mhurhangee/ep-ind-claims huggingface dataset:
A medicament delivery device (10, 60, 70) comprising: a housing (11, 71) having first and second portions (16, 76, 17, 77); a dispensing mechanism (14, 74) that comprises a reservoir (23, 83) disposed in the housing (11, 71), wherein the dispensing mechanism (14, 74) is operable to dispense medicament from the reservoir (23, 83) when the reservoir (23, 83) contains medicament; and, an actuator (15, 75), wherein the first portion (16, 76) of the housing (11, 71) comprises a distal end (19, 79) and the second portion (17, 77) is moveable towards the distal end (19, 79) from an initial position, wherein actuation of the actuator (15, 75) is impeded such that the dispensing mechanism (14, 74) is rendered inoperable, to a primed position, wherein the actuator (15, 75) is actuatable to operate the dispensing mechanism (14, 74), wherein the actuator (15, 75) is retracted into the housing (11, 71) when the second portion (17, 77) is in the initial position to prevent actuation of the actuator (15, 75) and protrudes out of the housing (11, 71) when the second portion (17, 77) is in the primed position. a housing (11, 71) having first and second portions (16, 76, 17, 77); a dispensing mechanism (14, 74) that comprises a reservoir (23, 83) disposed in the housing (11, 71), wherein the dispensing mechanism (14, 74) is operable to dispense medicament from the reservoir (23, 83) when the reservoir (23, 83) contains medicament; and, an actuator (15, 75), wherein the first portion (16, 76) of the housing (11, 71) comprises a distal end (19, 79) and the second portion (17, 77) is moveable towards the distal end (19, 79) from an initial position, wherein actuation of the actuator (15, 75) is impeded such that the dispensing mechanism (14, 74) is rendered inoperable, to a primed position, wherein the actuator (15, 75) is actuatable to operate the dispensing mechanism (14, 74), wherein the actuator (15, 75) is retracted into the housing (11, 71) when the second portion (17, 77) is in the initial position to prevent actuation of the actuator (15, 75) and protrudes out of the housing (11, 71) when the second portion (17, 77) is in the primed position.
Method for lane (S1-S3) detection and road detection, wherein a multitask DNN architecture consisting of at least one encoder and at least a first and a second decoder is used for detection, comprising the following steps of: - providing an input image by means of an optical capture device, - filtering the input image by means of the encoder, - generating a first representation of the lane (S1-S3) and/or road by means of the encoder, - forwarding the first representation to the first and second decoders, - processing the first representation in the first and second decoders, - outputting two further different representations from the first and second decoders, wherein the first decoder carries out a semantic segmentation and the second decoder carries out a key point regression, and wherein the first decoder provides a pixel classification and the second decoder provides key points as the output, wherein the pixel classification provides a free area of the road and/or lane, and the key points provide visible boundaries of the road and/or lane, - combining the two representations from the first and second decoders, wherein the two representations are fused when combining them, and - outputting identified lanes (S1-S3) and lane boundaries and the road. - providing an input image by means of an optical capture device, - filtering the input image by means of the encoder, - generating a first representation of the lane (S1-S3) and/or road by means of the encoder, - forwarding the first representation to the first and second decoders, - processing the first representation in the first and second decoders, - outputting two further different representations from the first and second decoders, wherein the first decoder carries out a semantic segmentation and the second decoder carries out a key point regression, and wherein the first decoder provides a pixel classification and the second decoder provides key points as the output, wherein the pixel classification provides a free area of the road and/or lane, and the key points provide visible boundaries of the road and/or lane, - combining the two representations from the first and second decoders, wherein the two representations are fused when combining them, and - outputting identified lanes (S1-S3) and lane boundaries and the road.
