mhurhangee/ep-ind-claims huggingface dataset:
An automated system for the production of a patient-tailored dose of a contrast agent close to or next to a patient wherein said system comprises: (i) one or more sealed containers containing constituents for the preparation of said contrast agent in a dilutable form and wherein each of said one or more containers comprises an information carrier providing data relating to said constituents and wherein said one or more sealed containers comprise a first container containing an API of said contrast agent, a second container containing one or more excipients and a third container containing a diluent; (ii) a receiving device for receiving said one or more containers; (iii) means to bring the constituents of said one or more containers together to result in diluted constituents; (iv) means to convey said diluted constituents into a product container; (v) means for receiving data wherein said data comprises said data relating to said constituents and patient-specific data; and, (vi) software instructions to calculate the amounts of each constituent required for said dose and to direct the preparation of said dose. (i) one or more sealed containers containing constituents for the preparation of said contrast agent in a dilutable form and wherein each of said one or more containers comprises an information carrier providing data relating to said constituents and wherein said one or more sealed containers comprise a first container containing an API of said contrast agent, a second container containing one or more excipients and a third container containing a diluent; (ii) a receiving device for receiving said one or more containers; (iii) means to bring the constituents of said one or more containers together to result in diluted constituents; (iv) means to convey said diluted constituents into a product container; (v) means for receiving data wherein said data comprises said data relating to said constituents and patient-specific data; and, (vi) software instructions to calculate the amounts of each constituent required for said dose and to direct the preparation of said dose.
A rotation angle detecting device comprising a rotation member, a magnet fixed to the rotation member and adapted to rotate in association with rotation of the rotation member, a magnetism detecting package placed opposite to the magnet and including a magneto-electric conversion element configured to detect a magnitude of a magnetic field of the magnet changing in response to the rotation of the magnet, a housing having a first accommodating portion rotatably accommodating the rotation member and a second accommodating portion accommodating the magnetism detecting package with a partition serving as a reference, a filling member filled to accommodate and hold hermetically the magnetism detecting package in the second accommodating portion, and a cylindrical metal member which is formed integrally with the housing through insertion moulding and is provided for the first accommodating portion to rotatably support the rotation member such that a portion of the cylindrical metal member is exposed in the second accommodating portion, characterized by a creepage distance extending portion which forms part of the cylindrical metal member and is provided near the portion of the cylindrical metal member exposed in the second accommodating portion at a portion contained in the housing, the creepage distance extending portion being adapted to prevent the filling member from being introduced between the cylindrical metal member and the housing into the first accommodating portion.
A work vehicle comprising: a drive device that has an internal combustion engine for driving a vehicle body; a first tank for storing fuel to be supplied to the internal combustion engine; and a second tank (34,134) for storing fuel to be supplied to the internal combustion engine, a lower panel disposed below the first tank and the second tank (34,134); and a protective member detachably mounted on the lower panel, wherein the first tank is disposed in front of or behind the drive device, and the second tank (34,134) is disposed below the drive device so as to be separated from the first tank by a predetermined distance, characterized in that the lower panel is provided with an opening at a position corresponding to a portion between the first tank and the second tank (34,134), and the detachable protective member is mounted on the lower panel to close the opening. a drive device that has an internal combustion engine for driving a vehicle body; a first tank for storing fuel to be supplied to the internal combustion engine; and a second tank (34,134) for storing fuel to be supplied to the internal combustion engine, a lower panel disposed below the first tank and the second tank (34,134); and a protective member detachably mounted on the lower panel, wherein the first tank is disposed in front of or behind the drive device, and the second tank (34,134) is disposed below the drive device so as to be separated from the first tank by a predetermined distance, characterized in that the lower panel is provided with an opening at a position corresponding to a portion between the first tank and the second tank (34,134), and the detachable protective member is mounted on the lower panel to close the opening.
