mhurhangee/patent-ind-claim-en huggingface dataset:
A working machine comprising: a main body portion ; a working device mounted on the main body portion so as to have a changeable posture, the working device including one or a plurality of replaceable replacement portions; a posture sensor which detects a posture of the working device ; one or a plurality of transmission devices disposed in the replacement portions for transmitting a radio signal including identification information of the replacement portions ; a receiving device disposed in the main body portion for receiving a radio signal transmitted from the transmission devices ; characterized in that the working machine further comprises a determination portion which determines whether the working device is at a receivable posture which allows the receiving device to receive the radio signal or the working device is at an unreceivable posture which does not allow the receiving device to receive the radio signal based on posture information detected by the posture sensor , wherein when determining that the working device is at the unreceivable posture, the determination portion sets the receiving device in a power saving mode in which the radio signal is unreceivable, and when determining that the working device takes the receivable posture with the receiving device being set in the power saving mode, and returns the receiving device to a normal power mode in which the radio signal is receivable. a main body portion ; a working device mounted on the main body portion so as to have a changeable posture, the working device including one or a plurality of replaceable replacement portions; a posture sensor which detects a posture of the working device ; one or a plurality of transmission devices disposed in the replacement portions for transmitting a radio signal including identification information of the replacement portions ; a receiving device disposed in the main body portion for receiving a radio signal transmitted from the transmission devices ; characterized in that the working machine further comprises a determination portion which determines whether the working device is at a receivable posture which allows the receiving device to receive the radio signal or the working device is at an unreceivable posture which does not allow the receiving device to receive the radio signal based on posture information detected by the posture sensor , wherein when determining that the working device is at the unreceivable posture, the determination portion sets the receiving device in a power saving mode in which the radio signal is unreceivable, and when determining that the working device takes the receivable posture with the receiving device being set in the power saving mode, and returns the receiving device to a normal power mode in which the radio signal is receivable.
Method for verifying a validity of image data, the image data being assigned to a display device , characterized in that the image data are divided into at least two groups on the basis of a colour value of the image data, a first group of the image data being assigned all image data with a maximum colour value and a second group of the image data being assigned all image data with a colour value between a first specified limit of a maximum colour value and a second specified limit of a threshold for a colour value, in that , from the image data of at least one group, a test value is determined for the respective group, in that the determined test value for a group is compared with a specified test value for the respective group, in that a validity of the image data is only determined if the determined test value for the respective group and the specified test value for the respective group correspond and in that a non-validity of the image data is determined if the determined test value for the respective group and the specified test value for the respective group do not correspond. in that the image data are divided into at least two groups on the basis of a colour value of the image data, a first group of the image data being assigned all image data with a maximum colour value and a second group of the image data being assigned all image data with a colour value between a first specified limit of a maximum colour value and a second specified limit of a threshold for a colour value, in that , from the image data of at least one group, a test value is determined for the respective group, in that the determined test value for a group is compared with a specified test value for the respective group, in that a validity of the image data is only determined if the determined test value for the respective group and the specified test value for the respective group correspond and in that a non-validity of the image data is determined if the determined test value for the respective group and the specified test value for the respective group do not correspond.
