mhurhangee/patent-ind-claim-en huggingface dataset:
A source network node associated with time sensitive communications in LTE, 5G or NR communication system comprising: means for monitoring packet delivery status for at least one time sensitive network application in a system using at least one of survival time state information, time sensitive communication assistance information, and a quality of service profile ; and means for selecting link layer configurations based on at least one of the survival time state information, the time sensitive communication assistance information, and the quality of service profile , characterized in that the source network node further comprises: means for providing the survival time state information to a target network node, when initiating a handover , wherein the survival time state information comprises at least one of survival timer, survival time end, and survival time state counters. means for monitoring packet delivery status for at least one time sensitive network application in a system using at least one of survival time state information, time sensitive communication assistance information, and a quality of service profile ; and means for selecting link layer configurations based on at least one of the survival time state information, the time sensitive communication assistance information, and the quality of service profile , characterized in that the source network node further comprises: means for providing the survival time state information to a target network node, when initiating a handover , wherein the survival time state information comprises at least one of survival timer, survival time end, and survival time state counters. means for providing the survival time state information to a target network node, when initiating a handover , wherein the survival time state information comprises at least one of survival timer, survival time end, and survival time state counters.
A tensioning system comprising a tensioning device , a bolt , a washer and optionally a nut , wherein the tensioning device is configured to apply upward tension to the bolt when fastened to a fastened member (H), with the washer on a shaft of the bolt and the washer is either vertically clamped between a head of the bolt and the fastened member (H) or clamped between the nut and the fastened member (H), the washer has a first male thread portion formed on an outer circumferential surface, and the tensioning device comprises: a connection member having a first female thread portion (21a1) to be threadly engaged with the first male thread portion ; a tensioning mechanism which tensions the connection member while having the first male thread portion threadly engaged with the first female thread portion (21a1); and a tension bearer which is disposed around an outer circumference of the connection member , and is configured to bear a reaction force applied from the fastened member (H) in tensioning performed by the tensioning mechanism . the tensioning device is configured to apply upward tension to the bolt when fastened to a fastened member (H), with the washer on a shaft of the bolt and the washer is either vertically clamped between a head of the bolt and the fastened member (H) or clamped between the nut and the fastened member (H), the washer has a first male thread portion formed on an outer circumferential surface, and the tensioning device comprises: a connection member having a first female thread portion (21a1) to be threadly engaged with the first male thread portion ; a tensioning mechanism which tensions the connection member while having the first male thread portion threadly engaged with the first female thread portion (21a1); and a tension bearer which is disposed around an outer circumference of the connection member , and is configured to bear a reaction force applied from the fastened member (H) in tensioning performed by the tensioning mechanism . a connection member having a first female thread portion (21a1) to be threadly engaged with the first male thread portion ; a tensioning mechanism which tensions the connection member while having the first male thread portion threadly engaged with the first female thread portion (21a1); and a tension bearer which is disposed around an outer circumference of the connection member , and is configured to bear a reaction force applied from the fastened member (H) in tensioning performed by the tensioning mechanism .
A deodorization device comprising: a cabinet having an inlet and an outlet ; a deodorizing member disposed inside the cabinet ; a light disposed inside the cabinet ; and a fan disposed inside the cabinet , wherein the cabinet includes a top plate , a bottom plate and a side member arranged between the top plate and the bottom plate , the side member extending around a periphery of the cabinet ; characterized in that : the deodorization device has a depression formed in a cabinet surface where the inlet and the outlet are formed, the depression reaches the inlet and the outlet from an end portion of the cabinet surface, and the depression is a groove formed around a whole periphery of the side member of the cabinet . a cabinet having an inlet and an outlet ; a deodorizing member disposed inside the cabinet ; a light disposed inside the cabinet ; and a fan disposed inside the cabinet , wherein the cabinet includes a top plate , a bottom plate and a side member arranged between the top plate and the bottom plate , the side member extending around a periphery of the cabinet ; the deodorization device has a depression formed in a cabinet surface where the inlet and the outlet are formed, the depression reaches the inlet and the outlet from an end portion of the cabinet surface, and the depression is a groove formed around a whole periphery of the side member of the cabinet .
