mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a wireless communication device for diagnosing a power supply failure in the wireless communication device , wherein the wireless communication device comprises a Power Management Unit, PMU , and a Digital Baseband, DB, , the DB operative to perform wireless communication over a radio link and comprising a Central Processing Unit, CPU, a debug interface , and the PMU comprising one or more voltage regulators operative as a CPU power supply for powering the CPU, the method comprising, while the wireless communication device is in a normal mode of operation: - detecting an indication of a power supply failure in the wireless communication device; - storing diagnostic data to a memory in the PMU, the diagnostic data comprising current operational state data for the PMU or the DB; f - deciding whether to turn off the wireless communication device in view of the detected indication; and in response to deciding to turn off the wireless communication device storing a turnoff indicator in status registers of the PMU indicating a turnoff reason corresponding to the decision to turn off the wireless communication device; and shutting down the wireless communication device; and in response to deciding not to turn off the wireless communication device, storing an indication of a potential power failure in the PMU memory; and wherein the CPU starts an error handler in case of a subsequent failed CPU operation or in case said turn-off reason is unexpected, wherein said error handler passes said diagnostic data to a dump file along with other collected dump file data, wherein said dump file is output from said debugging interface. - detecting an indication of a power supply failure in the wireless communication device; - storing diagnostic data to a memory in the PMU, the diagnostic data comprising current operational state data for the PMU or the DB; f - deciding whether to turn off the wireless communication device in view of the detected indication; and in response to deciding to turn off the wireless communication device storing a turnoff indicator in status registers of the PMU indicating a turnoff reason corresponding to the decision to turn off the wireless communication device; and shutting down the wireless communication device; and in response to deciding not to turn off the wireless communication device, storing an indication of a potential power failure in the PMU memory;
A signal transmitting method being applied to a stylus, and comprising: performing amplitude modulation respectively on n binary codes that represent information to be transmitted, so as to obtain n coded amplitude modulation signals which are sequentially arranged, wherein n is an integer greater than 1; the signal transmitting method being characterized by further comprising: continuously transmitting the n coded amplitude modulation signals which are sequentially arranged, wherein the coded amplitude modulation signals, sequence numbers of which are odd, are transmitted at a preset first frequency, and the coded amplitude modulation signals, sequence numbers of which are even, are transmitted at a preset second frequency. performing amplitude modulation respectively on n binary codes that represent information to be transmitted, so as to obtain n coded amplitude modulation signals which are sequentially arranged, wherein n is an integer greater than 1; the signal transmitting method being characterized by further comprising: continuously transmitting the n coded amplitude modulation signals which are sequentially arranged, wherein the coded amplitude modulation signals, sequence numbers of which are odd, are transmitted at a preset first frequency, and the coded amplitude modulation signals, sequence numbers of which are even, are transmitted at a preset second frequency.
An earpiece , comprising: an earpiece housing ; a speaker disposed within a central portion of the earpiece housing ; and a pivot mechanism disposed at a first end of the earpiece housing , the pivot mechanism comprising: a stem , and a spring configured to oppose a rotation of the earpiece housing with respect to the stem , the spring comprising a first end coupled to the stem and a second end coupled to the earpiece housing ; a first sensor configured to measure the rotation of the stem about a first axis; and a processor configured to change an operational state of the speaker in response to the rotation of the stem exceeding a predetermined threshold. an earpiece housing ; a speaker disposed within a central portion of the earpiece housing ; and a pivot mechanism disposed at a first end of the earpiece housing , the pivot mechanism comprising: a stem , and a spring configured to oppose a rotation of the earpiece housing with respect to the stem , the spring comprising a first end coupled to the stem and a second end coupled to the earpiece housing ; a first sensor configured to measure the rotation of the stem about a first axis; and a processor configured to change an operational state of the speaker in response to the rotation of the stem exceeding a predetermined threshold. a stem , and a spring configured to oppose a rotation of the earpiece housing with respect to the stem , the spring comprising a first end coupled to the stem and a second end coupled to the earpiece housing ; a first sensor configured to measure the rotation of the stem about a first axis; and a processor configured to change an operational state of the speaker in response to the rotation of the stem exceeding a predetermined threshold.
