mhurhangee/ep-ind-claims huggingface dataset:
A data transmission and reception method comprising: a key update request step of sending a key update request for requesting updating of a key, to a client terminal from a server, together with a message based on a NOTIFY method in the SIP protocol; a key delivery request step of sending a key delivery request for requesting the delivery of a key to the client terminal, to a key delivery server from the client terminal after the client terminal receives the key update request; a key delivery step of delivering a key to the client terminal from the key delivery server after the key delivery server receives the key delivery request; a key reception notice step of sending a key reception notice indicating that the delivered key was received, to the server from the client terminal, together with a message based on a SUBSCRIBE method in the SIP protocol, after the client terminal receives the delivered key; a key-use start notice step of sending a key-use start notice indicating that the client terminal starts data transmission and reception by using the delivered key with a different client terminal from the client terminal, to the client terminal from the server, together with a message based on a NOTIFY method that is different from the message based on the NOTIFY method in the SIP protocol, after the server receives the key reception notice; and a data transmission and reception step of performing data transmission and reception between the client terminal and the different client terminal by using the delivered key after the client terminal receives the key-use start notice. a key update request step of sending a key update request for requesting updating of a key, to a client terminal from a server, together with a message based on a NOTIFY method in the SIP protocol; a key delivery request step of sending a key delivery request for requesting the delivery of a key to the client terminal, to a key delivery server from the client terminal after the client terminal receives the key update request; a key delivery step of delivering a key to the client terminal from the key delivery server after the key delivery server receives the key delivery request; a key reception notice step of sending a key reception notice indicating that the delivered key was received, to the server from the client terminal, together with a message based on a SUBSCRIBE method in the SIP protocol, after the client terminal receives the delivered key; a key-use start notice step of sending a key-use start notice indicating that the client terminal starts data transmission and reception by using the delivered key with a different client terminal from the client terminal, to the client terminal from the server, together with a message based on a NOTIFY method that is different from the message based on the NOTIFY method in the SIP protocol, after the server receives the key reception notice; and a data transmission and reception step of performing data transmission and reception between the client terminal and the different client terminal by using the delivered key after the client terminal receives the key-use start notice.
A tray comprising: a base including a plurality of recesses for receiving items therein, wherein the recesses are parallel troughs formed in an upper surface of the base; and a plurality of walls (14, 16, 18, 20) extending upward from the base, wherein the plurality of walls includes a pair of opposed side walls (18, 20), a front wall and a rear wall, wherein the front wall has a significantly shorter height than the side walls (18, 20) and the troughs extend from one side wall to an opposite side wall, characterised in that: the tray further includes a plurality of elongated peaks, each peak being positioned between a pair of troughs; and the bottom wall of each of the troughs has a single wall thickness of the base and does not have ribs on a bottom surface thereof, such that, when the loaded tray is nested in a lower identical loaded tray, there is only the thickness of the bottom wall between items received in upper and lower adjacent troughs. a base including a plurality of recesses for receiving items therein, wherein the recesses are parallel troughs formed in an upper surface of the base; and a plurality of walls (14, 16, 18, 20) extending upward from the base, wherein the plurality of walls includes a pair of opposed side walls (18, 20), a front wall and a rear wall, wherein the front wall has a significantly shorter height than the side walls (18, 20) and the troughs extend from one side wall to an opposite side wall, the tray further includes a plurality of elongated peaks, each peak being positioned between a pair of troughs; and the bottom wall of each of the troughs has a single wall thickness of the base and does not have ribs on a bottom surface thereof, such that, when the loaded tray is nested in a lower identical loaded tray, there is only the thickness of the bottom wall between items received in upper and lower adjacent troughs.
A lithographic printing plate precursor comprising a substrate and at least a heat sensitive layer and an ink repellent layer, wherein the ink repellent layer which is a silicone rubber layer contains an ink repellent liquid, the ink repellent liquid having a boiling point of not less than 150°C at 101,3 kPa (1 atmospheric pressure), wherein the ink repellent layer contains the liquid in an amount of from 10% by mass to 30% by mass.