A method for wireless communications performed by a user equipment, UE, constrained to operate within a bandwidth of a first number of physical resource blocks, PRBs, that represents a narrowband for a paging message for the UE from a base station, BS, within a system bandwidth comprising a plurality of such narrowbands, the method comprising: identifying , within a subframe, a first search space to monitor for a transmission from the BS on a downlink control channel that occupies the first number of PRBs; and monitoring at least the first search space for broadcast control information transmitted on the downlink control channel, wherein: the broadcast control information comprises information for the paging message; the narrowband for the paging message is identified by the UE according to a UE-ID-to-narrowband mapping rule; and the narrowband for the paging message for the UE is different from one or more other narrowbands of the plurality of narrowbands used for other paging messages for one or more other UEs. identifying , within a subframe, a first search space to monitor for a transmission from the BS on a downlink control channel that occupies the first number of PRBs; and monitoring at least the first search space for broadcast control information transmitted on the downlink control channel, wherein: the broadcast control information comprises information for the paging message; the narrowband for the paging message is identified by the UE according to a UE-ID-to-narrowband mapping rule; and the narrowband for the paging message for the UE is different from one or more other narrowbands of the plurality of narrowbands used for other paging messages for one or more other UEs. the broadcast control information comprises information for the paging message; the narrowband for the paging message is identified by the UE according to a UE-ID-to-narrowband mapping rule; and the narrowband for the paging message for the UE is different from one or more other narrowbands of the plurality of narrowbands used for other paging messages for one or more other UEs.
A method comprising: selecting a hydrocarbon well for well testing, the selecting by identifying, by a computer system , hydrocarbon wells whose last well test took place prior to a predetermined date to create identified wells; identifying, by a computer system, hydrocarbon wells with a parameter that exceeds a predetermined threshold to create identified wells; selecting a predetermined number of hydrocarbon wells from the identified wells to create a selected list; and then performing a well test procedure on at least one of the hydrocarbon wells from the selected list. selecting a hydrocarbon well for well testing, the selecting by identifying, by a computer system , hydrocarbon wells whose last well test took place prior to a predetermined date to create identified wells; identifying, by a computer system, hydrocarbon wells with a parameter that exceeds a predetermined threshold to create identified wells; selecting a predetermined number of hydrocarbon wells from the identified wells to create a selected list; and then performing a well test procedure on at least one of the hydrocarbon wells from the selected list.
A fuel dispensing unit for refueling vehicles, comprising: an underground tank for holding fuel, a fuel conduit for transporting the fuel, the fuel conduit extending between the underground tank and a hose connection , a pump arranged on the fuel conduit , the pump having a suction side (S) and a pressure side (P), an additive tank for holding additive, and an additive conduit for transporting the additive, the additive conduit extending between the additive tank and the fuel conduit , characterized in that the additive conduit is connected to the fuel conduit at the suction side (S) of the pump . an underground tank for holding fuel, a fuel conduit for transporting the fuel, the fuel conduit extending between the underground tank and a hose connection , a pump arranged on the fuel conduit , the pump having a suction side (S) and a pressure side (P), an additive tank for holding additive, and an additive conduit for transporting the additive, the additive conduit extending between the additive tank and the fuel conduit , characterized in that the additive conduit is connected to the fuel conduit at the suction side (S) of the pump .
Balancing or measuring adapter which comprises a main body , with a receptacle for the component for balancing or measuring, and a clamping device, which is assigned to the main body and which has a movable clamping element for clamping and releasing the component in relation to the main body , characterized in that , on the movable clamping element , there is arranged a brake device for generating a constant advancing speed of the clamping element during the release movement thereof, wherein the brake device comprises one or more fluid brakes (30, 31; 41, 42).
A storage and order-picking system operated in accordance with a rendezvous-picking principle, wherein goods to be picked are removed from source containers and delivered to destination containers at locally variable picking stations in accordance with customer orders, comprising: a plurality of vehicles for transporting the source containers and the destination containers within the system ; a warehousing area , where a plurality of the source containers is stocked, preferably in racks ; an action area in which the vehicles move, preferably in an autonomous manner; a locally variable picking station having a variable relative position (P) within the action area which changes again and again over time dependent on customer orders and at which rendezvous-picking is performed by a picking person and/or a picking robot ; and a controlling device configured for the rendezvous-picking by determining the relative position (P) as well as associated transport orders for the vehicles , by the controlling device ,in an optimized manner, wherein the transport orders for the vehicles define a temporally and locally synchronized meeting of a customer-order specific number of the source containers and a customer-order specific number of the destination containers at the variable picking station . a plurality of vehicles for transporting the source containers and the destination containers within the system ; a warehousing area , where a plurality of the source containers is stocked, preferably in racks ; an action area in which the vehicles move, preferably in an autonomous manner; a locally variable picking station having a variable relative position (P) within the action area which changes again and again over time dependent on customer orders and at which rendezvous-picking is performed by a picking person and/or a picking robot ; and a controlling device configured for the rendezvous-picking by determining the relative position (P) as well as associated transport orders for the vehicles , by the controlling device ,in an optimized manner, wherein the transport orders for the vehicles define a temporally and locally synchronized meeting of a customer-order specific number of the source containers and a customer-order specific number of the destination containers at the variable picking station .