A plate-fin heat exchanger wherein the plate-fin heat exchanger is a downflow reboiler or a dephlegmator comprising: a first parting sheet; a second parting sheet adjacent and substantially parallel to the first parting sheet; and at least one vertically corrugated fin extending between the first parting sheet and the second parting sheet, said parting sheets (40, 42) and said fin defining vertical passages in said exchanger, characterized in that said fin has a textured surface to obtain a surface texture in the form of uninterrupted grooves or fluting formed on or applied to at least one surface of the fin, wherein either: at least a portion of the surface texture is in the form of horizontal striations, or at least a portion of the surface texture is applied at an angle (α) relative to a horizontal position, wherein the angle (α) is greater than 0° and less than 75°. a first parting sheet; a second parting sheet adjacent and substantially parallel to the first parting sheet; and at least one vertically corrugated fin extending between the first parting sheet and the second parting sheet, said parting sheets (40, 42) and said fin defining vertical passages in said exchanger, characterized in that said fin has a textured surface to obtain a surface texture in the form of uninterrupted grooves or fluting formed on or applied to at least one surface of the fin, wherein either: at least a portion of the surface texture is in the form of horizontal striations, or at least a portion of the surface texture is applied at an angle (α) relative to a horizontal position, wherein the angle (α) is greater than 0° and less than 75°.
A complementary metal oxide semiconductor (CMOS) based image reader for collecting image data from a target; the image reader comprising: a CMOS based image sensor array, the CMOS based image sensor array comprising a plurality of rows of pixels, wherein the CMOS based image sensor array comprising pixels that include a photosensitive region and an opaque shielded data storage region; a timing module in electrical communication with the CMOS based image sensor array, the timing module configured to simultaneously expose a plurality of rows of pixels of the CMOS based image sensor array during an exposure period; an illumination module configured to illuminate the target during an illumination period, the illumination module in electrical communication with the timing module; a control module in electrical communication with the timing module and the illumination module, the control module configured to cause at least a portion of the exposure period to occur during the illumination period, where the illumination period is less than a frame time of the image reader; and a bar code processing module capable of identifying representations of bar code symbols indicative of a one-dimensional bar code or a two dimensional bar code in collected image data. a CMOS based image sensor array, the CMOS based image sensor array comprising a plurality of rows of pixels, wherein the CMOS based image sensor array comprising pixels that include a photosensitive region and an opaque shielded data storage region; a timing module in electrical communication with the CMOS based image sensor array, the timing module configured to simultaneously expose a plurality of rows of pixels of the CMOS based image sensor array during an exposure period; an illumination module configured to illuminate the target during an illumination period, the illumination module in electrical communication with the timing module; a control module in electrical communication with the timing module and the illumination module, the control module configured to cause at least a portion of the exposure period to occur during the illumination period, where the illumination period is less than a frame time of the image reader; and a bar code processing module capable of identifying representations of bar code symbols indicative of a one-dimensional bar code or a two dimensional bar code in collected image data.
A method for controlling the operation of a loading conveyor belt for bulk material arranged on a self-propelled road construction machine or open-cast mining machine relative to a transport trough of a transport vehicle, comprising the steps of: a) determining the distance of a 3D camera arranged on the loading conveyor belt perpendicular to the ground surface; b) capturing a plurality of image points, in particular a 3D point cloud, of the transport trough lying in a field of view of the 3D camera or at least a part thereof by the 3D camera; c) determining the orientation of the transport trough from the point distribution of the plurality of image points; d) correlating the determined orientation of the transport trough with an orientation of a discharge point and/or a discharge path and/or an impact point of the bulk material discharged from the loading conveyor belt; e) controlling a loading function as a function of the result of the correlation of the orientation of the transport trough with an orientation of a discharge point and/or a discharge path of the bulk material discharged from the loading conveyor belt, wherein between steps b) and c) the plurality of image points, in particular the 3D point cloud, is projected into an essentially horizontal 2D reference plane, the position of the 2D reference plane being determined taking into account the distance determined in step a), and wherein in step c) use is made of the point distribution of the plurality of image points in the 2D reference plane. a) determining the distance of a 3D camera arranged on the loading conveyor belt perpendicular to the ground surface; b) capturing a plurality of image points, in particular a 3D point cloud, of the transport trough lying in a field of view of the 3D camera or at least a part thereof by the 3D camera; c) determining the orientation of the transport trough from the point distribution of the plurality of image points; d) correlating the determined orientation of the transport trough with an orientation of a discharge point and/or a discharge path and/or an impact point of the bulk material discharged from the loading conveyor belt; e) controlling a loading function as a function of the result of the correlation of the orientation of the transport trough with an orientation of a discharge point and/or a discharge path of the bulk material discharged from the loading conveyor belt, between steps b) and c) the plurality of image points, in particular the 3D point cloud, is projected into an essentially horizontal 2D reference plane, the position of the 2D reference plane being determined taking into account the distance determined in step a), and wherein in step c) use is made of the point distribution of the plurality of image points in the 2D reference plane.
