mhurhangee/ep-ind-claims huggingface dataset:
A labeling machine, particularly for cold glue labeling, comprising: - a labeling carousel; and - at least one labeling unit with a base and a carriage which is movable on the base for supporting and radially aligning the labeling unit relative to the labeling carousel, characterized in that guide elements formed on the carriage and the base for the labeling unit define an adjustment path (9, 10) with an inner adjustment section facing the labeling carousel, with a radial course, and with an outer adjustment section facing away from the labeling carousel and deviating in lateral direction from the radial course, with a particularly curved course, wherein the inner adjustment section is shorter than the outer adjustment section. - a labeling carousel; and - at least one labeling unit with a base and a carriage which is movable on the base for supporting and radially aligning the labeling unit relative to the labeling carousel,
Threaded cable gland with a threaded sleeve, a stop ring externally arranged on the threaded sleeve, a retaining nut screwed on the threaded sleeve, and a sealing element arranged within the threaded sleeve, characterized in that a dwell pressure element is disposed between the retaining nut and the sealing element within the threaded sleeve for acting upon the sealing element, wherein an indication element is associated to the dwell pressure element.
Device for administering a liquid drop by drop, in particular an ophthalmic liquid, comprising a packaging at least partially filled with the liquid and an outflow channel for connecting to the packaging and comprising a perforation member at one end, wherein the perforation member is received in a frame for mounting on the packaging, wherein the packaging is at least partially tubular and the frame can be mounted round the tubular part of the packaging, characterized in that the frame comprises a substantially U-shaped part with two arms which extend on either side of the tubular part of the packaging and a bridge piece connecting the arms and carrying the perforation member, wherein the perforation member is arranged to protrude through a side wall of the packaging when the frame is mounted on the packaging.
Device for producing three-dimensional structures of a material to be consolidated, in particular from an organopolysiloxane-containing material, by locally-selective consolidation of the latter as a result of light-induced organic crosslinking, comprising: a laser source, a movable focusing optics for the formation of one or a plurality of laser foci and a material container for the material to be consolidated, the laser source and the focusing optics being adapted to generate laser pulses or laser pulse sequences, respectively, which produce a two- or multi-photon polymerization of the material to be consolidated at their focal point, and wherein the focusing optics has a numerical aperture of >0.25, wherein the material container consists at least partially of a material which is transparent to the laser radiation used and is arranged or arrangeable in the beam path in such a way that the laser beam can be introduced into the material to be solidified through the material, wherein the material container remains stationary and acts as an optically defined boundary surface, and wherein a carrier unit is arranged in the material container and can be positioned in relation to the latter, and an optical detection system for in-situ measuring of a structure already introduced into the material and/or of the carrier unit acting as substrate. a laser source, a movable focusing optics for the formation of one or a plurality of laser foci and a material container for the material to be consolidated, the laser source and the focusing optics being adapted to generate laser pulses or laser pulse sequences, respectively, which produce a two- or multi-photon polymerization of the material to be consolidated at their focal point, and wherein the focusing optics has a numerical aperture of >0.25, wherein the material container consists at least partially of a material which is transparent to the laser radiation used and is arranged or arrangeable in the beam path in such a way that the laser beam can be introduced into the material to be solidified through the material, wherein the material container remains stationary and acts as an optically defined boundary surface, and wherein a carrier unit is arranged in the material container and can be positioned in relation to the latter, and an optical detection system for in-situ measuring of a structure already introduced into the material and/or of the carrier unit acting as substrate.
Frame for glasses, said frame comprising a side piece, a hinge element and a structural element, said side piece being adapted to be rigidly fixed to the hinge element, said side piece and said structural element being connected to each other by means of said hinge element, characterized in that said side piece comprises a main fixing surface substantially flat from which a plurality of fusion points, made of a material suitable for being fused by electrowelding, protrudes, said plurality of fusion points being shaped and sized so as to be adapted to be fused during electrowelding, so as to allow said side piece to be rigidly fixed to said hinge element of said frame and in that said fusion points are formed on said side piece: around a perimeter or path corresponding to the form of the profiled portion of the hinge element, or in positions corresponding to the contact surfaces defined by the parallel portions of the shaped profile of the hinge element, or in positions such as to come into contact with the thickest parts of the hinge element for the correct positioning of the hinge element on said side piece. around a perimeter or path corresponding to the form of the profiled portion of the hinge element, or in positions corresponding to the contact surfaces defined by the parallel portions of the shaped profile of the hinge element, or in positions such as to come into contact with the thickest parts of the hinge element for the correct positioning of the hinge element on said side piece.
