mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a User Equipment, UE, for monitoring a beam transmitted by a base station in a radio communications network, which base station is serving the UE, the method comprising: monitoring a reference signal related to the beam, from the base station, each time a quality of the reference signal is below a first threshold, generating an Out-Of-Synchronization, OOS, event, each time a quality of the reference signal is above a second threshold, generating an In-Synchronization, IS, event, when the number of OOS events reaches an OOS Beam Failure Detection, BFD, threshold and the number of IS events is below an IS BFD threshold, triggering a beam recovery procedure, when the number of OOS events reaches an OOS Radio Link Monitoring, RLM, threshold which is higher than the OOS BFD threshold and the number of IS events is below an IS RLM threshold, starting a Radio Link Failure, RLF, timer, wherein the IS RLM threshold and the IS BFD threshold are configured such that the beam recovery procedure is triggered before declaring RLF. monitoring a reference signal related to the beam, from the base station, each time a quality of the reference signal is below a first threshold, generating an Out-Of-Synchronization, OOS, event, each time a quality of the reference signal is above a second threshold, generating an In-Synchronization, IS, event, when the number of OOS events reaches an OOS Beam Failure Detection, BFD, threshold and the number of IS events is below an IS BFD threshold, triggering a beam recovery procedure, when the number of OOS events reaches an OOS Radio Link Monitoring, RLM, threshold which is higher than the OOS BFD threshold and the number of IS events is below an IS RLM threshold, starting a Radio Link Failure, RLF, timer, wherein the IS RLM threshold and the IS BFD threshold are configured such that the beam recovery procedure is triggered before declaring RLF.
A chip apparatus, comprising: a system-on-chip [SoC] electronic device, including: a semiconductive digital processor, DP, section thereof; a semiconductive radio-frequency integrated-circuit, RFIC, section thereof, and where the DP section and the RFIC section form a DP-RFIC device on a semiconductive substrate; and front-end module passive devices coupled to the RFIC section; and a package substrate upon which the DP-RFIC device is mounted, wherein at least one inductor of the front-end module passive devices is coupled to the RFIC section through the package substrate, wherein the at least one inductor includes six electrical bump connectors between the DP-RFIC and the package substrate, wherein the at least one inductor is a single loop that includes six via stack structures, wherein said via stack structures are integral to the package substrate, wherein each via stack structure is contacted with a respective one of said six electrical bumps, to form six composite bump-and-stacked-via stacks, wherein said six composite bump-and-stacked-via stacks are seriatim coupled to form a single loop; wherein said six composite bump-and-stacked-via stacks are coupled by five coil segment traces (1123, 1125), and wherein said five coil segment traces are provided alternatingly as three bottom traces integral with the package substrate and as two top traces integral with the system-on-chip electronic device; and a capacitor within the RFIC. a semiconductive digital processor, DP, section thereof; a semiconductive radio-frequency integrated-circuit, RFIC, section thereof, and where the DP section and the RFIC section form a DP-RFIC device on a semiconductive substrate; and front-end module passive devices coupled to the RFIC section; and a package substrate upon which the DP-RFIC device is mounted, wherein at least one inductor of the front-end module passive devices is coupled to the RFIC section through the package substrate,
A reservation box intended to bear on a reinforcement formed of rods, placed in the formwork of a concrete slab, for the incorporation of pipes into the slab, this box being in the form of a hollow body including a bottom from which rises a side wall provided with a passage system for at least one sheath for protecting a pipe, this side wall delimiting opposite the inner face of the bottom, an aperture intended to be closed by a cover, the box including a spacer wall protruding from the outer face (6 e) of the bottom, and including a serrated end edge having a series of teeth delimiting together blocking housings for the rods, the box being characterized in that the spacer wall forms a continuous ring and in that the serrated end edge extending at a distance from the bottom such that the bottom is not in contact with the reinforcement in a mounted position of the box on the reinforcement.
A system, comprising: a first pest control device group including a plurality of wireless communication nodes, each of the wireless communication nodes being provided with a corresponding pest sensor configured to provide a corresponding signal indicative of pest activity; and a first gateway to receive sensor data from the corresponding pest sensor of each of the wireless communication nodes, each of the wireless communication nodes including a respective controller to execute operating logic to define a wireless communication network between the wireless communication nodes, the wireless communication network including a first subset of the wireless communication nodes to relay sensor information to the first gateway from a second subset of the wireless communication nodes, the second subset being different than the first subset. a first pest control device group including a plurality of wireless communication nodes, each of the wireless communication nodes being provided with a corresponding pest sensor configured to provide a corresponding signal indicative of pest activity; and a first gateway to receive sensor data from the corresponding pest sensor of each of the wireless communication nodes, each of the wireless communication nodes including a respective controller to execute operating logic to define a wireless communication network between the wireless communication nodes, the wireless communication network including a first subset of the wireless communication nodes to relay sensor information to the first gateway from a second subset of the wireless communication nodes, the second subset being different than the first subset.
