mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication method in a 5-Generation New Radio, 5G NR, wherein a terminal device resides on a frequency point of a first synchronization signal block, SSB, in a broadband carrier of a first cell, a plurality of SSBs including the first SSB are comprised in the broadband carrier of the first cell; and wherein the method comprises: acquiring, by the terminal device, first system information broadcast by a network device from the first SSB, wherein the first system information comprises first indication information indicating a frequency point position of each SSB other than the first SSB in the plurality of SSBs relative to the first SSB, and/or an absolute frequency point position of each SSB other than the first SSB in the plurality of SSBs; acquiring, by the terminal device, second system information broadcast by the network device from the first SSB, wherein the second system information comprises configuration information indicating the terminal device to stop residing on the frequency point of the first SSB and indicating to reselect an SSB in the plurality of SSBs for residing; and determining, by the terminal device, a second SSB according to the configuration information, and residing on a frequency point of the second SSB according to a frequency point position of the second SSB indicated by the first indication information, wherein the second SSB is any one of the plurality of SSBs. acquiring, by the terminal device, first system information broadcast by a network device from the first SSB, wherein the first system information comprises first indication information indicating a frequency point position of each SSB other than the first SSB in the plurality of SSBs relative to the first SSB, and/or an absolute frequency point position of each SSB other than the first SSB in the plurality of SSBs; acquiring, by the terminal device, second system information broadcast by the network device from the first SSB, wherein the second system information comprises configuration information indicating the terminal device to stop residing on the frequency point of the first SSB and indicating to reselect an SSB in the plurality of SSBs for residing; and determining, by the terminal device, a second SSB according to the configuration information, and residing on a frequency point of the second SSB according to a frequency point position of the second SSB indicated by the first indication information, wherein the second SSB is any one of the plurality of SSBs.
Apparatus for use of chain, having a chain, such as a transmission chain, conveyor chain and/or like, that is formed of shaped pieces each having in the middle parts thereof support- (1'k) and back (1's) surfaces, said shaped pieces being connected to each other one after another at jointing points (4, 5) in jointing parts, existing at opposite ends of the shaped pieces, by means of joint pins, whereby in order to form the jointing points (4, 5) of the chain, a first jointing point in the jointing parts of each shaped piece is arranged as a uniform projection that is essentially narrower than the width of the shaped piece, and a second one as a fork, whereby within both of the jointing points (4, 5) there exist holes, in which case in order to form a chain, each jointing point (4, 5) is to be formed by placing the said projection of a previous shaped piece between the fork of a following shaped piece and by placing a joint pin in the hole, and a drive arrangement, which includes at least one chain wheel, such as a drive wheel, a turning wheel or like, whereby supporting surfaces existing in middle parts of the shaped pieces comprise notches that are arranged essentially crosswise in respect to the moving direction of the chain and that are during conveying of the chain in cooperation with counterpart surfaces, such as pins or like belonging to the chain wheel and being arranged according to the notches and essentially crosswise in respect to the moving direction of the chain, and wherein, in order to minimize deviation of the center line (s) of the chain defined by the chain's successive joint pins of each of its shaped pieces while the shaped pieces (1; 1') thereof being bent over the drive wheel and/or the turning wheel, the support surface (1'k) of the shaped piece (1; 1') has a continuous radius that corresponds to a curvature (R') of the drive wheel's supporting surface, characterized in that, both the support surface (1'k) and the back surface (1's) have a continuous radius that corresponds to a curvature (R', R") of the drive wheel's and/or the turning wheel's supporting surface.
The thromboxane A 2 receptor antagonist [18-(1α,2α,3α,4α)]-2-[[3-[4-[(Pentylamino)carbonyl]-2-oxazolyl]-7-oxabicyclo[2.2.1]hept-2-yl]methyl]-benzenepropanoic acid (Ifetroban), or a pharmaceutically acceptable salt thereof, for use in treating or ameliorating muscular dystrophy.
