mhurhangee/patent-ind-claim-en huggingface dataset:
A machinery for realizing a wrapping of one or more products in general with a tape of material, the machinery comprising: - A support on which a parent reel from which unwinding the tape of material for the wrapping can be arranged in use, in a rotatable way; - The machinery being characterized in that it further comprises: - A wrapping head movable along at least one path and comprising at least one winding/unwinding roll rotatable towards a direction, to operate the winding around it of a predetermined length of tape of material, and rotatable towards the opposite direction to be able to unwind at least a part of the said tape wound around it in such a way that a predetermined quantity of tape can be unwound from the said parent reel to be wound around the said winding/unwinding roll in such a way that a wrapping can be performed through the combination of a movement of the said wrapping head along the said at least one path and the unwinding of at least a part of the said tape wound on the said winding/unwinding roll . - A support on which a parent reel from which unwinding the tape of material for the wrapping can be arranged in use, in a rotatable way; - The machinery being characterized in that it further comprises: - A wrapping head movable along at least one path and comprising at least one winding/unwinding roll rotatable towards a direction, to operate the winding around it of a predetermined length of tape of material, and rotatable towards the opposite direction to be able to unwind at least a part of the said tape wound around it in such a way that a predetermined quantity of tape can be unwound from the said parent reel to be wound around the said winding/unwinding roll in such a way that a wrapping can be performed through the combination of a movement of the said wrapping head along the said at least one path and the unwinding of at least a part of the said tape wound on the said winding/unwinding roll .
A nozzle tool system for extrusion blow molding with an intermediate module and at least a first nozzle outlet unit and a second nozzle outlet unit , wherein said units respectively form an adjustable nozzle outlet gap between a mandrel extending in an axial direction (x) and a deformable sleeve , wherein said units can be connected to the intermediate module as replacements for one another and have a first outlet diameter and a different, larger second outlet diameter, and wherein at least one actuating drive for a reversible deformation of the sleeve is arranged on the intermediate module and can be connected to the deformable sleeve by means of a releasable coupling arrangement, characterized in that the first nozzle outlet unit delimits a first actuating travel of the actuating drive by means of at least one inner mechanical stop and the second nozzle outlet unit delimits a second actuating travel of the actuating drive , which is greater than the first actuating travel, by means of at least one inner mechanical stop .
A method for detecting the quantity of gas (m) which is supplied by means of a gas supply device to an antechamber of an internal combustion engine , characterized in that a targeted disturbance (Δu) of the gas quantity (m) supplied by the gas supply device is performed and a change (ΔT) resulting from the targeted disturbance (Δu) in an exhaust gas temperature (T) of an exhaust gas generated in a combustion chamber connected to the antechamber is measured, whereby, by comparison with a setpoint value of the change (ΔT target ) of the exhaust gas temperature (T), the gas quantity (m) supplied by means of the gas supply device is deduced, whereby a gradient (dT/dm) of the exhaust gas temperature (T) with respect to the quantity of gas (m) is calculated taking into account the change (Δm) in the quantity of gas (m) resulting from the targeted disturbance (Δu), whereby the calculated gradient (dT/dm) is compared with a target value of the gradient (dT/dmtarget) to make the deduction of the quantity of gas (m) supplied by means of the gas supply device .
A defibrillator comprising: an ECG detection unit configured to detect and amplify an ECG signal, remove noise and convert it into a digital signal; an operation processing unit configured to analyze the ECG signal received from the ECG detection unit to determine the presence of ventricular fibrillation and generate an electric shock signal if ventricular fibrillation is present; and an electric shock unit configured to apply high energy to a defibrillation electrode upon receiving an electric shock signal from the operation processing unit, thereby delivering an electric shock; characterised in that the operation processing unit is further configured to receive and analyze the ECG signal from the ECG detection unit as soon as the power switch of the key input unit is turned on and simultaneously transmit a signal to charge to the energy charging unit of the electric shock unit for the energy charging unit to charge the energy of the electric shock power unit to a preset baseline. an ECG detection unit configured to detect and amplify an ECG signal, remove noise and convert it into a digital signal; an operation processing unit configured to analyze the ECG signal received from the ECG detection unit to determine the presence of ventricular fibrillation and generate an electric shock signal if ventricular fibrillation is present; and an electric shock unit configured to apply high energy to a defibrillation electrode upon receiving an electric shock signal from the operation processing unit, thereby delivering an electric shock; characterised in that the operation processing unit is further configured to receive and analyze the ECG signal from the ECG detection unit as soon as the power switch of the key input unit is turned on and simultaneously transmit a signal to charge to the energy charging unit of the electric shock unit for the energy charging unit to charge the energy of the electric shock power unit to a preset baseline.
