mhurhangee/ep-ind-claims huggingface dataset:
A clip assembly for mounting a furring channel to a support structure, the clip assembly having a clip having a body portion attachable relative to the support structure; and at least one connection portion extending transversely from the body portion, each of the at least one connection portion has two opposed connection positions adapted to connect to the furring channel; wherein the clip assembly has a clip insulation locatable between the clip and the support structure, characterised in that the clip insulation has a substantially planar bed portion having two opposed ends, the bed portion adapted to at least cover a portion of an outer surface of the clip; a plurality of projections extending from the bed portion; and two opposed skirt portions (332,334), each skirt portion (332,334) extending from an end of the bed portion, each skirt portion (332,334) adapted to attach to an end of the clip. a clip having a body portion attachable relative to the support structure; and at least one connection portion extending transversely from the body portion, each of the at least one connection portion has two opposed connection positions adapted to connect to the furring channel; wherein the clip assembly has a body portion attachable relative to the support structure; and at least one connection portion extending transversely from the body portion, each of the at least one connection portion has two opposed connection positions adapted to connect to the furring channel; wherein the clip assembly has a clip insulation locatable between the clip and the support structure, characterised in that the clip insulation has a substantially planar bed portion having two opposed ends, the bed portion adapted to at least cover a portion of an outer surface of the clip; a plurality of projections extending from the bed portion; and two opposed skirt portions (332,334), each skirt portion (332,334) extending from an end of the bed portion, each skirt portion (332,334) adapted to attach to an end of the clip. a substantially planar bed portion having two opposed ends, the bed portion adapted to at least cover a portion of an outer surface of the clip; a plurality of projections extending from the bed portion; and two opposed skirt portions (332,334), each skirt portion (332,334) extending from an end of the bed portion, each skirt portion (332,334) adapted to attach to an end of the clip.
A MOS capacitor-type optical modulator, with a MOS capacitor region which comprises a p-doped region, an insulator formed of crystalline rare earth oxide, and an n-doped region, wherein the insulator comprises: a first region of a first material (11a, 111a) within a silicon layer of a silicon-on-insulator substrate; and a layer of crystalline REO (11b, 111b); wherein the layer of crystalline REO (11b, 111b) is epitaxially grown on top of the silicon layer and also on top of the first region of a first material (11a, 111a), wherein the p-doped region is created in a top layer of the SOI substrate adjacent to the first material (11a, 111a), and wherein the n-doped region is grown on top of the crystalline REO layer (11b, 111b). a first region of a first material (11a, 111a) within a silicon layer of a silicon-on-insulator substrate; and a layer of crystalline REO (11b, 111b); wherein the layer of crystalline REO (11b, 111b) is epitaxially grown on top of the silicon layer and also on top of the first region of a first material (11a, 111a), wherein the p-doped region is created in a top layer of the SOI substrate adjacent to the first material (11a, 111a), and wherein the n-doped region is grown on top of the crystalline REO layer (11b, 111b).
A polymorphic form of -5-( -2-pyrrolidin-3-ylvinyl)pyrimidine mono-citrate characterized by a powder x-ray diffraction pattern comprising the peaks from A, or the peaks from B or the peaks from C: A B C 2 θ 2 θ 2 θ 11.02 9.43 5.05 20.01 12.24 10.81 22.06 16.24 14.06 24.06 18.38 15.20 32.13 19.18 17.43 33.35 19.48 23.47 34.61 21.52 24.21 35.96 22.89 25.52 38.65 23.08 26.95 40.23 24.28 30.77 31.27 32.36 33.09 34.86 37.26 37.63 39.47
A network node operable to support device-to-device D2D communication and access class barring ACB, the network node comprising: one or more processors configured to determine that an ACB configuration that is in effect in a cell served by the network node may be skipped by user equipments UE in the cell for D2D communication; and transceiver circuitry configured to broadcast ACB-skipping system information to a plurality of UEs situated in the cell served by the network node, the ACB-skipping system information comprising an indication that the ACB configuration may be skipped by UEs in the cell requesting to establish D2D communication, wherein the one or more processors are further configured to determine that user equipments UE in the cell served by the network node are allowed to use a second D2D resource-allocation mode, mode 2, when use of a first D2D resource allocation mode, mode 1, is barred in the cell, wherein UEs are permitted to allocate radio resources by the network node in mode 2 and the network node allocates radio resources in mode 1; and the transceiver circuitry is further configured to broadcast a D2D-resource-allocation-mode communication to the plurality of UEs situated in the cell served by the network node, the D2D-resource-allocation-mode communication comprising an indication that UEs are allowed to use mode 2 when use of mode 1 is barred in the cell. one or more processors configured to determine that an ACB configuration that is in effect in a cell served by the network node may be skipped by user equipments UE in the cell for D2D communication; and transceiver circuitry configured to broadcast ACB-skipping system information to a plurality of UEs situated in the cell served by the network node, the ACB-skipping system information comprising an indication that the ACB configuration may be skipped by UEs in the cell requesting to establish D2D communication, wherein the one or more processors are further configured to determine that user equipments UE in the cell served by the network node are allowed to use a second D2D resource-allocation mode, mode 2, when use of a first D2D resource allocation mode, mode 1, is barred in the cell, wherein UEs are permitted to allocate radio resources by the network node in mode 2 and the network node allocates radio resources in mode 1; and the transceiver circuitry is further configured to broadcast a D2D-resource-allocation-mode communication to the plurality of UEs situated in the cell served by the network node, the D2D-resource-allocation-mode communication comprising an indication that UEs are allowed to use mode 2 when use of mode 1 is barred in the cell.
