mhurhangee/ep-ind-claims huggingface dataset:
Multi-grater assembly comprising at least first and second graters (2, 3) arranged opposite one another and a gripping portion, the first and second graters (2, 3) being arranged such that they can be dismounted to take an assembled working position or a separated position, in particular for cleaning, the gripping portion being arranged such that it can be removed facing the first or the second grater to cover the first or the second grater in the assembled working position and thus make the first or the second grater which is not used, inaccessible to the hand of the user, the first and second graters, as well as the gripping portion which could be separated by the user easily, without requiring the implementation of a tool, and characterised in that the gripping portion has a truncated shape extending along a longitudinal axis and comprising a C-shaped transversal cross-section comprising two free ends (50, 51), forming means for holding the first and second graters (2, 3) in the assembled position; and the first and second graters (2, 3) extending along the longitudinal axis and comprising two side walls (13, 14, 33, 34) arranged on either side of said longitudinal axis, the free ends (50, 51) engage with the side walls (13, 14, 33, 34) of the first or of the second grater in the assembled position.
A mechanism for changing the height of passenger stairs, which allows mechanical movement, wherein the mechanism includes parallel self-locking threaded spindles (33 and 33'), which are interconnected via a chain drive system, and said spindles (33 and 33') are also driven via the chain drive system, allowing these spindles (33 and 33') to rotate synchronously, wherein spindle rotation nuts (34 and 34') with piston rods (32 and 32') move along the spindles, the rods (32 and 32') being fixable to a stair platform, allowing continuous height change of the passenger stairs and completely parallel movement of the passenger stair platform, wherein the mechanism further comprises a relief system, with a hydraulic cylinder fixable to the platform and with hydraulic accumulators, assembled together so that they, due to pre-set pressure of oil and gas, continuously exert force on the platform and thus relieve the threaded spindles (33 and 33') in order to achieve a smaller mechanical force necessary to rotate the spindles (33 and 33') and change the height of the stairs.
A communication device comprising: a receiver for receiving Information via a first radio protocol directly from a first communication device concerning at feast a second radio protocol capability of a second communication device, wherein the communication device is external to the first and second communication devices, wherein the first and second communication devices are external to the communication device and wherein the first and second communication devices are external to each other; and a controller for controlling communication of the communication device in dependence upon the received Information, wherein the received information comprises one or more of the following parameters; performance parameter(s) for the second radio protocol, capacity parameter(s) for the second radio protocol, operational frequency parameter(s) for the second radio protocol and communication parameter(s) for the second radio protocol; wherein the received information comprises an indicator when the second radio capability of the second communication device Is active. a receiver for receiving Information via a first radio protocol directly from a first communication device concerning at feast a second radio protocol capability of a second communication device, wherein the communication device is external to the first and second communication devices, wherein the first and second communication devices are external to the communication device and wherein the first and second communication devices are external to each other; and a controller for controlling communication of the communication device in dependence upon the received Information, wherein the received information comprises one or more of the following parameters; performance parameter(s) for the second radio protocol, capacity parameter(s) for the second radio protocol, operational frequency parameter(s) for the second radio protocol and communication parameter(s) for the second radio protocol; wherein the received information comprises an indicator when the second radio capability of the second communication device Is active.