Method for the serial heating of sheet steel blanks , and in particular of shaped blanks in a continuous plant, wherein after heating the sheet steel blanks have a temperature distribution comprising different temperature zones for subsequent hot forming, and in particular press hardening, characterized in that for heating the steel sheet blanks are moved relative to at least one first inductor , which is operated as a longitudinal field inductor, and are then moved relative to at least one second inductor , which is operated as a transverse field inductor, wherein, due to the arrangement of the two inductors relative to one another, and/or due to a coordinated mode of operation of the inductors , the generation of a specific temperature distribution comprising different temperature zones is brought about in such a manner that the sheet steel blanks are heated homogeneously to a temperature of up to 770 °C at the first inductor , and then heating to a temperature above 770 °C takes place regionally at the second inductor .
A building element for a building, said building element comprising a framework with at least one wooden beam and at least one facing sheet fixed to the beam of the framework, the building element comprising: - an insulating component made of mineral wool affixed to the beam so as to cover said beam on the one hand on a frontal face and on the other hand on at least a part of the lateral faces , the insulating component affixed to the frontal face being interposed between the facing sheet and the beam , characterized in that the building element comprises: - a reinforcing device having at least a portion of generally "U"-shaped cross-section, the bottom of the "U" being disposed opposite the frontal face and the side branches of the "U" opposite said side faces , each side branch being fixed at an end region in the side face of the beam , the insulating component being interposed either between the reinforcing device on the one hand and the beam on the other hand or between the bottom of the "U" and the facing sheet . - an insulating component made of mineral wool affixed to the beam so as to cover said beam on the one hand on a frontal face and on the other hand on at least a part of the lateral faces , the insulating component affixed to the frontal face being interposed between the facing sheet and the beam , characterized in that the building element comprises: - a reinforcing device having at least a portion of generally "U"-shaped cross-section, the bottom of the "U" being disposed opposite the frontal face and the side branches of the "U" opposite said side faces , each side branch being fixed at an end region in the side face of the beam , the insulating component being interposed either between the reinforcing device on the one hand and the beam on the other hand or between the bottom of the "U" and the facing sheet .
Method for producing a laminated holographic display comprising the following steps: - Providing a display precursor (100-1), wherein the display precursor (100-1) comprises a first glass layer , a second glass layer , an unrecorded photopolymer film layer (117, 117-1), which is arranged between the first glass layer and the second glass layer , and a polymer film layer , which is arranged between the unrecorded photopolymer film layer (117, 117-1) and the second glass layer , wherein the providing step is performed in the absence of ambient light; - Laminating the display precursor (100-1) to obtain a display laminate (100-2), wherein the laminating step is performed in the absence of ambient light; and - Recording a hologram in the display laminate (100-2) by applying a light beam to the unrecorded photopolymer film layer (117, 117-1) of the display laminate (100-2) to obtain a recorded photopolymer film layer (117, 117-2) comprising the hologram , wherein the recording step is performed in the absence of ambient light, wherein the display precursor (100-1) comprises an additional polymer film layer or optically transparent adhesive layer , which is arranged between the photopolymer film layer (117, 117-1, 117-2) and the first glass layer . - Providing a display precursor (100-1), wherein the display precursor (100-1) comprises a first glass layer , a second glass layer , an unrecorded photopolymer film layer (117, 117-1), which is arranged between the first glass layer and the second glass layer , and a polymer film layer , which is arranged between the unrecorded photopolymer film layer (117, 117-1) and the second glass layer , wherein the providing step is performed in the absence of ambient light; - Laminating the display precursor (100-1) to obtain a display laminate (100-2), wherein the laminating step is performed in the absence of ambient light; and - Recording a hologram in the display laminate (100-2) by applying a light beam to the unrecorded photopolymer film layer (117, 117-1) of the display laminate (100-2) to obtain a recorded photopolymer film layer (117, 117-2) comprising the hologram , wherein the recording step is performed in the absence of ambient light,
Circuit board assembly comprising a circuit board, the metallization of which comprises at least two coplanar striplines for electrically connecting one symmetrically supplied differential radiator each, wherein the at least two coplanar striplines are each formed of two conductor tracks separated from each other, wherein the circuit board comprises a field converter , the field converter forming a power divider for electrically connecting the two radiators to a signal line, the field converter being electrically connected to the at least two coplanar striplines, wherein the field converter is designed to conduct a coaxial field through at least one layer of the circuit board and convert and divide the coaxial field into the coplanar, differential stripline fields of the two coplanar striplines , characterized in that the field converter is designed to convert and divide the coaxial field into two anti-phase coplanar stripline fields. wherein the circuit board comprises a field converter , the field converter forming a power divider for electrically connecting the two radiators to a signal line, the field converter being electrically connected to the at least two coplanar striplines, wherein the field converter is designed to conduct a coaxial field through at least one layer of the circuit board and convert and divide the coaxial field into the coplanar, differential stripline fields of the two coplanar striplines , characterized in that the field converter is designed to convert and divide the coaxial field into two anti-phase coplanar stripline fields.