A computer-implemented method comprising: determining, by one or more processors of a client device, whether a threshold condition corresponding to current location information for the client device has been met, wherein the threshold condition is a change of a location permission of an application executable by the client device or a determination that there has been a network connectivity change; upon determining that the threshold condition corresponding to the current location information for the client device has been met, obtaining, by the one or more processors, wireless network data gathered by a scan of available wireless networks from a wireless communication module of the client device; generating, by the one or more processors, an integrated request packet including at least some of the obtained wireless network data and a client query; transmitting the integrated request packet to a server; receiving a location-enabled response to the client query in accordance with resolution of a location for the at least some of the obtained wireless network data; and generating, for presentation to a user of the client device, a result including the received location-enabled response. determining, by one or more processors of a client device, whether a threshold condition corresponding to current location information for the client device has been met, wherein the threshold condition is a change of a location permission of an application executable by the client device or a determination that there has been a network connectivity change; upon determining that the threshold condition corresponding to the current location information for the client device has been met, obtaining, by the one or more processors, wireless network data gathered by a scan of available wireless networks from a wireless communication module of the client device; generating, by the one or more processors, an integrated request packet including at least some of the obtained wireless network data and a client query; transmitting the integrated request packet to a server; receiving a location-enabled response to the client query in accordance with resolution of a location for the at least some of the obtained wireless network data; and generating, for presentation to a user of the client device, a result including the received location-enabled response.
A razor cartridge handle configured to be connected to a first type razor cartridge, and configured to be connected to a second type razor cartridge, wherein the first type razor cartridge is different from the second type razor cartridge, the handle comprising: a cartridge end and an opposed end; a first assembly configured to connect the first type razor cartridge to the cartridge end of the handle; and a second assembly configured to connect the second type razor cartridge to the cartridge end of the handle; wherein the first and second assemblies (58,80) are configured so that only a single razor cartridge can be attached to the handle at a time, which attached razor cartridge is either a first type razor cartridge or a second type razor cartridge; an ejector button that is normally biased in a first position relative to the handle, and is translatable to an eject position; an ejector having a first arm with a distal end and a second arm with a distal end, which ejector is normally biased in a retracted position wherein the arms (46,48) substantially reside within the handle; wherein the ejector is in communication with the ejector button such that translating the ejector button to the eject position causes the ejector arms (46,48) to extend outwardly from the handle cartridge end and causes the distal ends (50,52) of the ejector arms (46,48) to contact the attached razor cartridge; and a plunger with a distal end, which plunger is normally biased outwardly from the handle cartridge end to reside in an extended position, wherein in the extended position the distal end of the plunger is in contact with the attached razor cartridge. a cartridge end and an opposed end; a first assembly configured to connect the first type razor cartridge to the cartridge end of the handle; and a second assembly configured to connect the second type razor cartridge to the cartridge end of the handle; wherein the first and second assemblies (58,80) are configured so that only a single razor cartridge can be attached to the handle at a time, which attached razor cartridge is either a first type razor cartridge or a second type razor cartridge; an ejector button that is normally biased in a first position relative to the handle, and is translatable to an eject position; an ejector having a first arm with a distal end and a second arm with a distal end, which ejector is normally biased in a retracted position wherein the arms (46,48) substantially reside within the handle; wherein the ejector is in communication with the ejector button such that translating the ejector button to the eject position causes the ejector arms (46,48) to extend outwardly from the handle cartridge end and causes the distal ends (50,52) of the ejector arms (46,48) to contact the attached razor cartridge; and a plunger with a distal end, which plunger is normally biased outwardly from the handle cartridge end to reside in an extended position, wherein in the extended position the distal end of the plunger is in contact with the attached razor cartridge.
A circular disc element for a device for grinding slurry, comprising: at least two beam elements, each beam element extending beyond an outer circumference of the circular disc element in an extension direction which is parallel to a radial direction of the disc element; at least two holes extending through the circular disc element in a longitudinal direction which is substantially perpendicular to each of the extension directions of the at least two beam elements; wherein the at least two beam elements are equidistantly spaced apart from each other with respect to a circumferential direction of the circular disc element, which circumferential direction corresponds to the outer circumference of the circular disc element; wherein each beam element comprises a recess, wherein the recess receives a connecting part of the circular disc element, wherein each beam element comprises a slot in the form of an elongated hole with a radius, wherein the slot extends in the extension direction of the extending beam element, and wherein the slot is configured for receiving fastening elements. at least two beam elements, each beam element extending beyond an outer circumference of the circular disc element in an extension direction which is parallel to a radial direction of the disc element; at least two holes extending through the circular disc element in a longitudinal direction which is substantially perpendicular to each of the extension directions of the at least two beam elements; wherein the at least two beam elements are equidistantly spaced apart from each other with respect to a circumferential direction of the circular disc element, which circumferential direction corresponds to the outer circumference of the circular disc element; wherein each beam element comprises a recess, wherein the recess receives a connecting part of the circular disc element, wherein each beam element comprises a slot in the form of an elongated hole with a radius, wherein the slot extends in the extension direction of the extending beam element, and wherein the slot is configured for receiving fastening elements.