A natural gas reforming system comprising: a reformer configured to convert, through a steam reforming reaction, natural gas into reformed gas that comprises hydrogen and carbon monoxide; a steam generator configured to generate steam by heat-exchanging with combustion gas that is discharged from a burner of the reformer; a water gas shift reactor configured to convert the carbon monoxide and steam of the reformed gas into hydrogen and carbon dioxide through a water gas shift reaction; a hydrogen separator configured to separate the hydrogen from the gas supplied from the water gas shift reactor; a carbon dioxide separator configured to separate the carbon dioxide from the gas which is supplied by the hydrogen separator and from which the hydrogen has been separated; and a co-electrolysis device configured to be supplied with steam generated by the steam generator and the carbon dioxide separated by the carbon dioxide separator and to produce oxygen and syngas comprising hydrogen and carbon monoxide, through a co-electrolytic reaction, wherein the system is configured to supply at least a portion of the syngas produced by the co-electrolysis device to the burner of the reformer for combustion, and wherein the system is configured so that the rest of the syngas produced by the co-electrolysis device is supplied to a front end of the water gas shift reactor. a reformer configured to convert, through a steam reforming reaction, natural gas into reformed gas that comprises hydrogen and carbon monoxide; a steam generator configured to generate steam by heat-exchanging with combustion gas that is discharged from a burner of the reformer; a water gas shift reactor configured to convert the carbon monoxide and steam of the reformed gas into hydrogen and carbon dioxide through a water gas shift reaction; a hydrogen separator configured to separate the hydrogen from the gas supplied from the water gas shift reactor; a carbon dioxide separator configured to separate the carbon dioxide from the gas which is supplied by the hydrogen separator and from which the hydrogen has been separated; and a co-electrolysis device configured to be supplied with steam generated by the steam generator and the carbon dioxide separated by the carbon dioxide separator and to produce oxygen and syngas comprising hydrogen and carbon monoxide, through a co-electrolytic reaction, wherein the system is configured to supply at least a portion of the syngas produced by the co-electrolysis device to the burner of the reformer for combustion, and wherein the system is configured so that the rest of the syngas produced by the co-electrolysis device is supplied to a front end of the water gas shift reactor.
Method for transporting containers or container components in industrial plants for producing containers and/or filling products, where said containers / container components are transported along at least one guide element (4, 14, 24, 34), where an air cushion (8, 18, 28, 38) is created between said guide element and said containers / container components by a stream passed through a microporous layer (5, 15, 25, 35) formed on said guide element, characterized in that said guide element is a sorting roller for sorting the container components and the air cushion is created on the at least one sorting roller.
A system, comprising: a first heat recovery steam generation system component with a first interior volume configured to hold a first steam condensate; a first containment structure disposed about the first heat recovery steam generation system component to form a first exterior volume between the first heat recovery steam generation system component and the first containment structure; a first phase change material disposed within the first exterior volume; a second heat recovery steam generation system component with a second interior volume configured to hold a second steam condensate; a second containment structure disposed about the second heat recovery steam generation system component to form a second exterior volume between the second heat recovery steam generation system component and the second containment structure; and a second phase change material disposed within the second exterior volume, the second phase change material being different from the first phase change material. a first heat recovery steam generation system component with a first interior volume configured to hold a first steam condensate; a first containment structure disposed about the first heat recovery steam generation system component to form a first exterior volume between the first heat recovery steam generation system component and the first containment structure; a first phase change material disposed within the first exterior volume; a second heat recovery steam generation system component with a second interior volume configured to hold a second steam condensate; a second containment structure disposed about the second heat recovery steam generation system component to form a second exterior volume between the second heat recovery steam generation system component and the second containment structure; and a second phase change material disposed within the second exterior volume, the second phase change material being different from the first phase change material.
A mobile terminal, comprising: a communication unit configured to communicate with at least one other terminal; a memory configured to store at least a first operating system acting in a private mode and a second operating system acting in a business mode, respectively; a controller configured to execute the first operating system, and to activate the private mode corresponding to the first operating system; and a display unit configured to display a home screen corresponding to the activated private mode, wherein the home screen includes a first identifier identifying the private mode, first application information corresponding to at least one application executable in the first operating system acting in the private mode and an announcement window including second application information corresponding to at least one application executable in the second operating system acting in the business mode and a second identifier identifying the business mode, and wherein the first application information includes at least one icon corresponding to the at least one application executable in the first operating system acting in the private mode and the second application information includes at least one of event occurring and event occurrence time of the at least one application executable in the second operating system acting in the business mode. a communication unit configured to communicate with at least one other terminal; a memory configured to store at least a first operating system acting in a private mode and a second operating system acting in a business mode, respectively; a controller configured to execute the first operating system, and to activate the private mode corresponding to the first operating system; and a display unit configured to display a home screen corresponding to the activated private mode, wherein the home screen includes a first identifier identifying the private mode, first application information corresponding to at least one application executable in the first operating system acting in the private mode and an announcement window including second application information corresponding to at least one application executable in the second operating system acting in the business mode and a second identifier identifying the business mode, and wherein the first application information includes at least one icon corresponding to the at least one application executable in the first operating system acting in the private mode and the second application information includes at least one of event occurring and event occurrence time of the at least one application executable in the second operating system acting in the business mode.
