mhurhangee/ep-ind-claims huggingface dataset:
A container, more particularly a bottle crate, comprising at least two container parts (2, 3) that can be separated and assembled, and at least one locking device which comprises movable bolt elements (5, 6) and locking receivers (7, 8) cooperating with the bolt elements (5, 6) for locking and unlocking the container parts (2, 3), wherein each container part (2, 3) comprises at least one bolt element (5 or 6) and a locking receiver (7 or 8) for the insertion of the bolt element (6 or 5) of the respective other container part (3 or 2), characterized in that the locking receivers (7, 8) of a locking device are arranged adjacent to each other in the locking position and adjoin each other, wherein the bolt elements (5, 6) of a container part (2, 3) engage through its own locking receiver (7, 8).
Dental prosthesis system comprising at least a first and a second dental prosthetic care part (1, 2) made of sintered zirconium dioxide (ZrO 2), wherein both care parts respectively have corner radii (R1, R11, R2, R22, R3, R26, R12, R13), and these corner radii (R1, R11, R2, R22, R3, R26, R12, R13) correspond to one another when the first care part is operatively connected to the second care part, characterized in that at least one of the corner radii (R1, R11, R2, R22, R3, R26, R12, R13) of the first dental prosthetic care part and/or of the second dental prosthetic care part is a corner radius of concave geometry and has a value of less than or equal to 0.15 mm, preferably less than or equal to 0.10 mm, wherein the at least one corner radius (R1, R11, R2, R22, R3, R26, R12, R13) is produced by material removal using a laser method and/or by a machining operation using a drilling tool and/or milling tool made of solid diamond or cubic boron nitride.
Device for distributing a fluid in a controlled manner, in particular for distributing a gas loaded with particles, the device comprising a pipe having a cylindrical shape which is composed of one piece and provided with at least one inlet orifice and with a series of outlet orifices spread along the pipe and placed in the side wall of this pipe, characterized in that the pipe has an open downstream end, acting as supplementary outlet orifice whose diameter is less than the diameter of the pipe, and characterized in that deformed sections of the wall of the pipe, located downstream of all outlet orifices placed in the side wall of the pipe and limited by a section of the edge of these orifices, have a concave shape such that this section of the edge of these orifices is positioned inside the pipe so that, when the device is in service, the flow direction of the fluid exiting these orifices and travelling along said wall sections, is controlled by the shape of the latter sections.
Electrical device for installation in the interior of an electrical enclosure that has at least one single- or multi-pole plug accommodated in a housing of the device for connecting an electrical conductor to a plug opening easily accessible via one side (4, 5, 14, 15) of the housing, wherein the at least one plug can assume no less than two different positions or orientations with respect to the housing, characterized in that in the no less than two different positions or orientations that the plug can assume with respect to the housing, a plug end face of a plug case is aligned with that housing side (4, 5, 14, 15) which the plug faces with its plug opening, wherein the plug can be pivoted about at least one axis of rotation (X, Y) in the housing and is connected to the housing via the axis of rotation (X, Y).
Apparatus for dispensing pre-cut material wound into a coil or folded into "Z" comprising a housing forming a receptacle with a bottom plate, a lower horizontal wall, vertical walls with a cover hinged to the base of housing and being raised upward for to its closure, the apparatus comprising a flap positioned vertically relative to the side walls of the housing and having in its upper part a curvilinear configuration for the passage and the guiding of the strip of pre-cut material, the said strip of material passing between the said flap and the said cover, the said flap and the said cover each having an identical central cutout to allow the release of the strip of pre-cut material and its gripping, the flap having around the peripheral edge of the said central cutout, a form having a curvilinear configuration over the entire circumference of the peripheral edge of the said central cutout formed on the flap being in a plane perpendicular to the plane of the flap, the said dispensing apparatus is characterized in that the flap is fixed relative to the side walls of the housing, and in that the said form has a progressive differentiated height on its central portion (3d1) corresponding to the upper part of the central cutout until its ends (3d2) forming ramp, the said ends of said form allowing a function of penetration into the material strip in the latter pre-cutting line and then ensure the full transverse tearing and separation of a material format.
