mhurhangee/ep-ind-claims huggingface dataset:
Lining mounted inflatable protector suitable for being removably fastened to the inside of a garment, the lining mounted inflatable protector comprising: at least one inflatable bag, said at least one inflatable bag being housed in a seat provided in the lining mounted inflatable protector; at least one gas source fastened to the lining mounted inflatable protector and connected to said at least one inflatable bag; said at least one gas source being suitable, when it is activated, for inflating said at least one inflatable bag; sensing means (30; 30A); a control unit fastened to the lining mounted inflatable protector and suitable for processing the data provided by the sensing means (30; 30A) in order to identify a danger situation; automatic enabling means suitable for automatically switching the control unit from a first operative mode to a second operative mode and viceversa; in the first operative mode the control unit being suitable for ignoring any identified danger situation and in the second operative mode the control unit being suitable for activating the at least one gas source when a danger situation is identified, characterised in that the automatic enabling means comprise receiving means suitable for acquiring data from the garment used in conjunction with the lining mounted inflatable protector so that the automatic enabling means are suitable for verifying if the garment is provided with an identification code and wherein the automatic enabling means are suitable for maintaining the control unit in the first operative mode in case no identification code can be acquired from the garment or the acquired identification code identifies a garment incompatible with the lining mounted inflatable protector. at least one inflatable bag, said at least one inflatable bag being housed in a seat provided in the lining mounted inflatable protector; at least one gas source fastened to the lining mounted inflatable protector and connected to said at least one inflatable bag; said at least one gas source being suitable, when it is activated, for inflating said at least one inflatable bag; sensing means (30; 30A); a control unit fastened to the lining mounted inflatable protector and suitable for processing the data provided by the sensing means (30; 30A) in order to identify a danger situation; automatic enabling means suitable for automatically switching the control unit from a first operative mode to a second operative mode and viceversa; in the first operative mode the control unit being suitable for ignoring any identified danger situation and in the second operative mode the control unit being suitable for activating the at least one gas source when a danger situation is identified,
Device for attaching a seat, comprising a seat, a seat rail and means for attaching the seat to the seat rail, characterized in that the attachment means has a magnet and a magnetisable profile.
Electrical installation device, having a printed circuit board which can be mounted on a carrying frame which has clamping springs (15a, 15b) in order to be connected to a holding part (12, 5), such as a cover frame or a base part, wherein the clamping springs (15a, 15b) are integrally formed with the carrying frame, characterized in that the clamping springs (15a, 15b) can each be clamped between firstly the base part and secondly the cover frame at three clamping points (K1, K2, K3), wherein the clamping springs (15a, 15b) are each supported on a circumferential face of the base part by way of a free end of a spring limb, which is integrally formed on a base plate of the carrying frame, and pass through apertures in a circumferentially radially projecting carrying ring of the base part at a first clamping point, wherein in each case the spring limb of the clamping springs (15a, 15b) is supported against a broken-through wall of an aperture at a second clamping point, and wherein the clamping springs (15a, 15b) each come to rest radially externally against the cover frame by way of the spring limb above the second clamping point at a third clamping point, so that the cover frame is fixed to the carrying frame in the axial and lateral direction but can still be axially displaced together with the carrying frame.
A pivot joint, comprising: a housing with an opening which extends along an axis, wherein said housing has a bottom wall, wherein said bottom wall has a raised portion which has an annular shape and which surrounds a recessed portion that is recessed relative to said raised portion; a bearing received in said opening of said housing and having a cylindrical outer surface that is in slidable contact with another surface so that said bearing can slide in an axial direction relative to said housing; said bearing having a semi-spherically curved inner bearing surface; and an inner ring having a semi-spherically curved outer bearing surface that is in slidable contact with said semi-spherically curved inner bearing surface of said bearing so that said inner ring can rotate and articulate relative to said housing; wherein said bearing can slide such that said bearing is entirely located on an opposite side of said raised portion from said recessed portion, characterized in that said bearing is configured to slide in said axial direction until a portion of said bearing is axially located between said raised portion and said recessed portion. a housing with an opening which extends along an axis, wherein said housing has a bottom wall, wherein said bottom wall has a raised portion which has an annular shape and which surrounds a recessed portion that is recessed relative to said raised portion; a bearing received in said opening of said housing and having a cylindrical outer surface that is in slidable contact with another surface so that said bearing can slide in an axial direction relative to said housing; said bearing having a semi-spherically curved inner bearing surface; and an inner ring having a semi-spherically curved outer bearing surface that is in slidable contact with said semi-spherically curved inner bearing surface of said bearing so that said inner ring can rotate and articulate relative to said housing; wherein said bearing can slide such that said bearing is entirely located on an opposite side of said raised portion from said recessed portion, characterized in that said bearing is configured to slide in said axial direction until a portion of said bearing is axially located between said raised portion and said recessed portion.
