mhurhangee/patent-ind-claim-en huggingface dataset:
A system to calibrate an image pixel, comprising: a color sensing pixel that receives electromagnetic radiation in a first frequency range from an object and generates color indicating output based on the received electromagnetic radiation in the first frequency range; characterized by a distance sensing pixel , associated with the color sensing pixel, that receives electromagnetic radiation in a second frequency range from the object and generates distance indicating output based on the received second electromagnetic radiation in the second frequency range, wherein the distance sensing pixel is a Time-of-Flight, ToF, pixel; and a controller that receives the color indicating output and the distance indicating output, determines, based on the distance indicating output, a distance from the color sensing pixel to the object, and based upon the determined distance, adjusts the color indicating output. a color sensing pixel that receives electromagnetic radiation in a first frequency range from an object and generates color indicating output based on the received electromagnetic radiation in the first frequency range; characterized by a distance sensing pixel , associated with the color sensing pixel, that receives electromagnetic radiation in a second frequency range from the object and generates distance indicating output based on the received second electromagnetic radiation in the second frequency range, wherein the distance sensing pixel is a Time-of-Flight, ToF, pixel; and a controller that receives the color indicating output and the distance indicating output, determines, based on the distance indicating output, a distance from the color sensing pixel to the object, and based upon the determined distance, adjusts the color indicating output.
A recombinant vector comprising: a polynucleotide comprising a coding sequence for a Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR)-associated (CasM) protein comprising an amino acid sequence selected from the group consisting of the amino acid sequence of SEQ ID NOS:37 to 44 and 45, or an amino acid sequence having 90% or more sequence identity to an amino acid sequence selected from the group consisting of the amino acid sequences of SEQ ID NOS:37 to 44 and 45; and at least one control element operably linked to the polynucleotide, whereby the CasM coding sequence in the polynucleotide is capable of being transcribed and translated in a host cell. a polynucleotide comprising a coding sequence for a Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR)-associated (CasM) protein comprising an amino acid sequence selected from the group consisting of the amino acid sequence of SEQ ID NOS:37 to 44 and 45, or an amino acid sequence having 90% or more sequence identity to an amino acid sequence selected from the group consisting of the amino acid sequences of SEQ ID NOS:37 to 44 and 45; and at least one control element operably linked to the polynucleotide, whereby the CasM coding sequence in the polynucleotide is capable of being transcribed and translated in a host cell.
A method of operating a first base station in a cellular network , the cellular network also including a second base station , wherein the first and second base stations include first and second oscillators providing a first and second periodic timing pulse respectively, the method comprising the steps of: determining a relative timing offset between a first instance of the first periodic timing pulse for transmission of a frame from the first base station and a first instance of the second periodic timing pulse for transmission of a frame from the second base station ; determining that the relative timing offset is changeable; and, in response, adjusting the first periodic timing pulse to maintain the relative timing offset by varying a first period between instances of the first periodic timing pulse such that a rate of change of the relative timing offset over time is reduced. determining a relative timing offset between a first instance of the first periodic timing pulse for transmission of a frame from the first base station and a first instance of the second periodic timing pulse for transmission of a frame from the second base station ; determining that the relative timing offset is changeable; and, in response, adjusting the first periodic timing pulse to maintain the relative timing offset by varying a first period between instances of the first periodic timing pulse such that a rate of change of the relative timing offset over time is reduced.
A method for transmitting a downlink signal by a base station, BS, in a wireless communication system, the method comprising: transmitting, via a Radio Resource Control, RRC, signaling, configuration information related to a plurality of durations of a specific time region; transmitting Downlink Control Information, DCI, for informing whether a downlink signal is transmitted in each of the plurality of durations included in the specific time region; and transmitting the downlink signal based on the DCI, wherein a number of the plurality of durations is M, wherein the plurality of durations include i) one or more first durations in which each of the first durations has a first size and ii) one or more second durations in which each of the second durations has a second size, wherein the first size is defined by Ceil(T/M), the second size is defined by Floor(T/M), where T denotes a number of symbols of the specific time region, and wherein the specific time region includes 14*2^{(u-u ref)}*P symbols, where u is numerology of a serving cell, u ref is numerology for the DCI and P is a period for monitoring the DCI. transmitting, via a Radio Resource Control, RRC, signaling, configuration information related to a plurality of durations of a specific time region; transmitting Downlink Control Information, DCI, for informing whether a downlink signal is transmitted in each of the plurality of durations included in the specific time region; and transmitting the downlink signal based on the DCI, wherein a number of the plurality of durations is M, wherein the plurality of durations include i) one or more first durations in which each of the first durations has a first size and ii) one or more second durations in which each of the second durations has a second size, wherein the first size is defined by Ceil(T/M), the second size is defined by Floor(T/M), where T denotes a number of symbols of the specific time region, and wherein the specific time region includes 14*2^{(u-u ref)}*P symbols, where u is numerology of a serving cell, u ref is numerology for the DCI and P is a period for monitoring the DCI.
