mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data packet delay management in a communications network connecting a sender node over a Common Public Radio Interface, eCPRI, interface to a receiver node, the method performed at the receiver node receiving data packets from the sender node and comprising the steps of: - monitoring a buffer level at a buffer receiving data from the sender node; - when the buffer level reaches a threshold the method further comprises: ∘ transmitting to the sender node over the eCPRI interface at least one message comprising information indicative of length of time of a Medium Access Control, MAC, flow control, thereby indicating a duration encapsulation of eCPRI packets shall be paused at the sender node; ∘ transmitting at least one MAC flow control frame to the sender node with a delay measured from transmitting the at least one message sent over the eCPRI interface, wherein the delay is based on time required at the sender node to process the at least one message sent over the eCPRI interface. - monitoring a buffer level at a buffer receiving data from the sender node; - when the buffer level reaches a threshold the method further comprises: ∘ transmitting to the sender node over the eCPRI interface at least one message comprising information indicative of length of time of a Medium Access Control, MAC, flow control, thereby indicating a duration encapsulation of eCPRI packets shall be paused at the sender node; ∘ transmitting at least one MAC flow control frame to the sender node with a delay measured from transmitting the at least one message sent over the eCPRI interface, wherein the delay is based on time required at the sender node to process the at least one message sent over the eCPRI interface. ∘ transmitting to the sender node over the eCPRI interface at least one message comprising information indicative of length of time of a Medium Access Control, MAC, flow control, thereby indicating a duration encapsulation of eCPRI packets shall be paused at the sender node; ∘ transmitting at least one MAC flow control frame to the sender node with a delay measured from transmitting the at least one message sent over the eCPRI interface, wherein the delay is based on time required at the sender node to process the at least one message sent over the eCPRI interface.
A closed suture loop comprising: a tubular braided length of filaments defining a hollow conduit; characterised in that the closed suture loop further comprises a non-braided length of the filaments, where the braided length of the filaments and the non-braided length of the filaments form the closed suture loop . a tubular braided length of filaments defining a hollow conduit; characterised in that the closed suture loop further comprises a non-braided length of the filaments, where the braided length of the filaments and the non-braided length of the filaments form the closed suture loop .
Assembly for filtering the fuel of a motor vehicle, comprising a fuel filter equipped with a purge system opening an outlet port directed downwards, and a protective deflector comprising a shaped flat horizontal disposed an below the filter having a bore vertically aligned below the outlet orifice , the face superi eure the deflector having walls forming a closed contour around the bore, characterized in that the upper face of the deflector comprises ribs disposed in the longitudinal direction of the vehicle and a curved rib which surrounds the bore and whose ends meet one side a longitudinal rib to form the closed contour .
A process for producing cyanonorbornene, comprising: Step 1 of preparing a mixture solution including 0.5% by weight to 28% by weight of methyl bicyclononadiene, with respect to a total amount of 100% by weight of dicyclopentadiene, acrylonitrile, and the methyl bicyclononadiene, in a container; and Step 2 of reacting the dicyclopentadiene with the acrylonitrile in the presence of the methyl bicyclononadiene, in the mixture solution. Step 1 of preparing a mixture solution including 0.5% by weight to 28% by weight of methyl bicyclononadiene, with respect to a total amount of 100% by weight of dicyclopentadiene, acrylonitrile, and the methyl bicyclononadiene, in a container; and Step 2 of reacting the dicyclopentadiene with the acrylonitrile in the presence of the methyl bicyclononadiene, in the mixture solution.
