mhurhangee/patent-ind-claim-en huggingface dataset:
A telemetric electronic device , comprising: an interface for attaching the telemetric electronic device to a tank or meter ; a processor , a transmitter coupled to the processor ; and an accelerometer coupled to the processor , the accelerometer configured to detect orientation of the telemetric electronic device and wherein the accelerometer is configured to generate acceleration information; the telemetric electronic device characterized in that : the telemetric electronic device has an expected installation orientation having tolerances, the processor being pre-programmed to specify at least one expected installation orientation of the telemetric electronic device for when the device is installed on the tank or meter at a stationary location, the tank or meter being configured for use at the stationary location ; and wherein when the orientation of the telemetric electronic device is within tolerances of the expected installation orientation, the processor is configured to switch operational modes of the telemetric electronic device in response to the accelerometer information. an interface for attaching the telemetric electronic device to a tank or meter ; a processor , a transmitter coupled to the processor ; and an accelerometer coupled to the processor , the accelerometer configured to detect orientation of the telemetric electronic device and wherein the accelerometer is configured to generate acceleration information; the telemetric electronic device characterized in that : the telemetric electronic device has an expected installation orientation having tolerances, the processor being pre-programmed to specify at least one expected installation orientation of the telemetric electronic device for when the device is installed on the tank or meter at a stationary location, the tank or meter being configured for use at the stationary location ; and wherein when the orientation of the telemetric electronic device is within tolerances of the expected installation orientation, the processor is configured to switch operational modes of the telemetric electronic device in response to the accelerometer information. the telemetric electronic device has an expected installation orientation having tolerances, the processor being pre-programmed to specify at least one expected installation orientation of the telemetric electronic device for when the device is installed on the tank or meter at a stationary location, the tank or meter being configured for use at the stationary location ; and wherein when the orientation of the telemetric electronic device is within tolerances of the expected installation orientation, the processor is configured to switch operational modes of the telemetric electronic device in response to the accelerometer information.
A method comprising: receiving , at a policy charging and rules function, PCRF, a session modification request from a serving gateway, SGW, in response to the SGW receiving a request from a base station to modify a call session established between the base station and a user equipment ; the SGW having determined to modify the call session; the method being characterized by : transmitting , from the PCRF in response to the session modification request, a request to an Online Charging System, OCS, , for information indicating tariffs for using at least one unlicensed frequency band and at least one licensed frequency band that are available to the user equipment during the modified call session; defining , at the PCRF , one or more new policies for the user equipment based on previously accessed profile information and the received information indicating tariffs from the OCS ; and transmitting the one or more new policies for selection allocation of the at least one unlicensed frequency band and the at least one licensed frequency band from the PCRF to the base station via the SGW ; selectively allocating , by the base station , the at least one unlicensed frequency band or the at least one licensed frequency band based on a comparison of tarrifs for the at least one unlicensed frequency band and the at least one licensed frequency band contained in the received one or more new policies. transmitting , from the PCRF in response to the session modification request, a request to an Online Charging System, OCS, , for information indicating tariffs for using at least one unlicensed frequency band and at least one licensed frequency band that are available to the user equipment during the modified call session; defining , at the PCRF , one or more new policies for the user equipment based on previously accessed profile information and the received information indicating tariffs from the OCS ; and transmitting the one or more new policies for selection allocation of the at least one unlicensed frequency band and the at least one licensed frequency band from the PCRF to the base station via the SGW ; selectively allocating , by the base station , the at least one unlicensed frequency band or the at least one licensed frequency band based on a comparison of tarrifs for the at least one unlicensed frequency band and the at least one licensed frequency band contained in the received one or more new policies.