An electronic device, comprising: a housing (201, 202) including a first housing and a second housing, the first housing is movably disposed with respect to the second housing; a flexible display including an area configured to be inserted into the housing (201, 202) or visually exposed to an outside of the electronic device based on a slide movement of the first housing; a motor generating a driving force for the slide movement of the first housing; and at least one noise detection circuitry disposed in the housing (201, 202), wherein the at least one noise detection circuitry comprises: a substrate; a microphone circuitry disposed on the substrate; a vibration detection sensor disposed on the substrate and configured to detect vibration caused by at least one of the slide movement of the first housing or a driving of the motor. a housing (201, 202) including a first housing and a second housing, the first housing is movably disposed with respect to the second housing; a flexible display including an area configured to be inserted into the housing (201, 202) or visually exposed to an outside of the electronic device based on a slide movement of the first housing; a motor generating a driving force for the slide movement of the first housing; and at least one noise detection circuitry disposed in the housing (201, 202), wherein the at least one noise detection circuitry comprises: a substrate; a microphone circuitry disposed on the substrate; a vibration detection sensor disposed on the substrate and configured to detect vibration caused by at least one of the slide movement of the first housing or a driving of the motor. a substrate; a microphone circuitry disposed on the substrate; a vibration detection sensor disposed on the substrate and configured to detect vibration caused by at least one of the slide movement of the first housing or a driving of the motor.
A method of determining a concentration of an analyte in a bodily fluid, the method comprising using a mobile device having a camera, wherein the method comprises capturing at least one image of at least a part of an optical test strip having a test field by using the camera, and wherein the method further comprises determining at least one analyte concentration value from color formation of the test field, wherein the method comprises: i) providing, in the mobile device, at least one correlation for transforming color formation of the test field into the analyte concentration value, wherein the term "correlation" refers to a predetermined or determinable relationship between information derived from the at least one image and at least one analytical measurement concentration value; ii) providing, in the mobile device, at least one item of clearance information, the at least one item of clearance information indicating a level of confidence for the correlation, wherein the item of clearance information is an item of information quantifying the level of confidence for the correlation; and iii) if the item of clearance information indicates a sufficient level of confidence for the correlation, providing, by the mobile device, indication to a user that the capturing of the at least one image does not require using a color reference card. i) providing, in the mobile device, at least one correlation for transforming color formation of the test field into the analyte concentration value, wherein the term "correlation" refers to a predetermined or determinable relationship between information derived from the at least one image and at least one analytical measurement concentration value; ii) providing, in the mobile device, at least one item of clearance information, the at least one item of clearance information indicating a level of confidence for the correlation, wherein the item of clearance information is an item of information quantifying the level of confidence for the correlation; and iii) if the item of clearance information indicates a sufficient level of confidence for the correlation, providing, by the mobile device, indication to a user that the capturing of the at least one image does not require using a color reference card.
A fastener tape for a slide fastener, which is constituted of a warp knitting structure or a weaving structure and comprises a tape main portion and a fastener element attaching portion, being characterized in that a warp (1,2,11,21) and a weft (3,12,13,22), which are composition yarns of the fastener tape, are composed of multifilament yarns, a size of a single composition filament of the warp (1,2,11,21)) is 1.0 to 2.0 dTex, a size of a single composition filament of the weft (3,12,13,22) is 2.0 to 5.0 dTex, dry heat contraction ratio of all yarns which constitute the element attaching portion except the weft (3,12,13,22) is 10 to 20%, dry heat contraction ratio of all yarns which constitute the tape main portion except the weft (3,12,13,22) is 7 to 13%, and dry heat contraction ratio of yarns which constitute the element attaching portion except the weft (3,12,13,22) is set to be relatively higher than that of yarns which constitute the tape main portion except the weft (3,12,13,22).
