mhurhangee/patent-ind-claim-en huggingface dataset:
A channel measurement processing method, performed by a mobile terminal, characterized by comprising: receiving (S101) a channel measurement command sent by a base station, wherein the channel measurement command comprises at least one of activation command for a measurement report, deactivation command for a measurement report, activation command for a measurement resource, and deactivation command for a measurement resource; parsing (S 102) the channel measurement command according to a preset rule to obtain an operation object and an operation type of the channel measurement command; wherein the operation object of the channel measurement command is a measurement resource or a measurement report; and executing (S103) at least one of the following operations comprising: (a) executing a first operation, corresponding to the operation type, on the measurement resource, or, (b) executing a second operation, corresponding to the operation type, on the measurement report; wherein the operation type comprises a deactivation operation, an activation operation, or a pause operation. receiving (S101) a channel measurement command sent by a base station, wherein the channel measurement command comprises at least one of activation command for a measurement report, deactivation command for a measurement report, activation command for a measurement resource, and deactivation command for a measurement resource; parsing (S 102) the channel measurement command according to a preset rule to obtain an operation object and an operation type of the channel measurement command; wherein the operation object of the channel measurement command is a measurement resource or a measurement report; and executing (S103) at least one of the following operations comprising: (a) executing a first operation, corresponding to the operation type, on the measurement resource, or, (b) executing a second operation, corresponding to the operation type, on the measurement report; (a) executing a first operation, corresponding to the operation type, on the measurement resource, or, (b) executing a second operation, corresponding to the operation type, on the measurement report; wherein the operation type comprises a deactivation operation, an activation operation, or a pause operation.
Core chuck system comprising a core chuck and a spindle onto which the core chuck is lockable and further comprising a ball locking mechanism, a locking button and a cone connection (C), characterized in, that the ball locking mechanism comprises locking balls , a locking groove and a stopping protrusion , that outer surface of the locking button comprises a functional surface form for providing a force to effect the locking balls for locking and for releasing the locking of the core chuck system and that the cone connection (C) is formed between an inner cone surface of the core chuck and an outer cone surface of the spindle .
A container-securing device comprising: a flange for placing on an outer side of a groove hole in a corner casting of a container ; a support pillar provided in the flange ; a fitting portion provided in the support pillar for fitting into the groove hole in the corner casting ; a movable protrusion as part of the fitting portion for making a locked state when protruded laterally out of a vertical surface portion of the support pillar ; and a stopper for maintaining the locked state of the movable protrusion , characterized in that the movable protrusion is supported pivotably on a horizontal shaft which is provided horizontally in the support pillar , for pivoting movement by an elastic force from a first elastic member to protrude laterally out of the vertical surface portion of the support pillar . a flange for placing on an outer side of a groove hole in a corner casting of a container ; a support pillar provided in the flange ; a fitting portion provided in the support pillar for fitting into the groove hole in the corner casting ; a movable protrusion as part of the fitting portion for making a locked state when protruded laterally out of a vertical surface portion of the support pillar ; and a stopper for maintaining the locked state of the movable protrusion , characterized in that
Method of producing dispersion-strengthened metals, in which micro- or nanoscale strengthening particles are introduced into the metal melt and mechanically distributed therein, wherein a mixture consisting of strengthening particles and particles soluble in the metal melt and/or particles that form reinforcement particles in the metal melt is introduced into the metal melt, soluble particles used are likewise microscale particles having a particle size of 1 μm to 1000 μm or nanoscale particles having a particle size of 1 nm to 1000 nm, the volume ratio of the strengthening particles to the soluble particles in the mixture is 1:100 to 20:1, and a ratio of the average particle size of the soluble particles to an average particle size of the strengthening particles is between 10:1 and 1:10, in order to individualize the strengthening particles.