A housing of a gas engine having a radially inner boundary wall and having a radially outer boundary wall (24, 24'), having a crossflow channel which is formed by the boundary walls (23, 24, 24') and in which there is positioned at least one supporting rib that has a leading edge, a trailing edge and also side walls extending between the leading edge and the trailing edge and guiding a gas flow flowing through the crossflow channel, wherein the radially outer boundary wall has at least in a section upstream of the supporting rib a contour that changes in the peripheral direction, and wherein the contour of the radially outer boundary wall changes in such a way that an axial and/or radial position of a boundary-wall section or a boundary-wall point with a minimum radius of curvature changes in the peripheral direction, characterised in that the housing is an intermediate housing of turbines (11, 13) of the gas engine, wherein - the axial position of the boundary-wall section or boundary-wall point with a minimum radius of curvature changes in the peripheral direction in such a way that this boundary-wall point is positioned maximally upstream at the peripheral position of leading edges of the supporting ribs and maximally downstream substantially at a peripheral position of a half pitch between two adjacent supporting ribs; and/or - the radial position of the boundary-wall section or boundary-wall point with a minimum radius of curvature changes in the peripheral direction in such a way that this boundary-wall point is positioned maximally radially outwards substantially at the peripheral position of leading edges of the supporting ribs and maximally radially inwards substantially at a peripheral position of a half pitch between two adjacent supporting ribs. - the axial position of the boundary-wall section or boundary-wall point with a minimum radius of curvature changes in the peripheral direction in such a way that this boundary-wall point is positioned maximally upstream at the peripheral position of leading edges of the supporting ribs and maximally downstream substantially at a peripheral position of a half pitch between two adjacent supporting ribs; and/or - the radial position of the boundary-wall section or boundary-wall point with a minimum radius of curvature changes in the peripheral direction in such a way that this boundary-wall point is positioned maximally radially outwards substantially at the peripheral position of leading edges of the supporting ribs and maximally radially inwards substantially at a peripheral position of a half pitch between two adjacent supporting ribs.
A method for determining, with a digital image processing system, the position of a rectangular data matrix within a substantially circular region, the data matrix being positioned within a predetermined portion of a circular crown region, the circular crown region being defined by an inner circle and by an outer circle having the center substantially coincident with the center of the substantially circular region, the predetermined portion of the circular crown region being identified by at least one visual mark, the method including the steps of: - acquiring a digital representation of the substantially circular region; - determining the center of the substantially circular region; - building a detecting ring area including the inner and the outer circles; - radially scanning the detecting ring area to identify the at least one visual mark indicative of the start position of the predetermined portion of the circular crown region; - starting from the start position, scanning the detecting ring area to determine the position of the border of the data matrix. - acquiring a digital representation of the substantially circular region; - determining the center of the substantially circular region; - building a detecting ring area including the inner and the outer circles; - radially scanning the detecting ring area to identify the at least one visual mark indicative of the start position of the predetermined portion of the circular crown region; - starting from the start position, scanning the detecting ring area to determine the position of the border of the data matrix.
A supporting device for a casement, being pivotable against a frame, of a window, a French door or the like, for a vertical turning bearing, being concealed in an air gap between casement and frame, of the casement with two fittings (7, 8) provided for opposite attachment on the side of the turning bearing on the frame and on the casement, wherein one of the fittings has a bolt element and the other one of the fittings has a pivoted lever mounted parallel to the turning bearing and supporting itself on the bolt element during the casement closing, with the pivoted lever being tilted in the closing direction of the casement when the casement is positioned lying in the frame, and one of the fittings having a spring element for pretensioning the bolt element relatively to a bearing of the pivoted lever, characterized in that the bolt element is guided axially moveable and is pretensioned out of the one fitting, and in that the fitting has a guide for the bolt element and the other fitting has the bearing for the pivoted lever and in that the fittings (7, 8) have flanges (17, 18) for fastening on the frame or the casement.
