mhurhangee/patent-ind-claim-en huggingface dataset:
A printing device comprising: a transport unit configured to transport a medium in a transport direction; a printing unit configured to perform printing on the medium transported by the transport unit; a guide unit including a guide surface that guides the medium on which printing has been performed; and a vibration unit configured to cause the guide surface to vibrate, characterized in that the guide surface is formed to be increasingly directed vertically downward while advancing in the transport direction, and in that the printing device further comprises: a detector configured to detect floating of the medium from the guide surface; and a control unit configured to cause the guide surface to vibrate when floating of the medium from the guide surface occurs. a transport unit configured to transport a medium in a transport direction; a printing unit configured to perform printing on the medium transported by the transport unit; a guide unit including a guide surface that guides the medium on which printing has been performed; and a vibration unit configured to cause the guide surface to vibrate, characterized in that the guide surface is formed to be increasingly directed vertically downward while advancing in the transport direction, and in that the printing device further comprises: a detector configured to detect floating of the medium from the guide surface; and a control unit configured to cause the guide surface to vibrate when floating of the medium from the guide surface occurs. a detector configured to detect floating of the medium from the guide surface; and a control unit configured to cause the guide surface to vibrate when floating of the medium from the guide surface occurs.
Apparatus for clinching a component or for setting a joining element or a functional element on a component, comprising a retention portion , with which the apparatus can be positioned on a receiving member in the environment, and a base member which is supported via a bearing location on the retention portion , and wherein a bottom die unit having a bottom die element is received on the base member and a stamp unit which is opposite the bottom die unit and which has a stamp is received, wherein there is provided in order to move the stamp and/or the bottom die element a drive unit which reversibly drives a linearly movable actuation element , which is coupled to the stamp or the bottom die element, along a joining axis of the apparatus in order to act on the component which is present between the stamp unit and the bottom die unit , wherein the base member is movable via the bearing location relative to the retention portion and wherein a control device is constructed between the actuation element and the retention portion in such a manner that the position of the base member relative to the retention portion is predetermined in accordance with the position of the actuation element along the joining axis as a result of the driven movement of the actuation element , characterized in that the bearing location comprises a rotary bearing.
An optical transmission apparatus comprising: an optical signal adjustment unit configured to be capable of receiving input of a plurality of optical signals (L1, L2) with different wavelengths, adjust an intensity of each of the plurality of optical signals (L1, L2) by applying a pre-emphasis, and output the optical signals (L1, L2); a dummy light (D) output unit configured to output a plurality of dummy lights (D) with different wavelengths, each dummy light (D) having an intensity to which is applied the pre-emphasis; a control unit configured to identify the dummy light (D) corresponding to each of the optical signals (L1, L2), and control an intensity of the identified dummy light (D) based on an intensity of the optical signal corresponding to the identified dummy light (D) to be output from the optical signal adjustment unit and the intensity of the identified dummy light (D) to which the pre-emphasis is applied when the optical signal is not output; and a multiplexing unit configured to combine the dummy light (D) and the optical signal output (L10) from the optical signal adjustment unit to output a wavelength-multiplexed optical signal (L). an optical signal adjustment unit configured to be capable of receiving input of a plurality of optical signals (L1, L2) with different wavelengths, adjust an intensity of each of the plurality of optical signals (L1, L2) by applying a pre-emphasis, and output the optical signals (L1, L2); a dummy light (D) output unit configured to output a plurality of dummy lights (D) with different wavelengths, each dummy light (D) having an intensity to which is applied the pre-emphasis; a control unit configured to identify the dummy light (D) corresponding to each of the optical signals (L1, L2), and control an intensity of the identified dummy light (D) based on an intensity of the optical signal corresponding to the identified dummy light (D) to be output from the optical signal adjustment unit and the intensity of the identified dummy light (D) to which the pre-emphasis is applied when the optical signal is not output; and a multiplexing unit configured to combine the dummy light (D) and the optical signal output (L10) from the optical signal adjustment unit to output a wavelength-multiplexed optical signal (L).