A high-brightness luminescent yarn (50",50"'), which is a strip, the luminescent yarn (50", 50"') having a cross-section in the form of a rectangle, the cross-section of the luminescent yarn (50", 50"') being a multilayered structure and including: a main body formed of a substrate material; and at least one luminescent surface layer formed of a luminescent layer and including multiple luminescent particles capable of absorbing energy and emitting luminescence, the at least one luminescent surface layer being positioned on at least one surface of the main body; wherein each luminescent surface layer comprises multiple microcapsule luminescent granules, each microcapsule luminescent granule comprising one or multiple of the luminescent particles and an enclosure layer, the enclosure layer enclosing the one or multiple luminescent particles of the respective microcapsule luminescent granule, the enclosure layer being transparent; wherein at least one surface of the main body is formed with at least one colored layer (22, 56) and the at least one luminescent surface layer being positioned on the outer side of the colored layer (22, 56), the at least one luminescent surface layer being positioned on at least one of the top face and the bottom face of the main body; and wherein two lateral faces of the luminescent yarn (50", 50"') are plane faces. a main body formed of a substrate material; and at least one luminescent surface layer formed of a luminescent layer and including multiple luminescent particles capable of absorbing energy and emitting luminescence, the at least one luminescent surface layer being positioned on at least one surface of the main body; wherein each luminescent surface layer comprises multiple microcapsule luminescent granules, each microcapsule luminescent granule comprising one or multiple of the luminescent particles and an enclosure layer, the enclosure layer enclosing the one or multiple luminescent particles of the respective microcapsule luminescent granule, the enclosure layer being transparent; wherein at least one surface of the main body is formed with at least one colored layer (22, 56) and the at least one luminescent surface layer being positioned on the outer side of the colored layer (22, 56), the at least one luminescent surface layer being positioned on at least one of the top face and the bottom face of the main body; and wherein two lateral faces of the luminescent yarn (50", 50"') are plane faces.
A method for enhancement of neighbor cell interference robustness between user equipment, UE, and neighborly base stations for Narrowband Internet-of-thing, NB-IoT, wherein a 1-frame narrowband reference signal, NRS, defined by the 3GPP NB-IoT standard, Release 15, TS 36.211 V15.4.0, from December 2018 providing phase reference for a demodulation of downlink channels between a base station and the UE is modified by generating a narrowband reference signal, NRS of 8-frame length which consists of 160 successive slots, resulting in a factor 8 longer pseudo-random sequence periodically repeated compared to the former 1-frame NRS.
A method of providing route guidance along a planned route, wherein the planned route comprises at least two intersections (105-1, 105-2), the method comprising: - retrieving from a database predetermined attributes for a transition between an incoming road segment leading towards the at least two intersections (105-1, 105-2) and an outgoing road segment leading away from the at least two intersections (105-1, 105-2), the attributes specifying at least a curved path modelling a geometrical form of the transition, - displaying the curved path in a map view for route guidance along the planned route, wherein the incoming road segment leads towards a first one of the at least two intersections (105-1, 105-2), wherein the outgoing road segment leads away from a last one of the at least two intersections (105-1, 105-2), wherein the curved path is defined with respect to: - a first point on the incoming road segment, - a second point on the outgoing road segment, and - at least one further point in-between the incoming road segment and the outgoing road segment, wherein the first point, the second point, and the at least one further point respectively are at a given geolocation, the method being characterized in that: the first point, the second point, and the at least one further point have associated tangents to the curved path, thereby defining a curvature of the curved path. - retrieving from a database predetermined attributes for a transition between an incoming road segment leading towards the at least two intersections (105-1, 105-2) and an outgoing road segment leading away from the at least two intersections (105-1, 105-2), the attributes specifying at least a curved path modelling a geometrical form of the transition, - displaying the curved path in a map view for route guidance along the planned route, - a first point on the incoming road segment, - a second point on the outgoing road segment, and - at least one further point in-between the incoming road segment and the outgoing road segment,