A method for implementing power management of a passenger transport system comprising at least one passenger transport installation of a building, the method comprising: obtaining real-time grid frequency information of the power grid; receiving, from an external control platform, a control request associated with the real-time grid frequency; initiating power management of the passenger transport system based on the control request using at least one energy storage coupled to the least one passenger transport installation; characterized in that the control request comprises a plurality of grid frequency thresholds and the method further comprises: gradually effecting, based on the plurality of grid frequency thresholds, to what extent energy is fed to the power grid from the energy storage or taken from the power grid to the energy storage. obtaining real-time grid frequency information of the power grid; receiving, from an external control platform, a control request associated with the real-time grid frequency; initiating power management of the passenger transport system based on the control request using at least one energy storage coupled to the least one passenger transport installation; characterized in that the control request comprises a plurality of grid frequency thresholds and the method further comprises: gradually effecting, based on the plurality of grid frequency thresholds, to what extent energy is fed to the power grid from the energy storage or taken from the power grid to the energy storage.
An apparatus for conveying products, comprising an endless conveyor belt drivable in a conveying direction, which conveyor belt at least partially follows an arcuate path and which comprises a conveying surface for supporting the products thereon, which conveying surface is tilted relative to the horizontal plane in the arcuate part, seen in vertical cross-sectional view of the conveyor belt, about an axis which extends parallel to the horizontal component of the conveying direction, wherein the conveyor belt is a first conveyor belt having a first conveying surface and the apparatus comprises at least a second drivable, endless conveyor belt having a second conveying surface, which extends at least substantially parallel to said first conveyor belt, wherein the first and the second conveying surface (5, 6) of the first and the second conveyor belt (3, 4), respectively, are adjacent to each other, seen in vertical cross-sectional view of the first and the second conveyor belt (3, 4), characterised in that the speed of the first and the second conveyor belt is controlled in such a manner that the difference in speed between the first and the second conveying surface will be minimal, wherein the arcuate path is a helical path.
A video signal division apparatus comprising: AutoREC signal detection means of detecting an AutoREC signal (24, 25, 26) which has recording marks to be multiplexed with frames (21, 22, 23) where recording is continued, is generated, based on indication of a start of said recording of a video and/or a stop of said recording, in conjunction with the start of said recording and/or the stop of said recording, and is multiplexed with a video signal (21, 22, 23) generated by performing said recording; and video signal division means of dividing said video signal (21, 22, 23) based on a result of said detection, wherein the AutoREC signal comprises marks being "start marks" having a specific value, "stop marks" having a specific value different to the former and said "recording marks" having values which change alternately for every frame, and characterized in that said video signal division means starts a division recording of said generated video signal (21, 22, 23) when said AutoREC signal detection means detects said start marks, and stops the division recording of said generated video signal (21, 22, 23) when said AutoREC signal detection means detects a stop of a value change of said recording marks. AutoREC signal detection means of detecting an AutoREC signal (24, 25, 26) which has recording marks to be multiplexed with frames (21, 22, 23) where recording is continued, is generated, based on indication of a start of said recording of a video and/or a stop of said recording, in conjunction with the start of said recording and/or the stop of said recording, and is multiplexed with a video signal (21, 22, 23) generated by performing said recording; and video signal division means of dividing said video signal (21, 22, 23) based on a result of said detection, wherein the AutoREC signal comprises marks being "start marks" having a specific value, "stop marks" having a specific value different to the former and said "recording marks" having values which change alternately for every frame, and characterized in that said video signal division means starts a division recording of said generated video signal (21, 22, 23) when said AutoREC signal detection means detects said start marks, and stops the division recording of said generated video signal (21, 22, 23) when said AutoREC signal detection means detects a stop of a value change of said recording marks.