A closure piece for a powder syringe with - a main body, - a sealing element, which is disposed on the main body in such a manner that it rests in a sealing manner against a distal opening of a powder syringe, when the closure piece is disposed on the powder syringe in its closing position, and - a channel, which passes through the main body and the sealing element and includes a proximal and a distal end (47,49), - a closure piece cap, which closes the distal end of the channel, characterized by a retaining element, which is configured and/or can be disposed such that, prior to an activation of the powder syringe, penetration of powder, which comes from a chamber of the powder syringe, into the channel is prevented to at least a large extent, preferably completely prevented, when the closure piece is disposed in its closing position on the powder syringe, and in that the retaining element comprises a closure piece disc configured such that it is able to rest in a sealing manner against a narrowing of a powder syringe to prevent powder from penetrating into the channel and that the closure piece cap includes a rod-like projection that passes through the channel and holds the closure piece disc in a sealing contact with the powder syringe, when the closure piece is in the closing position. - a main body, - a sealing element, which is disposed on the main body in such a manner that it rests in a sealing manner against a distal opening of a powder syringe, when the closure piece is disposed on the powder syringe in its closing position, and - a channel, which passes through the main body and the sealing element and includes a proximal and a distal end (47,49), - a closure piece cap, which closes the distal end of the channel,
A latch assembly for a vehicle seat which comprises a base plate, a latch which is rotatably coupled to the base plate to rotate between a locking position and an open position, and a pawl and a pawl plate which overlap therebetween and rotate coaxially on the base plate to interact with the latch, wherein: the latch comprises a locking surface (52, 57); the pawl plate comprises a pressing surface which presses the locking surface (52, 57) when the latch is positioned at the locking position, and a first supporting surface which supports the locking surface (52, 57) when the latch rotates by means of an impact; and the pawl comprises a second supporting surface which supports the locking surface (52, 57) together with the pawl plate when the latch rotates by means of the impact. the latch comprises a locking surface (52, 57); the pawl plate comprises a pressing surface which presses the locking surface (52, 57) when the latch is positioned at the locking position, and a first supporting surface which supports the locking surface (52, 57) when the latch rotates by means of an impact; and the pawl comprises a second supporting surface which supports the locking surface (52, 57) together with the pawl plate when the latch rotates by means of the impact.
A pigment particle with at least one metal oxide surface additive; wherein the at least one metal oxide surface additive is a metal oxide particle covalently bonded with at least one polycondensation polymer, wherein the pigment particle is a pearlescent or metallic pigment, wherein the metal oxide particle has an average size of from 3 nm to 700 nm, and wherein the resin coated pigment particle has an average size of from 5 to 50 μm (5 to 50 microns).
A multimode imaging system comprising: a first imaging subsystem comprising an objective lens positionable in front of an eye to form an optical image of an interior of the eye, the optical image formed at an image plane of the first imaging subsystem; a filter module positioned at a pupil plane of the first imaging subsystem or at a conjugate thereof, the filter module comprising a plurality of filters; a second imaging subsystem comprising a microimaging array and a sensor array, the microimaging array positioned at the image plane or a conjugate thereof, and the sensor array positioned at the pupil plane or a conjugate thereof, the sensor array capturing a plenoptic image of the interior of the eye, the plenoptic image containing images of the interior of the eye filtered by each of the plurality of filters, wherein the system is operable in a wavefront sensing mode, in which the system acts as a wavefront sensor to detect aberrations in the optical wavefront passing through anterior structures of the eye and characterized in that the system is further operable in (a) a depth imaging mode, in which a plenoptic image captured by the sensor array is processed to provide a three-dimensional image of the inside of the eye and (b) a multi-filter imaging mode, in which a plenoptic image captured by the sensor array is processed to provide two or more different filtered images of the inside of the a first imaging subsystem comprising an objective lens positionable in front of an eye to form an optical image of an interior of the eye, the optical image formed at an image plane of the first imaging subsystem; a filter module positioned at a pupil plane of the first imaging subsystem or at a conjugate thereof, the filter module comprising a plurality of filters; a second imaging subsystem comprising a microimaging array and a sensor array, the microimaging array positioned at the image plane or a conjugate thereof, and the sensor array positioned at the pupil plane or a conjugate thereof, the sensor array capturing a plenoptic image of the interior of the eye, the plenoptic image containing images of the interior of the eye filtered by each of the plurality of filters, wherein the system is operable in a wavefront sensing mode, in which the system acts as a wavefront sensor to detect aberrations in the optical wavefront passing through anterior structures of the eye and characterized in that the system is further operable in (a) a depth imaging mode, in which a plenoptic image captured by the sensor array is processed to provide a three-dimensional image of the inside of the eye and (b) a multi-filter imaging mode, in which a plenoptic image captured by the sensor array is processed to provide two or more different filtered images of the inside of the (a) a depth imaging mode, in which a plenoptic image captured by the sensor array is processed to provide a three-dimensional image of the inside of the eye and (b) a multi-filter imaging mode, in which a plenoptic image captured by the sensor array is processed to provide two or more different filtered images of the inside of the