A method for segmenting a digital image into a plurality of target objects, comprising, generating a plurality of probability maps of the image, wherein each probability map assigns to each pixel in the image a probability of belonging to a target object using a different segmentation classifier, wherein the plurality of classifiers include at least a object curvature based classifier and a gradient based classifier which use geometrical information relating to the structure of the target object; generating a combined probability map based on the plurality of probability maps; mapping a plurality of image points based on one or more local object maxima, wherein each local object maximum is a local maximum probability of a pixel belonging to a target object, wherein the plurality of image points are mapped by determining seed points using the probability maps of the curvature based classifier and the gradient based classifier; applying one or more morphological object constraints based at least in part on the mapped image points to identify local object information, imposing regions of local minimum in a watershed algorithm, wherein the object information at least comprises a part of the geometrical information relating to the structure of the target object indicative of an elliptical structure; applying one or more watershed algorithms to the combined probability map, given the local object information and a background mask estimated from the combined probability map, to segment the image into regions; creating a segmented image at least in part by merging the segmented regions with corresponding local object maxima; and at least temporarily storing or displaying the segmented image on a digital device.
A display apparatus comprising: a substrate comprising a display area (DA) and a peripheral area (PA) adjacent to the display area (DA); a first data line (DL1) disposed in the display area (DA), the first data line (DL1) extending in a first direction; a first input line (IL1) disposed in the peripheral area (PA), the first input line (IL1) extending from the peripheral area (PA) towards the display area (DA); and a first connecting wire (BL1) electrically connected to the first input line (IL1) in the peripheral area (PA), the first connecting wire (BL1) transferring a first input signal from the first input line (IL1) to the first data line (DL1), wherein the first connecting wire (BL1) comprises: a first connecting line (BV1) disposed in the display area (DA) and extending in the first direction, the first connecting line (BV1) is electrically connected to the first input line (IL1); and a second connecting line (BH1) electrically connected to the first connecting line (BV1) on one end and electrically connected to the first data line (DL1) on an opposite end, the second connecting line (BH1) extending in a second direction intersecting the first direction, and the first connecting line (BV1) and the second connecting line (BH1) are disposed on different layers. a substrate comprising a display area (DA) and a peripheral area (PA) adjacent to the display area (DA); a first data line (DL1) disposed in the display area (DA), the first data line (DL1) extending in a first direction; a first input line (IL1) disposed in the peripheral area (PA), the first input line (IL1) extending from the peripheral area (PA) towards the display area (DA); and a first connecting wire (BL1) electrically connected to the first input line (IL1) in the peripheral area (PA), the first connecting wire (BL1) transferring a first input signal from the first input line (IL1) to the first data line (DL1), wherein the first connecting wire (BL1) comprises: a first connecting line (BV1) disposed in the display area (DA) and extending in the first direction, the first connecting line (BV1) is electrically connected to the first input line (IL1); and a second connecting line (BH1) electrically connected to the first connecting line (BV1) on one end and electrically connected to the first data line (DL1) on an opposite end, the second connecting line (BH1) extending in a second direction intersecting the first direction, and a first connecting line (BV1) disposed in the display area (DA) and extending in the first direction, the first connecting line (BV1) is electrically connected to the first input line (IL1); and a second connecting line (BH1) electrically connected to the first connecting line (BV1) on one end and electrically connected to the first data line (DL1) on an opposite end, the second connecting line (BH1) extending in a second direction intersecting the first direction, and the first connecting line (BV1) and the second connecting line (BH1) are disposed on different layers.
A method to erect a blast resistant inflatable building , the inflatable building comprising: a plurality of columns ; a plurality of walls connecting the plurality of columns ; a plurality of arches ; a ceiling arch center point , a plurality of roof sections ; wherein the plurality of arches connect the plurality of columns to the ceiling arch center point ; wherein the plurality of columns , the plurality of arches and the plurality of walls contain air flow therein to set up the blast resistant inflatable building in its final standing form, and the plurality of columns contain a concrete material therein and the plurality of walls contain a durable material therein, characterized in that one end of each arch of the plurality of arches is directly connected to the ceiling arch center point and an other end of the each arch is directly connected to one column from the plurality of columns ; the plurality of arches extend out from the ceiling arch center point ; wherein each roof section from the plurality of roof sections is attached between two adjacent arches and the wall .
