mhurhangee/ep-ind-claims huggingface dataset:
A computed tomography reconstruction method comprising: concurrently emitting radiation from at least two x-ray sources rotating about an imaging region through the imaging region and detecting with corresponding sets of detectors projection data, which includes primary radiation emitted by a corresponding one of the at least two x-ray sources and cross scatter radiation emitted by the other of the at least two x-ray sources; switching the output state of each of the at least two x-ray sources within a plurality of respective cross scatter sampling intervals (50, 52, 54, 56) and detecting with a corresponding one of the sets of detectors cross scatter radiation emitted by the other at least two x-ray sources, wherein the cross scatter sampling intervals are angularly spaced over a plurality of frames to allow the at least two x-ray sources to concurrently emit radiation throughout at least one frame; deriving scatter correction data for each set of detectors from corresponding cross scatter samples; scatter correcting the projection data with corresponding scatter correction data; and reconstructing the scatter corrected projection data to generate at least one image; characterized in that the method further includes: interpolating the cross scatter samples to generate cross scatter samples for frames in between the sampled frames. concurrently emitting radiation from at least two x-ray sources rotating about an imaging region through the imaging region and detecting with corresponding sets of detectors projection data, which includes primary radiation emitted by a corresponding one of the at least two x-ray sources and cross scatter radiation emitted by the other of the at least two x-ray sources; switching the output state of each of the at least two x-ray sources within a plurality of respective cross scatter sampling intervals (50, 52, 54, 56) and detecting with a corresponding one of the sets of detectors cross scatter radiation emitted by the other at least two x-ray sources, wherein the cross scatter sampling intervals are angularly spaced over a plurality of frames to allow the at least two x-ray sources to concurrently emit radiation throughout at least one frame; deriving scatter correction data for each set of detectors from corresponding cross scatter samples; scatter correcting the projection data with corresponding scatter correction data; and reconstructing the scatter corrected projection data to generate at least one image; characterized in that the method further includes: interpolating the cross scatter samples to generate cross scatter samples for frames in between the sampled frames. interpolating the cross scatter samples to generate cross scatter samples for frames in between the sampled frames.
An autoclavable barrier film comprising: A) a seal layer comprising a first low melt point polyolefin, the first low melt point polyolefin having a melt point less than 121°C, the first low melt point polyolefin making up from 5 to 80 wt % of the seal layer, based on total weight of seal layer, the seal layer being a first outer layer; B) a skin layer comprising a second low melt point polyolefin, the second low melt point polyolefin having a melt point less than 121°C, the second low melt point polyolefin making up from 5 to 80 wt % of the skin layer based on total weight of the skin layer, the skin layer being a second outer layer; C) a barrier layer comprising at least one member selected from the group consisting of polyvinylidene chloride, polyamide MXD6/MXDI, polyamide 6I/6T; D) a first tie layer between the seal layer and the barrier layer, the first tie layer comprising a first tie polymer having a melting point less than 121°C, the first tie polymer making up from 50 to 100 wt % of the first tie layer, based on total weight of first tie layer; E) a second tie layer between the barrier layer and the skin layer, the second tie layer comprising a second tie polymer having a melting point less than 121°C, the second tie polymer making up from 50 to 100 wt % of the second tie layer, based on total weight of the second tie layer. A) a seal layer comprising a first low melt point polyolefin, the first low melt point polyolefin having a melt point less than 121°C, the first low melt point polyolefin making up from 5 to 80 wt % of the seal layer, based on total weight of seal layer, the seal layer being a first outer layer; B) a skin layer comprising a second low melt point polyolefin, the second low melt point polyolefin having a melt point less than 121°C, the second low melt point polyolefin making up from 5 to 80 wt % of the skin layer based on total weight of the skin layer, the skin layer being a second outer layer; C) a barrier layer comprising at least one member selected from the group consisting of polyvinylidene chloride, polyamide MXD6/MXDI, polyamide 6I/6T; D) a first tie layer between the seal layer and the barrier layer, the first tie layer comprising a first tie polymer having a melting point less than 121°C, the first tie polymer making up from 50 to 100 wt % of the first tie layer, based on total weight of first tie layer; E) a second tie layer between the barrier layer and the skin layer, the second tie layer comprising a second tie polymer having a melting point less than 121°C, the second tie polymer making up from 50 to 100 wt % of the second tie layer, based on total weight of the second tie layer.