An exhaust gas purification system comprising: a NOx storage-reduction catalyst that is provided on an exhaust passageway of an internal combustion engine to reduce and purify a nitrogen compound in exhaust gas; deterioration degree estimation means for estimating a degree of deterioration of the NOx storage-reduction catalyst; regeneration control means for executing a regeneration process in which the exhaust gas is enriched so as to restore a NOx storage capacity of the NOx storage-reduction catalyst; target interval setting means for setting a target interval from an end of the regeneration process to a start of the subsequent regeneration process by the regeneration control means; target interval correction means for correcting the target interval based on the estimated degree of deterioration; target regeneration time setting means for setting a target regeneration time from a start of the regeneration process to an end of the regeneration process by the regeneration control means; and target regeneration time correction means for correcting the target regeneration time based on the estimated degree of deterioration, characterized in that the target regeneration time correction means shortens the target regeneration time more as the estimated degree of deterioration becomes greater. a NOx storage-reduction catalyst that is provided on an exhaust passageway of an internal combustion engine to reduce and purify a nitrogen compound in exhaust gas; deterioration degree estimation means for estimating a degree of deterioration of the NOx storage-reduction catalyst; regeneration control means for executing a regeneration process in which the exhaust gas is enriched so as to restore a NOx storage capacity of the NOx storage-reduction catalyst; target interval setting means for setting a target interval from an end of the regeneration process to a start of the subsequent regeneration process by the regeneration control means; target interval correction means for correcting the target interval based on the estimated degree of deterioration; target regeneration time setting means for setting a target regeneration time from a start of the regeneration process to an end of the regeneration process by the regeneration control means; and target regeneration time correction means for correcting the target regeneration time based on the estimated degree of deterioration, characterized in that the target regeneration time correction means shortens the target regeneration time more as the estimated degree of deterioration becomes greater.
An apparatus , comprising: - a body comprising: a receptacle for receiving a crystal , the receptacle extending in a longitudinal direction, the receptacle comprising a first wall extending in the longitudinal direction and a second wall extending in the longitudinal direction, the first wall and the second wall being substantially perpendicular to one another to form a corner region extending in the longitudinal direction; characterized by - one or more spring clips securable to the body configured to exert forces on two different faces of a crystal to push the crystal into a corner of the receptacle, wherein the one or more spring clips include a single spring clip, said single spring clip comprises: a rounded first bend region extending in the longitudinal direction; a rounded second bend region extending in the longitudinal direction; a biasing region connecting the first bend region to the second bend region and wherein said single spring clip is configured to secure the crystal to the body by exerting nearly equal forces on the crystal in orthogonal directions to urge the crystal toward the corner region. - a body comprising: a receptacle for receiving a crystal , the receptacle extending in a longitudinal direction, the receptacle comprising a first wall extending in the longitudinal direction and a second wall extending in the longitudinal direction, the first wall and the second wall being substantially perpendicular to one another to form a corner region extending in the longitudinal direction; characterized by - one or more spring clips securable to the body configured to exert forces on two different faces of a crystal to push the crystal into a corner of the receptacle, wherein the one or more spring clips include a single spring clip, said single spring clip comprises: a rounded first bend region extending in the longitudinal direction; a rounded second bend region extending in the longitudinal direction; a biasing region connecting the first bend region to the second bend region and wherein said single spring clip is configured to secure the crystal to the body by exerting nearly equal forces on the crystal in orthogonal directions to urge the crystal toward the corner region. a rounded first bend region extending in the longitudinal direction; a rounded second bend region extending in the longitudinal direction; a biasing region connecting the first bend region to the second bend region and
A data communication station comprising: a) a frame including a connectivity interface, the connectivity interface having an aperture configured to receive a connector formed therein; b) a blank insert including a front facing surface and a retention feature on the front facing surface, and c) an identification icon attached to the retention feature on the front facing surface of the blank insert, wherein the identification icon is configured to receive indicia thereon; the data communication station being characterized in the blank insert being introduced in the aperture formed in the connectivity interface and in that the surfaces of the blank insert define an aperture forming the retention feature of the blank insert, the aperture being formed in the front facing surface of the blank insert, and in that the identification icon is inserted into the aperture formed in the front facing surface of the blank insert. a) a frame including a connectivity interface, the connectivity interface having an aperture configured to receive a connector formed therein; b) a blank insert including a front facing surface and a retention feature on the front facing surface, and c) an identification icon attached to the retention feature on the front facing surface of the blank insert, wherein the identification icon is configured to receive indicia thereon; the data communication station being characterized in the blank insert being introduced in the aperture formed in the connectivity interface and in that the surfaces of the blank insert define an aperture forming the retention feature of the blank insert, the aperture being formed in the front facing surface of the blank insert, and in that the identification icon is inserted into the aperture formed in the front facing surface of the blank insert.