A container for transportation and/or storage of items, wherein: the container is provided with under-slung tine guides (8, 9) for aiding lifting of the container, and also rotatable support members (10, 11) upon which the container may be moved and with securing means for like containers positioned in side by side relationship to be releasably secured to one another, wherein the securing means comprises a securing element mounted on the container and deployable from a stowed position to a deployed position for securing like containers, characterised in that the tine guides (8, 9) on adjacently secured containers positioned in side by side relationship are co-aligned with one another. the container is provided with under-slung tine guides (8, 9) for aiding lifting of the container, and also rotatable support members (10, 11) upon which the container may be moved and with securing means for like containers positioned in side by side relationship to be releasably secured to one another, wherein the securing means comprises a securing element mounted on the container and deployable from a stowed position to a deployed position for securing like containers, characterised in that the tine guides (8, 9) on adjacently secured containers positioned in side by side relationship are co-aligned with one another.
A camera body to which an interchangeable lens including a focus lens is mountable, comprising: an imaging unit that can capture a subject image; an obtaining unit that obtains, from the interchangeable lens, driving method information indicating supported driving methods of the focus lens, which are supported by the interchangeable lens, for autofocus control to continuously focus on a subject image during image capturing operation, the supported driving methods including as a driving method, a wobbling control which drives the focus lens minutely back and forth along the optical axis based on an output from an imaging unit; a body controller that controls the camera body and generates a control signal for controlling the interchangeable lens; and a sending unit that sends the generated control signal to the interchangeable lens, wherein when capturing a moving image, the body controller selects a supported driving method of the focus lens that is suitable for capturing an moving image from the supported driving methods of the focus lens, and generates a control signal that instructs the interchangeable lens to continuously focus on a subject image based on the selected driving method. an imaging unit that can capture a subject image; an obtaining unit that obtains, from the interchangeable lens, driving method information indicating supported driving methods of the focus lens, which are supported by the interchangeable lens, for autofocus control to continuously focus on a subject image during image capturing operation, the supported driving methods including as a driving method, a wobbling control which drives the focus lens minutely back and forth along the optical axis based on an output from an imaging unit; a body controller that controls the camera body and generates a control signal for controlling the interchangeable lens; and a sending unit that sends the generated control signal to the interchangeable lens, wherein when capturing a moving image, the body controller selects a supported driving method of the focus lens that is suitable for capturing an moving image from the supported driving methods of the focus lens, and generates a control signal that instructs the interchangeable lens to continuously focus on a subject image based on the selected driving method.
Motor vehicle bumper made of mouldable plastic and comprising an air intake grille, the said bumper having a lower edge extending in a substantially horizontal plane when the bumper is in the use position, the bumper comprising an air deflector-forming portion produced in one piece with the bumper and extending, below the air intake grille, in a substantially horizontal plane when the bumper is in the use position, and a connection region joining this air deflector-forming portion to the lower edge of the bumper, characterized in that the connection region is a region of thinned-out material forming a hinge, with the result that the air deflector-forming portion is movable between a demoulding position and a use position in which it extends in a substantially horizontal plane when the bumper is in the use position, and in that the air deflector-forming portion comprises at least two means for attachment to the bumper and/or to the air intake grille, these means being able to retain the air deflector-forming portion in the use position.
Device for the damming of a liquid in a liquid basin, wherein the device, during use, comprises a tubular enclosure which is suitable for arrangement at an edge of the liquid basin, wherein a longitudinal direction of the tubular enclosure extends substantially parallel to the edge, wherein the enclosure encloses a liquid-fillable space, wherein the enclosure, at an exterior side thereof, facing the liquid basin, is provided with a skirt for being supported by a substantially horizontal or sloping underground of the liquid basin, seen from the edge, wherein the support during use is carried out in such a way, that a contact surface present between the skirt and the underground remains substantially free from liquid from the liquid basin, wherein the enclosure is provided with one or more filling openings at the side during use facing the liquid basin, wherein the one or more filling openings during use create an open liquid connection between the space and the liquid in the liquid basin, such that when the liquid reaches the device, the tubular enclosure becomes filled through the filling openings and when the liquid has retreated, the device automatically empties itself, wherein the enclosure is provided with one or more stiffening elements to provide shape retention to the enclosure during use, characterized in that the one or more filling openings are arranged above the skirt, near the lower side of the side during use facing the liquid basin, at the intersection of the tubular enclosure with the skirt, wherein a tendon is drilled into the cloth at the beginning of the skirt, which can be anchored to a ground profile, so that the water has no chance of flowing under the skirt.