A glow plug comprising: a metal center rod; a heating element electrically connected to a front end of the center rod; a metal tube to which the heating element is electrically connected, the metal tube having a closed front end and housing the heating element and a front side of the center rod; a sealing member interposed between the tube and the center rod; and insulating powder filled in the tube, a space between the tube and the center rod being sealed by the sealing member, characterized in that, in a volume-based particle size distribution measured by a laser diffraction method, a particle group in the insulating powder, which is disposed at a position corresponding to the heating element, has at least one maximum value of frequency of 6% or greater in a range of particle sizes of 12 μm or greater, and the particle group has only frequencies of 2.5 to 6% in a range of particle sizes of 4 to 8 μm. a metal center rod; a heating element electrically connected to a front end of the center rod; a metal tube to which the heating element is electrically connected, the metal tube having a closed front end and housing the heating element and a front side of the center rod; a sealing member interposed between the tube and the center rod; and insulating powder filled in the tube, a space between the tube and the center rod being sealed by the sealing member, characterized in that, in a volume-based particle size distribution measured by a laser diffraction method, a particle group in the insulating powder, which is disposed at a position corresponding to the heating element, has at least one maximum value of frequency of 6% or greater in a range of particle sizes of 12 μm or greater, and the particle group has only frequencies of 2.5 to 6% in a range of particle sizes of 4 to 8 μm.
A method for selecting an appropriate therapeutic/dietary regimen recommendation for a subject comprising determining the subject's genotype with respect to the FABP2 (rs1799883; G/A); PPARG (rs1801282; C/G); and ADRB2 (rs1042714; C/G) polymorphic loci and at least one of the ADRB3 (rs4994; C/T) locus and the ADRB2 (rs1042713; A/G) locus, wherein the subject's genotype with respect to said loci provides information about the subject's increased susceptibility to adverse weight management issues, and allows the selection of a therapeutic/dietary regimen or lifestyle recommendation that is suitable to the subject's susceptibility to adverse weight management issues and wherein carrying ADRB2 Glu27 allele, PPARG 12Pro/Pro and FABP2 54Thr/* qualifies the subject as responsive to fat restriction.
Test environment for testing test objects, the test environment having: a first test object receiving device and a second test object receiving device which are designed to receive a respective test object; a connection interface for connecting the first test object receiving device and the second test object receiving device to the test environment; wherein the first test object receiving device has a first external connection interface and the second test object receiving device has a second external connection interface, which external connection interfaces are both designed to be selectively coupled to the connection interface of the test environment; characterized in that the first test object receiving device has a first internal interface and the second test object receiving device has a second internal interface which differs from the first internal interface; wherein the first internal interface is designed to be coupled to a first test object; wherein the second internal interface is designed to be coupled to a second test object which differs from the first test object. a first test object receiving device and a second test object receiving device which are designed to receive a respective test object; a connection interface for connecting the first test object receiving device and the second test object receiving device to the test environment; wherein the first test object receiving device has a first external connection interface and the second test object receiving device has a second external connection interface, which external connection interfaces are both designed to be selectively coupled to the connection interface of the test environment; characterized in that the first test object receiving device has a first internal interface and the second test object receiving device has a second internal interface which differs from the first internal interface; wherein the first internal interface is designed to be coupled to a first test object; wherein the second internal interface is designed to be coupled to a second test object which differs from the first test object.