An anti-vibration device, comprising: an inner cylinder attached to an engine-side member; an outer ring disposed outside the inner cylinder and attached to a frame-side member; an end plate provided at an end portion of the inner cylinder; and a rubber-like elastic body disposed between the inner cylinder, the outer ring, and the end plate, wherein a guide member is provided in the inner cylinder so as to face the outer ring in a radial direction and guide the inner cylinder in a direction of a central axis thereof, wherein two anti-vibration rubber assemblies, each of which is made up of the inner cylinder, the outer ring, and the rubber-like elastic body, are provided on both sides of the frame-side member, and the two anti-vibration rubber assemblies are unified with the end plate being provided at an outer end portion of the inner cylinder, and with the guide member, which is formed separately therefrom, being interposed between both the inner cylinders, wherein the end plate is provided with a tubular portion protruding from a peripheral edge portion thereof toward an outer periphery side of the rubber-like elastic body, and a gap is provided between the tubular portion and the rubber-like elastic body, characterized in that the tubular portion is placed at a position where its front end overlaps the outer ring in the radial direction, of the inner cylinder, and is made to act as a stopper which comes into abutment with the outer ring to limit the movement of the inner cylinder in the direction of the central axis thereof,
A device comprising an elongated body having a distal end and proximal end, said ends in communication through an internal pathway within said body, said distal end being configured with a sharp edge or point to penetrate into ocular tissues (6, 9) of the outer shell of the eye, characterised by a moveable guarding element comprising a flowable material selected from a fluid or gas, the guarding element being disposed in a first configuration to shield said ocular tissues from said sharp edge or point, and adapted to apply, by directing the flowable material out the distal end of the device, a distally directed force with a pressure in the range of about 66.66 to 6932.76 Pa (0.5 to 52 mm Hg) to said tissues at the distal end of the device to displace tissue away from the distal end of the device upon entry into the suprachoroidal space or subretinal space in an eye with said distal end; wherein said guarding element is moveable to a second configuration to expose said sharp edge or point to said tissues for penetration into said tissues; and an access port to deliver materials and substances through said pathway in the elongated body after deployment of the guarding element within the suprachoroidal space or subretinal space.
An extrusion material supply device that heat melts a rod-like plastic material and supplies the rod-like plastic material to a metal die, the extrusion material supply device comprising: a container in which the rod-like plastic material is housed; a heat melting unit that is provided on a downstream side of the container and heat melts a lower end portion of the rod-like plastic material; heating means for heating the heat melting unit; and gas pressurizing means (7, 16) for sequentially supplying molten plastics to the metal die by a gas pressure, characterized in that the lower end portion of the container has an inner diameter slightly larger than an outer diameter of the material rod and the remaining portion of the container has a diameter several times larger than that of the material rod and a difference between the cross-sectional area of the inner circumferential surface of the heat melting unit and the cross-sectional area of the rod-like plastic material is 200 to 2000 mm 2. a container in which the rod-like plastic material is housed; a heat melting unit that is provided on a downstream side of the container and heat melts a lower end portion of the rod-like plastic material; heating means for heating the heat melting unit; and gas pressurizing means (7, 16) for sequentially supplying molten plastics to the metal die by a gas pressure, characterized in that the lower end portion of the container has an inner diameter slightly larger than an outer diameter of the material rod and the remaining portion of the container has a diameter several times larger than that of the material rod and a difference between the cross-sectional area of the inner circumferential surface of the heat melting unit and the cross-sectional area of the rod-like plastic material is 200 to 2000 mm 2.