Compressed air nail gun, having • a working piston, which is connected to a driving ram for driving in a fastening means and to which compressed air is applied when a driving process is triggered, • a triggering device for triggering a driving process, • a safety device, which is controlled by a pressure in a control chamber and is configured to change the compressed air nail gun from a triggerable state to a locked state, and • a control valve for controlling the pressure in the control chamber , wherein the control valve has a control valve member which can be moved along an adjustment path, • characterised by a damper which is coupled to the control valve member . • a working piston, which is connected to a driving ram for driving in a fastening means and to which compressed air is applied when a driving process is triggered, • a triggering device for triggering a driving process, • a safety device, which is controlled by a pressure in a control chamber and is configured to change the compressed air nail gun from a triggerable state to a locked state, and • a control valve for controlling the pressure in the control chamber , wherein the control valve has a control valve member which can be moved along an adjustment path, • characterised by a damper which is coupled to the control valve member .
A mud motor stator comprising: a tubular outer portion ; a number of lobes extending radially inwardly from the tubular outer portion , at least one of which comprises a skeletal structure ; characterised in that the skeletal structure is asymmetric and has a load side and a seal side , the skeletal structure configured so as to provide a greater rigidity on the load side versus the seal side . a tubular outer portion ; a number of lobes extending radially inwardly from the tubular outer portion , at least one of which comprises a skeletal structure ; characterised in that the skeletal structure is asymmetric and has a load side and a seal side , the skeletal structure configured so as to provide a greater rigidity on the load side versus the seal side .
An ultrasonic imaging apparatus comprising: a processor configured to acquire a Doppler signal corresponding to a sample volume, divide the Doppler signal into a plurality of sub-Doppler signals respectively corresponding to a plurality of sections set in the sample volume. generate a plurality of spectral Doppler signals by performing spectral analysis on each of the plurality of sub-Doppler signals, determine a spectral Doppler signal corresponding to a section including an object from among the plurality of sections of the sample volume as a spectral Doppler signal corresponding to the object; model an artifact signal by using a spectral Doppler signal corresponding to a section including another object from among the plurality of sections of the sample volume; and generate a spectral Doppler signal corresponding to the object from which an artifact is removed by performing subtraction between the spectral Doppler signal corresponding to the object and the artifact signal; and a display displaying the spectral Doppler signal corresponding to the object from which the artifact is removed. a processor configured to acquire a Doppler signal corresponding to a sample volume, divide the Doppler signal into a plurality of sub-Doppler signals respectively corresponding to a plurality of sections set in the sample volume. generate a plurality of spectral Doppler signals by performing spectral analysis on each of the plurality of sub-Doppler signals, determine a spectral Doppler signal corresponding to a section including an object from among the plurality of sections of the sample volume as a spectral Doppler signal corresponding to the object; model an artifact signal by using a spectral Doppler signal corresponding to a section including another object from among the plurality of sections of the sample volume; and generate a spectral Doppler signal corresponding to the object from which an artifact is removed by performing subtraction between the spectral Doppler signal corresponding to the object and the artifact signal; and a display displaying the spectral Doppler signal corresponding to the object from which the artifact is removed.
A component supply device comprising: a component support section configured to support multiple components in a scattered state, in which the components are supplied on a support surface of the component support section where they might be picked up; a collection container arranged next to the component support section and configured to collect the components supported on the support surface via an opening in the collection container ; a collection device configured to cause the components supported on the support surface to be collected inside the collection container via the opening in the collection container ; characterized in that the component supply device further comprises a container orientation changing device configured to scatter the components collected inside the collection container on the support surface by changing the orientation of the collection container such that the opening of the collection container faces the support surface . a component support section configured to support multiple components in a scattered state, in which the components are supplied on a support surface of the component support section where they might be picked up; a collection container arranged next to the component support section and configured to collect the components supported on the support surface via an opening in the collection container ; a collection device configured to cause the components supported on the support surface to be collected inside the collection container via the opening in the collection container ; characterized in that the component supply device further comprises a container orientation changing device configured to scatter the components collected inside the collection container on the support surface by changing the orientation of the collection container such that the opening of the collection container faces the support surface .
