mhurhangee/ep-ind-claims huggingface dataset:
A foam proportioning system comprising: a foam pump; at least one foam line in fluid communication with a source of liquid foam concentrate, at least one discharge line, and the foam pump; a divert having a recirculation line, and a low-end control valve, the recirculation line having a first end positioned downstream of the foam pump and a second end positioned upstream of the foam pump, the divert operable to direct a portion of a flow of the liquid foam concentrate through the recirculation line; and at least one controller (104, 114) in communication with the foam pump and divert, the controller (104, 114) configured to automatically operate the foam pump and the divert to maintain a minimum flow rate of the liquid foam concentrate through the foam pump; the low-end control valve being in communication with the at least one controller (104, 114), operating in response to a signal from the at least one controller (104, 114), and automatically opening when a foam demand is less than the minimum flow rate of the liquid foam concentrate through the foam pump. a foam pump; at least one foam line in fluid communication with a source of liquid foam concentrate, at least one discharge line, and the foam pump; a divert having a recirculation line, and a low-end control valve, the recirculation line having a first end positioned downstream of the foam pump and a second end positioned upstream of the foam pump, the divert operable to direct a portion of a flow of the liquid foam concentrate through the recirculation line; and at least one controller (104, 114) in communication with the foam pump and divert, the controller (104, 114) configured to automatically operate the foam pump and the divert to maintain a minimum flow rate of the liquid foam concentrate through the foam pump; the low-end control valve being in communication with the at least one controller (104, 114), operating in response to a signal from the at least one controller (104, 114), and automatically opening when a foam demand is less than the minimum flow rate of the liquid foam concentrate through the foam pump.
An encoder configured to encode data (D1, 10) employing range encoding to generate corresponding encoded data (E2, 30), wherein the encoded data (E2, 30) includes information of frequencies, probabilities or range values of different symbols to be represented in the encoded data (E2, 30), characterized in that: the encoder is configured to include in the encoded data (E2, 30) additional information indicative of whether or not a range value, a probability value or a frequency value for the different symbols needs to be included in the encoded data (E2,30), the additional information being indicative of the symbols to which the frequencies, probabilities or range values pertain.
A method of operating a storage device that includes a nonvolatile memory device and a controller for controlling operation of the nonvolatile memory device, the method comprising: issuing, by the controller, a first command (CMD_R) to the nonvolatile memory device; a read operation comprising reading, by the nonvolatile memory device, first data from a memory cell array into a page buffer of the nonvolatile memory device, in response to the first command (CMD_R); issuing, by the controller, a second command (CMD_O2) to the nonvolatile memory device; and outputting, by the nonvolatile memory device to the controller, in response to the second command (CMD_O2), status information (STATUS), indicating whether a said read operation of the first data into the page buffer according to the first command (CMD_R) has been completed, and second data obtained from the page buffer of the nonvolatile memory device, wherein both of the status information (STATUS) and the second data are transmitted sequentially to the controller via the same channel, characterized in that the outputting further comprises outputting third data during a busy status in which the read operation of the memory cell array has not been completed, wherein the third data is additional information (INFO) about the nonvolatile memory device. issuing, by the controller, a first command (CMD_R) to the nonvolatile memory device; a read operation comprising reading, by the nonvolatile memory device, first data from a memory cell array into a page buffer of the nonvolatile memory device, in response to the first command (CMD_R); issuing, by the controller, a second command (CMD_O2) to the nonvolatile memory device; and outputting, by the nonvolatile memory device to the controller, in response to the second command (CMD_O2), status information (STATUS), indicating whether a said read operation of the first data into the page buffer according to the first command (CMD_R) has been completed, and second data obtained from the page buffer of the nonvolatile memory device, wherein both of the status information (STATUS) and the second data are transmitted sequentially to the controller via the same channel, characterized in that the outputting further comprises outputting third data during a busy status in which the read operation of the memory cell array has not been completed, wherein the third data is additional information (INFO) about the nonvolatile memory device.