An arc welding method including alternately repeating a short-circuit period provided with a short-circuit state where a welding wire and a base material are short-circuited, and an arc period provided with an arc state where an arc is generated between the welding wire and the base material , the arc welding method being characterized by the following steps: a) calculating an integrated power value by integrating power supplied to the welding wire within a predetermined period in which a welding current increases at a predetermined rate of current increase after the welding wire is short-circuited; b) reducing a welding current to be supplied to the welding wire when the integrated power value is larger than a predetermined threshold (P) in the short-circuit period; and c) terminating integration of the integrated power value after the integrated power value is reset in arc determination for determining the arc state when the integrated power value does not exceed the predetermined threshold (P). a) calculating an integrated power value by integrating power supplied to the welding wire within a predetermined period in which a welding current increases at a predetermined rate of current increase after the welding wire is short-circuited; b) reducing a welding current to be supplied to the welding wire when the integrated power value is larger than a predetermined threshold (P) in the short-circuit period; and c) terminating integration of the integrated power value after the integrated power value is reset in arc determination for determining the arc state when the integrated power value does not exceed the predetermined threshold (P).
An apparatus for forming an optical grating in a target extending in a first direction , the apparatus comprising: a telescope comprising: a first optical element having negative optical power in a first plane (YZ) including the first direction, for receiving a first optical beam and for forming a diverging optical beam therefrom; and a second optical element having positive optical power in the first plane, disposed downstream of the first optical element, for receiving the diverging optical beam and for forming a second optical beam therefrom; a telescope support for supporting the first and second optical elements, the telescope support comprising a movable portion for adjusting a divergence of the second optical beam by adjusting a distance ( l ) between the first and second optical elements; and a transmission diffraction grating disposed downstream of the telescope, for receiving the second optical beam and for splitting the second optical beam into first and second sub-beams; wherein in operation, when the first optical beam is received by the first optical element, the first and second sub-beams overlap on the target and form an optical interference pattern on the target for forming the optical grating therein, wherein the optical interference pattern has a period dependent on the divergence of the second optical beam, whereby a period of the optical grating is adjustable by adjusting the distance between the first and second optical elements of the telescope. a first optical element having negative optical power in a first plane (YZ) including the first direction, for receiving a first optical beam and for forming a diverging optical beam therefrom; and a second optical element having positive optical power in the first plane, disposed downstream of the first optical element, for receiving the diverging optical beam and for forming a second optical beam therefrom; a telescope support for supporting the first and second optical elements, the telescope support comprising a movable portion for adjusting a divergence of the second optical beam by adjusting a distance ( l ) between the first and second optical elements; and a transmission diffraction grating disposed downstream of the telescope, for receiving the second optical beam and for splitting the second optical beam into first and second sub-beams; wherein in operation, when the first optical beam is received by the first optical element, the first and second sub-beams overlap on the target and form an optical interference pattern on the target for forming the optical grating therein, wherein the optical interference pattern has a period dependent on the divergence of the second optical beam, whereby a period of the optical grating is adjustable by adjusting the distance between the first and second optical elements of the telescope.
A system for managing data, comprising: a plurality of radio frequency identification (RFID) tags attached to a plurality of machines , wherein each of the plurality of RFID tags stores a tag ID; a mobile data collector which is configured to take a measurement of one or more operating conditions of the plurality of machines and to read the tag ID from a proximal one of the plurality of RFID tags; and a computing device comprising a processor and a memory storing a database, the database associating the tag ID of each of the plurality of RFID tags with the one of the plurality of machines to which it is attached, wherein the computing device is configured to receive the measurement and the tag ID from the mobile data collector and analyze the one or more operating conditions, characterized in that the mobile data collector is equipped with one or more sensors; and the mobile data collector is further configured to automatically determine when the mobile data collector is proximal to an RFID tag and automatically commence taking one or more measurements of operating conditions. a plurality of radio frequency identification (RFID) tags attached to a plurality of machines , wherein each of the plurality of RFID tags stores a tag ID; a mobile data collector which is configured to take a measurement of one or more operating conditions of the plurality of machines and to read the tag ID from a proximal one of the plurality of RFID tags; and a computing device comprising a processor and a memory storing a database, the database associating the tag ID of each of the plurality of RFID tags with the one of the plurality of machines to which it is attached, wherein the computing device is configured to receive the measurement and the tag ID from the mobile data collector and analyze the one or more operating conditions, characterized in that the mobile data collector is equipped with one or more sensors; and the mobile data collector is further configured to automatically determine when the mobile data collector is proximal to an RFID tag and automatically commence taking one or more measurements of operating conditions.