A vibrating hammer (100.. 104), comprising: - a cylinder with a cylinder axis , - a striker , movably mounted relative to the cylinder , with a flange which protrudes beyond an inner diameter of the cylinder provided in the region of the striker transversely to the direction of movement of the striker , and with a striking surface arranged on the outside, wherein the striker is damped in both directions along the cylinder axis with regard to an axial movement, - a piston , displacably mounted in the cylinder , which can be driven by a pressurized fluid or electromechanically, whose displacement extends to the striker , wherein the flange of the striker forms a side facing the piston and a side facing the striking surface , and - a striker holder coupled with the cylinder , which has a cavity accommodating the striker and its flange , characterized by - a first damping element , in particular formed in a single piece, which encloses the flange of the striker in the cross section, and which has a first section facing the cylinder and a second section facing the striking surface . - a cylinder with a cylinder axis , - a striker , movably mounted relative to the cylinder , with a flange which protrudes beyond an inner diameter of the cylinder provided in the region of the striker transversely to the direction of movement of the striker , and with a striking surface arranged on the outside, wherein the striker is damped in both directions along the cylinder axis with regard to an axial movement, - a piston , displacably mounted in the cylinder , which can be driven by a pressurized fluid or electromechanically, whose displacement extends to the striker , wherein the flange of the striker forms a side facing the piston and a side facing the striking surface , and - a striker holder coupled with the cylinder , which has a cavity accommodating the striker and its flange , characterized by - a first damping element , in particular formed in a single piece, which encloses the flange of the striker in the cross section, and which has a first section facing the cylinder and a second section facing the striking surface .
A method for controlling a prilling bucket in a urea melt prilling process, wherein: an input flow of urea melt (UM) is processed by said prilling bucket; the prilling bucket rotates around a vertical axis and vibrates along said axis; the vibration of said bucket is caused by a magnetostrictive device , wherein the method includes that the vibration of the bucket is controlled, as a function of the rate of said input flow (UM), by the following steps: acquisition of a time-varying input signal which represents the time-varying flow rate of urea melt fed to the prilling bucket; generation of a first signal and of a second signal , independently from each other, as a function of said input signal ; generation of a third signal , which is a harmonic signal, having a frequency which is modulated by said first signal and a magnitude which is modulated by said second signal, and use of said third signal to drive said magnetostrictive device . an input flow of urea melt (UM) is processed by said prilling bucket; the prilling bucket rotates around a vertical axis and vibrates along said axis; the vibration of said bucket is caused by a magnetostrictive device , wherein the method includes that the vibration of the bucket is controlled, as a function of the rate of said input flow (UM), by the following steps: acquisition of a time-varying input signal which represents the time-varying flow rate of urea melt fed to the prilling bucket; generation of a first signal and of a second signal , independently from each other, as a function of said input signal ; generation of a third signal , which is a harmonic signal, having a frequency which is modulated by said first signal and a magnitude which is modulated by said second signal, and use of said third signal to drive said magnetostrictive device . acquisition of a time-varying input signal which represents the time-varying flow rate of urea melt fed to the prilling bucket; generation of a first signal and of a second signal , independently from each other, as a function of said input signal ; generation of a third signal , which is a harmonic signal, having a frequency which is modulated by said first signal and a magnitude which is modulated by said second signal, and use of said third signal to drive said magnetostrictive device .
A data configuration system comprising: a terminal device having a storage unit for storing a configuration data including a fixed data and a user changeable data ; and first and second provisioning servers communicable with the terminal device over a network , wherein the second provisioning server stores the fixed data excluding the user changeable data among the configuration data , the terminal device accesses the first provisioning server in an initial state in order to obtain all the configuration data and store all the configuration data in the storage unit so that the terminal device is made to be configured, the initial state being a state at shipment from a factory or at initialization, characterized in that the terminal device has an operation unit for rewriting a part of the user changeable data in the configuration data , the first provisioning server stores all the configuration data , the terminal device made to be in a configured state by storing all the configuration data in the storage unit is permitted to rewrite the user changeable data with the operation unit , and the terminal device made to be in the configured state accesses the second provisioning server at the time of power-on or restart in order to obtain the fixed data so that the fixed data is maintained in a latest state while holding the user changeable data stored in the storage unit . a terminal device having a storage unit for storing a configuration data including a fixed data and a user changeable data ; and first and second provisioning servers communicable with the terminal device over a network , wherein the second provisioning server stores the fixed data excluding the user changeable data among the configuration data , the terminal device accesses the first provisioning server in an initial state in order to obtain all the configuration data and store all the configuration data in the storage unit so that the terminal device is made to be configured, the initial state being a state at shipment from a factory or at initialization, characterized in that the terminal device has an operation unit for rewriting a part of the user changeable data in the configuration data , the first provisioning server stores all the configuration data , the terminal device made to be in a configured state by storing all the configuration data in the storage unit is permitted to rewrite the user changeable data with the operation unit , and the terminal device made to be in the configured state accesses the second provisioning server at the time of power-on or restart in order to obtain the fixed data so that the fixed data is maintained in a latest state while holding the user changeable data stored in the storage unit .
