mhurhangee/ep-ind-claims huggingface dataset:
An automatic product dispensing machine, comprising: a frame delimiting at least a housing chamber; a magazine, operatively arranged internally of the housing chamber, the magazine being predisposed to contain a predetermined number of products; a window, in particular placed frontally, engaged to the frame such as to enable direct visual access to the magazine and to the products contained there and to be dispensed; at least a display associated to the frame and interposed between the housing chamber and an environment external to the dispensing machine; a control unit acting on the display and configured such as to enable visualisation of images and/or items of information on the display, characterised in that the display is a part of the window and in that at least a portion of the display is transparent, enabling visual access to the magazine and to the products contained there and to be dispensed, the control unit being configured such as to be selectively active on at least the portion of the display in order to visualise images and/or items of information, wherein the display and the window substantially coincide, a property of transparency and visual access to the magazine and to the products contained therein of the window being guaranteed by the transparency of the display, and wherein the control unit is configured such as to be active on at least the portion of the display in order to switch the display between at least two of following three conditions: a visualising condition, in which the display reproduces on at least a portion thereof an item of information and/or an image which is visible externally by a user and in which there is no substantial visual access to the housing chamber through the portion; a transparent condition, in which at least a product contained in the magazine is visible through the portion of the display; and a superposing condition in which at least a portion of the display reproduces an item of information and/or an image which is visible externally to a user and at least a product contained in the magazine is at least partly visible through the portion. a visualising condition, in which the display reproduces on at least a portion thereof an item of information and/or an image which is visible externally by a user and in which there is no substantial visual access to the housing chamber through the portion; a transparent condition, in which at least a product contained in the magazine is visible through the portion of the display; and a superposing condition in which at least a portion of the display reproduces an item of information and/or an image which is visible externally to a user and at least a product contained in the magazine is at least partly visible through the portion.
A center-of-gravity detection system, comprising: a placement board (10, 10a) for placing a detection object thereon; a supporting means for supporting said placement board (10, 10a) with an elastic force; an up-down direction acceleration sensor for detecting a reciprocating motion of said detection object in an up-down direction perpendicular to said placement board (10, 10a); a roll direction angular velocity sensor for detecting a simple pendulum motion of said detection object around a roll direction oscillation central axis parallel to said placement board (10, 10a); an X-axis direction restriction means (21, 23) for restricting a movement of said placement board (10, 10a) in an X-axis direction orthogonal to a gravity-acting Z-axis direction and said roll direction oscillation central axis respectively; and a data processing means for calculating a center-of-gravity height in said up-down direction from said roll direction oscillation central axis to the center of gravity of said detection object on the basis of the detection results by said up-down direction acceleration sensor and said roll direction angular velocity sensor, wherein said data processing means calculates a center-of-gravity distance (s) in a right-left direction orthogonal to said up-down direction and said roll direction oscillation central axis respectively, from said roll direction oscillation central axis to the center of gravity of said detection object on the basis of the detection results by said up-down direction acceleration sensor and said roll direction angular velocity sensor. a placement board (10, 10a) for placing a detection object thereon; a supporting means for supporting said placement board (10, 10a) with an elastic force; an up-down direction acceleration sensor for detecting a reciprocating motion of said detection object in an up-down direction perpendicular to said placement board (10, 10a); a roll direction angular velocity sensor for detecting a simple pendulum motion of said detection object around a roll direction oscillation central axis parallel to said placement board (10, 10a); an X-axis direction restriction means (21, 23) for restricting a movement of said placement board (10, 10a) in an X-axis direction orthogonal to a gravity-acting Z-axis direction and said roll direction oscillation central axis respectively; and a data processing means for calculating a center-of-gravity height in said up-down direction from said roll direction oscillation central axis to the center of gravity of said detection object on the basis of the detection results by said up-down direction acceleration sensor and said roll direction angular velocity sensor, wherein said data processing means calculates a center-of-gravity distance (s) in a right-left direction orthogonal to said up-down direction and said roll direction oscillation central axis respectively, from said roll direction oscillation central axis to the center of gravity of said detection object on the basis of the detection results by said up-down direction acceleration sensor and said roll direction angular velocity sensor.