A data recording apparatus comprising: a data acquisition unit configured to acquire measurement data obtained by measuring a measurement target from a plurality of sensors ; a data prediction unit configured to predict measurement data acquired from at least any one sensor of the plurality of sensors by using measurement data acquired from another sensor among the plurality of sensors ; a decision unit configured to decide a set of sensors capable of reproducing the measurement data acquired from the plurality of sensors within a predetermined allowable range by using the measurement data acquired by the data acquisition unit and the measurement data predicted by the data prediction unit , wherein measurement data acquired from a sensor not included in the set can be reproduced within the predetermined allowable range by using the measurement data acquired from one or more sensors in the set; a data selection unit configured to select, from among the measurement data acquired from the plurality of sensors , the measurement data acquired from a sensor included in the set in preference to the measurement data acquired from a sensor not included in the set; and a data recording unit configured to record the measurement data selected by the data selection unit, wherein the measurement data selected by the data selection unit include the measurement data acquired from sensors included in the set. a data acquisition unit configured to acquire measurement data obtained by measuring a measurement target from a plurality of sensors ; a data prediction unit configured to predict measurement data acquired from at least any one sensor of the plurality of sensors by using measurement data acquired from another sensor among the plurality of sensors ; a decision unit configured to decide a set of sensors capable of reproducing the measurement data acquired from the plurality of sensors within a predetermined allowable range by using the measurement data acquired by the data acquisition unit and the measurement data predicted by the data prediction unit , wherein measurement data acquired from a sensor not included in the set can be reproduced within the predetermined allowable range by using the measurement data acquired from one or more sensors in the set; a data selection unit configured to select, from among the measurement data acquired from the plurality of sensors , the measurement data acquired from a sensor included in the set in preference to the measurement data acquired from a sensor not included in the set; and a data recording unit configured to record the measurement data selected by the data selection unit, wherein the measurement data selected by the data selection unit include the measurement data acquired from sensors included in the set.
An expression vector encoding a Cas9 enzyme comprising a substitution, wherein the substitution is of at least one of the following amino acids: 1473 and K500; and wherein the amino acid sequence of the Cas9 is at least 80% similar to SEQ ID NO:1 across its entire length.
Method for image processing implemented in a terminal including: acquiring an initial image; determining at least one region of interest, ROI, in the initial image; determining at least one first correction parameter, for the at least one ROI and at least one second correction parameter for the initial image outside the ROI, wherein the correction parameter is one or more of a white point and a color correction, when the at least one ROI has a sharp transition region, one white point is determined for the at least one ROI; and when the at least one ROI has a gradual transition between the at least one ROI and the initial image outside the ROI, one or more white points are determined for the at least one ROI; applying the first correction parameter to the ROI and the second correction parameter to the initial image outside the ROI to generate the final image. acquiring an initial image; determining at least one region of interest, ROI, in the initial image; determining at least one first correction parameter, for the at least one ROI and at least one second correction parameter for the initial image outside the ROI, wherein the correction parameter is one or more of a white point and a color correction, when the at least one ROI has a sharp transition region, one white point is determined for the at least one ROI; and when the at least one ROI has a gradual transition between the at least one ROI and the initial image outside the ROI, one or more white points are determined for the at least one ROI; applying the first correction parameter to the ROI and the second correction parameter to the initial image outside the ROI to generate the final image.
Joystick for a work vehicle , said joystick comprising a handle defining an external surface configured to allow the grip by an operator of said work vehicle , said joystick comprising hydraulic conditioning means configured to allow the passage of a conditioning fluid into said joystick to regulate the temperature of said handle ; the joystick is characterized in that said hydraulic conditioning means are configured to fluidly connect said joystick with a hydraulic conditioning circuit of said work vehicle so as to spill part of a conditioning fluid of said hydraulic conditioning circuit and make this latter circulate in said joystick for regulating the temperature of said handle .