A system for controlling a motorcycle front suspension comprising: - a front wheel suspension comprising fork and a wheel; - an adjusting mechanism adapted to change stiffness and/or dampening characteristics of a front wheel suspension; characterized in that the system further comprises: - an actuator installed on a bike in proximity of rider's knee and operatively is connected to the adjusting mechanism, wherein the actuator is configured so that by pushing rider's knee against said actuator the stiffness and/or dampening characteristics of the front wheel suspension can be controlled. - a front wheel suspension comprising fork and a wheel; - an adjusting mechanism adapted to change stiffness and/or dampening characteristics of a front wheel suspension; characterized in that the system further comprises: - an actuator installed on a bike in proximity of rider's knee and operatively is connected to the adjusting mechanism, wherein the actuator is configured so that by pushing rider's knee against said actuator the stiffness and/or dampening characteristics of the front wheel suspension can be controlled. - an actuator installed on a bike in proximity of rider's knee and operatively is connected to the adjusting mechanism, wherein the actuator is configured so that by pushing rider's knee against said actuator the stiffness and/or dampening characteristics of the front wheel suspension can be controlled.
A working fluid pressure reduction station in the form of a natural gas, comprising at least one screw expander for generating mechanical energy by expanding the working fluid to reduce the working gas pressure during transport from the working gas inlet to the working gas outlet of the screw expander, providing that the screw expander includes at least one housing, at least two screws (13,14) or at least one pair of screws (13,14), at least partly in the so-called housing, at least one output shaft, which is connected to at least one of the screws, so that the output shaft can be driven by a rotational movement of at least one of the screws (13,14), at least one working fluid inlet to the housing, which is located at the input end of the screws (13,14), and at least one working fluid outlet (g), which is located at the outlet end of the screws (13,14) positioned along the screws (13,14) against the inlet end, providing that the two screws (13,14) engage such that the two screws (13,14) and the housing define at least one expansion chamber, in particular, multiple separate expansion chambers along the screws (13,14), providing that the expansion chamber is dimensioned so as in the position of fastening screws (13,14) at the inlet end of the screws (13,14) it receives the working fluid from the inlet of the working fluid, providing that the expansion chamber is dimensioned to discharge the working fluid to the outlet at the outlet end of the screws in the position of outlet of the screws (13,14), providing that the expansion chamber is dimensioned to be transported by moving the screws (13,14) from the inlet end to the outlet end, thereby increasing the volume of the expansion chamber.
Restraint system for a driver of a vehicle, in particular of an industrial truck, wherein the restraint system has at least one protective bar which is pivotable about an approximately horizontal pivot axis between a restraint position holding the driver in the vehicle and a release position enabling entry and exit, wherein at least one vehicle-mounted shoulder guard is provided in the region of a shoulder of the driver, said shoulder guard being spaced apart axially from the at least one protective bar at least in an overlapping region, as viewed in axial projection, between the at least one shoulder guard and the at least one protective bar in the release position, characterized in that the at least one shoulder guard has at least one net, at least one grid, at least one pane and/or at least one bar having a curved or angled portion.
A method comprising: operating a nuclear reactor disposed in a containment structure and including a nuclear reactor core comprising fissile material disposed in a pressure vessel and immersed in primary coolant water at an operating pressure higher than atmospheric pressure, the operating including maintaining primary coolant water level in the pressure vessel using a reactor coolant inventory and purification system connected with the pressure vessel by make-up and letdown lines; and responding to a safety event by response operations including: shutting down the nuclear reactor core by scramming a control rod; responsive to the primary coolant water level decreasing below a first water level threshold, operating the reactor coolant inventory and purification system to add primary coolant water to the pressure vessel via the make-up line; and dissipating heat generated by the nuclear reactor core after shutting down using a high pressure heat exchanger of the reactor coolant inventory and purification system that is connected to the pressure vessel by the make-up and letdown lines of the reactor coolant inventory and purification system and using a pump to flow primary water coolant through the heat exchanger. operating a nuclear reactor disposed in a containment structure and including a nuclear reactor core comprising fissile material disposed in a pressure vessel and immersed in primary coolant water at an operating pressure higher than atmospheric pressure, the operating including maintaining primary coolant water level in the pressure vessel using a reactor coolant inventory and purification system connected with the pressure vessel by make-up and letdown lines; and responding to a safety event by response operations including: shutting down the nuclear reactor core by scramming a control rod; responsive to the primary coolant water level decreasing below a first water level threshold, operating the reactor coolant inventory and purification system to add primary coolant water to the pressure vessel via the make-up line; and dissipating heat generated by the nuclear reactor core after shutting down using a high pressure heat exchanger of the reactor coolant inventory and purification system that is connected to the pressure vessel by the make-up and letdown lines of the reactor coolant inventory and purification system and using a pump to flow primary water coolant through the heat exchanger. shutting down the nuclear reactor core by scramming a control rod; responsive to the primary coolant water level decreasing below a first water level threshold, operating the reactor coolant inventory and purification system to add primary coolant water to the pressure vessel via the make-up line; and dissipating heat generated by the nuclear reactor core after shutting down using a high pressure heat exchanger of the reactor coolant inventory and purification system that is connected to the pressure vessel by the make-up and letdown lines of the reactor coolant inventory and purification system and using a pump to flow primary water coolant through the heat exchanger.