An apparatus for machining hard microtechnology workpieces , comprising a machining unit comprising a system for loading/unloading support members for hard workpieces and at least one laser system comprising at least one laser for machining said hard workpieces and a system for controlling said laser , said unit defining a horizontal plane X-Y and a vertical axis Z orthogonal to the horizontal plane X-Y, the material of said hard workpieces being selected from materials having a hardness on the Vickers scale between 1600 HV and 2000 HV, or selected from: Al 2 O 3 , Sapphire, SiO 2 , Ceramic, Silicon Carbide, Silicon (Si), ZrO2, Glass, Quartz Glass, Diamond, a hard metal selected from titanium, stainless steel, tungsten, or tantalum, each support member comprising, at least on one side, a surface arranged so that a plurality of hard workpieces can be attached thereto, each support member being arranged to provide an adherent force, characterised in that - the laser is a femtosecond laser, - the apparatus comprises a device for measuring the X-Y-Z position of each hard workpiece of at least one set of hard workpieces with respect to a reference mark and means for recording said X-Y-Z positions, which means are arranged to cooperate with the control system of the laser , - said control system of the laser comprises a system for positioning said laser , which system is arranged, before each hard workpiece is machined, to move and position the laser with respect to said hard workpiece depending on the recorded X-Y-Z position of said hard workpiece , such that said hard workpiece can be machined. each support member comprising, at least on one side, a surface arranged so that a plurality of hard workpieces can be attached thereto, each support member being arranged to provide an adherent force, characterised in that - the laser is a femtosecond laser, - the apparatus comprises a device for measuring the X-Y-Z position of each hard workpiece of at least one set of hard workpieces with respect to a reference mark and means for recording said X-Y-Z positions, which means are arranged to cooperate with the control system of the laser , - said control system of the laser comprises a system for positioning said laser , which system is arranged, before each hard workpiece is machined, to move and position the laser with respect to said hard workpiece depending on the recorded X-Y-Z position of said hard workpiece , such that said hard workpiece can be machined. - the laser is a femtosecond laser, - the apparatus comprises a device for measuring the X-Y-Z position of each hard workpiece of at least one set of hard workpieces with respect to a reference mark and means for recording said X-Y-Z positions, which means are arranged to cooperate with the control system of the laser , - said control system of the laser comprises a system for positioning said laser , which system is arranged, before each hard workpiece is machined, to move and position the laser with respect to said hard workpiece depending on the recorded X-Y-Z position of said hard workpiece , such that said hard workpiece can be machined.
A fish tape assembly comprising: a housing ; a chamber defined in the housing; a motor supported by the housing, the motor configured to rotate in a first direction and a second direction that is opposite the first direction; characterized in that the fish tape assembly further comprises: an output reel disposed in the chamber and rotatable in response to receiving torque from the motor; and a drum containing a fish tape and including a rotatable drum portion having an inner wall that is engaged by the output reel when the drum is inserted into the chamber of the housing, wherein when the drum is in the chamber and the motor is rotated in the first direction, the drum portion is rotated by the output reel in the first direction, such that the fish tape is dispensed from the drum, and wherein when the drum is in the chamber and the motor is rotated in the second direction, the drum portion is rotated by the output reel in the second direction, such that the fish tape is retracted into the drum. a housing ; a chamber defined in the housing; a motor supported by the housing, the motor configured to rotate in a first direction and a second direction that is opposite the first direction; characterized in that the fish tape assembly further comprises: an output reel disposed in the chamber and rotatable in response to receiving torque from the motor; and a drum containing a fish tape and including a rotatable drum portion having an inner wall that is engaged by the output reel when the drum is inserted into the chamber of the housing, wherein when the drum is in the chamber and the motor is rotated in the first direction, the drum portion is rotated by the output reel in the first direction, such that the fish tape is dispensed from the drum, and wherein when the drum is in the chamber and the motor is rotated in the second direction, the drum portion is rotated by the output reel in the second direction, such that the fish tape is retracted into the drum. an output reel disposed in the chamber and rotatable in response to receiving torque from the motor; and a drum containing a fish tape and including a rotatable drum portion having an inner wall that is engaged by the output reel when the drum is inserted into the chamber of the housing, wherein when the drum is in the chamber and the motor is rotated in the first direction, the drum portion is rotated by the output reel in the first direction, such that the fish tape is dispensed from the drum, and wherein when the drum is in the chamber and the motor is rotated in the second direction, the drum portion is rotated by the output reel in the second direction, such that the fish tape is retracted into the drum.
A vehicle lounge console configured to be arranged in front of a vehicle passenger seat, the vehicle lounge console comprising: a storage compartment comprising a plurality of storage locations, each storage location being configured to contain a storage container ; a first opening configured to receive a storage container; a second opening configured to eject a storage container; wherein the storage compartment comprises a selection mechanism configured to arrange a received storage container in a storage location, and to eject a selected one of the plurality of storage containers through the second opening upon request, characterized in that said vehicle lounge console further comprises a movable platform located adjacent to the second opening such that a storage container can be ejected through the second opening to the movable platform, wherein the movable platform is movable away from the second opening. a storage compartment comprising a plurality of storage locations, each storage location being configured to contain a storage container ; a first opening configured to receive a storage container; a second opening configured to eject a storage container; wherein the storage compartment comprises a selection mechanism configured to arrange a received storage container in a storage location, and to eject a selected one of the plurality of storage containers through the second opening upon request, characterized in that said vehicle lounge console further comprises a movable platform located adjacent to the second opening such that a storage container can be ejected through the second opening to the movable platform, wherein the movable platform is movable away from the second opening.
