motor gear in order to transfer the rotational movement from the motor gear to the coupling gear ; a bearing assembly (202, 502, 602; a tube pressed fixed onto the coupling gear ; a push pin inserted to the bearing assembly and fixed onto the tube , the push pin moving in a linear direction responsive to the rotational movement of the coupling gear and capable of being in contact with a manifold pin; and the bearing assembly preventing the rotational movement from being transferred to the push pin when the push pin is in contact with the manifold pin; characterized in that the bearing assembly comprises: an upper plate ; a lower plate ; a middle plate situated between the upper plate and the lower plate and retaining a plurality of bearings, preferably comprising ball bearings ; and the upper plate and the middle plate capable of rotating with the coupling gear while the lower plate and the push pin are stationary with respect to the manifold pin when the push pin and the manifold pin are in contact with each other. a housing ; a motor gear capable of providing a rotation movement; a coupling gear comprising a helical gear, screwed into the housing and coupled to the motor gear in order to transfer the rotational movement from the motor gear to the coupling gear ; a bearing assembly (202, 502, 602; a tube pressed fixed onto the coupling gear ; a push pin inserted to the bearing assembly and fixed onto the tube , the push pin moving in a linear direction responsive to the rotational movement of the coupling gear and capable of being in contact with a manifold pin; and the bearing assembly preventing the rotational movement from being transferred to the push pin when the push pin is in contact with the manifold pin; an upper plate ; a lower plate ; a middle plate situated between the upper plate and the lower plate and retaining a plurality of bearings, preferably comprising ball bearings ; and the upper plate and the middle plate capable of rotating with the coupling gear while the lower plate and the push pin are stationary with respect to the manifold pin when the push pin and the manifold pin are in contact with each other.
Detector for embedded, elongated objects with an evaluation unit , which has a computing means and an output means , as well as a handheld measuring head that is movable over an area (F) in a scanning direction, which has a path detector and two transmitting/receiving units each with an antenna , in which a distance (A) measured in the area (F) between the antennas is in the range of between 5 cm and 50 cm, characterised in that the measuring head is configured with folding legs that can pivot around 180°, in which the two transmitting/receiving units are arranged with their antennas each on different legs .
A communication method comprising: generating, at the station, a Very High Throughput-Signal B, VHT-SIG B, field; generating, at the station, a data field; scrambling, at the station, the data field to generate a scrambled data field, the scrambled data field comprising a service field and an aggregated MAC protocol data unit, A-MPDU; and transmitting, at the station, a protocol data unit, PPDU, wherein the PPDU comprises the VHT-SIG B field and the scrambled data field, wherein: the VHT-SIG B field includes a first set of bits and tail bits, the first set of bits comprises bits indicating a length of the A-MPDU, and the service field comprises bits for generating a scrambler and cyclic redundancy check, CRC, bits, the CRC bits calculated based on the first set of bits of the VHT-SIG B field. generating, at the station, a Very High Throughput-Signal B, VHT-SIG B, field; generating, at the station, a data field; scrambling, at the station, the data field to generate a scrambled data field, the scrambled data field comprising a service field and an aggregated MAC protocol data unit, A-MPDU; and transmitting, at the station, a protocol data unit, PPDU, wherein the PPDU comprises the VHT-SIG B field and the scrambled data field, wherein: the VHT-SIG B field includes a first set of bits and tail bits, the first set of bits comprises bits indicating a length of the A-MPDU, and the service field comprises bits for generating a scrambler and cyclic redundancy check, CRC, bits, the CRC bits calculated based on the first set of bits of the VHT-SIG B field. the VHT-SIG B field includes a first set of bits and tail bits, the first set of bits comprises bits indicating a length of the A-MPDU, and the service field comprises bits for generating a scrambler and cyclic redundancy check, CRC, bits, the CRC bits calculated based on the first set of bits of the VHT-SIG B field.
A device comprising: a processor to execute a host instruction set; a memory ; and translator logic to: determine whether an offset is a constant and whether the offset is greater than zero and less than a maximum offset in response to receiving a guest memory access instruction that contains a base address plus or minus the offset, the maximum offset related to at least one of a host instruction set architecture, ISA, and a guest ISA; characterized by the translator logic being further to: translate the guest memory access instruction from a source ISA into a target ISA and a native word size of the guest ISA is less than a native word size of the host ISA, the guest memory access instruction related to the guest ISA; define an overflow, OF, zone and an underflow, UF, zone in the memory, the OF zone and the UF zone related to the maximum offset, wherein the maximum offset is determined to be less than or equal to the size of the overflow zone; and emulate an OF zone in a host memory address space that relates to a respective overflow zone in the guest memory address space by setting memory access privileges of the OF zone to prevent read, write and execution access. a processor to execute a host instruction set; a memory ; and translator logic to: determine whether an offset is a constant and whether the offset is greater than zero and less than a maximum offset in response to receiving a guest memory access instruction that contains a base address plus or minus the offset, the maximum offset related to at least one of a host instruction set architecture, ISA, and a guest ISA; characterized by the translator logic being further to: translate the guest memory access instruction from a source ISA into a target ISA and a native word size of the guest ISA is less than a native word size of the host ISA, the guest memory access instruction related to the guest ISA; define an overflow, OF, zone and an underflow, UF, zone in the memory, the OF zone and the UF zone related to the maximum offset, wherein the maximum offset is determined to be less than or equal to the size of the overflow zone; and emulate an OF zone in a host memory address space that relates to a respective overflow zone in the guest memory address space by setting memory access privileges of the OF zone to prevent read, write and execution access. translate the guest memory access instruction from a source ISA into a target ISA and a native word size of the guest ISA is less than a native word size of the host ISA, the guest memory access instruction related to the guest ISA; define an overflow, OF, zone and an underflow, UF, zone in the memory, the OF zone and the UF zone related to the maximum offset, wherein the maximum offset is determined to be less than or equal to the size of the overflow zone; and emulate an OF zone in a host memory address space that relates to a respective overflow zone in the guest memory address space by setting memory access privileges of the OF zone to prevent read, write and execution access.
A trim element for a motor vehicle comprising at least one glass sheet having an absorption coefficient lower than 5 m -1 in the wavelength range from 1051 nm to 1650 nm and having an external and an internal faces, characterized in that an infrared-based remote sensing device in the wavelength range from 1051 nm to 1650 nm is placed behind the internal face of the glass sheet.