Method for feeding electric power of at least one wind turbine or one wind farm into an electric power supply network having a network voltage and a network frequency (f), wherein - real electric power and/or reactive electric power is fed-in and - the fed-in real power is adjusted as a function of at least one network state via a real power control and/or - the fed-in reactive power is adjusted as a function of at least one network state via a reactive power control characterized in that - the fed-in real power and/or the fed-in reactive power is adjusted as a function of the network state via an adjustment function (Fsi, F S2), wherein - the adjustment function outputs a desired value of the real power to be fed in or the reactive power to be fed in as a function which depends on the network state, and - for adjusting the fed-in real power or the reactive power the adjustment function is varied or switched as a function of the network sensitivity, wherein the network sensitivity NS is defined by the formula NS = Δ U Δ P or by the formula NS = Δ f Δ P with ΔP as the change in the fed-in real power, ΔU as the resulting change in the network voltage and Δf as the resulting change in the network frequency. - real electric power and/or reactive electric power is fed-in and - the fed-in real power is adjusted as a function of at least one network state via a real power control and/or - the fed-in reactive power is adjusted as a function of at least one network state via a reactive power control - the fed-in real power and/or the fed-in reactive power is adjusted as a function of the network state via an adjustment function (Fsi, F S2), wherein - the adjustment function outputs a desired value of the real power to be fed in or the reactive power to be fed in as a function which depends on the network state, and - for adjusting the fed-in real power or the reactive power the adjustment function is varied or switched as a function of the network sensitivity, wherein
A device for handling and positioning a roof section between two sides of a body shell of a vehicle, such as a motor vehicle, including a movable support structure of the roof section permitting the roof section to be positioned between the two sides of the body shell at the level of the upper edges of their respective arches, the support structure of the roof section including two parts (11, 12) permitting the roof section to be positioned transversely between the two upper edges of the arches of sides of body shell coming to rest on two rigid zones respectively of the two sides of body shell, characterized in that each transverse positioning part of the roof section includes two rigid claws fixed to the support structure of the roof section, and comes to rest respectively on two grooves forming a rigid zone and situated on either side of the centre pillar of the corresponding side of body shell when the support structure positions the roof section between the two upper edges of the arches of sides of body shell.
A communication quality measuring method in CDMA cellular system detecting reception chip timing of signal to be measured repeatedly transmitted transmission symbol series of a known pattern and performing measurement of communication quality, characterized by comprising: correlation detection step of performing correlation detection of received signal using a code series spreading said signal to be measured; delay step of delaying one of received series detected in said correlation detection step for one, two or more symbol period within a range where mutual correlation between the two received series is high and influence of a propagation path can be regarded as the same; vector calculation step of calculating difference vector and add vector from difference value and add value of said respective received signal vectors, said respective received signal vectors are received signal vector A of the other received series detected by said correlation detection step and received signal vector B of the received series provided delay in said delay step, the reception chip timing of the received signal vector A equals to the reception chip timing of the received signal vector B; and communication quality calculation step of calculating a desired signal power, an interference signal power and signal to interference power ratio from said difference vector and said add vector calculated in said vector calculation step, wherein the add vector is α_ k (t), the difference vector is β_k (t), the desired signal power is P S_k = Pʹ S_k − P I_k 2, wherein Pʹ S_k = 1 N ∑ j = 1 N α t j 2 2, and the interference signal power is P I_k = 1 N ∑ j = 1 N β t j 2 2. P I_k = 1 N ∑ j = 1 N β t j 2 2. correlation detection step of performing correlation detection of received signal using a code series spreading said signal to be measured; delay step of delaying one of received series detected in said correlation detection step for one, two or more symbol period within a range where mutual correlation between the two received series is high and influence of a propagation path can be regarded as the same; vector calculation step of calculating difference vector and add vector from difference value and add value of said respective received signal vectors, said respective received signal vectors are received signal vector A of the other received series detected by said correlation detection step and received signal vector B of the received series provided delay in said delay step, the reception chip timing of the received signal vector A equals to the reception chip timing of the received signal vector B; and communication quality calculation step of calculating a desired signal power, an interference signal power and signal to interference power ratio from said difference vector and said add vector calculated in said vector calculation step, wherein the add vector is α_ k (t), the difference vector is β_k (t), the desired signal power is P S_k = Pʹ S_k − P I_k 2, wherein Pʹ S_k = 1 N ∑ j = 1 N α t j 2 2, and the interference signal power is