A spark plug, comprising: a center electrode; an insulator that has an axial hole and holds the center electrode within a front end side of the axial hole; a cylindrical metal shell that surrounds and holds the insulator in a circumferential direction, has a screw thread formed in an outer periphery thereof, and has a protrusion part formed closer to a base end side than the screw thread, the protrusion part protruding outward from the outer periphery thereof, and surrounding the outer periphery in a circumferential direction; a ground electrode that forms a spark discharge gap between the ground electrode and the center electrode; and a seal member that has an annular configuration formed by folding an annular plate in a thickness direction by a plurality of times, and concentrically mounted on a region of the metal shell between the screw thread and the protrusion part from outside, in which in a state where the metal shell is threadably fitted into an internally threaded mounting hole, the seal member is compressed between the protrusion part and an opening periphery of the mounting hole, and seals a space between the protrusion part and the opening periphery, wherein in process of threadably fitting the metal shell into the mounting hole, in a state where the seal member is uncompressed while being interposed between the protrusion part and the opening periphery, surfaces of the seal member which face each other by folding are out of contact with each other, characterized in that the seal member contacts with the protrusion part at a single point of a first contact point, the seal member contacts with the opening periphery at a single point of a second contact point, and the second contact point is located outside of the first contact point in a radial direction when a cross section of the seal member is viewed on a plane including an axial line of the spark plug. a center electrode; an insulator that has an axial hole and holds the center electrode within a front end side of the axial hole; a cylindrical metal shell that surrounds and holds the insulator in a circumferential direction, has a screw thread formed in an outer periphery thereof, and has a protrusion part formed closer to a base end side than the screw thread, the protrusion part protruding outward from the outer periphery thereof, and surrounding the outer periphery in a circumferential direction; a ground electrode that forms a spark discharge gap between the ground electrode and the center electrode; and a seal member that has an annular configuration formed by folding an annular plate in a thickness direction by a plurality of times, and concentrically mounted on a region of the metal shell between the screw thread and the protrusion part from outside, in which in a state where the metal shell is threadably fitted into an internally threaded mounting hole, the seal member is compressed between the protrusion part and an opening periphery of the mounting hole, and seals a space between the protrusion part and the opening periphery,
Detector of visible and near-infrared radiation comprising: - a near-infrared photosensitive element formed in a layer of a material optimized for near-infrared detection, - a readout circuit for reading the near-infrared photosensitive element, formed on a frontside of a silicon substrate, the frontside of the substrate being covered with the layer of the material optimized for near-infrared detection, - four visible photosensitive elements, formed in the silicon substrate, one of the visible photosensitive elements being arranged in front of the near-infrared photosensitive element, characterized in that the detector comprises three interference filters (50a, 50b, 50c) at the backside of the silicon substrate to define a pixel quadruplet, whereof a first pixel, comprising the near-infrared photosensitive element and one of the visible photosensitive elements, is devoid of filter, and the three other pixels (48a-c), respectively comprising the three other visible photosensitive elements, are respectively provided with the filters associated with the three elementary colors, each interference filter comprising an alternation of metal layers and of dielectric layers. - a near-infrared photosensitive element formed in a layer of a material optimized for near-infrared detection, - a readout circuit for reading the near-infrared photosensitive element, formed on a frontside of a silicon substrate, the frontside of the substrate being covered with the layer of the material optimized for near-infrared detection, - four visible photosensitive elements, formed in the silicon substrate, one of the visible photosensitive elements being arranged in front of the near-infrared photosensitive element,
A composition for use for preventing or treating hereditary spastic paraplegia SPG4, the composition comprising, as an active ingredient, an antisense oligonucleotide that hybridizes with miR-33a and inhibits a function of miR-33a.