A flange disk-welded steel pipe in which a flange disk is welded at an end of the steel pipe in a pipe axis direction, the flange disk-welded steel pipe comprising: the flange disk which includes a flange portion having a flat ring shape, and a connection portion which is positioned at an outer circumferential side of the flange portion and has an annular portion in which at least a portion thereof protrudes from one surface side of the flange portion; the steel pipe is welded to said one surface side of the connection portion and has a pipe thickness t; and a weld metal portion which is formed by welding between the connection portion and the steel pipe, wherein in the cross-section including a pipe axis of the steel pipe, the weld metal portion is formed so that a cross-sectional area So of an outer circumferential side from a center line (C-C) of the steel pipe in a pipe thickness direction of the steel pipe and a cross-sectional area S I of an inner circumferential side of the steel pipe satisfy a relationship of S O ≥1.5S I, a distance (d), between a weld toe of a flange portion side in an inner surface side of the weld metal portion and a flange comer which is a portion where an inner surface of the connection portion and the one surface of the flange portion cross, has a lower limit of 5 mm or more and an upper limit of the pipe thickness (t) or less, and a length in the pipe axis direction of a side surface of an outer circumferential side of the flange disk is smaller than a plate thickness of the flange portion. the flange disk which includes a flange portion having a flat ring shape, and a connection portion which is positioned at an outer circumferential side of the flange portion and has an annular portion in which at least a portion thereof protrudes from one surface side of the flange portion; the steel pipe is welded to said one surface side of the connection portion and has a pipe thickness t; and a weld metal portion which is formed by welding between the connection portion and the steel pipe, wherein in the cross-section including a pipe axis of the steel pipe, the weld metal portion is formed so that a cross-sectional area So of an outer circumferential side from a center line (C-C) of the steel pipe in a pipe thickness direction of the steel pipe and a cross-sectional area S I of an inner circumferential side of the steel pipe satisfy a relationship of S O ≥1.5S I, a distance (d), between a weld toe of a flange portion side in an inner surface side of the weld metal portion and a flange comer which is a portion where an inner surface of the connection portion and the one surface of the flange portion cross, has a lower limit of 5 mm or more and an upper limit of the pipe thickness (t) or less, and a length in the pipe axis direction of a side surface of an outer circumferential side of the flange disk is smaller than a plate thickness of the flange portion.
An inspection apparatus (100, 100A, 100B, 100C) for inspecting a photoelectric device, the inspection apparatus comprising: a pulsed light irradiation part for irradiating said photoelectric device with pulsed light for causing said photoelectric device to radiate a terahertz wave; a detection part for detecting the terahertz wave radiated from said photoelectric device in response to irradiation with said pulsed light; a temperature changing part for changing a temperature of said photoelectric device at a part irradiated with said pulsed light to be maintained at a specified temperature; a temperature measuring part for measuring a temperature of said photoelectric device at the part irradiated with said pulsed light; a continuous light irradiation part for irradiating said photoelectric device with continuous light; a storage part for storing temperature correlation information regarding a correlation between a temperature of said photoelectric device and an intensity of said terahertz wave radiated from said photoelectric device in response to irradiation with said pulsed light and said continuous light; and a correction part for correcting an intensity of said terahertz wave detected by said detection part based on a temperature of said photoelectric device obtained by said temperature measuring part and said temperature correlation information. a pulsed light irradiation part for irradiating said photoelectric device with pulsed light for causing said photoelectric device to radiate a terahertz wave; a detection part for detecting the terahertz wave radiated from said photoelectric device in response to irradiation with said pulsed light; a temperature changing part for changing a temperature of said photoelectric device at a part irradiated with said pulsed light to be maintained at a specified temperature; a temperature measuring part for measuring a temperature of said photoelectric device at the part irradiated with said pulsed light; a continuous light irradiation part for irradiating said photoelectric device with continuous light; a storage part for storing temperature correlation information regarding a correlation between a temperature of said photoelectric device and an intensity of said terahertz wave radiated from said photoelectric device in response to irradiation with said pulsed light and said continuous light; and a correction part for correcting an intensity of said terahertz wave detected by said detection part based on a temperature of said photoelectric device obtained by said temperature measuring part and said temperature correlation information.