A nucleic acid molecule comprising a nucleotide sequence, which encodes a miniaturized dystrophin polypeptide comprising from N terminus to C terminus hinge 1 domain, spectrin repeat 1 domain, spectrin repeat 3 domain, hinge 2 domain, spectrin repeat 16 domain, spectrin repeat 17 domain, spectrin repeat 24 domain, and hinge 4 domain of dystrophin, wherein the miniaturized dystrophin polypeptide does not comprise spectrin repeat 2 of dystrophin, wherein the R1 domain and the R3 domain are fused by amino acids ARG-VAL and wherein the H2 domain and the R16 domain are fused by the amino acid sequence set forth in SEQ ID NOs: 74-75 in combination, and wherein (i) the H1 domain and the R1 domain are fused directly, (ii) the R3 domain and the H2 domain are fused directly, (iii) the R16 and R17 domains are fused directly, (iv) the R17 and R24 domains are fused directly, and (v) the R24 and H4 domains are fused directly.
A trimmer head for use with a trimmer, the trimmer head comprising: a housing rotatable about an axis, the housing defining a cavity for receiving a spool carrying a length of trimmer line, the housing further defining a housing mating feature; a first cap member having a first mating feature (26, 28) operable to cooperate with the housing mating feature to selectively and releasably couple the first cap member with the housing, the first mating feature (26, 28) being formed as one piece with the first cap member, the first cap member cooperating with the housing to retain the spool in the cavity; characterized in that the trimmer head further includes a second cap member having a second mating feature (26, 28) operable to cooperate with the housing mating feature to selectively and releasably couple the second cap member with the housing, the second mating feature (26, 28) being formed as one piece with the second cap member, the second cap member providing a cutting feature (40, 52) independent from the trimmer line; and wherein the first cap member and the second cap member are releasably and interchangeably coupleable to the housing without the use of tools. a housing rotatable about an axis, the housing defining a cavity for receiving a spool carrying a length of trimmer line, the housing further defining a housing mating feature; a first cap member having a first mating feature (26, 28) operable to cooperate with the housing mating feature to selectively and releasably couple the first cap member with the housing, the first mating feature (26, 28) being formed as one piece with the first cap member, the first cap member cooperating with the housing to retain the spool in the cavity; characterized in that the trimmer head further includes a second cap member having a second mating feature (26, 28) operable to cooperate with the housing mating feature to selectively and releasably couple the second cap member with the housing, the second mating feature (26, 28) being formed as one piece with the second cap member, the second cap member providing a cutting feature (40, 52) independent from the trimmer line; and wherein the first cap member and the second cap member are releasably and interchangeably coupleable to the housing without the use of tools.
A method, comprising: synthesizing multitone beacon signals, wherein at least one of subcarrier spacing is selected according to an expected range of frequency-of-arrival for network users or symbol duration is selected according to an expected range of time-of-arrival for the network users; inducing at least one of spectral or temporal redundancy on the multitone beacon signals; and transmitting the multitone beacon signals. synthesizing multitone beacon signals, wherein at least one of subcarrier spacing is selected according to an expected range of frequency-of-arrival for network users or symbol duration is selected according to an expected range of time-of-arrival for the network users; inducing at least one of spectral or temporal redundancy on the multitone beacon signals; and transmitting the multitone beacon signals.
A writing instrument (10-2, 10*, 10**, 10***) formed of a flexurally stiff material, having a main axis which is determined substantially by the elongate extent of the writing instrument, having an active end at which a writing tip (12*) of the writing instrument is disposed, and a passive end that is opposite the writing tip (12*), characterized in that the passive end is formed completely by a hand-actuable lifting-up aid (20-2, 20) for lifting up the active end, wherein integrated into the lifting-up aid (20-2, 20) is a rolling stop (64-1, 64-2) for the writing instrument, which hinders rolling of the writing instrument about the main axis, wherein the lifting-up aid (20-2, 20) has a configuration of a tube end formed from two mutually opposite substantially inclined planes (24, 24*, 24a, 24b) relative to the main axis of the writing instrument, wherein the rolling stop (64-1, 64-2) protrudes beyond the periphery of the non-lifting-up aid section of the writing instrument.