Acoustic hood, comprising a truncated pyramid shape, wherein the base surface of the truncated pyramid is formed as an opening , a plurality of side surfaces of the truncated pyramid are formed as side walls and the top surface of the truncated pyramid is formed as a rear wall of the acoustic hood, wherein the rear wall of the acoustic hood has a double-walled structure and comprises an outer wall and an inner wall which delimit a damping space, characterised in that the side walls are formed by side wall shells which are provided on the side facing the interior space of the acoustic hood with an insulating layer consisting of a soft material with good sound absorption properties, which is directly adjacent to the interior space.
Card clothing wire for rollers of a textile machine having a total height (h 1 ) and having a plurality of successively arranged teeth having a tooth depth (h 6 ), each tooth having a tooth front surface , a tooth back surface and a tooth tip , and the tooth back surface of a tooth merging into a tooth base surface at an end opposite the tooth tip , which tooth base surface subsequently merges into the tooth front surface of an adjacent tooth , and the tooth base surface , starting from the tooth back surface , having a first portion and a second portion following the first portion , the first portion having a flat or concave shape and the second portion having a convex shape, characterized in that the tooth base surface has a third portion following the second portion , the third portion being arranged parallel to a connecting line of the tooth tips of two successively arranged teeth , characterized in that a tooth depth (k) at an end of the second portion opposite the first portion is 15% to 60% less than the tooth depth (h 6 ) in the first portion .
A method for diagnosing an Aspergillus infection in a patient, comprising the step detecting in a sample beta-1,5-galactofuranose from mycelium of a pathogenic Aspergillus strain, wherein the sample is contacted with a first antibody binding specifically to said antigen and wherein any antigen bound to said first antibody is detected by way of an immunoassay selected from the group consisting of an ELISA, wherein the first antibody is coated on a microplate, and a bead-based assay, wherein the first antibody is coated on a bead wherein the immunoassay is not a membrane-based immunoassay selected from the group consisting of lateral flow device, western blot, dot blot and line blot, wherein the sample is a serum sample, characterized in that the sample is subjected to a denaturing step prior to contacting the sample with the antibody.
A compound of formula (I) wherein, X is O; R 1 , R 2 , R 3 , R 4 and R 5 is selected from H, CH 3 or OMe, or R 1 and R 2 or R 2 and R 3 or R 3 and R 4 or R 4 and R 5 may be combined to form 5 to 6 membered saturated or unsaturated ring optionally having one or more hetero atoms; Y is selected from O or NH; and R 6 , R 7 is selected from or pharmaceutically acceptable salts thereof, wherein TBS is tert -butyldimethyl silyl. wherein, X is O; R 1 , R 2 , R 3 , R 4 and R 5 is selected from H, CH 3 or OMe, or R 1 and R 2 or R 2 and R 3 or R 3 and R 4 or R 4 and R 5 may be combined to form 5 to 6 membered saturated or unsaturated ring optionally having one or more hetero atoms; Y is selected from O or NH; and R 6 , R 7 is selected from or pharmaceutically acceptable salts thereof, wherein TBS is tert -butyldimethyl silyl.
Device for adjusting a closing position of a drawer , which is accommodated movably on a furniture carcass of an item of furniture via a rail guide , wherein the rail guide comprises a carcass rail , which can be affixed to the furniture carcass, and a drawer rail , which is displaceable relative to the carcass rail and which can be connected to the drawer , wherein the device is configured for an attachment to the carcass rail in such a manner that the closing position of the drawer can be set with respect to a direction of movement of the drawer provided with the rail guide , wherein the device comprises an adjusting element provided rotatably on the device , wherein when the device is mounted on the furniture , a stop of the device can be brought into different adjustment positions on the device by turning the adjusting element , wherein the stop predefines the closing position of the drawer in such a manner that the displacement movement of the drawer rail is limited in the closing direction of the drawer , whereby a counter stop of the drawer rail is present on the stop , wherein the adjusting element of the device and a sliding element of the device coupled to the adjusting element are configured in such a manner that the sliding element is linearly adjustable by a turning movement of the adjusting element , wherein the stop is provided on the sliding element , wherein the device comprises a base plate which can be plugged on the carcass rail , characterized in that , for linear guidance of the sliding element on the base plate , a straight web is provided on the underside of the base plate , said web engaging suitably in a slot in the sliding element , wherein the sliding element is U-shaped with an upper leg which partially covers the base plate at the top and with a lower leg having the slot , wherein the lower leg partially covers the base plate at the bottom.