Walking aid, comprising two side parts (1a, 1b) of each one lower longitudinal bar (2a, 2b; 32) with holders (3a, 3b; 5a, 5b) attached thereon with bearings (4a, 4b; 6a, 6b) for at least one front-wheel assembly (7a, 7b; 39) and rear-wheel assembly (8a, 8b; 38), each one height adjustment profile (19a, 19b; 35) attached on the longitudinal bar (2a, 2b; 32) with an inserted supporting rod (9a, 9b) or with a sole supporting rod (9a, 9b), on which at the upper end a handle (10a, 10b; 44) extending to the rear, wherein the both side parts (1a, 1b) are connected to each other by a collapsible cross linkage (11; 46), wherein the height adjustment profiles (19a, 19b; 35) with the inserted supporting rods (9a, 9b) or the sole supporting rods (9a, 9b) are arranged on the lower longitudinal bar (2a, 2b; 32) in the longitudinal direction of the longitudinal bars (2a, 2b; 32) in a collapsible manner and are displaceable from an upwardly extending upright position to a stowed position running substantially parallel to the longitudinal bar (2a, 2b; 32), characterized in that the height adjustment profiles (19a, 19b; 35) with the inserted supporting rods (9a, 9b) or the sole supporting rods (9a, 9b) are each guided and held during pivoting by means of at least one rear supporting strut (18a, 18b; 37) which is mounted thereon and on the longitudinal bars (2a, 2b; 32) and pivots about horizontal axes and a front supporting strut (23a, 23b; 36) which is mounted thereon in the lower end region and pivots on the longitudinal bars (2a, 2b; 32) in the front region, wherein the lower ends of the height adjustment profiles (19a, 19b, 35) or the sole supporting rods (9a, 9b) take off from the longitudinal bars (2a, 2b; 32) during moving from the upwardly extending installation position into a stowed position running essentially parallel to the longitudinal bars (2a, 2b; 32).
Cooling device for cooling a power component, comprising: - a cooling housing having a base, a first end face, a second end face, a first lateral face and a second lateral face, which define a receiving area which is designed for the accommodation of the power component, - an inlet for the admission of a cooling medium, - an outlet for discharging a cooling medium, - a first cooling channel, a second cooling channel, a third cooling channel and a fourth cooling channel, wherein the first cooling channel is arranged on the first end face and the second cooling channel is arranged on the second end face, and - wherein the third cooling channel is arranged on the first lateral face and the fourth cooling channel is arranged on the second lateral face, - wherein the first and second cooling channels (101, 102) are respectively fluidically connected to the third and fourth cooling channels (103, 104), characterized by - a separate first cooling plate and a separate second cooling plate, wherein the first cooling plate is arranged on the first lateral face and the second cooling plate is arranged on the second lateral face, in order to delimit the third and fourth cooling channels (103, 104), - a third cooling plate, which is arranged on the first end face, and a fourth cooling plate, which is arranged on the second end face, wherein the third cooling plate delimits the first cooling channel and the fourth cooling plate delimits the second cooling channel, and - a cover, which closes the cooling housing, - wherein the cooling housing is configured in one piece. - a cooling housing having a base, a first end face, a second end face, a first lateral face and a second lateral face, which define a receiving area which is designed for the accommodation of the power component, - an inlet for the admission of a cooling medium, - an outlet for discharging a cooling medium, - a first cooling channel, a second cooling channel, a third cooling channel and a fourth cooling channel, wherein the first cooling channel is arranged on the first end face and the second cooling channel is arranged on the second end face, and - wherein the third cooling channel is arranged on the first lateral face and the fourth cooling channel is arranged on the second lateral face, - wherein the first and second cooling channels (101, 102) are respectively fluidically connected to the third and fourth cooling channels (103, 104), - a separate first cooling plate and a separate second cooling plate, wherein the first cooling plate is arranged on the first lateral face and the second cooling plate is arranged on the second lateral face, in order to delimit the third and fourth cooling channels (103, 104), - a third cooling plate, which is arranged on the first end face, and a fourth cooling plate, which is arranged on the second end face, wherein the third cooling plate delimits the first cooling channel and the fourth cooling plate delimits the second cooling channel, and - a cover, which closes the cooling housing, - wherein the cooling housing is configured in one piece.