An unmanned aerial vehicle, comprising: a fuselage having a battery accommodation cavity; wherein the battery accommodation cavity comprises at least two openings, the unmanned aerial vehicle further comprising: a battery pack comprising at least two battery blocks and configured to be detachably connected inside the battery accommodation cavity; a battery circuit board electrically connected to the battery blocks in the battery pack; and a functional module electrically connected to the battery circuit board; wherein the battery blocks in the battery pack supply power to the functional module at the same time via the battery circuit board; wherein each of the at least two battery blocks is inserted into the battery accommodation cavity via a corresponding one of the at least two openings; and wherein at least one of the at least two battery blocks is detachably connected at its corresponding one of the at least two openings. a fuselage having a battery accommodation cavity; wherein the battery accommodation cavity comprises at least two openings, the unmanned aerial vehicle further comprising: a battery pack comprising at least two battery blocks and configured to be detachably connected inside the battery accommodation cavity; a battery circuit board electrically connected to the battery blocks in the battery pack; and a functional module electrically connected to the battery circuit board; a battery pack comprising at least two battery blocks and configured to be detachably connected inside the battery accommodation cavity; a battery circuit board electrically connected to the battery blocks in the battery pack; and a functional module electrically connected to the battery circuit board; wherein the battery blocks in the battery pack supply power to the functional module at the same time via the battery circuit board; wherein each of the at least two battery blocks is inserted into the battery accommodation cavity via a corresponding one of the at least two openings; and wherein at least one of the at least two battery blocks is detachably connected at its corresponding one of the at least two openings.
A fastening system for fastening a mirror to a support of said mirror, comprising the following components: - at least three intermediate structures, each intended to be connected to the support by a first interface of the intermediate structure, and to be rigidly connected to the mirror by a second interface of the intermediate structure, so that the at least three intermediate structures perform together a rigid fastening of the mirror to the support, the intermediate structures being angularly distributed about a center of the mirror while being apart from said centre, characterised in that the fastening system further comprises at least one torsion device, each torsion device being dedicated to a single one of the intermediate structures and comprising: - at least one elastic element, which has two ends (4 1, 4 2), a first of said ends being connected to the first interface of the intermediate structure, and a second of said ends being rigidly connected to the second interface of said intermediate structure, the elastic element being arranged to apply a torque to the mirror, directly to said mirror or through the second interface of the intermediate structure; and - a variator, which is coupled to the elastic element so as to modify a value of the torque applied to the mirror directly or through the second interface of the intermediate structure. - at least three intermediate structures, each intended to be connected to the support by a first interface of the intermediate structure, and to be rigidly connected to the mirror by a second interface of the intermediate structure, so that the at least three intermediate structures perform together a rigid fastening of the mirror to the support, the intermediate structures being angularly distributed about a center of the mirror while being apart from said centre, - at least one elastic element, which has two ends (4 1, 4 2), a first of said ends being connected to the first interface of the intermediate structure, and a second of said ends being rigidly connected to the second interface of said intermediate structure, the elastic element being arranged to apply a torque to the mirror, directly to said mirror or through the second interface of the intermediate structure; and - a variator, which is coupled to the elastic element so as to modify a value of the torque applied to the mirror directly or through the second interface of the intermediate structure.
A dry blend powder coating for achieving a gradient color effect comprising: a first part of 40 to 60 % by weight of a polyester resin having carboxylic groups, having a first pigment; and a second part of 40 to 60 % by weight of: a glycidyl-acrylic polymer resin, or acrylic polymer resin having carboxylic groups, or a combination thereof, having a second pigment; wherein the first part and the second part combined are not more than 100% by weight of the dry blend powder, characterized in that the polyester resin has an acid value of 10 to 100 mgKOH/g, optionally 20 to 40 mgKOH/g, the acrylic polymer resin has an acid value of 20 to 120 mgKOH/g, optionally 30 to 95 mgKOH/g, and the glycidyl-acrylic polymer resin has an epoxide equivalent weight of approximately 700 g/eq.. a first part of 40 to 60 % by weight of a polyester resin having carboxylic groups, having a first pigment; and a second part of 40 to 60 % by weight of: a glycidyl-acrylic polymer resin, or acrylic polymer resin having carboxylic groups, or a combination thereof, having a second pigment; wherein the first part and the second part combined are not more than 100% by weight of the dry blend powder, characterized in that the polyester resin has an acid value of 10 to 100 mgKOH/g, optionally 20 to 40 mgKOH/g, the acrylic polymer resin has an acid value of 20 to 120 mgKOH/g, optionally 30 to 95 mgKOH/g, and the glycidyl-acrylic polymer resin has an epoxide equivalent weight of approximately 700 g/eq..