Method for switching an electromagnetic switch of a starting apparatus, which switch has two contacts (180, 181) which are electrically conductively connected to one another by a moving contact link, wherein when at least one of the two contacts (180, 181) makes contact with the contact link, a frictional movement takes effect between the contact link and a contact surface of the at least one contact (180, 181), wherein the contact surface has at least one raised portion which lies substantially in one plane and the contact link has an outer flat section, wherein the contact link, by way of its outer flat section, slides or rubs against a section of an undulating contour of the contact surface in a switching position, which section, by way of its surface, faces away from a central axis of the switch, wherein, when the said contact link slides over the contact surface, a current transfer area which is sickle-shaped is produced, wherein, when contact is made with its outer flat section, the contact link slides or rubs along a flank of an undulating contour of an annular fluting with an arcuate maximum line, wherein the arcuate maximum line is a partition line between an inner flank and the flank (420, outer flank) of the undulating contour, and wherein the current transfer area intersects the arcuate maximum line.
A method for differentiating in a subject with HR-HPV between (i) a severe form of HR-HPV infection and (ii) a mild form of HR-HPV infection, said subject not comprising the HR-HPV genome in an integrated form, comprising the steps a) determining, in a sample of said subject, the presence or absence of a gene product of E1C, and b) differentiating based on the presence or absence of the gene product between (i) a severe form of HR-HPV infection and (ii) a mild form of HR-HPV infection, wherein the gene product of E1C is a spliced transcript of E1, wherein the HR-HPV and the corresponding spliced transcript of E1 are i) HPV18 and a spliced transcript comprising a 929^2779 junction, ii) HPV33 and a spliced transcript comprising a 894^2702 junction, iii) HPV35 and a spliced transcript comprising a 883^2649 junction, iv) HPV52 and a spliced transcript comprising a 879^2696 junction, or v) HPV58 and a spliced transcript comprising a 898^2706 junction. a) determining, in a sample of said subject, the presence or absence of a gene product of E1C, and b) differentiating based on the presence or absence of the gene product between (i) a severe form of HR-HPV infection and (ii) a mild form of HR-HPV infection, i) HPV18 and a spliced transcript comprising a 929^2779 junction, ii) HPV33 and a spliced transcript comprising a 894^2702 junction, iii) HPV35 and a spliced transcript comprising a 883^2649 junction, iv) HPV52 and a spliced transcript comprising a 879^2696 junction, or v) HPV58 and a spliced transcript comprising a 898^2706 junction.
A current transformer,"CT", providing both current and temperature measurements comprising: - a primary winding and a secondary winding; - a measuring/monitoring device connected in parallel to the terminals of the secondary winding; - a DC current circuit adapted to inject DC current into the secondary winding, said DC current circuit being also adapted to be controlled by the measuring/monitoring device and being connected in parallel to the terminals of the secondary winding; and - a burden resistance (R B) connected in parallel to the terminals of the secondary winding; wherein the measuring/monitoring device comprises: - a circuit adapted to measure a voltage across the secondary winding; - a processor configured to calculate a resistance of the secondary winding from the measured voltage; and - a memory configured to store the calculated resistance of the secondary winding; wherein the processor is configured to: - calculate the resistance of the secondary winding based on the burden resistance and the current injected by the DC current circuit or based on the measured voltage and the current injected by the DC current circuit; - determine a temperature of the secondary winding from the calculated resistance of the secondary winding and the relationships between resistance and temperature based on the materials used in the CT and stored in the memory; and - store the determined temperature of the secondary winding in the memory for future diagnostic use by the processor. - a primary winding and a secondary winding; - a measuring/monitoring device connected in parallel to the terminals of the secondary winding; - a DC current circuit adapted to inject DC current into the secondary winding, said DC current circuit being also adapted to be controlled by the measuring/monitoring device and being connected in parallel to the terminals of the secondary winding; and - a burden resistance (R B) connected in parallel to the terminals of the secondary winding; - a circuit adapted to measure a voltage across the secondary winding; - a processor configured to calculate a resistance of the secondary winding from the measured voltage; and - a memory configured to store the calculated resistance of the secondary winding; - calculate the resistance of the secondary winding based on the burden resistance and the current injected by the DC current circuit or based on the measured voltage and the current injected by the DC current circuit; - determine a temperature of the secondary winding from the calculated resistance of the secondary winding and the relationships between resistance and temperature based on the materials used in the CT and stored in the memory; and - store the determined temperature of the secondary winding in the memory for future diagnostic use by the processor.