Arrangement with a fixed solid-state medium which is pumped by means of pumping radiation via a pumping device, the pumping radiation being irradiated into the solid-state medium via a first deflector so as to intensify laser radiation or convert it in the frequency, and the first deflector (4, 10, 11, 13) displacing the radiation, consisting of the pumping radiation and the laser radiation, or the radiation in the form of frequency-converted pumping radiation, while maintaining the propagation directions thereof, characterized in that the radiation is displaced in the range of ten to several hundred Hertz transversally in a direction transverse to the propagation directions thereof in a time-dependent manner to reduce thermal gradients and to reduce the temperatures in the laser medium, and that for solid-state media the frequency ν with which the radiation is displaced transversally in time-dependent manner is determined by the rule 2w/V < 1/2.4·w 2 /κ and thus ν>ν= 4.8κ/w/s, wherein 2w/V is the dwell time, w is the radius of the pumping radiation at a place of the solid-state medium, V is the path velocity of the radiation deflected in time-dependent manner, s is the length of the trajectory described in the solid-state medium, and κ is the temperature conductivity of the solid-state medium.
Method of operating an inspection apparatus comprising in combination at least an optical microscope (2, 3, 4) and an ion- or electron microscope (7, 8), comprising the steps of: - directing light from a light source to a sample in a sample holder, the sample comprising at least one emitter, in order to excite the at least one emitter, to emit luminescence light; and, - directing a primary beam, comprising a focused electron or ion beam, to said sample, wherein a modification of the luminescence light as induced by the primary beam is detected, characterized in that the optical microscope (2, 4) is of the confocal type having a light collecting device, a photon-detector, and a pinhole between the light collecting device and the photon-detector, wherein the primary beam of radiation is directed to the sample at an acute angle with respect to an optical axis of the light collecting device of the optical microscope to reduce an overlap volume between an interaction volume of the primary beam in the sample and a detection volume of the optical microscope. - directing light from a light source to a sample in a sample holder, the sample comprising at least one emitter, in order to excite the at least one emitter, to emit luminescence light; and, - directing a primary beam, comprising a focused electron or ion beam, to said sample,
An epoxy resin composition comprising the following components: from 38 to 54 parts by weight of an epoxy resin containing a DCPD structure; from 30 to 36 parts by weight of an active ester curing agent; and from 16 to 32 parts by weight of a cyanate ester resin. from 38 to 54 parts by weight of an epoxy resin containing a DCPD structure; from 30 to 36 parts by weight of an active ester curing agent; and from 16 to 32 parts by weight of a cyanate ester resin.
A method for automatically creating a geofence, comprising the following steps: detecting a starting position; transferring the starting position to a digital map; automatically creating an area object on the digital map, wherein the area object comprises the starting position; detecting movement data of at least one movable object in the region of the area object, whereby the movement data comprises a position of the movable object and additionally a velocity and/or a movement direction of the movable object; and automatically reducing the area object to form the geofence, on the basis of the movement data, wherein the step of detecting a starting position includes selecting a point of interest. detecting a starting position; transferring the starting position to a digital map; automatically creating an area object on the digital map, wherein the area object comprises the starting position; detecting movement data of at least one movable object in the region of the area object, whereby the movement data comprises a position of the movable object and additionally a velocity and/or a movement direction of the movable object; and automatically reducing the area object to form the geofence, on the basis of the movement data, wherein the step of detecting a starting position includes selecting a point of interest.
A ski lift for conveying skiers from a valley station to a mountain station, having a continuously moving conveying cable which is closed in itself, which is guided via deflecting pulleys in the terminal stations, wherein at least one of the deflecting pulleys is driven, and having chairs for a plurality of skiers, wherein the chairs are decoupled from the conveying cable at the entrance into the stations and are guided along guide rails through the stations at a reduced speed compared with the speed of the conveying cable, wherein the skiers sit on these chairs or leave these chairs and the chairs are coupled onto the conveying cable again, wherein on the one hand, access barriers (41 to 46) for the skiers, which are located in the valley station and which are controlled as a function of the movement of the chairs in the valley station, through which the skiers enter into the range of the movement path of the chairs are provided and on the other hand, a marking (51 to 56) located in the area of the movement path of the chairs which indicates to the skiers the required positions for sitting down on the seats are provided, characterized in that the marking is formed by a plurality of lights or groups of lights (51 to 56) disposed in the ground surface transversely to the direction of movement of the chairs, and a separate light or group of lights (51 to 56) is assigned to each seat located on the chair and that sensors are assigned to the movement paths of the skiers for the individual seats located on the chairs, by means of which the position of the skiers is determined, wherein the lights or groups of lights (51 to 56) are switched off in those paths in which the skiers are located in the correct positions for sitting on the chairs whereas the lights or groups of lights (51 to 56) in those movement paths in which the skiers are not located in the correct positions remain switched on.