Method for determining a dose in real time during therapy with a therapeutic substance, which comprises a therapeutic radionuclide or is radioactively labelled, by using a nuclear imaging system with a nuclear detector (10, 10a, 11, 13), comprising: - providing a 3D image comprising at least a region of a body to be treated; identifying, in the 3D image, at least one target area to be treated, and defining a region of interest which includes the at least one target area; - registering the position of the nuclear detector (10, 10a, 11, 13) with regard to the 3D image; - positioning the nuclear detector (10, 10a, 11, 13) to detect radiation from a region of interest to which the therapeutic substance has been applied, and detecting radiation; - quantifying in real time an actual target dose present in the target area, by evaluating the detected radiation, - outputting information about the actual target dose; wherein the quantifying includes taking into account at least one of: previous simulations with known simulated radiation distributions, previous measurements on known radiation distributions, and the radiation of a reference radiation source. - providing a 3D image comprising at least a region of a body to be treated; identifying, in the 3D image, at least one target area to be treated, and defining a region of interest which includes the at least one target area; - registering the position of the nuclear detector (10, 10a, 11, 13) with regard to the 3D image; - positioning the nuclear detector (10, 10a, 11, 13) to detect radiation from a region of interest to which the therapeutic substance has been applied, and detecting radiation; - quantifying in real time an actual target dose present in the target area, by evaluating the detected radiation, - outputting information about the actual target dose;
A method of initiating a voice call from a mobile device, the method comprising: synchronizing a time reference of the mobile device with a mobile call server; determining an expiration time based on the time reference synchronized with the mobile call server; transmitting to the mobile call server a session initiation protocol SIP call initiation request including a destination number and the expiration time; and transmitting a second call initiation request to a secondary contact number, to establish the voice call to the destination number, when a response to the SIP call initiation request is not received from the mobile call server prior to the expiration time. synchronizing a time reference of the mobile device with a mobile call server; determining an expiration time based on the time reference synchronized with the mobile call server; transmitting to the mobile call server a session initiation protocol SIP call initiation request including a destination number and the expiration time; and transmitting a second call initiation request to a secondary contact number, to establish the voice call to the destination number, when a response to the SIP call initiation request is not received from the mobile call server prior to the expiration time.
A tool, comprising a handle for gripping a multi-purpose tool, a removable saw blade comprising at least one hole on one end thereof and at least one hole on another end thereof, a frame for supporting the blade, compensating means for attaching the blade to the frame and for providing tension for the blade means, wherein the compensating means includes an attachment means for attaching the blade and a compensator spring, wherein the attachment means is configured to attach into the at least one hole of the blade, characterized in that the compensating means comprises a plate including the attachment means; in that the plate further comprises an opening and the compensator spring is provided in the opening of the plate; in that the compensating means comprises a compensating clip configured to attach the blade to the frame, and in that the attachment means comprises a clip hook.
A vehicle, comprising: a vehicle state indication system that indicates a state of the vehicle, including a detection system configured to sense an external moving object; a light indicator, wherein the light indicator comprises a light band that indicates externally a direction of the external object when the external object is sensed by the detection system, characterized in that the light band extends continuously running around left, front and right sides of the vehicle. a vehicle state indication system that indicates a state of the vehicle, including a detection system configured to sense an external moving object; a light indicator, wherein the light indicator comprises a light band that indicates externally a direction of the external object when the external object is sensed by the detection system, a detection system configured to sense an external moving object; a light indicator, wherein the light indicator comprises a light band that indicates externally a direction of the external object when the external object is sensed by the detection system, characterized in that the light band extends continuously running around left, front and right sides of the vehicle.