A method of enhancing Quality of Experience, QoE, associated with an application flow for an end-user in a communication network, the method comprising: - receiving a data packet belonging to the application flow, at a communication interface of a network node, the packet comprising QoE information determined based on previous packets exchanged within the application flow; - decoding the QoE information from the received packet by a processor of the network node; and - comparing the decoded QoE information with a QoE target value, and - adjusting a Quality of Service, QoS, mechanism for the packet, based on the decoded QoE information for enhancing the QoE of the application flow. - receiving a data packet belonging to the application flow, at a communication interface of a network node, the packet comprising QoE information determined based on previous packets exchanged within the application flow; - decoding the QoE information from the received packet by a processor of the network node; and - comparing the decoded QoE information with a QoE target value, and - adjusting a Quality of Service, QoS, mechanism for the packet, based on the decoded QoE information for enhancing the QoE of the application flow.
A system comprising a support device for supporting a transmission coil on the body of a patient, the support device being equipped with a receiving or securing device or a receiving space for receiving or securing the transmission coil in and/or on the support device, and with a detection device (26a to 26e) for detecting a process of putting on the support device, a state of wearing, a process of removal and/or a state of removal of the support device relative to the body of the patient, characterized in that the support device further comprises an input device for the input of information about an intentional shedding of the support device by the user into the support device, wherein the support device further comprises an alarm device for emitting an alarm signal upon an unintentional shedding or shifting of the support device, or can be connected with such an alarm device by a data link, wherein the alarm device emits no alarm signal, if the user has input information at the input device indicating an intentional shedding of the support device.
A method comprising: obtaining a first non-zero set of coefficients of a vector representative of a foreground component of a sound field, the vector having been linearly decomposed from a plurality of spherical harmonic coefficients that describe the sound field; obtaining one of a plurality of configuration modes by which to extract the non-zero set of coefficients of the vector in accordance with the one of the plurality of configuration modes, wherein the one of the plurality of configuration modes indicates that the non-zero set of the coefficients includes those of the coefficients corresponding to an order greater than an order of a basis function to which one or more of the plurality of spherical harmonic coefficients correspond and excludes at least one of the coefficients corresponding to an order greater than the order of the basis function to which the one or more of the plurality of spherical harmonic coefficients correspond; and extracting the non-zero set of the coefficients of the vector based on the obtained one of the plurality of configuration modes. obtaining a first non-zero set of coefficients of a vector representative of a foreground component of a sound field, the vector having been linearly decomposed from a plurality of spherical harmonic coefficients that describe the sound field; obtaining one of a plurality of configuration modes by which to extract the non-zero set of coefficients of the vector in accordance with the one of the plurality of configuration modes, wherein the one of the plurality of configuration modes indicates that the non-zero set of the coefficients includes those of the coefficients corresponding to an order greater than an order of a basis function to which one or more of the plurality of spherical harmonic coefficients correspond and excludes at least one of the coefficients corresponding to an order greater than the order of the basis function to which the one or more of the plurality of spherical harmonic coefficients correspond; and extracting the non-zero set of the coefficients of the vector based on the obtained one of the plurality of configuration modes.
An apparatus for the movement and control of a rolling shutter, preferably of a sectional door, of the type comprising: - a tubular shaft for winding the element or elements forming said shutter, - a drive unit which comprises a tubular motor which is inserted in a first end of said tubular shaft and is configured to induce the rotation of said tubular shaft about the longitudinal extension axis thereof, said drive unit likewise comprising means for the fastening thereof to an outer support structure, - a unit for controlling said drive unit and/or the functionality of the apparatus, and characterized in that it comprises a control device which comprises: - a casing inside of which said control unit is accommodated and which is inserted in the other end, opposite with respect to said first end, of said tubular shaft, - means which electrically connect said control unit with said drive unit externally with respect to said tubular shaft, - means for constraining said casing to said outer support structure, - means (14', 14") interposed between said casing and the tubular shaft and configured to allow said casing to support said tubular shaft so that said tubular shaft rotates about the axis thereof while said casing remains fixed. - a tubular shaft for winding the element or elements forming said shutter, - a drive unit which comprises a tubular motor which is inserted in a first end of said tubular shaft and is configured to induce the rotation of said tubular shaft about the longitudinal extension axis thereof, said drive unit likewise comprising means for the fastening thereof to an outer support structure, - a unit for controlling said drive unit and/or the functionality of the apparatus, - a casing inside of which said control unit is accommodated and which is inserted in the other end, opposite with respect to said first end, of said tubular shaft, - means which electrically connect said control unit with said drive unit externally with respect to said tubular shaft, - means for constraining said casing to said outer support structure, - means (14', 14") interposed between said casing and the tubular shaft and configured to allow said casing to support said tubular shaft so that said tubular shaft rotates about the axis thereof while said casing remains fixed.