A method of performing technical diagnostics of forming machines by means of a diagnostic system of forming machines, the diagnostic system comprising an information interface and a control part, wherein the control part comprises a memory, wherein the diagnostic system of forming machines further comprises at least a first sensor and a second sensor for positioning on the forming machines selected from a group of vibration sensors, strain sensors and distance sensors, in the memory of the control part is further stored a model fault-free state comprising waveforms corresponding to waveforms and quantities measured by the at least first sensor and second sensor in fault-free operation and further stored in the memory of the control part is at least a first model fault state and a second model fault state, wherein both the first model fault state and the second model fault state comprise waveforms corresponding to waveforms and quantities measured by the at least first sensor and second sensor during a fault state during operation, wherein waveforms are measured by the at least first sensor and second sensor during operation of a forming machine, the measured waveforms from the at least first sensor and second sensor are sent to the control part, subsequently the measured waveforms from the at least first sensor and second sensor in the control part are processed by an evaluation process comprising a step of pairing the measured waveforms so that the samples from individual sensors correspond time wise, and comprising a step of filtering the paired waveforms, wherein waveforms from at least one of the at least first sensor and second sensor are used to set filter parameters for filtering waveforms from at least one other sensor from the at least first sensor and second sensor, wherein the processed waveforms are subsequently compared to the model states in the control part, and on the basis of this comparison the control part sends an information to the information interface that the forming machine is in a fault-free state or in at least one of the model fault states.
A device comprising: an input for receiving a signal from a rolling-shutter camera which captures frames of a given duration at a given frame rate by exposing a plurality of lines of each frame in sequence, the signal comprising a coded light signal; a signal processing module connected to said input and arranged to obtain, via said input, a respective sample of the coded light signal from each of a number of said lines, said number of lines being exposed over a duration, and said number being a substantially smaller number of said lines than the plurality of lines exposed by the camera in each frame; the coded light signal comprises a message having a duration longer than the duration over which said number of lines are exposed, and said device is configured such that multiple repetitions of the message are received with a timing such that a different part of the message is seen by the camera in each of a plurality of different ones of said frames; and the signal processing module is configured to time align the different parts of the message from the plurality of different frames, and reassemble the message from the time-aligned parts. an input for receiving a signal from a rolling-shutter camera which captures frames of a given duration at a given frame rate by exposing a plurality of lines of each frame in sequence, the signal comprising a coded light signal; a signal processing module connected to said input and arranged to obtain, via said input, a respective sample of the coded light signal from each of a number of said lines, said number of lines being exposed over a duration, and said number being a substantially smaller number of said lines than the plurality of lines exposed by the camera in each frame; the coded light signal comprises a message having a duration longer than the duration over which said number of lines are exposed, and said device is configured such that multiple repetitions of the message are received with a timing such that a different part of the message is seen by the camera in each of a plurality of different ones of said frames; and the signal processing module is configured to time align the different parts of the message from the plurality of different frames, and reassemble the message from the time-aligned parts.
An information processing method performed by an information processing apparatus that includes: a job management means configured to manage a print queue in which jobs including requests to a printing apparatus are registered; and a status storing means configured to store and/or update a status of the printing apparatus, the job management means being configured to acquire a status of the printing apparatus and to store and/or update the status of the printing apparatus in the status storing means when a job registered in the print queue is processed, the method comprising: inputting, to the job management means, a status acquisition job that requests the acquisition of a status of the printing apparatus and the storage and/or updating of the acquired status of the printing apparatus in the status storing means; acquiring, from the job management means, the status stored in the status storing means; determining whether ink information regarding ink is included in the acquired status; acquiring, from the job management means, a processing status of the status acquisition job input to the job management means if it is determined that ink information is included in the acquired status; requesting the job management means to cancel the status acquisition job if identification information corresponding to the acquired status is the same as identification information of the status acquisition job input and further if the status acquisition job is currently being processed, or if the status acquisition job is currently in a waiting state and further if the job management means is currently operating; removing the status acquisition job from the print queue in accordance with the request to cancel; and performing display processing based on the ink information if the status acquisition job is cancelled. inputting, to the job management means, a status acquisition job that requests the acquisition of a status of the printing apparatus and the storage and/or updating of the acquired status of the printing apparatus in the status storing means; acquiring, from the job management means, the status stored in the status storing means; determining whether ink information regarding ink is included in the acquired status; acquiring, from the job management means, a processing status of the status acquisition job input to the job management means if it is determined that ink information is included in the acquired status; requesting the job management means to cancel the status acquisition job if identification information corresponding to the acquired status is the same as identification information of the status acquisition job input and further if the status acquisition job is currently being processed, or if the status acquisition job is currently in a waiting state and further if the job management means is currently operating; removing the status acquisition job from the print queue in accordance with the request to cancel; and performing display processing based on the ink information if the status acquisition job is cancelled.