A steam turbine, comprising: a low pressure turbine including an inner casing disposed inside an outer casing, a turbine rotor disposed inside the inner casing, a plurality of rotor blades fixed to the turbine rotor at a predetermined interval, a plurality of nozzles fixed inside the inner casing such as to be positioned between respective adjacent rotor blades, both ends of the turbine rotor being rotatably supported by a bearing part of the outer casing; and a seal member provided between the casing and the bearing in the steam turbine characterized in that the seal member comprises: a multiple-layer bellows including at least two or more overlapping bellows spaced apart a predetermined distance from each other; and a vibration control unit provided on an outside of the bellows such as to cover part or all of the bellows, the bellows being formed in a corrugated shape, and the vibration control unit being a ring-shaped rib provided in a circumferential direction in one or more grooves in outer circumference of the bellows. a low pressure turbine including an inner casing disposed inside an outer casing, a turbine rotor disposed inside the inner casing, a plurality of rotor blades fixed to the turbine rotor at a predetermined interval, a plurality of nozzles fixed inside the inner casing such as to be positioned between respective adjacent rotor blades, both ends of the turbine rotor being rotatably supported by a bearing part of the outer casing; and a seal member provided between the casing and the bearing in the steam turbine characterized in that the seal member comprises: a multiple-layer bellows including at least two or more overlapping bellows spaced apart a predetermined distance from each other; and a vibration control unit provided on an outside of the bellows such as to cover part or all of the bellows, the bellows being formed in a corrugated shape, and the vibration control unit being a ring-shaped rib provided in a circumferential direction in one or more grooves in outer circumference of the bellows. a multiple-layer bellows including at least two or more overlapping bellows spaced apart a predetermined distance from each other; and a vibration control unit provided on an outside of the bellows such as to cover part or all of the bellows, the bellows being formed in a corrugated shape, and the vibration control unit being a ring-shaped rib provided in a circumferential direction in one or more grooves in outer circumference of the bellows.
A clutch device for an agricultural working machine, wherein the clutch device comprises a first clutch portion with an output and a second, axially displaceable clutch portion, by means of which the clutch device can be transferred between an open and a closed state of operation, wherein the first clutch portion and the second clutch portion are disposed on a drive shaft, wherein in the closed state of operation, the clutch device transfers a torque from the drive shaft to the output, characterized in that the clutch device, which in particular is hydraulically actuated, has at least two dry running disk elements (12, 14) which are separated with respect to each other which are coaxial with a through drive and are disposed so as to be displaceable in an axial direction relative thereto, wherein in the open operating position, the first clutch portion and the second clutch portion are stationary relative to the through drive, wherein the through drive drives an additional output independently of a state of operation of the clutch device, wherein the at least two disk elements (12, 14) are provided with friction linings in a pad construction.
Portlandite nanotubes obtained by a process comprising the following steps: a) reacting calcium chloride with calcium oxide in aqueous solution, thus obtaining an aqueous dispersion; b) feeding as such the aqueous dispersion obtained in step a) to a hydrothermal reaction, thus obtaining portlandite nanotubes. a) reacting calcium chloride with calcium oxide in aqueous solution, thus obtaining an aqueous dispersion; b) feeding as such the aqueous dispersion obtained in step a) to a hydrothermal reaction, thus obtaining portlandite nanotubes.
An energy management control device for a hybrid vehicle having an electric motor and an internal combustion engine as power sources of the vehicle, which does not have a starting element in a drive power transmission system from the power sources to a drive wheel, and having a transmission with a plurality of engagement clutches (C1, C2, C3) as shifting elements that are meshingly engaged by a stroke from a disengaged position, and which carries out an EV start using the electric motor as a drive source that receives electrical power from a battery, when starting the vehicle, and comprising an energy management controller configured to carry out management in preparation for the EV starting based on a battery capacity condition, which is set to keep a charge capacity of the battery in a predetermined battery use charge capacity range for permitting charging and discharging of the battery, characterized in that upon determining a failure of the engagement clutches, the energy management controller expands the battery use charge capacity range more than when the engagement clutches are operating normally.
A main shaft of a wind turbine, wherein the main shaft comprises a shaft portion and a disc portion, wherein the disc portion comprises a coupling surface, a hollow portion and an alignment portion, wherein the alignment portion is characterized by: one or more mounting segments (13,14) coupled with the alignment portion, wherein the one or more mounting segments (13,14) are configured to align a component of the wind turbine with the central axis of the main shaft.
A weapon launching system for a platform such as a surface ship, of the type including means forming a weapon-launching tube having a first end for ejecting the weapon and a second end intended to be associated with means for launching the weapon, characterized in that the means forming the weapon-launching tube include several associated tubes, each for receiving a weapon and in that the launching means include single means common to all the tubes, borne by means for displacing the latter facing the tube, the weapon of which should be launched.