A recording data generation apparatus for generating format data as recording data for an optical disc, the recording data generation apparatus comprising: an analyzer configured to analyze an auxiliary file containing data recording mode information for master data as original data of recording data for the optical disc; a data position setter configured to determine recording positions at which specific information including a medium key block, a content hash table, a content certificate, an encrypted unit key and a public key certificate is to be recorded in accordance with analysis information of the analyzer, and an encryptor for performing an encryption process; wherein the analyzer is configured to obtain sector numbers of dummy data as the recording positions of the specific information from recording position information contained in the auxiliary file, and the data position setter is configured to determine the recording positions at which the specific information is to be recorded in accordance with the obtained sector numbers, and wherein the analyzer is configured to analyze the necessity/unnecessity of encryption for each sector and an encryption mode on the basis of the auxiliary file, and the encryptor is configured to perform an encryption process in accordance with the analysis information and to generate recording data in units of sectors; and setting said specific information for the dummy data. an analyzer configured to analyze an auxiliary file containing data recording mode information for master data as original data of recording data for the optical disc; a data position setter configured to determine recording positions at which specific information including a medium key block, a content hash table, a content certificate, an encrypted unit key and a public key certificate is to be recorded in accordance with analysis information of the analyzer, and an encryptor for performing an encryption process; wherein the analyzer is configured to obtain sector numbers of dummy data as the recording positions of the specific information from recording position information contained in the auxiliary file, and the data position setter is configured to determine the recording positions at which the specific information is to be recorded in accordance with the obtained sector numbers, and wherein the analyzer is configured to analyze the necessity/unnecessity of encryption for each sector and an encryption mode on the basis of the auxiliary file, and the encryptor is configured to perform an encryption process in accordance with the analysis information and to generate recording data in units of sectors; and setting said specific information for the dummy data.
An electrical resistance strain gage comprising: an active strain sensing grid area comprising grid lines having a uniformly distributed electrical resistance and a uniform grid length; and a trim resistance comprising trimming steps arranged within the active strain sensing grid area, characterised in that, the trim resistance comprises a portion adapted to be interrupted such that an electrical resistance of the electrical resistance strain gage is discretely modified while maintaining the same active strain sensing area. an active strain sensing grid area comprising grid lines having a uniformly distributed electrical resistance and a uniform grid length; and a trim resistance comprising trimming steps arranged within the active strain sensing grid area, characterised in that, the trim resistance comprises a portion adapted to be interrupted such that an electrical resistance of the electrical resistance strain gage is discretely modified while maintaining the same active strain sensing area.