An electro-optical distance meter comprising: a light source for emitting a distance measuring light , a distance measuring optical system for projecting said distance measuring light to an object to be measured, for receiving a distance measuring light from said object to be measured and for leading to a photodetector , an internal reference optical system for leading a part of said distance measuring light as an internal reference light to said photodetector, and an arithmetic processing unit for performing a distance measurement based on a light receiving result of said distance measuring light and a light receiving result of said internal reference light, wherein said internal reference optical system comprises a condenser lens for condensing said internal reference light, a scattering plate for scattering said internal reference light condensed by said condenser lens and for forming a secondary light source, and an optical fiber for receiving said internal reference light emitted from said secondary light source and for leading to said photodetector, characterized in that said optical fiber is a bundle optical fiber in which optical fiber elements each with a thin diameter are bundled and said internal reference optical system is constituted in such a manner that a light component of said internal reference light emitted from an arbitrary point within a whole surface of said secondary light source enters said respective optical fiber elements .
An internal combustion engine with an intake structure in which a main passage and a tumble passage are formed by a partition wall that partitions an intake passage provided between a throttle valve and an intake valve vertically along the passage direction, and configured to guide intake air into the tumble passage when the internal combustion engine is in a low-load operation, wherein a transverse cross section of the tumble passage formed by the partition wall is formed in a horizontally long oval shape whose longitudinal direction is a passage width direction, one end in a longitudinal direction of the transverse cross section of the tumble passage is oriented along a tangential direction of an opening edge of an intake valve port , and another end is oriented to gradually narrow a longitudinal width (w) of the transverse cross section toward the intake valve port , and the internal combustion engine includes a pair of an exhaust valve and the intake valve in which shaft portions of the exhaust valve and the intake valve are oriented to be opened in a V shape in a front-rear direction above a combustion chamber , a virtual extension line (b) of the other end of the tumble passage passes through a vicinity of the shaft portion of the intake valve on a side opposite to the one end with respect to the shaft portion , and an ignition plug is disposed on a peripheral portion of the combustion chamber on a side of the other end . a transverse cross section of the tumble passage formed by the partition wall is formed in a horizontally long oval shape whose longitudinal direction is a passage width direction, one end in a longitudinal direction of the transverse cross section of the tumble passage is oriented along a tangential direction of an opening edge of an intake valve port , and another end is oriented to gradually narrow a longitudinal width (w) of the transverse cross section toward the intake valve port , and the internal combustion engine includes a pair of an exhaust valve and the intake valve in which shaft portions of the exhaust valve and the intake valve are oriented to be opened in a V shape in a front-rear direction above a combustion chamber , a virtual extension line (b) of the other end of the tumble passage passes through a vicinity of the shaft portion of the intake valve on a side opposite to the one end with respect to the shaft portion , and an ignition plug is disposed on a peripheral portion of the combustion chamber on a side of the other end .
Apparatus for coating three dimensional glass articles comprising: a tunnel, having a top and first and second sidewalls, suitable for arranging on a conveyor belt such that the conveyor belt transports the articles from an upstream end, at which articles enter the tunnel, to a downstream end, at which articles exit the tunnel, further comprising a linear array of nozzles, arranged on at least one side wall to deliver a jet of gas, which jet traverses the path of articles conveyed through the tunnel; at least one exhaust aperture arranged on a sidewall, the exhaust aperture being located closer to the downstream end than the linear array of nozzles ; characterized by means for applying a negative extraction pressure to the exhaust aperture, and a distance between the array of inlet nozzles and the exhaust aperture between 500 and 1000mm. a tunnel, having a top and first and second sidewalls, suitable for arranging on a conveyor belt such that the conveyor belt transports the articles from an upstream end, at which articles enter the tunnel, to a downstream end, at which articles exit the tunnel, further comprising a linear array of nozzles, arranged on at least one side wall to deliver a jet of gas, which jet traverses the path of articles conveyed through the tunnel; at least one exhaust aperture arranged on a sidewall, the exhaust aperture being located closer to the downstream end than the linear array of nozzles ; characterized by means for applying a negative extraction pressure to the exhaust aperture, and a distance between the array of inlet nozzles and the exhaust aperture between 500 and 1000mm.