A wireless ultrasound probe , comprising: a probe housing having a first side, a second side, and a grip portion, wherein the first side comprises a high frequency transducer array and the second side comprises a low frequency transducer array , wherein the high frequency and low frequency transducer arrays are configured to operate in different scanning modes; at least one microbeamformer coupled to the high frequency and low frequency transducer arrays ; a processor in the housing configured to select between the high frequency or low frequency transducer array for an ultrasound scanning procedure; and an image processor configured to generate ultrasound image data for display to a user, characterized in that the at least one microbeamformer includes a plurality of microbeamformer channels which are configured to operate the high frequency and low frequency transducer arrays simultaneously, wherein each channel comprises a first transmitter for driving the high frequency transducer array and a second transmitter for driving the low frequency transducer array . a probe housing having a first side, a second side, and a grip portion, wherein the first side comprises a high frequency transducer array and the second side comprises a low frequency transducer array , wherein the high frequency and low frequency transducer arrays are configured to operate in different scanning modes; at least one microbeamformer coupled to the high frequency and low frequency transducer arrays ; a processor in the housing configured to select between the high frequency or low frequency transducer array for an ultrasound scanning procedure; and an image processor configured to generate ultrasound image data for display to a user, characterized in that the at least one microbeamformer includes a plurality of microbeamformer channels which are configured to operate the high frequency and low frequency transducer arrays simultaneously, wherein each channel comprises a first transmitter for driving the high frequency transducer array and a second transmitter for driving the low frequency transducer array .
A method comprising: determining a physical display orientation; determining whether the determined physical display orientation warrants a change of orientation of information presented; determining with a processor , whether a use state precludes a change of the orientation of the information presented based on the determined physical display orientation; changing the orientation of the information presented in response to a determined physical display orientation that warrants a change of the orientation of the information presented in an instance in which the use state is determined not to preclude a change of the orientation of the information presented based on the determined physical display orientation; maintaining the orientation of the information presented in response to a determined physical display orientation that warrants a change of the orientation of the information presented in an instance in which the use state is determined to preclude the change of the orientation of the information presented based on the determined physical display orientation; and changing the orientation of the information presented in response to an instruction of a user regardless of whether the use state precludes the change of the orientation of the information presented based on the determined physical display orientation. determining a physical display orientation; determining whether the determined physical display orientation warrants a change of orientation of information presented; determining with a processor , whether a use state precludes a change of the orientation of the information presented based on the determined physical display orientation; changing the orientation of the information presented in response to a determined physical display orientation that warrants a change of the orientation of the information presented in an instance in which the use state is determined not to preclude a change of the orientation of the information presented based on the determined physical display orientation; maintaining the orientation of the information presented in response to a determined physical display orientation that warrants a change of the orientation of the information presented in an instance in which the use state is determined to preclude the change of the orientation of the information presented based on the determined physical display orientation; and changing the orientation of the information presented in response to an instruction of a user regardless of whether the use state precludes the change of the orientation of the information presented based on the determined physical display orientation.
A method for configuring a resource applied to air-to-ground communication, comprising: determining (S101) a set of network devices that correspond to each over-the-air area and that provide a network service for each over-the-air area, wherein each set of network devices comprises an identifier of a network device satisfying a condition for providing a network service for the each over-the-air area; determining (S102) a target network device providing a network service for a plurality of over-the-air areas, according to a plurality of sets of network devices determined for the plurality of over-the-air areas, and determining (S102) a beam sequence used by the target network device; generating (S103) pilot configuration information for configuring a pilot sequence for the beam sequence of the target network device; and sending (S104) the pilot configuration information to the target network device. determining (S101) a set of network devices that correspond to each over-the-air area and that provide a network service for each over-the-air area, wherein each set of network devices comprises an identifier of a network device satisfying a condition for providing a network service for the each over-the-air area; determining (S102) a target network device providing a network service for a plurality of over-the-air areas, according to a plurality of sets of network devices determined for the plurality of over-the-air areas, and determining (S102) a beam sequence used by the target network device; generating (S103) pilot configuration information for configuring a pilot sequence for the beam sequence of the target network device; and sending (S104) the pilot configuration information to the target network device.