Shape memory actuator comprising a supporting body , a driven element pivotably mounted on said supporting body , a SMA actuating member having a V-shaped configuration and a driving element (15; 15') in permanent contact with said driven element through a bistable moving system that allows a relative motion between said two elements (7; 15; 15'), the movement of the driven element being determined by said SMA actuating member and by at least one first resilient return member (25; 37) acting in opposition to the SMA actuating member , the driven element being able to take two stable positions under the action of said bistable moving system connecting said driving element (15; 15') to the driven element such that each toggling between said two stable positions is due to an activation of the SMA actuating member , characterized in that the SMA actuating member , the bistable moving system , said first resilient return member (25; 37), the driving element (15; 15') and the driven element are all arranged on a same side of the supporting body and all of them are in a substantially co-planar arrangement with the supporting body .
A process for transitioning from a first continuous polymerization in a gas phase reactor conducted in the presence of a metallocene catalyst to a second polymerization conducted in the presence of a Ziegler-Natta catalyst in the gas phase reactor wherein the metallocene catalyst and the Ziegler-Natta catalyst are incompatible, the process comprising: (a) discontinuing the introduction of the metallocene catalyst into the gas phase reactor; (b) introducing an effective amount of cyclohexylamine into the reactor to at least partially deactivate the metallocene catalyst; (c) introducing an organometallic compound into the reactor and reacting the organometallic compound with cyclohexylamine; (d) degasing the gas composition of the reactor and build up a new composition inside the reactor for the second polymerization with the Ziegler-Natta catalyst (e) introducing the Ziegler-Natta catalyst into the reactor. (a) discontinuing the introduction of the metallocene catalyst into the gas phase reactor; (b) introducing an effective amount of cyclohexylamine into the reactor to at least partially deactivate the metallocene catalyst; (c) introducing an organometallic compound into the reactor and reacting the organometallic compound with cyclohexylamine; (d) degasing the gas composition of the reactor and build up a new composition inside the reactor for the second polymerization with the Ziegler-Natta catalyst (e) introducing the Ziegler-Natta catalyst into the reactor.
An outlet nozzle for centrifugal drums , a. comprising a nozzle body , which has at least one cylindrical portion and a protrusion adjoining the nozzle body, b. wherein in the nozzle body are configured an inlet channel and an outlet channel oriented at an angle thereto, and c. wherein the protrusion is provided with a torque transmitting contour for the application of a tool having a complementarily configured tool/torque transmitting contour , in order to fasten the nozzle body rotatingly in an opening of a rotatable centrifugal drum and release the same, wherein d. the protrusion has a polygonal, in particular a rectangular cross section, which is smaller than the cross section of the cylindrical portion, characterized e. in that the protrusion , starting from the polygonal, in particular rectangular cross section, merges into the cylindrical portion of the nozzle body via rounded surfaces having a radius (R1) larger than 1.0 mm. a. comprising a nozzle body , which has at least one cylindrical portion and a protrusion adjoining the nozzle body, b. wherein in the nozzle body are configured an inlet channel and an outlet channel oriented at an angle thereto, and c. wherein the protrusion is provided with a torque transmitting contour for the application of a tool having a complementarily configured tool/torque transmitting contour , in order to fasten the nozzle body rotatingly in an opening of a rotatable centrifugal drum and release the same, wherein d. the protrusion has a polygonal, in particular a rectangular cross section, which is smaller than the cross section of the cylindrical portion, characterized e. in that the protrusion , starting from the polygonal, in particular rectangular cross section, merges into the cylindrical portion of the nozzle body via rounded surfaces having a radius (R1) larger than 1.0 mm.