An electronic power converter to control at least one electric motor of a vehicle; the electronic power converter comprises: at least one first group of three power modules arranged next to one another on a same first plane, each designed to power with an alternating current one single phase of the electric motor; two lateral plates, which are arranged on opposite sides of the first group so as to form a pile together with the first group; a hydraulic circuit, which is configured to cause a cooling liquid to circulate inside the plates; and a clamping system comprising at least three pairs of elastic elements, which press against two opposite outer walls of the lateral plates so as to apply a clamping force of elastic origin to the pile in order to keep the pile compressed; wherein in each pair of elastic elements, the two elastic elements rest against two outer walls of the lateral plates so as to clamp the pile between them in a "sandwich"-like manner; wherein each elastic element has a frame and at least one pressing member, which is hinged to the frame, projects from the frame towards a corresponding outer wall of the lateral plate lying underneath and is elastically deformed by being pressed against said outer wall of the lateral plate lying underneath; and wherein the clamping system comprises, in each pair of elastic elements, at least two tie rods, which connect the frames of the two elastic elements to one another in order to pull the frames towards one another, hence applying a traction between the frames. at least one first group of three power modules arranged next to one another on a same first plane, each designed to power with an alternating current one single phase of the electric motor; two lateral plates, which are arranged on opposite sides of the first group so as to form a pile together with the first group; a hydraulic circuit, which is configured to cause a cooling liquid to circulate inside the plates; and a clamping system comprising at least three pairs of elastic elements, which press against two opposite outer walls of the lateral plates so as to apply a clamping force of elastic origin to the pile in order to keep the pile compressed; wherein in each pair of elastic elements, the two elastic elements rest against two outer walls of the lateral plates so as to clamp the pile between them in a "sandwich"-like manner; wherein each elastic element has a frame and at least one pressing member, which is hinged to the frame, projects from the frame towards a corresponding outer wall of the lateral plate lying underneath and is elastically deformed by being pressed against said outer wall of the lateral plate lying underneath; and wherein the clamping system comprises, in each pair of elastic elements, at least two tie rods, which connect the frames of the two elastic elements to one another in order to pull the frames towards one another, hence applying a traction between the frames.
A method of manufacturing a multilayer laminate, comprising or consisting of the steps: (i) providing a metal, polyethylene terephthalate, polyamide, polypropylene or polyamide substrate; (ii) applying an aqueous coating composition comprising at least one copolymer obtained by reacting at least one compound which is catechol or a derivative thereof with at least one polyethylenimine, onto the surface of the metal, polyethylene terephthalate, polypropylene or polyamide substrate; (iii) subsequently drying, preferably at 35 to 100 °C, more preferably at 50 to 90 °C, for up to 10 minutes, preferably for up to 1 minute, more preferably for up to 30 seconds, in order to obtain a coating layer; then (iv) applying a polyolefin melt or polyolefin film onto the coating layer; and (v) applying pressure in order to obtain the multilayer laminate. (i) providing a metal, polyethylene terephthalate, polyamide, polypropylene or polyamide substrate; (ii) applying an aqueous coating composition comprising at least one copolymer obtained by reacting at least one compound which is catechol or a derivative thereof with at least one polyethylenimine, onto the surface of the metal, polyethylene terephthalate, polypropylene or polyamide substrate; (iii) subsequently drying, preferably at 35 to 100 °C, more preferably at 50 to 90 °C, for up to 10 minutes, preferably for up to 1 minute, more preferably for up to 30 seconds, in order to obtain a coating layer; then (iv) applying a polyolefin melt or polyolefin film onto the coating layer; and (v) applying pressure in order to obtain the multilayer laminate.
Drive for a door leaf or a window sash, having a housing and a piston which is disposed in the housing in a receiving space and is impinged by a closer spring and which, for opening and/or closing the leaf/sash, interacts with an offtake shaft, wherein in the housing of the drive, which is filled with a hydraulic fluid, a pressure-compensation unit is disposed, wherein the pressure-compensation unit is configured in a hydraulic reservoir, characterized in that in the hydraulic reservoir, with respect to the vertical extent of the hydraulic reservoir, at least one hydraulic channel, which is disposed so as to be centric and by way of which the recirculation of the hydraulic fluid from the receiving space into the hydraulic reservoir is performed, is covered by hydraulic fluid, on account of which a gas volume is trapped in the hydraulic reservoir, and wherein a suction element for retrieval of hydraulic fluid by way of a hydraulic pump is disposed on the bottom of the hydraulic reservoir.
Switch module for an air-insulated medium-voltage switchgear assembly, which switch module has a housing, the housing having fastening means for retaining elements and fastening elements of switching devices arranged in the switch module, such that the housing is in the form of both a partition housing and a support housing for the switching devices, wherein the fastening means are formed by bent edges provided at fitting openings (13, 14, 21, 22, 23) in the housing and having fastening apparatuses arranged on said edges, wherein the fitting openings (13, 14, 21, 22, 23) can be closed by means of positionable plates so as to form partitions.