A method for monitoring bandwidth utilization of a port in a high speed data network comprising the steps of: receiving (604, 704), at a processor, a first measurement of bandwidth utilization at a first time for the port wherein bandwidth utilization identifies a current amount of bandwidth of the port being used relative to a maximum available bandwidth of the port; determining (606, 706), at the processor, whether the first measurement of bandwidth utilization equals or exceeds a predetermined utilization threshold (302, 402); receiving (604, 704), at the processor, at least one subsequent measurement of bandwidth utilization at a subsequent time for the port; determining (606, 706), at the processor, whether the at least one subsequent measurement of bandwidth utilization equals or exceeds the predetermined utilization threshold (302, 402); establishing, at the processor, a parameter defining a utilization characteristic for the port over time and a parameter threshold; if the first and the at least one subsequent bandwidth utilization measurements equal or exceed the predetermined utilization threshold, analyzing, at the processor, if the parameter threshold has been met or exceeded; and if the parameter threshold has been met or exceeded, setting, at the processor, a bandwidth utilization alert for the port wherein the bandwidth utilization alert indicates that bandwidth utilization at the port has reached a level that risks compromising a service provided to a device (112, 120, 124) via the port. receiving (604, 704), at a processor, a first measurement of bandwidth utilization at a first time for the port wherein bandwidth utilization identifies a current amount of bandwidth of the port being used relative to a maximum available bandwidth of the port; determining (606, 706), at the processor, whether the first measurement of bandwidth utilization equals or exceeds a predetermined utilization threshold (302, 402); receiving (604, 704), at the processor, at least one subsequent measurement of bandwidth utilization at a subsequent time for the port; determining (606, 706), at the processor, whether the at least one subsequent measurement of bandwidth utilization equals or exceeds the predetermined utilization threshold (302, 402); establishing, at the processor, a parameter defining a utilization characteristic for the port over time and a parameter threshold; if the first and the at least one subsequent bandwidth utilization measurements equal or exceed the predetermined utilization threshold, analyzing, at the processor, if the parameter threshold has been met or exceeded; and if the parameter threshold has been met or exceeded, setting, at the processor, a bandwidth utilization alert for the port wherein the bandwidth utilization alert indicates that bandwidth utilization at the port has reached a level that risks compromising a service provided to a device (112, 120, 124) via the port.
A computer implemented method for transmitting data packets associated with an application to a data server over a communication network, the method comprising: transmitting the data packets to the data server over a network connection, the network connection including at least one forwarding device in the communications network that the data packets traverse to reach the data server, wherein a network stack initiates the network connection in response to a request by the application; receiving, at a library integrated with the network stack, a functionality requirement for the network connection; and in response to receipt of the functionality requirement: generating, by means of the library, a control packet that indicates the functionality requirement; instructing, by the library, the network stack to transmit the control packet to a functionality module, which uses information in the control packet to instruct a network controller to configure the communications network to provide the functionality requirement by determining a second network connection, the second network connection comprising at least one forwarding device in the communications network, wherein the data packets traverse the second network connection to reach the data server. transmitting the data packets to the data server over a network connection, the network connection including at least one forwarding device in the communications network that the data packets traverse to reach the data server, wherein a network stack initiates the network connection in response to a request by the application; receiving, at a library integrated with the network stack, a functionality requirement for the network connection; and in response to receipt of the functionality requirement: generating, by means of the library, a control packet that indicates the functionality requirement; instructing, by the library, the network stack to transmit the control packet to a functionality module, which uses information in the control packet to instruct a network controller to configure the communications network to provide the functionality requirement by determining a second network connection, the second network connection comprising at least one forwarding device in the communications network, wherein the data packets traverse the second network connection to reach the data server. generating, by means of the library, a control packet that indicates the functionality requirement; instructing, by the library, the network stack to transmit the control packet to a functionality module, which uses information in the control packet to instruct a network controller to configure the communications network to provide the functionality requirement by determining a second network connection, the second network connection comprising at least one forwarding device in the communications network, wherein the data packets traverse the second network connection to reach the data server.