A current detection circuit for determining whether there is leakage current in a lead (L0) passed through a magnetic induction coil that comprises a first winding (u1), wherein the current detection circuit comprises an excitation module and a comparison module , the excitation module is configured to be connected to the first winding (u1) , and the comparison module is connected to the excitation module ; the excitation module is configured to output an excitation signal to the first winding (u1) and receive a feedback signal (Sk) induced by the first winding (u1); the comparison module is configured to determine whether there is leakage current in the lead (L0) based on the feedback signal (Sk) induced by the first winding (u1) and a preset reference signal; characterized in that the magnetic induction coil further comprises a second winding (u2); the current detection circuit further comprises an auxiliary module , and the auxiliary module is configured to be connected to the second winding (u2); the auxiliary module is configured to output a preset current signal to the second winding (u2) at an initialization stage where no current passes through the lead (L0), so as to determine whether the excitation module and the comparison module are able to work normally, wherein the preset current signal changes a magnetic field generated by the excitation signal when the excitation module inputs the excitation signal into the first winding (u1). the excitation module is configured to output an excitation signal to the first winding (u1) and receive a feedback signal (Sk) induced by the first winding (u1); the comparison module is configured to determine whether there is leakage current in the lead (L0) based on the feedback signal (Sk) induced by the first winding (u1) and a preset reference signal; characterized in that the magnetic induction coil further comprises a second winding (u2); the current detection circuit further comprises an auxiliary module , and the auxiliary module is configured to be connected to the second winding (u2); the auxiliary module is configured to output a preset current signal to the second winding (u2) at an initialization stage where no current passes through the lead (L0), so as to determine whether the excitation module and the comparison module are able to work normally, wherein the preset current signal changes a magnetic field generated by the excitation signal when the excitation module inputs the excitation signal into the first winding (u1).
A method of generating an elemental map in a surface analyzer which acquires an elemental map by scanning a surface of a specimen (S) with a primary beam, separating electron signals emitted from the specimen (S) with a spectrometer , and detecting the separated electron signals with a detector having a plurality of channels capable of detecting the electron signals having energies that differ from one another, the method of generating an elemental map comprising: acquiring a plurality of correction channel images by scanning a surface of a standard specimen having a uniform elemental concentration with the primary beam and generating a correction channel image for each of the channels; generating correction information for each pixel of each correction channel image among the plurality of correction channel images based on a brightness value of the pixel; acquiring a plurality of analysis channel images by scanning a surface of a specimen to be analyzed with the primary beam and generating an analysis channel image for each of the channels; correcting brightness values of pixels constituting an analysis channel image among the plurality of analysis channel images based on the correction information ; and generating the elemental map of the specimen to be analyzed based on the plurality of analysis channel images having the pixels with corrected brightness values, wherein generating the correction information comprises using a coefficient as the correction information , wherein a value obtained by multiplying each of the brightness values of the pixels constituting the correction channel image by the coefficient becomes constant. acquiring a plurality of correction channel images by scanning a surface of a standard specimen having a uniform elemental concentration with the primary beam and generating a correction channel image for each of the channels; generating correction information for each pixel of each correction channel image among the plurality of correction channel images based on a brightness value of the pixel; acquiring a plurality of analysis channel images by scanning a surface of a specimen to be analyzed with the primary beam and generating an analysis channel image for each of the channels; correcting brightness values of pixels constituting an analysis channel image among the plurality of analysis channel images based on the correction information ; and generating the elemental map of the specimen to be analyzed based on the plurality of analysis channel images having the pixels with corrected brightness values, wherein generating the correction information comprises using a coefficient as the correction information , wherein a value obtained by multiplying each of the brightness values of the pixels constituting the correction channel image by the coefficient becomes constant.