A solenoid valve assembly comprising: an armature having a longitudinal axis and an ovular transverse cross section, the armature being moveable along the longitudinal axis from a first position to a second position, a bobbin including a solenoid coil configured to electromagnetically move the armature along the longitudinal axis from the first position to the second position when energized, the bobbin defining a recess having an ovular cross section for receiving the armature and restricting lateral movement of the armature thereby providing a linear actuation path for the armature along the longitudinal axis, characterized in that the recess of the bobbin includes a plurality of guiding ribs configured to provide an area for shed material to accumulate away from the armature, and in that the solenoid valve assembly further comprises: a diaphragm, in which when the armature moves from the first position to the second position, the diaphragm moves between a first diaphragm position and a second diaphragm position, a first spring and a second spring, in which when the armature is in the first position, the first spring biases the armature against the diaphragm to render the solenoid valve assembly in an OFF position, and when the valve assembly is energized and the armature is in the second position, the second spring moves the diaphragm to render the solenoid valve assembly in an ON position, and a spring rest that receives the first spring, in which the armature has barbs which receive the spring rest, and a position of the spring rest is adjustable based upon where the barbs of the armature receive the spring rest. an armature having a longitudinal axis and an ovular transverse cross section, the armature being moveable along the longitudinal axis from a first position to a second position, a bobbin including a solenoid coil configured to electromagnetically move the armature along the longitudinal axis from the first position to the second position when energized, the bobbin defining a recess having an ovular cross section for receiving the armature and restricting lateral movement of the armature thereby providing a linear actuation path for the armature along the longitudinal axis, a diaphragm, in which when the armature moves from the first position to the second position, the diaphragm moves between a first diaphragm position and a second diaphragm position, a first spring and a second spring, in which when the armature is in the first position, the first spring biases the armature against the diaphragm to render the solenoid valve assembly in an OFF position, and when the valve assembly is energized and the armature is in the second position, the second spring moves the diaphragm to render the solenoid valve assembly in an ON position, and a spring rest that receives the first spring, in which the armature has barbs which receive the spring rest, and a position of the spring rest is adjustable based upon where the barbs of the armature receive the spring rest.
A mobile terminal comprising: a battery supplying electric power; a voltage detection portion which detects a voltage of the battery; a function activation control portion which activates a predetermined function at a preset time; and a warning portion which, in reference to a predicted battery voltage at the preset time calculated by subtracting a predicted value of reduced voltage based on a consumed current until the preset time from a detected voltage detected by the voltage detection portion, raises a warning if the predicted battery voltage is smaller than a minimum voltage that is necessary for activating the predetermined function by the function activation control portion, wherein the predetermined function includes at least one of functions of ringing an alarm at the preset time, sending an e-mail at the preset time and downloading data at the preset time. a battery supplying electric power; a voltage detection portion which detects a voltage of the battery; a function activation control portion which activates a predetermined function at a preset time; and a warning portion which, in reference to a predicted battery voltage at the preset time calculated by subtracting a predicted value of reduced voltage based on a consumed current until the preset time from a detected voltage detected by the voltage detection portion, raises a warning if the predicted battery voltage is smaller than a minimum voltage that is necessary for activating the predetermined function by the function activation control portion, wherein the predetermined function includes at least one of functions of ringing an alarm at the preset time, sending an e-mail at the preset time and downloading data at the preset time.