An apparatus for restoring or improving vision in a subject in need thereof comprising: a device for receiving a stimulus; a processing device comprising: non-transient computer readable media storing a set of encoders to generate a set of codes from the stimulus, at least one processor configured to transform the stimulus into the set of codes with the set of encoders, wherein the stimulus comprises a plurality of segments, and wherein transforming the stimulus into the set of codes comprises running different segments of the stimulus through separate encoders, wherein each encoder of the set of encoders controls one or more different, specified high resolution transducers, and wherein each encoder comprises parameters suited for its corresponding one or more high resolution transducers; an interface for transforming the codes into signals; and the one or more high resolution transducers configured to transmit light stimuli to a plurality of retinal cells based on the signals from the interface, wherein transmitting the light stimuli to the plurality of retinal cells results in retinal ganglion cell responses, to a broad range of stimuli, that are similar to responses of retinal ganglion cells from a normal retina to the same stimuli. a device for receiving a stimulus; a processing device comprising: non-transient computer readable media storing a set of encoders to generate a set of codes from the stimulus, at least one processor configured to transform the stimulus into the set of codes with the set of encoders, wherein the stimulus comprises a plurality of segments, and wherein transforming the stimulus into the set of codes comprises running different segments of the stimulus through separate encoders, wherein each encoder of the set of encoders controls one or more different, specified high resolution transducers, and wherein each encoder comprises parameters suited for its corresponding one or more high resolution transducers; non-transient computer readable media storing a set of encoders to generate a set of codes from the stimulus, at least one processor configured to transform the stimulus into the set of codes with the set of encoders, wherein the stimulus comprises a plurality of segments, and wherein transforming the stimulus into the set of codes comprises running different segments of the stimulus through separate encoders, wherein each encoder of the set of encoders controls one or more different, specified high resolution transducers, and wherein each encoder comprises parameters suited for its corresponding one or more high resolution transducers; an interface for transforming the codes into signals; and the one or more high resolution transducers configured to transmit light stimuli to a plurality of retinal cells based on the signals from the interface, wherein transmitting the light stimuli to the plurality of retinal cells results in retinal ganglion cell responses, to a broad range of stimuli, that are similar to responses of retinal ganglion cells from a normal retina to the same stimuli.
A pneumatic tire comprising a tread portion having an outboard tread edge (To) to be positioned away from the center of the vehicle body and an inboard tread edge (Ti) to be positioned close to the center of the vehicle body, wherein the tread portion provided between the outboard tread edge (To) and the tire equator (C) with an outboard shoulder main groove and an outboard crown main groove which extend continuously in the tire circumferential direction to define an outboard shoulder land region between the outboard shoulder main groove and the outboard tread edge (To), and an outboard middle land region between the outboard shoulder main groove and the outboard crown main groove , the groove width (W1) of the outboard shoulder main groove is smaller than the groove width (W2) of the outboard crown main groove , the outboard shoulder main groove has an axially inner groove-sidewall and an axially outer groove-sidewall , wherein an angle (α1) of the axially inner groove-sidewall is smaller than an angle (α2) of the axially outer groove-sidewall , the outboard shoulder land region is provided with outboard shoulder lateral grooves and outboard shoulder blind grooves arranged alternately in the tire circumferential direction, wherein the outboard shoulder lateral grooves extend between the outboard tread edge (To) and the outboard shoulder main groove , and the outboard shoulder blind grooves extend axially inwardly from the outboard tread edge (To) and terminate within the outboard shoulder land region , the outboard middle land region is provided with outboard middle blind grooves extending axially inwardly from the outboard shoulder main groove and terminating within the outboard middle land region , and outboard middle sipes , wherein each of the axially inner groove-sidewall and the axially outer groove-sidewall of the outboard shoulder main groove comprises a radially inner part extending radially outwardly from the groove bottom with a steep inclination, and a radially outer part extending radially outwardly from the radially inner part with a gentler inclination, and the axial width (Wb) of the radially outer part of the axially outer groove-sidewall is larger than the axial width (Wa) of the radially outer part of the axially inner groove-sidewall , characterized in that the outboard middle sipes extend from axially inner ends of the outboard middle blind grooves to the outboard crown main groove , the axial width (Wb) of the radially outer part of the axially outer groove-sidewall is 13 % to 19 % of the groove width (W1) of the outboard shoulder main groove , and the axial width (Wa) of the radially outer part of the axially inner groove-sidewall is 7 % to 13 % of the groove width (W1) of the outboard shoulder main groove .