Device for detecting highly loaded positions in a machine tool having a spindle unit having a spindle head and a spindle motor , the device comprising: - a measuring unit adapted to acquire, during operation of the spindle unit , measured values relative to the spindle head , the measured values having a current position of the spindle head relative to a fixed point (FP) of the machine tool ; - a memory unit adapted to store the measured values read by the measuring unit ; - a load determination unit adapted to determine an associated load value for each of the detected positions taking into account the measured values recorded in the storage unit ; and - an output unit which is designed to output the detected positions with the respective associated load value or to determine from a total number of the determined load values at least one heavy load value which is greater than the other load values of the total number, and to output the at least one determined heavy load value with the position assigned to it, wherein the load value is determined or is included in the determination of the load value such that a first position which has been detected more often in the measured values is assigned a higher value than a second position which has been detected less often in the measured values than the first position . - a measuring unit adapted to acquire, during operation of the spindle unit , measured values relative to the spindle head , the measured values having a current position of the spindle head relative to a fixed point (FP) of the machine tool ; - a memory unit adapted to store the measured values read by the measuring unit ; - a load determination unit adapted to determine an associated load value for each of the detected positions taking into account the measured values recorded in the storage unit ; and - an output unit which is designed to output the detected positions with the respective associated load value or to determine from a total number of the determined load values at least one heavy load value which is greater than the other load values of the total number, and to output the at least one determined heavy load value with the position assigned to it,
A machine-to-machine, M2M, device control method, comprising: detecting, by a small cell , geographic location information of a user terminal served by the small cell ; and sending, by the small cell , the geographic location information to an M2M platform device by using a first interface directly connected to a service interface of the M2M platform device , sending, by the M2M platform device , the geographic location information to an application server , the application server generates a control command for an M2M device according to the geographic location information, the M2M platform device receives the control command sent by the application server and sends the control command to the M2M device by using an M2M gateway device , and the M2M device executes the control command, wherein the geographic location information of the user terminal is obtained by detecting signal strength of the user terminal , receiving, by the small cell , by using the first interface directly connected to the service interface of the M2M platform device , a detection result information sent by the M2M platform device, wherein the detection result information is a detection result that is reported by the M2M device and that, as determined by the application server, needs to be notified to a user of the user terminal . detecting, by a small cell , geographic location information of a user terminal served by the small cell ; and sending, by the small cell , the geographic location information to an M2M platform device by using a first interface directly sending, by the M2M platform device , the geographic location information to an application server , the application server generates a control command for an M2M device according to the geographic location information, the M2M platform device receives the control command sent by the application server and sends the control command to the M2M device by using an M2M gateway device , and the M2M device executes the control command, wherein the geographic location information of the user terminal is obtained by detecting signal strength of the user terminal , receiving, by the small cell , by using the first interface directly connected to the service interface of the M2M platform device , a detection result information sent by the M2M platform device, wherein the detection result information is a detection result that is reported by the M2M device and that, as determined by the application server, needs to be notified to a user of the user terminal .
A biodegradable substrate impregnated or having its surface coated fully or partially with a matrix composition comprising (a) a biodegradable polyester, (b) a first lipid component comprising at least one sterol which is non-covalently associated with the biodegradable polyester, (c) a second lipid component comprising at least one phospholipid having fatty acid moieties of at least 12 carbons; and (d) an antibiotic agent selected from doxycycline and doxycycline hyclate, for use in the treatment or prophylaxis of an incision site infection associated with surgical operation in a subject in need thereof, wherein the substrate is a mineral substrate shaped in form of particles.
A process for receiving utility-related data over a network comprising, at a head end device: receiving a User Datagram protocol, UDP, bulk message comprising one or more UDP messages in a digital envelope, where each of the one or more UDP messages includes utility-related data, wherein each of the one or more received UDP messages comprises in a first part of the UDP message, a reason code for facilitating the sorting of the one or more UDP message into one of multiple predetermined storage buckets, and in a second part of the one or more UDP message, the utility-related data; validating the digital envelope; sorting the UDP messages; and transmitting a second_UDP message comprising an acknowledgement of receipt for each of the received UDP messages. receiving a User Datagram protocol, UDP, bulk message comprising one or more UDP messages in a digital envelope, where each of the one or more UDP messages includes utility-related data, wherein each of the one or more received UDP messages comprises in a first part of the UDP message, a reason code for facilitating the sorting of the one or more UDP message into one of multiple predetermined storage buckets, and in a second part of the one or more UDP message, the utility-related data; validating the digital envelope; sorting the UDP messages; and transmitting a second_UDP message comprising an acknowledgement of receipt for each of the received UDP messages.
A system configured to reduce voltage spikes across switches in a multi-level DC-DC converter , the system comprising and characterized by : a unit configured to control the operation of the multi-level DC-DC converter to operate the multi-level DC-DC converter with an averaging sequence, the averaging sequence adapted to, on average, result in one or more critical duty ratio values, but not operate at the one or more critical duty ratio values, wherein the averaging sequence is based at least on an error value determined at least in part by the difference between the measured output voltage and the reference output voltage , each of the one or more critical duty ratio values corresponding to a respective value of i/(N-1), where N is a number of levels in the multi-level DC-DC converter and i is an array from 1 to N-2. a unit configured to control the operation of the multi-level DC-DC converter to operate the multi-level DC-DC converter with an averaging sequence, the averaging sequence adapted to, on average, result in one or more critical duty ratio values, but not operate at the one or more critical duty ratio values, wherein the averaging sequence is based at least on an error value determined at least in part by the difference between the measured output voltage and the reference output voltage , each of the one or more critical duty ratio values corresponding to a respective value of i/(N-1), where N is a number of levels in the multi-level DC-DC converter and i is an array from 1 to N-2.