An apparatus, comprising: (a) a body assembly comprising a handle portion; (b) an end effector comprising a staple driver, wherein the staple driver is operable to actuate relative to the body assembly between an unfired position and a fired position; and (c) a trigger comprising a lever and a spring member, wherein the lever is pivotally coupled to the handle portion, wherein the trigger is configured to pivot between a first position and a second position to slidably actuate the staple driver, wherein the first position is associated with the staple driver in the unfired position, wherein the second position is associated with the staple driver in the fired position, wherein the spring member is housed within the body assembly, wherein the spring member is configured to resiliently bias the trigger relative to the body assembly toward the first position; characterized in that: the spring member is an integral spring member extending unitarily from the lever. (a) a body assembly comprising a handle portion; (b) an end effector comprising a staple driver, wherein the staple driver is operable to actuate relative to the body assembly between an unfired position and a fired position; and (c) a trigger comprising a lever and a spring member, wherein the lever is pivotally coupled to the handle portion, wherein the trigger is configured to pivot between a first position and a second position to slidably actuate the staple driver, wherein the first position is associated with the staple driver in the unfired position, wherein the second position is associated with the staple driver in the fired position, wherein the spring member is housed within the body assembly, wherein the spring member is configured to resiliently bias the trigger relative to the body assembly toward the first position; characterized in that: the spring member is an integral spring member extending unitarily from the lever.
An actuator comprising: a support; an armature that is rotatable with respect to the support about an axis of rotation; and a plurality of Thomson coils that are each spaced from the axis of rotation; the armature comprising a hub and a plurality of Thomson plates, the plurality of Thomson plates each being electrically conductive and extending from the hub, characterized in that each Thomson plate of the plurality of Thomson plates is situated adjacent a corresponding Thomson coil of the plurality of Thomson coils when the plurality of Thomson coils are in a non-energized state; and the armature further comprises an output shaft connected with the hub and structured to rotate a rotational distance responsive to the Thomson coils being energized. a support; an armature that is rotatable with respect to the support about an axis of rotation; and a plurality of Thomson coils that are each spaced from the axis of rotation; the armature comprising a hub and a plurality of Thomson plates, the plurality of Thomson plates each being electrically conductive and extending from the hub, characterized in that each Thomson plate of the plurality of Thomson plates is situated adjacent a corresponding Thomson coil of the plurality of Thomson coils when the plurality of Thomson coils are in a non-energized state; and the armature further comprises an output shaft connected with the hub and structured to rotate a rotational distance responsive to the Thomson coils being energized.
A band that can be stored in reel format, which has areas coated by a thermally-activatable adhesive material following a coating pattern that is repeated along the band, said band having a front face, a rear face and two optionally parallel longitudinal edges, the coating pattern, on the same rear face of the band, comprising at least two main transversal strips (5a, 5b) that extend between the two longitudinal edges of the band, characterized in that the said transversal strips include areas coated with a grammage of thermally-activatable adhesive material between 35 and 130 gr/m 2.
A protection device for a vehicle, comprising an inflatable system to be positioned in front of the outer surface of said vehicle, at least one sensor for detecting an impact in a predetermined zone of the vehicle, and an inflation system for injecting a pressurized gas into the inflatable system when an impact is detected by said at least one sensor so that the protection device goes from a deactivated state to an activated state, the device being characterized in that the inflatable system comprises a plurality of inflatable zones separated one from the other by junction zones of the type non-fusible weld or permanent weld, an inflatable zone comprising at least one first film and one second film fastened against one another along a plurality of welds of the type fusible weld or non-permanent weld, for each inflatable zone, the welds of the type fusible weld or non-permanent weld, defining between the films (19, 20) a chamber, each chamber being able to be inflated under the effect of the injection of the pressurized gas into the inflatable system, when the protection device goes from the deactivated state to the activated state.