A method of detecting malicious files, the method comprising: analyzing, by a hardware processor, a file to identify at least one or more classes and one or more methods contained in said one or more classes; identifying, by the hardware processor, a bytecode array for each identified method; determining, by the hardware processor, instructions contained in each method by identifying a corresponding operation code from the bytecode array of each method; dividing, by the hardware processor, the determined instructions for each method into a plurality of groups based on similarity of functionality among said instructions; forming, by the hardware processor, a vector for each method on the basis of the results of the division of the instructions into the plurality of groups; comparing, by the hardware processor, the formed vectors for the methods of the analyzed file with a plurality of vectors of known malicious files stored in a database to determine a degree of similarity between the compared vectors; and determining, by the hardware processor, whether the analyzed file is malicious or clean based on the degree of similarity between the compared vectors. analyzing, by a hardware processor, a file to identify at least one or more classes and one or more methods contained in said one or more classes; identifying, by the hardware processor, a bytecode array for each identified method; determining, by the hardware processor, instructions contained in each method by identifying a corresponding operation code from the bytecode array of each method; dividing, by the hardware processor, the determined instructions for each method into a plurality of groups based on similarity of functionality among said instructions; forming, by the hardware processor, a vector for each method on the basis of the results of the division of the instructions into the plurality of groups; comparing, by the hardware processor, the formed vectors for the methods of the analyzed file with a plurality of vectors of known malicious files stored in a database to determine a degree of similarity between the compared vectors; and determining, by the hardware processor, whether the analyzed file is malicious or clean based on the degree of similarity between the compared vectors.
An apparatus for enhancing performance on manual tasks involving finger individuation by closed-loop electrical stimulation, the apparatus comprising: a stimulator adapted to be worn on user's arm, hand or arm and hand, the stimulator having one or more electrodes, a power source, a controller, wherein the stimulator is configured to deliver an electrical stimulation from the electrodes to one or more of the user's radial, ulnar and median nerves when worn; a non-transitory computer-readable storage medium storing a program thereon, wherein the program causes a processor to: present a manual training task involving finger individuation, measure a performance metric associated with independent movement of at least two fingers of the user for the presented manual training task, wherein the performance metric is a measure of overall movement and/or coordinated movement, adjust parameters for the electrical stimulation by closed-loop control of applied stimulation to increase or optimize the efficacy of treatment based on the performance metric, and transmit the adjusted stimulation parameters to the stimulator. a stimulator adapted to be worn on user's arm, hand or arm and hand, the stimulator having one or more electrodes, a power source, a controller, wherein the stimulator is configured to deliver an electrical stimulation from the electrodes to one or more of the user's radial, ulnar and median nerves when worn; a non-transitory computer-readable storage medium storing a program thereon, wherein the program causes a processor to: present a manual training task involving finger individuation, measure a performance metric associated with independent movement of at least two fingers of the user for the presented manual training task, wherein the performance metric is a measure of overall movement and/or coordinated movement, adjust parameters for the electrical stimulation by closed-loop control of applied stimulation to increase or optimize the efficacy of treatment based on the performance metric, and transmit the adjusted stimulation parameters to the stimulator. present a manual training task involving finger individuation, measure a performance metric associated with independent movement of at least two fingers of the user for the presented manual training task, wherein the performance metric is a measure of overall movement and/or coordinated movement, adjust parameters for the electrical stimulation by closed-loop control of applied stimulation to increase or optimize the efficacy of treatment based on the performance metric, and transmit the adjusted stimulation parameters to the stimulator.
Fluid system having a main distribution circuit with a preflow a return flow, in which a fluid is arranged for heat exchange, wherein the main distribution circuit is arranged to an unit for providing an adjustable temperature for the fluid, and with at least two, secondary circuits (50; 80; 100; 120;140) arranged to the main distribution circuit, wherein the secondary circuits (50; 80; 100; 120; 140) each comprise at least one load (70; 90; 110; 130; 150) and a hydraulic strand diverter (52; 82; 102; 122; 142), via which the secondary circuits (50; 80; 100; 120; 140) are arranged to the main distribution circuit, further comprising, arranged in the return flow (58; 88; 108; 128; 148) of the secondary circuits (50; 80; 100; 120; 140), a first conveying unit, which is arranged downstream in direction of fluid flow of the hydraulic strand diverter (52; 82; 102; 122; 142).