A cryogenic fluid dispensing system comprising; a tank defining an area that holds cryogenic liquid: a basin defining an area configured to hold cryogenic liquid at a height raised above a bottom portion of the tank, and being in fluid communication with the tank; a pump ; a first supply line in liquid communication with the bottom portion of the tank and configured to selectively direct cryogenic liquid from the tank to the pump; a conditioning heat exchanger configured to warm cryogenic liquid a dispensing line in liquid communication with the pump and configured to direct cryogenic liquid from the pump to an inlet of the conditioning heat exchanger; a product line configured to direct liquid from an outlet of the conditioning heat exchanger to a use device; a recycle line configured to selectively direct fluid from an outlet of the conditioning heat exchanger or the product line to the basin; a recycle valve in fluid communication with the recycle line a second supply line in liquid communication with a bottom portion of the basin and configured to selectively direct liquid from the basin to the pump. a tank defining an area that holds cryogenic liquid: a basin defining an area configured to hold cryogenic liquid at a height raised above a bottom portion of the tank, and being in fluid communication with the tank; a pump ; a first supply line in liquid communication with the bottom portion of the tank and configured to selectively direct cryogenic liquid from the tank to the pump; a conditioning heat exchanger configured to warm cryogenic liquid a dispensing line in liquid communication with the pump and configured to direct cryogenic liquid from the pump to an inlet of the conditioning heat exchanger; a product line configured to direct liquid from an outlet of the conditioning heat exchanger to a use device; a recycle line configured to selectively direct fluid from an outlet of the conditioning heat exchanger or the product line to the basin; a recycle valve in fluid communication with the recycle line a second supply line in liquid communication with a bottom portion of the basin and configured to selectively direct liquid from the basin to the pump.
A peripheral device configured with point-to-point short-range connection capabilities, comprising: a wireless communication device configured to broadcast an advertisement data packet to external devices ; one or more processors in communication with the wireless communication device; and one or more non-transitory hardware-based memory devices configured to store the advertisement data packet structure for the wireless communication device, and further configured to store computer-readable instructions executable by the one or more processors, wherein the advertisement data packet structure includes a PDU, Protocol Data Unit, that includes a header and a payload , the payload of which is modified to include a first field including a pattern defining a scenario and a second field including a pattern defining a sub-scenario associated with the scenario, wherein the scenario indicates to external devices that the peripheral device is seeking to quick pair with an external device, wherein the patterns are pre-registered within an OS, Operating System, of the external device, wherein detection of the scenario for the peripheral device causes the OS of the external device to automatically prompt, on a user interface, Ul, thereof, an opportunity for a user to connect the peripheral device to the external device, and wherein the computer-readable instructions further cause the one or more processors to pair the peripheral device to the external device upon input confirmation from a user. a wireless communication device configured to broadcast an advertisement data packet to external devices ; one or more processors in communication with the wireless communication device; and one or more non-transitory hardware-based memory devices configured to store the advertisement data packet structure for the wireless communication device, and further configured to store computer-readable instructions executable by the one or more processors, wherein the advertisement data packet structure includes a PDU, Protocol Data Unit, that includes a header and a payload , the payload of which is modified to include a first field including a pattern defining a scenario and a second field including a pattern defining a sub-scenario associated with the scenario, wherein the scenario indicates to external devices that the peripheral device is seeking to quick pair with an external device, wherein the patterns are pre-registered within an OS, Operating System, of the external device, wherein detection of the scenario for the peripheral device causes the OS of the external device to automatically prompt, on a user interface, Ul, thereof, an opportunity for a user to connect the peripheral device to the external device, and wherein the computer-readable instructions further cause the one or more processors to pair the peripheral device to the external device upon input confirmation from a user.