An oven door for a domestic cooking oven, wherein the oven door comprises: - a first inner glass panel in direct contact to an oven cavity, - a second inner glass panel plane-parallel to the first inner glass panel, - a reflective layer at an inner side of the second inner glass panel in order to reflect radiant heat from the oven cavity and/or at an outer side of the first inner glass panel in order to avoid emission of radiant heat from the oven cavity, so that the reflective layer is within said intermediate space, and - an outer glass panel in direct contact to an ambiance, characterized in that the oven door further comprises a void of air intermediate space between the first inner glass panel and the second inner glass panel and in that the thickness of the intermediate space is between 0.5 mm and 1 mm, wherein the heat conductivity of said intermediate space is lower than 10 -2 W/(m·K). - a first inner glass panel in direct contact to an oven cavity, - a second inner glass panel plane-parallel to the first inner glass panel, - a reflective layer at an inner side of the second inner glass panel in order to reflect radiant heat from the oven cavity and/or at an outer side of the first inner glass panel in order to avoid emission of radiant heat from the oven cavity, so that the reflective layer is within said intermediate space, and - an outer glass panel in direct contact to an ambiance,
A pest control system comprising: at least one pest control device each PCD (151a-c) having: at least one sensor (12a, 12b), the at least one sensor (12a, 12b) configured to detect a body within a region of the PCD (151a-c); a PCD controller operatively connected to the at least one sensor (12a, 12b), the PCD controller configured to receive raw data from the at least one sensor (12a, 12b) including device event data representing presence or movement of animate bodies adjacent the at least one sensor (12a, 12b); and, a wireless communication system operatively connected to the controller for transmitting data from the PCD controller to a relaying communication device having an RCD controller, characterized in that the PCD controller is configured to pre-filter the raw data as device event data representing presence or movement of animate bodies and non-live data representing presence or movement of non-animate bodies and where the PCD controller is configured to either transmit device event data to the RCD and discard non-live event data or to transmit raw data to the RCD. at least one sensor (12a, 12b), the at least one sensor (12a, 12b) configured to detect a body within a region of the PCD (151a-c); a PCD controller operatively connected to the at least one sensor (12a, 12b), the PCD controller configured to receive raw data from the at least one sensor (12a, 12b) including device event data representing presence or movement of animate bodies adjacent the at least one sensor (12a, 12b); and, a wireless communication system operatively connected to the controller for transmitting data from the PCD controller to a relaying communication device having an RCD controller, characterized in that the PCD controller is configured to pre-filter the raw data as device event data representing presence or movement of animate bodies and non-live data representing presence or movement of non-animate bodies and where the PCD controller is configured to either transmit device event data to the RCD and discard non-live event data or to transmit raw data to the RCD.
Device for measuring the tensile force of a long good with a signal generator with a housing that has, on the input side, a transducer with a deflecting device for the long good, wherein the deflecting device is partially looped around by the long good for the purpose of measurement and acts via the transducer onto a force sensor that is thus impacted by the resulting force F res exerted by the long good onto the deflecting device, wherein an electronic circuit generates an electrical signal corresponding to the level of the resulting force F res and converts it into a display signal for a display device, characterized in that the device is configured as a mobile measuring instrument with a signal generator usable as a mobile device on the user side and designed with a handgrip with a display device usable as a mobile device with respect to the signal generator, that the signal generator is a signal generator with 3 rollers and that a signal transmitting link is provided starting from the transducer to the display device, signal transmitting link for which all the signal lines (71, 7b, 7c) that are subject to the risk of getting tangled up in the long good are locked inside the closed housing of the signal generator and wherein the portion of the signal transmitting link between the signal generator and the display device is wireless over an emitting device on the signal generator and an associated receiving device of the display device.
A method for detecting double parts during transport and during the loading of machines by means of two laser sensors situated opposite each other (5, 6), each having a laser source (5', 6') and a detector (5", 6"), between which the parts pass, wherein the distances between the respective laser sensor (5, 6) and the surface of the part facing it are measured and the thickness of the part is ascertained from the difference between the distance of the laser sensors (5, 6) from each other and the sum of the distances measured by the two laser sensors (5, 6), characterized in that the respective laser beam is detected by means of a photo receiver situated opposite one of the two laser sources (5', 6'), and thus the detection process is monitored by the laser sensors (5, 6).