A battery pack management system, characterized by comprising: a controller , an isolation unit , a plurality of battery pack management units , and a plurality of battery packs , wherein: the plurality of battery pack management units are connected in series by a first daisy chain , and the plurality of battery pack management units are also connected in series by a second daisy chain , each of the battery pack management units is used to manage a corresponding battery pack , the first daisy chain is used to transmit sampled data collected by the battery pack management unit from the corresponding battery pack and transmit control instructions of the controller , the second daisy chain is used to transmit a failure prompt signal which is generated by a battery pack management unit that detects a failure; the isolation unit comprises a first isolation unit and a second isolation unit ; a first battery pack management unit of the plurality of battery pack management units connected in series is connected to the controller through the first isolation unit , and a last battery pack management unit of the plurality of battery pack management units connected in series is connected to the controller through the second isolation unit ; each of the plurality of battery pack management units comprises a battery management chip ; and communication pins of all battery management chips are connected to form the first daisy chain , and failure pins of all the battery management chips are connected to form the second daisy chain . the plurality of battery pack management units are connected in series by a first daisy chain , and the plurality of battery pack management units are also connected in series by a second daisy chain , each of the battery pack management units is used to manage a corresponding battery pack , the first daisy chain is used to transmit sampled data collected by the battery pack management unit from the corresponding battery pack and transmit control instructions of the controller , the second daisy chain is used to transmit a failure prompt signal which is generated by a battery pack management unit that detects a failure; the isolation unit comprises a first isolation unit and a second isolation unit ; a first battery pack management unit of the plurality of battery pack management units connected in series is connected to the controller through the first isolation unit , and a last battery pack management unit of the plurality of battery pack management units connected in series is connected to the controller through the second isolation unit ; each of the plurality of battery pack management units comprises a battery management chip ; and communication pins of all battery management chips are connected to form the first daisy chain , and failure pins of all the battery management chips are connected to form the second daisy chain .
Rotor of a motor or of a radial flow electromagnetic generator having at least one cylindrical support housing a plurality of single magnets , said at least one support including a cylindrical meshwork having meshes each delimiting a housing for a respective single magnet , said meshwork being made of fibre-reinforced insulating material, each housing having inner dimensions just sufficient to enable an introduction of a single magnet therein, characterised in that a space is left between the housing and the single magnet by being filled by a fibre-reinforced resin, the rotor including a non-conductive composite layer coating the single magnets and the meshwork .
A particulate decellularized tissue for use in therapy or for use in surgery, wherein said particulate decellularized tissue is prepared by a method for preparing a particulate decellularized tissue comprising a step of applying a high hydrostatic pressure to animal-derived tissues in a medium, wherein said high hydrostatic pressure is 2 to 1,500 MPa, and wherein said high hydrostatic pressure is applied after the animal-derived tissues are pulverized.
A guidance system for accessing a target area within a body, the guidance system comprising: a guidable catheter having a proximal end and a distal end ; a tip ring attached to the distal end of the guidable catheter ; and a first pullwire extending to the tip ring and configured to engage with the tip ring upon application of tension to the first pullwire , the first pullwire thereby subjecting the guidable catheter to a first curving force upon application of tension to the first pullwire , characterised in that the tip ring has a first pullwire channel , a second pullwire channel and a first saddle disposed between the first and second pullwire channels , the first saddle and first and second pullwire channels being configured such that, when positioned through the first and second pullwire channels , the first pullwire can engage, abut, and/or rest against the saddle . a guidable catheter having a proximal end and a distal end ; a tip ring attached to the distal end of the guidable catheter ; and a first pullwire extending to the tip ring and configured to engage with the tip ring upon application of tension to the first pullwire , the first pullwire thereby subjecting the guidable catheter to a first curving force upon application of tension to the first pullwire , characterised in that the tip ring has a first pullwire channel , a second pullwire channel and a first saddle disposed between the first and second pullwire channels , the first saddle and first and second pullwire channels being configured such that, when positioned through the first and second pullwire channels , the first pullwire can engage, abut, and/or rest against the saddle .