A limiter system for an active speaker, comprising: a first equalization filter ; a low-pass filter , connected to the first equalization filter and outputting a signal lower than a crossover frequency; a high-pass filter , connected to the first equalization filter and outputting a signal higher than the crossover frequency; a first limiter , configured to receive and limit the signal lower than the crossover frequency; a second limiter , configured to receive and limit the signal higher than the crossover frequency; and a mixer , configured to mix the signal lower than the crossover frequency that is limited by the first limiter with the signal higher than the crossover frequency that is limited by the second limiter , wherein the limiter system further comprises a second equalization filter , configured to receive and perform equalization filtering on a signal output from the mixer , wherein the first limiter is configured to make the signal lower than the crossover frequency not exceeding a first limiting threshold, and the second limiter is configured to make the signal higher than the crossover frequency not exceeding a second limiting threshold, characterised in that the first limiting threshold and the second limiting threshold are the same. a first equalization filter ; a low-pass filter , connected to the first equalization filter and outputting a signal lower than a crossover frequency; a high-pass filter , connected to the first equalization filter and outputting a signal higher than the crossover frequency; a first limiter , configured to receive and limit the signal lower than the crossover frequency; a second limiter , configured to receive and limit the signal higher than the crossover frequency; and a mixer , configured to mix the signal lower than the crossover frequency that is limited by the first limiter with the signal higher than the crossover frequency that is limited by the second limiter , wherein the limiter system further comprises a second equalization filter , configured to receive and perform equalization filtering on a signal output from the mixer , wherein the first limiter is configured to make the signal lower than the crossover frequency not exceeding a first limiting threshold, and the second limiter is configured to make the signal higher than the crossover frequency not exceeding a second limiting threshold, characterised in that the first limiting threshold and the second limiting threshold are the same.
A composition for use in treatment of diastolic dysfunction in a subject, wherein the composition comprises a therapeutically effective amount of a substance which increases the level and/or activity of a crystalline protein in cardiomyocytes of the subject, wherein the subject to be treated has: diastolic heart failure; heart failure with preserved ejection fraction; aortic stenosis; and/or dilated cardiomyopathy and wherein the substance is geranylgeranylacetone (GGA) or NYK9354 or an alpha B chain crystalline protein of SEQ ID: 1, or a protein that has an amino acid sequence identity of at least 80%, preferably at least 90%, more preferably at least 95%, most preferably 98% or 99% with the alpha B chain crystalline protein, which protein is capable of reducing a diastolic stiffness of cardiomyocytes of the subject.
An electrical distribution center configured to stabilize a position of internal terminals of the electrical distribution center, comprising: a housing containing an electronic device , an upper fixing member , and a printed circuit board , which are sequentially arranged in the housing in the order listed; a lower fixing member ; a connector , wherein the upper fixing member is provided with a first insertion hole and a pin terminal of the electronic device passes through the first insertion hole and connects to the printed circuit board , wherein a connector mounting groove for fixing the connector is arranged on the lower fixing member , wherein a second insertion hole is provided in the connector mounting groove , characterised in that the electrical distribution center further comprises a guiding member having a TPA member sleeved thereon, wherein the TPA member is provided with a third insertion hole opposite the second insertion hole , wherein a pin terminal of the connector passes through the third insertion hole and the second insertion hole in sequence, and is guided along with the TPA member , wherein the guiding member is fixed in the connector mounting groove , and wherein the pin terminal of the connector passes through the second insertion hole and then connects to the printed circuit board . a housing containing an electronic device , an upper fixing member , and a printed circuit board , which are sequentially arranged in the housing in the order listed; a lower fixing member ; a connector , wherein the upper fixing member is provided with a first insertion hole and a pin terminal of the electronic device passes through the first insertion hole and connects to the printed circuit board , wherein a connector mounting groove for fixing the connector is arranged on the lower fixing member , wherein a second insertion hole is provided in the connector mounting groove , characterised in that the electrical distribution center further comprises a guiding member having a TPA member sleeved thereon, wherein the TPA member is provided with a third insertion hole opposite the second insertion hole , wherein a pin terminal of the connector passes through the third insertion hole and the second insertion hole in sequence, and is guided along with the TPA member , wherein the guiding member is fixed in the connector mounting groove , and wherein the pin terminal of the connector passes through the second insertion hole and then connects to the printed circuit board .