A discharge container comprising: a container body having an outer layer body provided with an outside air introduction hole and an inner layer body held on inside of the outer layer body and configured to be deformable to undergo volume reduction; an inner plug having a partition wall covering an opening in a mouth of the container body and a sealing tube protruding from an undersurface of the partition wall and being in abutment with an inner periphery of the mouth ; a discharge cap having a discharge port from which contents are discharged and attached to the mouth so as to surround the inner plug from outside; and a valve body disposed between the inner plug and the discharge cap and configured to open/close an outflow hole provided in the partition wall , wherein the inner plug or the discharge cap has a deformation suppressing portion in abutment with an outer periphery of a upper end of the mouth to suppress a radially outward deformation of the upper end of the mouth, characterized by that the deformation suppressing portion is formed by one of the group of consisting of - a supporting protrusion provided at a tube wall portion of the discharge cap located radially outside of the mouth , - an outer peripheral tube protruded from an undersurface of the partition wall , - a plurality of longitudinal ribs provided on the discharge cap and disposed circumferentially at intervals and - an annular supporting wall protruded from an undersurface of a top wall portion of the discharge cap . a container body having an outer layer body provided with an outside air introduction hole and an inner layer body held on inside of the outer layer body and configured to be deformable to undergo volume reduction; an inner plug having a partition wall covering an opening in a mouth of the container body and a sealing tube protruding from an undersurface of the partition wall and being in abutment with an inner periphery of the mouth ; a discharge cap having a discharge port from which contents are discharged and attached to the mouth so as to surround the inner plug from outside; and a valve body disposed between the inner plug and the discharge cap and configured to open/close an outflow hole provided in the partition wall , wherein the inner plug or the discharge cap has a deformation suppressing portion in abutment with an outer periphery of a upper end of the mouth to suppress a radially outward deformation of the upper end of the mouth, - a supporting protrusion provided at a tube wall portion of the discharge cap located radially outside of the mouth , - an outer peripheral tube protruded from an undersurface of the partition wall , - a plurality of longitudinal ribs provided on the discharge cap and disposed circumferentially at intervals and - an annular supporting wall protruded from an undersurface of a top wall portion of the discharge cap .
A saw blade fastening system comprising: a saw blade ; a first blade washer having a first washer body defining a first central aperture , the first blade washer including a first plurality of fins extending outwardly from the first washer body; and a fastening mechanism extending through the first central aperture to fasten the first blade washer to the saw blade , characterized in that each fin of the first plurality of fins is resiliently flexible. a saw blade ; a first blade washer having a first washer body defining a first central aperture , the first blade washer including a first plurality of fins extending outwardly from the first washer body; and a fastening mechanism extending through the first central aperture to fasten the first blade washer to the saw blade , characterized in that each fin of the first plurality of fins is resiliently flexible.
A method for forwarding information by means of a transmitting and receiving device that is located in a first vehicle , with the following steps: - determining whether a first vehicle is in a stationary condition; - determining a position of the first vehicle , if the first vehicle is in a stationary condition; - receiving information of a first transmitter of a third vehicle and/or of an infrastructure unit by means of the transmitting and receiving device of the first vehicle ; and - forwarding the received information to a receiver in a second vehicle by means of the transmitting and receiving device of the first vehicle , if the first vehicle is in a stationary condition and the position of the first vehicle is within a set range. - determining whether a first vehicle is in a stationary condition; - determining a position of the first vehicle , if the first vehicle is in a stationary condition; - receiving information of a first transmitter of a third vehicle and/or of an infrastructure unit by means of the transmitting and receiving device of the first vehicle ; and - forwarding the received information to a receiver in a second vehicle by means of the transmitting and receiving device of the first vehicle , if the first vehicle is in a stationary condition and the position of the first vehicle is within a set range.
Coil device for receiving at least one electrical coil , in particular for a pole tube assembly of a solenoid valve, an actuator or a pump, having: • a coil former ; and • at least one winding connection which has • a connection section which is designed to hold at least one end of the electrical winding when the coil former is in a wrapped state; and • at least one fastening section which is characterized by being designed to be clamped between an outer surface section of the coil former and the electrical winding in the wrapped state. • a coil former ; and • at least one winding connection which has • a connection section which is designed to hold at least one end of the electrical winding when the coil former is in a wrapped state; and • at least one fastening section which is characterized by being designed to be clamped between an outer surface section of the coil former and the electrical winding in the wrapped state.