A materials delivery instrument comprising: an elongate tube having a treatment lumen, the treatment lumen extending from a proximal end of the instrument and terminating short of the distal end of the instrument; at least one port extending between the treatment lumen and an exterior of the distal end of the instrument; and a super elastic member positioned within a distal end of the instrument, wherein the super elastic member has: a straight configuration in a stressed condition and a loop configuration in the unstressed condition such that the distal end of the instrument assumes the shape of the super elastic member for encircling a tubular tissue section, and a proximal portion oriented perpendicular to a plane defined by the loop configuration when the super elastic member is in the unstressed condition, characterized in that, when in use with the super elastic member in the loop configuration in the unstressed condition and the elongate tube having assumed the shape of the super elastic member, the at least one port is located on an interior surface of the loop configuration of the elongate tube such that the material is delivered to the encircled tissue section. an elongate tube having a treatment lumen, the treatment lumen extending from a proximal end of the instrument and terminating short of the distal end of the instrument; at least one port extending between the treatment lumen and an exterior of the distal end of the instrument; and a super elastic member positioned within a distal end of the instrument, a straight configuration in a stressed condition and a loop configuration in the unstressed condition such that the distal end of the instrument assumes the shape of the super elastic member for encircling a tubular tissue section, and a proximal portion oriented perpendicular to a plane defined by the loop configuration when the super elastic member is in the unstressed condition,
A method for releasing semi-persistent scheduling, SPS, for a wireless device, wherein the semi-persistent scheduling was used for voice over internet protocol, VoIP, the method being performed in a network node and comprising the steps of: transmitting an SPS release message to the wireless device to release uplink SPS; starting a timer; when a first condition is true, transmitting a grant for uplink transmission to the wireless device, the first condition being true when the timer expires and/or a scheduling request has been received from the wireless device; receiving a data type indication from the wireless device; and determining that an SPS release message has been correctly received by the wireless device when a scheduling request has been received from the wireless device, the grant has been transmitted and the data type indication indicates only VoIP data from the wireless device. transmitting an SPS release message to the wireless device to release uplink SPS; starting a timer; when a first condition is true, transmitting a grant for uplink transmission to the wireless device, the first condition being true when the timer expires and/or a scheduling request has been received from the wireless device; receiving a data type indication from the wireless device; and determining that an SPS release message has been correctly received by the wireless device when a scheduling request has been received from the wireless device, the grant has been transmitted and the data type indication indicates only VoIP data from the wireless device.
An agricultural seeding machine comprising: a trench closer assembly comprising a soil contacting member, the trench closer assembly configured to vary a force applied to the soil by the soil contacting member; a sensing device configured to: sense at least one aspect of the soil without contacting the soil; and output a sensed signal corresponding to the at least one aspect of the soil; a processing device coupled to the sensing device, the processing device configured to: receive the sensed signal from the sensing device; process the sensed signal to generate a processed sensed signal by performing an envelope function on the sensed signal; and compare a width of a peak envelope (510, 512, 514, 516) of the processed sensed signal to at least one stored reference peak envelope width corresponding to one of an open trench or a well closed trench to determine a metric representative of a quality of trench closing by the trench closer assembly; wherein the sensing device comprises a radar system comprising a radar transmitter and a radar receiver; the sensed signal comprises radar readings of the soil and a user interface coupled to the processing device and configured to output an indication of the metric. a trench closer assembly comprising a soil contacting member, the trench closer assembly configured to vary a force applied to the soil by the soil contacting member; a sensing device configured to: sense at least one aspect of the soil without contacting the soil; and output a sensed signal corresponding to the at least one aspect of the soil; sense at least one aspect of the soil without contacting the soil; and output a sensed signal corresponding to the at least one aspect of the soil; a processing device coupled to the sensing device, the processing device configured to: receive the sensed signal from the sensing device; process the sensed signal to generate a processed sensed signal by performing an envelope function on the sensed signal; and compare a width of a peak envelope (510, 512, 514, 516) of the processed sensed signal to at least one stored reference peak envelope width corresponding to one of an open trench or a well closed trench to determine a metric representative of a quality of trench closing by the trench closer assembly; wherein the sensing device comprises a radar system comprising a radar transmitter and a radar receiver; the sensed signal comprises radar readings of the soil receive the sensed signal from the sensing device; process the sensed signal to generate a processed sensed signal by performing an envelope function on the sensed signal; and compare a width of a peak envelope (510, 512, 514, 516) of the processed sensed signal to at least one stored reference peak envelope width corresponding to one of an open trench or a well closed trench to determine a metric representative of a quality of trench closing by the trench closer assembly; wherein the sensing device comprises a radar system comprising a radar transmitter and a radar receiver; the sensed signal comprises radar readings of the soil and a user interface coupled to the processing device and configured to output an indication of the metric.