An access point, AP, comprising: means for transmitting, in a high efficiency (HE) wireless local area network (WLAN), a message to a group of stations of a plurality of stations , wherein the message is configured to enable the stations of the group of stations to identify a guard interval of a plurality of different guard intervals, and wherein the message includes a schedule for the group of stations to respond to the message; means for receiving responses to the message, from the group of stations according to the schedule, wherein each response of the responses indicates the guard interval of the plurality of different guard intervals identified by a respective station from which the response is received for multi-user uplink HE WLAN communications; and wherein the guard interval is one of the plurality of different guard intervals utilized by a null data packet (NDP) having a long training field (LTF) during channel sounding. means for transmitting, in a high efficiency (HE) wireless local area network (WLAN), a message to a group of stations of a plurality of stations , wherein the message is configured to enable the stations of the group of stations to identify a guard interval of a plurality of different guard intervals, and wherein the message includes a schedule for the group of stations to respond to the message; means for receiving responses to the message, from the group of stations according to the schedule, wherein each response of the responses indicates the guard interval of the plurality of different guard intervals identified by a respective station from which the response is received for multi-user uplink HE WLAN communications; and wherein the guard interval is one of the plurality of different guard intervals utilized by a null data packet (NDP) having a long training field (LTF) during channel sounding.
A computing device comprising: a heat generating component ; a heat spreader physically connected to the heat generating component, the heat spreader comprising a first surface and a second surface, the second surface being closer to the heat generating component than the first surface is to the heat generating component; characterised in that the computing device further comprises: a first layer of phase change material on at least a first portion of the first surface of the heat spreader, wherein the computing device further comprises a second layer of phase change material on at least a second portion of the first surface of the heat spreader, wherein the first layer of phase change material and the second layer of phase change material have different melting temperatures, different latent heats of fusion, different densities, or any combination thereof. a heat generating component ; a heat spreader physically connected to the heat generating component, the heat spreader comprising a first surface and a second surface, the second surface being closer to the heat generating component than the first surface is to the heat generating component; characterised in that the computing device further comprises: a first layer of phase change material on at least a first portion of the first surface of the heat spreader, wherein the computing device further comprises a second layer of phase change material on at least a second portion of the first surface of the heat spreader, wherein the first layer of phase change material and the second layer of phase change material have different melting temperatures, different latent heats of fusion, different densities, or any combination thereof. a first layer of phase change material on at least a first portion of the first surface of the heat spreader, wherein the computing device further comprises a second layer of phase change material on at least a second portion of the first surface of the heat spreader, wherein the first layer of phase change material and the second layer of phase change material have different melting temperatures, different latent heats of fusion, different densities, or any combination thereof.
A process for the manufacture of a bulk catalyst comprising nickel tungsten metal oxidic particles, the process comprising (i) forming a slurry of a first solid metal compound comprising Group VIII metal nickel and a second solid metal compound comprising Group VIB metal tungsten in water, the slurry further comprising less than 1 mole % of a second Group VIB metal (relative to the total amount of Group VIB metals) and less than 10 mole % of a Group V metal (relative to the total of the Group VIB metals), (ii) reacting the first and second solid metal compounds in hydrothermal conditions at a reaction temperature above 100 °C and a pressure higher than 1 bar whereby the first and second solid metal compounds remain at least partly in the solid state during the entire reaction to form the nickel tungsten oxidic bulk catalyst, wherein the Group VIII to Group VIB metal molar ratio is between 0.2 and 1.3. (i) forming a slurry of a first solid metal compound comprising Group VIII metal nickel and a second solid metal compound comprising Group VIB metal tungsten in water, the slurry further comprising less than 1 mole % of a second Group VIB metal (relative to the total amount of Group VIB metals) and less than 10 mole % of a Group V metal (relative to the total of the Group VIB metals), (ii) reacting the first and second solid metal compounds in hydrothermal conditions at a reaction temperature above 100 °C and a pressure higher than 1 bar whereby the first and second solid metal compounds remain at least partly in the solid state during the entire reaction to form the nickel tungsten oxidic bulk catalyst, wherein the Group VIII to Group VIB metal molar ratio is between 0.2 and 1.3.