Vehicle, comprising a vehicle floor and three vehicle wheels , characterised by a surroundings monitoring device comprising a plurality of surroundings sensor units , in particular laser scanners, each of which has a continuous monitoring angle range (I-I, II-II) in a horizontal plane below the vehicle floor, the surroundings monitoring device comprising two surroundings sensor units which are arranged under the vehicle floor, within the plan view contour of the vehicle, such that the monitoring angle ranges (I-I, II-II) thereof overlap one another in part and define a common horizontal scanning region, in which gaps or shadowing , caused by the three vehicle wheels , in the monitoring angle range of a particular surroundings sensor unit, within the plan view of the vehicle, are captured by the monitoring angle range of the other surroundings sensor unit, such that the surroundings monitoring device offers 360° all-around monitoring around the vehicle.
A touch display device , comprising: a first substrate a display panel formed on the first substrate ; wherein the display panel includes an active area (AA) and a non-active area (NA) positioned outside the active area (AA); a plurality of first pads (DP) arranged in the non-active area (NA) above the first substrate ; at least one dam positioned between the plurality of first pads (DP) and the active area (AA) on the first substrate ; a second substrate positioned above the at least one dam and above the first substrate and overlapping the active area (AA) of the display panel as well as partially overlapping the non-active area (NA) of the display panel , wherein it only partially overlaps the at least one dam and does not overlap the second pads (TP), a plurality of touch electrodes disposed between the first substrate and the second substrate ; and a plurality of second pads (TP) positioned above the at least one dam , each of the plurality of second pads (TP) is electrically connected with one touch electrode among the plurality of touch electrodes; wherein the second pads (TP) are located in an area of the non-active area (NA) that does not overlap the area in which the first pads (DP) are disposed so as not to overlap the first pads (DP), wherein the plurality of first pads (DP) and the plurality of second pads (TP) are alternately arranged along an outer periphery of the first substrate . a first substrate a display panel formed on the first substrate ; wherein the display panel includes an active area (AA) and a non-active area (NA) positioned outside the active area (AA); a plurality of first pads (DP) arranged in the non-active area (NA) above the first substrate ; at least one dam positioned between the plurality of first pads (DP) and the active area (AA) on the first substrate ; a second substrate positioned above the at least one dam and above the first substrate and overlapping the active area (AA) of the display panel as well as partially overlapping the non-active area (NA) of the display panel , wherein it only partially overlaps the at least one dam and does not overlap the second pads (TP), a plurality of touch electrodes disposed between the first substrate and the second substrate ; and a plurality of second pads (TP) positioned above the at least one dam , each of the plurality of second pads (TP) is electrically connected with one touch electrode among the plurality of touch electrodes; wherein the second pads (TP) are located in an area of the non-active area (NA) that does not overlap the area in which the first pads (DP) are disposed so as not to overlap the first pads (DP), wherein the plurality of first pads (DP) and the plurality of second pads (TP) are alternately arranged along an outer periphery of the first substrate .
Method for producing a milk-air emulsion, in particular a milk froth, with a device for producing a milk froth, wherein the device comprises at least one milk container and at least one milk line through which milk flows, as well as at least one air supply system for producing a milk-air emulsion from the milk, and wherein the device comprises at least one milk pump and preferably a processing device for heating the milk-air emulsion; wherein a milk-air emulsion is produced from provided milk and air, characterized in that a direct cooling of the milk pump is carried out independently of an optionally provided cooling of a milk container .
A pressure transducer for use in time pieces, in particular in wrist watches, adapted for determining the adjacent external pressure by translating changes in external pressure into mechanical translational movements, wherein the pressure transducer comprises - a housing with an internal cavity (2.4) which is at least partially open to the exterior, - an elastically deformable membrane dividing said cavity (2.4) into an outwardly directed first portion (2.4.1) and an inwardly directed second portion (2.4.2) which is hermetically separated from the first portion (2.4.1), - a piston which is axially movably mounted in said inwardly directed portion (2.4.2) of the housing , - as well as elastic means acting upon said piston in direction of the membrane , characterised in that the pressure transducer comprises a contact piece mounted on the membrane , which due to acting upon the piston ensures force transmission of the external pressure applying on said contact piece , respectively on the membrane , onto the piston for axial movement of the same, wherein said contact piece during the axial translational movement of the membrane as well as of the piston impacted thereon is movable in radial direction relative to the latter. - a housing with an internal cavity (2.4) which is at least partially open to the exterior, - an elastically deformable membrane dividing said cavity (2.4) into an outwardly directed first portion (2.4.1) and an inwardly directed second portion (2.4.2) which is hermetically separated from the first portion (2.4.1), - a piston which is axially movably mounted in said inwardly directed portion (2.4.2) of the housing , - as well as elastic means acting upon said piston in direction of the membrane ,