A component supply unit storage and retrieval system (1, 1A) comprising: a unit storage (41, 44) configured to store multiple component supply units used when multiple components are supplied to a component mounter; a storage holding base configured to hold the unit storage (41, 44); a unit warehouse configured to store more component supply units than the unit storage (41, 44); a storage and retrieval robot configured to deliver one or more of the multiple component supply units between the unit storage (41, 44) and the unit warehouse, and a movement guide (32, 33) provided from the storage holding base to the unit warehouse, wherein the storage and retrieval robot is configured to move along the movement guide (32, 33), characterized in that the unit storage (41, 44) is configured to be attached to and detached from the storage holding base so that the multiple component supply units stored in the unit storage (41, 44) can be collectively utilized in a subsequent set-up work or can be collectively installed in the component mounter. a unit storage (41, 44) configured to store multiple component supply units used when multiple components are supplied to a component mounter; a storage holding base configured to hold the unit storage (41, 44); a unit warehouse configured to store more component supply units than the unit storage (41, 44); a storage and retrieval robot configured to deliver one or more of the multiple component supply units between the unit storage (41, 44) and the unit warehouse, and a movement guide (32, 33) provided from the storage holding base to the unit warehouse, wherein the storage and retrieval robot is configured to move along the movement guide (32, 33), characterized in that the unit storage (41, 44) is configured to be attached to and detached from the storage holding base so that the multiple component supply units stored in the unit storage (41, 44) can be collectively utilized in a subsequent set-up work or can be collectively installed in the component mounter.
Transpallet for handling at a ground level goods stored on a support platform, comprising a load-supporting frame, provided with a pair of parallel front arms for engaging and lifting the platform, means for lifting the frame, and a tiller arm for directional manoeuvres of the transpallet and control of lifting or lowering of the frame, wherein the supporting frame is made of composite polymeric material, characterised in that said means for lifting the frame are hydraulic or pneumatic means and that said load-supporting frame is a monolithic structure made of composite polymeric material, comprising a base load-bearing structure and said pair of parallel front arms for lifting the load, supported by corresponding load rollers, the base load-bearing structure having a central region, arranged for supporting the load, in a forward position compared with a pair of lateral setback shoulders to which are connected said pair of parallel front arms.
A sensor system for monitoring a property, the system comprising: a primary sensor unit, comprising: a housing comprising an interface mechanism for positioning at least one sensor contained within or supported by the housing relative to an entity to be passively monitored by the primary sensor unit, wherein the entity to be monitored comprises a measurable characteristic that changes over time, wherein the interface mechanism comprises a portion of the housing or an additional component that maintains the positioning of the housing relative to a resource exhibiting the measurable characteristic, to passively monitor the measurable characteristic without requiring a physical alteration to the entity to be monitored; at least one transceiver connectable to: i) a cloud-based system via a long-range communication connection, and ii) at least one other sensor unit (30, 32) in the monitored property, to allow the at least one other sensor unit (30, 32) to provide data to the cloud-based system via the primary sensor unit; a processor and memory contained in the housing for operating the at least one transceiver and the at least one sensor to: passively measure or obtain data from the monitored entity, receive data from the at least one other sensor unit (30, 32), and provide the data from the monitored entity and the data from the at least one other unit to the cloud-based system over the long-range communication connection; and a power source for providing electrical power to the primary sensor unit. a housing comprising an interface mechanism for positioning at least one sensor contained within or supported by the housing relative to an entity to be passively monitored by the primary sensor unit, wherein the entity to be monitored comprises a measurable characteristic that changes over time, wherein the interface mechanism comprises a portion of the housing or an additional component that maintains the positioning of the housing relative to a resource exhibiting the measurable characteristic, to passively monitor the measurable characteristic without requiring a physical alteration to the entity to be monitored; at least one transceiver connectable to: i) a cloud-based system via a long-range communication connection, and ii) at least one other sensor unit (30, 32) in the monitored property, to allow the at least one other sensor unit (30, 32) to provide data to the cloud-based system via the primary sensor unit; a processor and memory contained in the housing for operating the at least one transceiver and the at least one sensor to: passively measure or obtain data from the monitored entity, receive data from the at least one other sensor unit (30, 32), and provide the data from the monitored entity and the data from the at least one other unit to the cloud-based system over the long-range communication connection; and a power source for providing electrical power to the primary sensor unit.