Microprocessor system for controlling or regulating at least partly safety-critical processes, comprising two central processing units (1, 2) integrated in a chip housing, the two central processing units in each case arranged on a first and a second bus system, at least one complete memory on the first bus system, test data in one or more test data stores which are connected to data in the memory on the first bus system, where the test data store is smaller than the complete memory and the bus systems comprise comparison and/or driver components which allow the data interchange and/or comparison of data between the two bus systems, where the test data store(s) is/are arranged on the first bus system, and the second bus system has neither a test data store nor a memory arranged on it which is used to back up data in the complete memory, where the microprocessor system is configured so as, in a read cycle, to compare the data in the complete memory with test data associated with these data by means of a hardware test unit and characterized in that the microprocessor system is configured so as, by means of a hardware correction unit, to correct the data using the test data in the event of an error, and in that the area of the second bus system contains a hardware error recognition unit which is configured to compare the test data from the test data store and the possibly corrected data from the complete memory.
A computerized control device for controlling a printed product processing system that comprises a collecting system having a conveyor and a plurality of feed conveyors for creating product collections from different types of products (P1, P2, P3, P4, P5, P6) supplied by the feed conveyors, characterized by a loading planner for generating and saving one or more loading plans, which for each of the feed conveyors indicate a time sequence of the products (P1, P2, P3, P4, P5, P6) that are to be supplied to the conveyor by the feed conveyor for a defined production process of a plurality of different product collections, each to be created from a plurality of supplied products (P1, P2, P3, P4, P5, P6), and a control module that is configured for determining, based on the loading plans, the products (P1, P2, P3, P4, P5, P6) to be supplied, which are each to be supplied to the conveyor by one of the feed conveyors for creating the product collections, characterized in that the control module is configured for transmitting in each case information concerning the determined products (P1, P2, P3, P4, P5, P6) to be supplied in question, via a wireless communications channel, to a mobile display device of a mobile transport device for bringing the products (P1, P2, P3, P4, P5, P6) to be supplied to the feed conveyor in question, in order to display the products (P1, P2, P3, P4, P5, P6) to be supplied to the corresponding feed conveyor.
A device comprising: a display unit configured to display handwritten content based on an analog handwritten input of a user, the handwritten content comprising a plurality of strokes, the plurality of strokes being associated and synchronized by time information with frames of a multimedia content; a user input unit configured to receive a user input of selecting a portion of the handwritten content displayed on the display unit; and a control unit configured to edit the handwritten content by using time information of strokes included in the portion of the handwritten content, synchronize again the strokes of the edited handwritten content with frames of the multimedia content, and reproduce a segment of the multimedia content, which corresponds to the portion of the handwritten content. a display unit configured to display handwritten content based on an analog handwritten input of a user, the handwritten content comprising a plurality of strokes, the plurality of strokes being associated and synchronized by time information with frames of a multimedia content; a user input unit configured to receive a user input of selecting a portion of the handwritten content displayed on the display unit; and a control unit configured to edit the handwritten content by using time information of strokes included in the portion of the handwritten content, synchronize again the strokes of the edited handwritten content with frames of the multimedia content, and reproduce a segment of the multimedia content, which corresponds to the portion of the handwritten content.
A compound of the formula wherein is a dipeptide residue made up of two different amino acid building blocks, the dipeptide being D Pro- L Pro; and Z is a chain made up of 12 α-amino acid residues, in which - the P1 residue is the residue of Tyr; - the P2 residue is the residue of Arg or Gly; - the P3 residue is the residue of Cit; - the P4 residue is the residue of Val, Phe, Cys, Gly, Ile, Thr or Gln; - the P5 residue is the residue of Arg; - the P6 residue is the residue of D Arg or Arg; - the P7 residue is the residue of Arg; - the P8 residue is the residue of 2-Nal or Trp; - the P9 residue is the residue of Phe, Val, Cys, Gly, Ile, Thr or Gln; - the P10 residue is the residue of Tyr; - the P11 residue is the residue of Cit or Gly; - the P12 residue is the residue of Lys; Cys at P4 and P9 form a disulfide bridge in free form or in pharmaceutically acceptable salt form. - the P1 residue is the residue of Tyr; - the P2 residue is the residue of Arg or Gly; - the P3 residue is the residue of Cit; - the P4 residue is the residue of Val, Phe, Cys, Gly, Ile, Thr or Gln; - the P5 residue is the residue of Arg; - the P6 residue is the residue of D Arg or Arg; - the P7 residue is the residue of Arg; - the P8 residue is the residue of 2-Nal or Trp; - the P9 residue is the residue of Phe, Val, Cys, Gly, Ile, Thr or Gln; - the P10 residue is the residue of Tyr; - the P11 residue is the residue of Cit or Gly; - the P12 residue is the residue of Lys;