A disposable drilling and milling cutter comprising: a shank; a chip removing groove provided at one of a plurality of offset positions at an end of the shank; a blade seat provided at a distal end of the chip removing groove; and a disposable blade locked to the blade seat and having a cutting edge at each of an upper end and a lower end of the disposable blade, wherein at least one of the cutting edges has an irregular height and a plurality of notches, characterised in that a measuring line is drawn tangent to a curve of the cutting edge and extends through the adjacent notch, the measuring line passing through the centre point of the notch, in that a lead angle (θ) defining the spiral feed is defined by the measuring line and the horizontal feed direction, in that the at least one of the cutting edges has the lead angle (θ), and in that the lead angle is 25.8°. a shank; a chip removing groove provided at one of a plurality of offset positions at an end of the shank; a blade seat provided at a distal end of the chip removing groove; and a disposable blade locked to the blade seat and having a cutting edge at each of an upper end and a lower end of the disposable blade, wherein at least one of the cutting edges has an irregular height and a plurality of notches, characterised in that a measuring line is drawn tangent to a curve of the cutting edge and extends through the adjacent notch, the measuring line passing through the centre point of the notch, in that a lead angle (θ) defining the spiral feed is defined by the measuring line and the horizontal feed direction, in that the at least one of the cutting edges has the lead angle (θ), and in that the lead angle is 25.8°.
A partition mount comprising: an elongated adjustable-length extension pole having multiple telescoping segments, the pole having a foot end and a head end, the head end of the pole being at an inner segment of the pole, the pole having a longitudinal axis; an anchor secured within the pole at a position proximal to the head end; a mounting head that extends from the head end of the pole, and travels in a direction along the longitudinal axis of the pole relative to the anchor position, the mounting head including a neck that extends into the head end of the pole and which is retained by the anchor, and a mounting unit that removably secures a sheet of material, the neck and mounting unit being coupled by a pivot joint that permits pivot of the mounting unit relative to the pole; a compression mechanism comprising a spring that biases the position of the head in an outward direction away from the anchor; and a retainer that prevents the mounting head from being released from the pole by controlling a travel distance of the mounting head; wherein the anchor is secured within the pole so as not to inhibit sliding action of the inner segment of the pole at the anchor relative to other segments of the pole. an elongated adjustable-length extension pole having multiple telescoping segments, the pole having a foot end and a head end, the head end of the pole being at an inner segment of the pole, the pole having a longitudinal axis; an anchor secured within the pole at a position proximal to the head end; a mounting head that extends from the head end of the pole, and travels in a direction along the longitudinal axis of the pole relative to the anchor position, the mounting head including a neck that extends into the head end of the pole and which is retained by the anchor, and a mounting unit that removably secures a sheet of material, the neck and mounting unit being coupled by a pivot joint that permits pivot of the mounting unit relative to the pole; a compression mechanism comprising a spring that biases the position of the head in an outward direction away from the anchor; and a retainer that prevents the mounting head from being released from the pole by controlling a travel distance of the mounting head; wherein the anchor is secured within the pole so as not to inhibit sliding action of the inner segment of the pole at the anchor relative to other segments of the pole.
Assembly of containers comprising: a first container including a first side surface, a second side surface, a front surface and an edge defined by the first side surface and the front surface; a second container including a first side surface, a front surface, a rear surface and an edge defined by the first side surface and the front surface; and a cover assembly to cover a gap between the first container and the second container, the cover assembly comprising: a first rigid element; a second rigid element; an elastic body, positioned between the first rigid element and the second rigid element; and a bolt, which connects the first rigid element with the second rigid element. wherein: the first side surface of the first container is positioned closer to the rear surface of the second container than the second side surface of the first container; and the first rigid element is positioned at one side of a gap created by the edge of the first container and the edge of the second container, and the second rigid element is positioned on the opposite side of the gap. a first container including a first side surface, a second side surface, a front surface and an edge defined by the first side surface and the front surface; a second container including a first side surface, a front surface, a rear surface and an edge defined by the first side surface and the front surface; and a cover assembly to cover a gap between the first container and the second container, the cover assembly comprising: a first rigid element; a second rigid element; an elastic body, positioned between the first rigid element and the second rigid element; and a bolt, which connects the first rigid element with the second rigid element. a first rigid element; a second rigid element; an elastic body, positioned between the first rigid element and the second rigid element; and a bolt, which connects the first rigid element with the second rigid element. wherein: the first side surface of the first container is positioned closer to the rear surface of the second container than the second side surface of the first container; and the first rigid element is positioned at one side of a gap created by the edge of the first container and the edge of the second container, and the second rigid element is positioned on the opposite side of the gap. the first side surface of the first container is positioned closer to the rear surface of the second container than the second side surface of the first container; and the first rigid element is positioned at one side of a gap created by the edge of the first container and the edge of the second container, and the second rigid element is positioned on the opposite side of the gap.