A smoke and heat extractor box , comprising at least one inner partition delimiting, in the space formed by the lateral walls of the box , two zones (z1, z2), respectively a first air discharge zone (z1) for sucking air via an air suction tapping connector formed in a first lateral wall of the box , the air being discharged from this zone (z1) to the outside via an air discharge tapping connector formed in a second lateral wall or in a roof wall of the box and in which discharge zone (z1) a fan is housed with axial suction air inlet and radial air outlet toward the air discharge tapping connector , and a second technical zone (z2) in which an electric motor is housed for driving the fan , the second technical zone (z2) being isolated by the roof wall fixed on the lateral walls of the box and bearing on the inner partition , characterized in that the roof wall comprises a sealing part that comprises at least one bracket whereof one branch is secured to the inner face of the roof wall and whereof the other branch is in sliding contact with a lateral face of the partition separating the second technical zone (z2) from the first discharge zone (z1), near the upper edge of this partition, even in case of deformation by thermal expansion of the roof wall , to protect the electric motor from overheating.
A method of detecting a sustained arc in an electrical system , the method comprising: collecting over a predetermined time period a load signal by sampling in the time domain and subsequently extracting spectral information comprising a frequency component and an amplitude component; removing a line frequency signature from the spectral information, the line frequency signature comprising a line current frequency of the electrical system and all frequencies above the line current frequency; subsequent to removing the line frequency signature, extracting at least one sub-harmonic frequency band from the spectral information that contains only frequencies that are less than the line current frequency, wherein the sub-harmonic frequency band is centered around a frequency corresponding to twice the line current frequency divided by an integer greater than or equal to three; and analyzing the at least one sub-harmonic frequency band to determine whether an arc signal is present. collecting over a predetermined time period a load signal by sampling in the time domain and subsequently extracting spectral information comprising a frequency component and an amplitude component; removing a line frequency signature from the spectral information, the line frequency signature comprising a line current frequency of the electrical system and all frequencies above the line current frequency; subsequent to removing the line frequency signature, extracting at least one sub-harmonic frequency band from the spectral information that contains only frequencies that are less than the line current frequency, wherein the sub-harmonic frequency band is centered around a frequency corresponding to twice the line current frequency divided by an integer greater than or equal to three; and analyzing the at least one sub-harmonic frequency band to determine whether an arc signal is present.
A processing apparatus comprising a processor , wherein: the processor comprises a plurality of deferred-push processor registers ; the processor comprises processor-register control circuitry ; the processor-register control circuitry comprises a plurality of status registers , each status register corresponding to a different respective deferred-push register ; the processor-register control circuitry is configured to detect a write of a new value to a register of the deferred-push registers ; the processor-register control circuitry is configured, in response to said detection, to determine whether the status register for the deferred-push register has a first value, indicative of an unsaved status for the deferred-push register ; and the processor-register control circuitry is configured, when the status register is determined to have the first value, to: read a current value from the deferred-push register before the writing of the new value to the deferred-push register completes; write the current value to a memory ; and set the status register for the deferred-push register to a second value, indicative of a saved status for the deferred-push register . the processor comprises a plurality of deferred-push processor registers ; the processor comprises processor-register control circuitry ; the processor-register control circuitry comprises a plurality of status registers , each status register corresponding to a different respective deferred-push register ; the processor-register control circuitry is configured to detect a write of a new value to a register of the deferred-push registers ; the processor-register control circuitry is configured, in response to said detection, to determine whether the status register for the deferred-push register has a first value, indicative of an unsaved status for the deferred-push register ; and the processor-register control circuitry is configured, when the status register is determined to have the first value, to: read a current value from the deferred-push register before the writing of the new value to the deferred-push register completes; write the current value to a memory ; and set the status register for the deferred-push register to a second value, indicative of a saved status for the deferred-push register .