A method in a wireless access point (1, 500) that is supporting a wireless local area network, the method comprising: from a list of data rates that are supported by the wireless access point, specifying a minimum data rate for advertisement in the wireless local area network, wherein one or more of the supported data rates are less than the minimum data rate for advertisement; advertising an indication of the minimum data rate; receiving a request from a mobile station to communicate with the wireless access point at one of the one or more supported data rates that are less than the minimum data rate for advertisement; and permitting said mobile station to conduct communications with said wireless access point at one or more of said one or more supported data rates reserved for limited use, that are less than the minimum data rate for advertisement for no more than a limited period of time if said mobile station satisfies at least one or more conditions said one or more conditions comprising: said mobile station has an active real time connection in progress and/or said mobile station has an active voice connection in progress and/or said mobile station is about to perform a handoff to another network, and informing the mobile station how much time communications with the wireless access point at the one or more supported data rates that are less than the minimum data rate for advertisement will be permitted. from a list of data rates that are supported by the wireless access point, specifying a minimum data rate for advertisement in the wireless local area network, wherein one or more of the supported data rates are less than the minimum data rate for advertisement; advertising an indication of the minimum data rate; receiving a request from a mobile station to communicate with the wireless access point at one of the one or more supported data rates that are less than the minimum data rate for advertisement; and permitting said mobile station to conduct communications with said wireless access point at one or more of said one or more supported data rates reserved for limited use, that are less than the minimum data rate for advertisement for no more than a limited period of time if said mobile station satisfies at least one or more conditions said one or more conditions comprising: said mobile station has an active real time connection in progress and/or said mobile station has an active voice connection in progress and/or said mobile station is about to perform a handoff to another network, and said mobile station has an active real time connection in progress and/or said mobile station has an active voice connection in progress and/or said mobile station is about to perform a handoff to another network, and informing the mobile station how much time communications with the wireless access point at the one or more supported data rates that are less than the minimum data rate for advertisement will be permitted.
The tug/bunker barge combination comprised of the tug articulated by means of coupling device to the barge, liquefied natural gas containers located on the barge and a cargo system for integrating the said containers into a single installation for LNG storage and dispensing for ship bunkering including pipelines with stop and connecting valves, wherein the LNG containers are made in the form of tanks which are mounted on the wheeled chassis, which are rolled onto the barge, and then sea fastened on the barge, and connected to the barge cargo system, the barge being fitted with a facility for rolling on the tanks,wherein the barge deck is applied with thermal insulation coating aimed to prevent any damage to the deck by accidental spills of liquefied natural gas.
An electric system comprising a first control circuit and a plurality of modules (E i) arranged in series between first and second terminals (Phase, Neutre), each module (E i) comprising third and fourth terminals (B+, B-), at least one of the third and fourth terminals of each module being coupled to one of the third and fourth terminals of another module, each module comprising electric cells (C 1, C 2, C 3, C 4) and switches coupling the cells together and to the third and fourth terminals of the module and a second circuit for controlling the switches, characterized in that it further comprises a first data transmission bus coupling the first control circuit to each second control circuit and a second data transmission bus coupling the first control circuit to each second control circuit, wherein the first control circuit is capable of transmitting first data to the second control circuits over the first bus at a first rate and is capable of transmitting second data to the second control circuits over the second bus at a second rate smaller than the first rate.
Process for the preparation of compounds of formula I wherein R 2 is hydrogen, comprising a) coupling the glutamic acid derivative of formula wherein R 1 hydrogen or an ester protecting group and R 4 is C 12-20 -alkyl, or a salt thereof with a lysine derivative of formula wherein R 2' is an ester protecting group and R 3 is hydrogen or an amino protecting group, or a salt thereof to form a compound of the formula wherein R 1, R 2', R 3 and R 4 are as above and b) removing the ester protecting group R 2'. a) coupling the glutamic acid derivative of formula wherein R 1 hydrogen or an ester protecting group and R 4 is C 12-20 -alkyl, or a salt thereof with a lysine derivative of formula wherein R 2' is an ester protecting group and R 3 is hydrogen or an amino protecting group, or a salt thereof to form a compound of the formula wherein R 1, R 2', R 3 and R 4 are as above and b) removing the ester protecting group R 2'.