A method for obtaining user equipment ability by a core network element, comprising the following steps of: a home subscriber data server, HSS, informing an Internet Protocol, IP, multimedia network subsystem, IMS, network element of ability information of a user equipment, UE, in and/or after an IP multimedia network subsystem, IMS, registration process, the method characterised in that the ability information of the UE comprises Single Radio Voice Call Continuity, SRVCC, ability of the UE.
Automated parking system comprising at least one parking deck for a multiplicity of vehicles to be parked next to and/or behind one another, wherein the vehicles stand in each case on pallets which are displaceable in longitudinal and/or transverse direction, wherein the parking deck has a multiplicity of permanently installed transport modules which are arranged next to and/or behind one another, that these transport modules bracket 1, 2) have several outwardly protruding conveying elements having horizontal transport direction, which, at least insofar as they follow one another in the desired transport direction of a pallet can be driven synchronously and serve for the displaceable support of in each case one pallet and for its transfer onto an adjacent transport model , and wherein the conveying elements are in the case of at least some transport modules pivotable about a vertical axis for changing the transport direction and wherein the guidance of the pallets for the transport modules is carried out by guiding bars arranged in longitudinal and/or transport direction and by guiding rollers corresponding therewith, wherein the guiding bars are arranged at the transport modules and wherein the guiding rollers are arranged at the pallets , characterised in that the conveying elements are in the form of rollers carrying the pallets having a preferred horizontal rotational axis, that the rollers in the case of at least some transport modules are pivotable about a vertical axis when loaded with a pallet carrying a vehicle and that in each case two pairs of rollers are arranged in longitudinal direction and in transverse direction of the transport modules in each transport module . the parking deck has a multiplicity of permanently installed transport modules which are arranged next to and/or behind one another, that these transport modules bracket 1, 2) have several outwardly protruding conveying elements having horizontal transport direction, which, at least insofar as they follow one another in the desired transport direction of a pallet can be driven synchronously and serve for the displaceable support of in each case one pallet and for its transfer onto an adjacent transport model , and wherein the conveying elements are in the case of at least some transport modules pivotable about a vertical axis for changing the transport direction and wherein the guidance of the pallets for the transport modules is carried out by guiding bars arranged in longitudinal and/or transport direction and by guiding rollers corresponding therewith, wherein the guiding bars are arranged at the transport modules and wherein the guiding rollers are arranged at the pallets , characterised in that the conveying elements are in the form of rollers carrying the pallets having a preferred horizontal rotational axis, that the rollers in the case of at least some transport modules are pivotable about a vertical axis when loaded with a pallet carrying a vehicle and that in each case two pairs of rollers are arranged in longitudinal direction and in transverse direction of the transport modules in each transport module .
Gravure printing unit for printing onto substrate (S) according to a gravure printing method, comprising a forme cylinder , which, on its circumference, has an image-forming pattern of recesses , and comprising an inking unit for inking the pattern of recesses provided on the forme cylinder , the inking unit comprising a first inking unit cylinder , which, in the region of its outer cylindrical surface , includes recesses that correspond to recesses on the forme cylinder , an inking device , by means of which the first inking unit cylinder can be inked at an application point located on its circumference, and a second inking unit cylinder , which cooperates with the first inking unit cylinder , the inking device , on at least the downstream side of the application point in the operating direction of rotation (D) of the first inking unit cylinder , comprising a retaining means , which is formed by a wiping means that, at least in the operating position, is in physical contact with the outer cylindrical surface of the first inking unit cylinder and is configured as a doctor blade, which can be used to remove printing ink that has been applied to non-engraved regions, characterized in that linear recesses on the first inking unit cylinder that correspond to continuous linear recesses on the forme cylinder comprise at least one supporting ridge , which interrupts the recess on the first inking unit cylinder that corresponds to the continuous linear recess on the forme cylinder and the upper surface of which lies at the level of the undisrupted, i.e. non-engraved, outer cylindrical surface of the first inking unit cylinder .