A surface cleaning apparatus including: a housing supporting: a suction source including a motor with an axle which rotates a fan ; and a dirt collection container having an elongate axis (A), wherein the elongate axis (A) of the dirt collection container lies transverse to an axis of the axle of the motor, and wherein the axis of the axle of the motor is offset from the elongate axis of the dirt collection container , wherein the apparatus includes a floor head and an elongate member connecting the floor head to the housing , said elongate member including a passage for carrying dirt-laden air from the floor head to the dirt collection container , and characterised in that in normal use, when the apparatus is oriented such that the axis (A) of the dirt collection container is horizontal, and the axis of the axle of the motor extends underneath the axis (A) of the dirt collection container , the axis of the axle of the motor extends towards the floor head and underneath a lowermost wall of the dirt collection container . a housing supporting: a suction source including a motor with an axle which rotates a fan ; and a dirt collection container having an elongate axis (A), a suction source including a motor with an axle which rotates a fan ; and a dirt collection container having an elongate axis (A), wherein the elongate axis (A) of the dirt collection container lies transverse to an axis of the axle of the motor, and wherein the axis of the axle of the motor is offset from the elongate axis of the dirt collection container , wherein the apparatus includes a floor head and an elongate member connecting the floor head to the housing , said elongate member including a passage for carrying dirt-laden air from the floor head to the dirt collection container , and characterised in that in normal use, when the apparatus is oriented such that the axis (A) of the dirt collection container is horizontal, and the axis of the axle of the motor extends underneath the axis (A) of the dirt collection container , the axis of the axle of the motor extends towards the floor head and underneath a lowermost wall of the dirt collection container .
An assembly for an aircraft , comprising: a fuselage including a wall and a hatch configured to close an opening in the wall ; and a sensor system including an optical fiber , a transmitter and a receiver , the optical fiber arranged at an interface between the hatch and the wall , the transmitter configured to transmit first electromagnetic radiation into the optical fiber , the receiver configured to detect second electromagnetic radiation received from the optical fiber to provide receiver data; characterised in that : the sensor system is configured to detect fluid leakage across the interface between the hatch and the wall based on the receiver data. a fuselage including a wall and a hatch configured to close an opening in the wall ; and a sensor system including an optical fiber , a transmitter and a receiver , the optical fiber arranged at an interface between the hatch and the wall , the transmitter configured to transmit first electromagnetic radiation into the optical fiber , the receiver configured to detect second electromagnetic radiation received from the optical fiber to provide receiver data; characterised in that : the sensor system is configured to detect fluid leakage across the interface between the hatch and the wall based on the receiver data.
A compound represented by formula (II) or a tautomer, optical isomer, N-oxide, solvate, pharmaceutically acceptable salt thereof: wherein, R 1 is selected from H or Ci-Ce alkyl; R 2 is selected from H, halogen, Ci-Ce alkyl or Z-R 3 ; n is selected from 1-3; Z is selected from O or S; R 3 is selected from C 6 -C 14 aromatic ring, 5-14 membered aromatic heterocycle, unsubstituted or optionally substituted with one or more substituents; the substituents are independently selected from OH, halogen, Ci-Ce alkyl, Ci-Ce alkoxy, halogen-substituted Ci-Ce alkyl, or R 3 is selected from H or Ci-Ce alkyl; X is selected from halogen. wherein, R 1 is selected from H or Ci-Ce alkyl; R 2 is selected from H, halogen, Ci-Ce alkyl or Z-R 3 ; n is selected from 1-3; Z is selected from O or S; R 3 is selected from C 6 -C 14 aromatic ring, 5-14 membered aromatic heterocycle, unsubstituted or optionally substituted with one or more substituents; the substituents are independently selected from OH, halogen, Ci-Ce alkyl, Ci-Ce alkoxy, halogen-substituted Ci-Ce alkyl, or R 3 is selected from H or Ci-Ce alkyl; X is selected from halogen.