Support device (1; 100; 200) for use upon a support structure, in particular a fixed or mobile medical bed, underlying it, which support device comprises: ▪ a mattress element (2; 102; 202), configured to receive upon it the body of a subject in a lying position and to this aim presenting a flat conformation with a longitudinal dimension (L) prevalent with respect to a transversal dimension (T); ▪ fixing means (31; 131; 231) of the mattress element to the support structure; characterized in that said support device further comprises ▪ a first and a second adjustment element (10, 10'; 110, 110'; 210, 210'), each constrained, in use, at a respective portion of the longitudinal margin (20, 21; 120, 121; 220, 221) of said mattress element by means of a continuous junction area and configured to allow a connection of said fixing means to said mattress element with a continuously adjustable position (P) along said longitudinal margin portion of said mattress element, wherein each of said first and second adjustment element is configured in the form of a strip or a longitudinal band or a slide element, rail or longitudinal guide . ▪ a mattress element (2; 102; 202), configured to receive upon it the body of a subject in a lying position and to this aim presenting a flat conformation with a longitudinal dimension (L) prevalent with respect to a transversal dimension (T); ▪ fixing means (31; 131; 231) of the mattress element to the support structure; characterized in that said support device further comprises ▪ a first and a second adjustment element (10, 10'; 110, 110'; 210, 210'), each constrained, in use, at a respective portion of the longitudinal margin (20, 21; 120, 121; 220, 221) of said mattress element by means of a continuous junction area and configured to allow a connection of said fixing means to said mattress element with a continuously adjustable position (P) along said longitudinal margin portion of said mattress element, wherein each of said first and second adjustment element is configured in the form of a strip or a longitudinal band or a slide element, rail or longitudinal guide .
Steam generator unit with a power-to-heat function which can be optionally activated, comprising a steam boiler with a gas chamber and a water chamber for generating water vapour using a fluid heating medium, wherein water is fed via a first controllable feed water connection , and the water vapour exits through a steam boiler outlet , wherein an electrode vaporizer unit is provided with at least one switchable heating electrode which projects into a pressure vessel which comprises in each case a gas chamber and a water chamber , characterized in that in each case the gas and water chambers (24, 44 and 25, 45 respectively) of the steam boiler and the electrode vaporizer unit are fluidically connected to one another, wherein the fluidic connection the two water chambers can be controlled by means of a valve , the gas chamber of the electrode vaporizer unit comprises a controllable outlet , and the electrode vaporizer unit has a second controllable feed water connection .
A cutting mechanism composed of multiple sections and attachable to a supporting device of a harvesting machine, having a middle section , which has connecting elements , using which the middle section is attachable to a supporting device of the harvesting machine, and at least one lateral section , which is connected via an articulated connection to the middle section and around which the lateral section can pivot between a lower and an upper limiting value, wherein the supporting device has a device for height adjustment, the positioning movements of which are controlled by an evaluation device , which is connected to sensors , which, during the forward travel of the harvesting machine, continuously measure the ground clearance of one or more sections of the cutting mechanism , the evaluation device converts the sensor signals of the sensors into positioning commands to change the vertical position of the device for height adjustment and transmits these positioning commands to an actuator of the device for height adjustment, the cutting mechanism has a sensor , which, during a pivot movement of the lateral section , transmits a sensor signal via a communication means to the evaluation device at least if - during the pivot movement of the lateral section in relation to the middle section - a limiting value is reached, the evaluation device has an evaluation circuit, which switches the evaluation device into a correction mode for the height adjustment of the supporting device upon the presence of a corresponding sensor signal, and the evaluation device outputs a positioning signal in the correction mode, using which the supporting device is adjusted upward or downward by the evaluation device depending on the sensor signal, and the evaluation device outputs a positioning signal in the correction mode, using which the supporting device is adjusted by the evaluation device in a movement rotating the cutting mechanism around the longitudinal center axis , characterized in that the sensor for monitoring the pivot is designed as a simple mechanical, electrical, or electronic switch, which transmits a switching signal in each case when the lateral section strikes against a stop during its pivot movement, or is designed as a pivot angle sensor, which measures pivot angles cyclically or continuously and transmits these angles to the evaluation device.
A counterweight, preferably for a farm tractor, which comprises a body with a hook fixed to its top and bolts fixed to the body's side surfaces, whereby a box is fixed to the front of the body , and the box comprises a bottom plate , joined with a back wall , a front wall , and side walls , characterized in that an actuator is fixed to the central part of the bottom plate by its first end, employing an actuator first hinge and the second end of the actuator is fixed, employing an actuator second hinge , to a cover , whereas on the inner side of the back wall , on each side of the actuator , there is a bushing fixed, in which there is a piston seated, the top end of which is connected by a hinge of the piston to the cover .