A sensor board comprising: a plate-like body comprising a body material and having two surfaces (3, 6) substantially parallel to each other, and at least one optical sensor and at least one non-optical sensor (7,17), the sensors (7, 17) being positioned at the same surface of the body, wherein the body includes a first area having a thickness D 1 of the body material and a second area having a thickness D 2 of the body material, where D 1 >D 2 >0, the at least one optical sensor being positioned at the second area, the sensor board being characterized by the thickness D 2 of the second area being reduced to make the sensor board translucent for electromagnetic radiation, the at least one non-optical sensor (7, 17) being selected among potentiometric sensors and amperometric sensors, and the at least one non-optical sensor (7, 17) being made by thick film technique. a plate-like body comprising a body material and having two surfaces (3, 6) substantially parallel to each other, and at least one optical sensor and at least one non-optical sensor (7,17), the sensors (7, 17) being positioned at the same surface of the body, wherein the body includes a first area having a thickness D 1 of the body material and a second area having a thickness D 2 of the body material, where D 1 >D 2 >0, the at least one optical sensor being positioned at the second area, the sensor board being characterized by the thickness D 2 of the second area being reduced to make the sensor board translucent for electromagnetic radiation, the at least one non-optical sensor (7, 17) being selected among potentiometric sensors and amperometric sensors, and the at least one non-optical sensor (7, 17) being made by thick film technique.
A vehicle comprising: a vehicle body having at least four sides; one or more of a fisheye lens cameras is mounted to the vehicle body, the fisheye lens cameras generates one or more of field of view images; and an object detection system communicatively coupled to at least one or more of the fisheye lens cameras, the object detection system configured to classify object of interest appeared on one or more of the FOV images, estimate distance of object of interest either between the vehicle and the object of interest or between two or more of the object of interest, apply bounding boxes around the classified object of interest, characterized in that the at least one field of view image is split or transformed into at least two perspective images (204, 206, 208) which include a portion of overlap having common or identical objects of interest and wherein the object detection system comprises at least one object detector which is configured to identify and classify common or identical objects of interest in the overlap of the perspective images. a vehicle body having at least four sides; one or more of a fisheye lens cameras is mounted to the vehicle body, the fisheye lens cameras generates one or more of field of view images; and an object detection system communicatively coupled to at least one or more of the fisheye lens cameras, the object detection system configured to classify object of interest appeared on one or more of the FOV images, estimate distance of object of interest either between the vehicle and the object of interest or between two or more of the object of interest, apply bounding boxes around the classified object of interest, characterized in that the at least one field of view image is split or transformed into at least two perspective images (204, 206, 208) which include a portion of overlap having common or identical objects of interest and wherein the object detection system comprises at least one object detector which is configured to identify and classify common or identical objects of interest in the overlap of the perspective images.
Pressure roller arrangement, in particular for a longitudinal stretching system for stretching a plastics film, having the following features: - the pressure roller arrangement comprises a pressure roller with a roller body or roller body section with a roller surface, - the roller body or roller body section has an axial length (L A), - the roller body or roller body section comprises or forms at least in one axial partial length (L WKA), a nip roller film pressing region, - the pressure roller arrangement further comprises a drive device for the pressure roller, characterised by the following further features - the drive device for the pressure roller comprises or consists of a direct drive, - the rotating parts of the direct drive are in rotational connection with the roller body or a roller shell of the pressure roller, - the direct drive is detachably mounted on at least one end-face roller end section of the pressure roller, and - the direct drive in this case only protrudes beyond the end face of the pressure roller over a maximum partial length of less than 50%. - the pressure roller arrangement comprises a pressure roller with a roller body or roller body section with a roller surface, - the roller body or roller body section has an axial length (L A), - the roller body or roller body section comprises or forms at least in one axial partial length (L WKA), a nip roller film pressing region, - the pressure roller arrangement further comprises a drive device for the pressure roller, characterised by the following further features - the drive device for the pressure roller comprises or consists of a direct drive, - the rotating parts of the direct drive are in rotational connection with the roller body or a roller shell of the pressure roller, - the direct drive is detachably mounted on at least one end-face roller end section of the pressure roller, and - the direct drive in this case only protrudes beyond the end face of the pressure roller over a maximum partial length of less than 50%.