A method performed by a User Equipment, UE, comprising: detecting a likelihood of in-device coexistence interference between at least one of non-serving Long Term Evolution, LTE, frequencies and an Industrial, Scientific and Medical, ISM, frequency when an ISM activity is ongoing on the ISM frequency; setting a timer value during which the at least one of non-serving LTE frequencies is to be blocked for measurement; reporting the likelihood of in-device coexistence interference between the at least one of the non-serving LTE frequencies and the ISM frequency to a base station; and reporting the timer value to the base station, wherein the timer value indicates when the ISM activity will be completed. detecting a likelihood of in-device coexistence interference between at least one of non-serving Long Term Evolution, LTE, frequencies and an Industrial, Scientific and Medical, ISM, frequency when an ISM activity is ongoing on the ISM frequency; setting a timer value during which the at least one of non-serving LTE frequencies is to be blocked for measurement; reporting the likelihood of in-device coexistence interference between the at least one of the non-serving LTE frequencies and the ISM frequency to a base station; and reporting the timer value to the base station, wherein the timer value indicates when the ISM activity will be completed.
A kit of parts comprising at least one stencil together with a device for producing patterned effects in the hair, the device comprising a substantially planar element having means to engage the at least one stencil , the planar element being provided with at least one indentation or at least one protrusion , the stencil being engageable with the planar element of the device, the stencil having at least one protrusion provided on the edge of the stencil or at least one indentation provided on the edge of the stencil , either the protrusion of the stencil being engageable with the indentation of the planar element , or the indentation of the stencil being engageable with the protrusion of the planar element , characterized in that the planar element also comprises a magnetic means which is adapted to attract the stencil and hold it firmly in contact with the planar element , and the stencil is made of a material which is attracted by the magnetic means. the device comprising a substantially planar element having means to engage the at least one stencil , the planar element being provided with at least one indentation or at least one protrusion , the stencil being engageable with the planar element of the device, the stencil having at least one protrusion provided on the edge of the stencil or at least one indentation provided on the edge of the stencil , either the protrusion of the stencil being engageable with the indentation of the planar element , or the indentation of the stencil being engageable with the protrusion of the planar element , characterized in that the planar element also comprises a magnetic means which is adapted to attract the stencil and hold it firmly in contact with the planar element , and the stencil is made of a material which is attracted by the magnetic means.
A method of controlling an engine by using a controller , the engine including a cylinder with a pentroof ceiling, air being introduced into the cylinder through an intake valve provided to the ceiling; an ignition device including a spark plug provided at or near the center axis (X1) of the cylinder ; and a fuel injector provided at or near the center axis (X1) of the cylinder , the method comprising steps of: injecting main fuel by the fuel injector during one of an intake stroke and a compression stroke, and providing a mixture gas containing fuel and air inside the cylinder ; and applying by the ignition device a voltage between electrodes of the spark plug at a timing when the mixture gas is not ignited or not to be ignited, and detecting a parameter related to a current value of an electric-discharge channel generated between the electrodes; and determining by the controller whether the detected parameter is within a range between a first threshold and a second threshold to determine a flowing state of a vortex inside the cylinder ; igniting the mixture gas by operation of the spark plug to carry out a main ignition when the parameter is determined to be within the range; characterized in that the method further comprises the steps of: igniting the mixture gas by operation of the spark plug to carry out a supplemental ignition and by operation of the spark plug to carry out the main ignition after the supplemental ignition when the parameter is determined to be outside the range. injecting main fuel by the fuel injector during one of an intake stroke and a compression stroke, and providing a mixture gas containing fuel and air inside the cylinder ; and applying by the ignition device a voltage between electrodes of the spark plug at a timing when the mixture gas is not ignited or not to be ignited, and detecting a parameter related to a current value of an electric-discharge channel generated between the electrodes; and determining by the controller whether the detected parameter is within a range between a first threshold and a second threshold to determine a flowing state of a vortex inside the cylinder ; igniting the mixture gas by operation of the spark plug to carry out a main ignition when the parameter is determined to be within the range; characterized in that the method further comprises the steps of: igniting the mixture gas by operation of the spark plug to carry out a supplemental ignition and by operation of the spark plug to carry out the main ignition after the supplemental ignition when the parameter is determined to be outside the range.