A method, comprising: a) identifying an alignment offset of an eye of a user wearing a head mounted display, HMD, by determining a position of the eye relative to an optical axis of at least one lens of optics provided in the HMD; b) adjusting a pre-distorted image of media content provided by an application for rendering on a display screen of the HMD, the adjusting results in generation of a corrected, pre-distorted image that accounts for the alignment offset, wherein an amount of adjusting for the alignment offset is determined using one or more pre-defined distortion maps configured for a shape and type of lens used in the optics; and c) sending the corrected, pre-distorted image for rendering on the display screen of the HMD, such that the image presented through the optics removes aberration caused by the alignment offset, wherein the method operations are performed by a processor, and wherein the operations a)-c) are performed during rendering of frames of the media content included in the image at a frame rate at which the media content is being rendered at the HMD. a) identifying an alignment offset of an eye of a user wearing a head mounted display, HMD, by determining a position of the eye relative to an optical axis of at least one lens of optics provided in the HMD; b) adjusting a pre-distorted image of media content provided by an application for rendering on a display screen of the HMD, the adjusting results in generation of a corrected, pre-distorted image that accounts for the alignment offset, wherein an amount of adjusting for the alignment offset is determined using one or more pre-defined distortion maps configured for a shape and type of lens used in the optics; and c) sending the corrected, pre-distorted image for rendering on the display screen of the HMD, such that the image presented through the optics removes aberration caused by the alignment offset,
A hearing assistance system, comprising a first hearing device to be worn at a first one of a user's ears, a second hearing device to be worn at a second one of the user's ears, and an external audio source device for transmitting an external audio data stream, each hearing device comprising an interface for establishing a wireless connection (30, 31) with the external audio source device for receiving the external audio data stream from the external audio source device, the hearing devices being adapted to establish a binaural link between the first hearing device and the second hearing device, each hearing device being adapted to obtain, in case that the hearing device detects loss of its connection with the external audio source device, information from the other hearing device as to whether the other hearing device is still connected to the external audio source device or not, characterized by each hearing device being adapted to enter a first scanning mode for reconnecting to the external audio source device if the other hearing device is still connected to the external audio source device and to enter a second scanning mode for reconnecting to the external audio source device if the other hearing device likewise is not connected to the external audio source device, wherein at least one parameter of a scanning process is different in the second scanning mode compared to the first scanning mode.
A block copolymer comprising a polymer block mainly comprising olefin monomers and a polymer block comprising vinyl monomers having hydroxy groups and other vinyl monomers copolymerizable with the vinyl monomers having hydroxy groups, wherein the block copolymer has a hydroxy value within a range of 5 mg KOH/g to 120 mg KOH/g, and wherein the olefin monomers in the polymer block comprise 50% by weight or more of a unit derived from propylene.
A system for occluding a biological lumen, comprising: an occlusive implant having at least one coil and a proximal hub and a distal hub that are movable towards each other; an elongate pusher having an inner lumen; and a control wire slidably received within the inner lumen of the pusher, wherein a distal end of the control wire is releasably coupled to the distal hub of the implant such that the distal hub of the implant is moveable with the control wire and releasable from the control wire, wherein the proximal hub of the implant is releasably coupled to the pusher with a tether configured such that proximal retraction of the control wire releases the proximal hub from the pusher, wherein the proximal hub of the implant comprises a proximal end having a lumen through which the control wire can slide, characterised in that the proximal hub of the implant comprises a side window located distal to the implant proximal end, and wherein the tether has a proximal portion and a distal portion, the proximal portion being secured to the pusher such that the tether is not wholly slidable with respect to the pusher, and the distal portion being adapted to pass through the side window and engage with the control wire to maintain coupling of the proximal hub to the pusher. an occlusive implant having at least one coil and a proximal hub and a distal hub that are movable towards each other; an elongate pusher having an inner lumen; and a control wire slidably received within the inner lumen of the pusher, wherein a distal end of the control wire is releasably coupled to the distal hub of the implant such that the distal hub of the implant is moveable with the control wire and releasable from the control wire, wherein the proximal hub of the implant is releasably coupled to the pusher with a tether configured such that proximal retraction of the control wire releases the proximal hub from the pusher, wherein the proximal hub of the implant comprises a proximal end having a lumen through which the control wire can slide, characterised in that the proximal hub of the implant comprises a side window located distal to the implant proximal end, and wherein the tether has a proximal portion and a distal portion, the proximal portion being secured to the pusher such that the tether is not wholly slidable with respect to the pusher, and the distal portion being adapted to pass through the side window and engage with the control wire to maintain coupling of the proximal hub to the pusher.