A device for removing fur and hair from a fabric while the fabric is being washed in a washer and/or dried or tumbled in a dryer, the device comprising: an object comprising an object surface (12, 24, 26) and an object interior and having an object shape (11; 21, 23) and an object weight; wherein the object surface comprises a heat-resistant, tacky surface material consisting of a silicone elastomer substance; wherein the object is adapted to be installed in the washer and/or the dryer or to be inserted into the washer and into the dryer along with the fabric; wherein the device is a disk or ball shaped device or a strip or sheet, and the object shape is configured to facilitate multiple contacts between the surface material and the fabric while the fabric is being washed in the washer and/or dried or tumbled in the dryer; wherein the object weight is in the range of 57 to 142 grams (2 to 5 ounces) selected to coordinate movements of the object with movements of the fabric while the fabric is in the washer and in the dryer; characterized in that, the silicone elastomer substance has a silicone hardness in the range of 10 to 40, as measured by a Type A Shore Durometer such that the surface material has a tackiness, in an operating temperature range of the washer and the dryer, which attracts and retains the fur and the hair from the fabric, but which allows the fur and the hair to become dislodged from the surface material during the movements of the object in the washer and/or the dryer, so that dislodged fur and hair is collected in the washer and/or the dryer. an object comprising an object surface (12, 24, 26) and an object interior and having an object shape (11; 21, 23) and an object weight; wherein the object surface comprises a heat-resistant, tacky surface material consisting of a silicone elastomer substance; wherein the object is adapted to be installed in the washer and/or the dryer or to be inserted into the washer and into the dryer along with the fabric; wherein the device is a disk or ball shaped device or a strip or sheet, and the object shape is configured to facilitate multiple contacts between the surface material and the fabric while the fabric is being washed in the washer and/or dried or tumbled in the dryer; wherein the object weight is in the range of 57 to 142 grams (2 to 5 ounces) selected to coordinate movements of the object with movements of the fabric while the fabric is in the washer and in the dryer; characterized in that, the silicone elastomer substance has a silicone hardness in the range of 10 to 40, as measured by a Type A Shore Durometer such that the surface material has a tackiness, in an operating temperature range of the washer and the dryer, which attracts and retains the fur and the hair from the fabric, but which allows the fur and the hair to become dislodged from the surface material during the movements of the object in the washer and/or the dryer, so that dislodged fur and hair is collected in the washer and/or the dryer.
Thread delivery device for unwinding at least one thread, comprising at least one thread sensor, which has a thread sensor lever which is connected to a transmitter, characterised by a holding rail for supporting at least the thread sensor, comprising at least one position sensor for detecting the position of the thread sensor lever contactlessly.
A processor-based system, comprising: at least one processor; at least one memory coupled to the at least one processor; a code block; and code which is executable by the processor-based system to cause the processor-based system to: generate integrity information for the code block upon a restart of the processor-based system; securely store the integrity information, wherein the integrity information corresponds to one or more code blocks; and validate an integrity of the code block during a runtime of the processor-based system using the securely stored integrity information; characterised in that the processor-based system is further caused to: securely store a list of integrity information corresponding to a plurality of code blocks; and scan the at least one memory coupled to the at least one processor for the plurality of code blocks and validate the integrity of the scanned code blocks during runtime using the securely stored list of integrity information. at least one processor; at least one memory coupled to the at least one processor; a code block; and code which is executable by the processor-based system to cause the processor-based system to: generate integrity information for the code block upon a restart of the processor-based system; securely store the integrity information, wherein the integrity information corresponds to one or more code blocks; and validate an integrity of the code block during a runtime of the processor-based system using the securely stored integrity information; characterised in that the processor-based system is further caused to: securely store a list of integrity information corresponding to a plurality of code blocks; and scan the at least one memory coupled to the at least one processor for the plurality of code blocks and validate the integrity of the scanned code blocks during runtime using the securely stored list of integrity information. generate integrity information for the code block upon a restart of the processor-based system; securely store the integrity information, wherein the integrity information corresponds to one or more code blocks; and validate an integrity of the code block during a runtime of the processor-based system using the securely stored integrity information; characterised in that the processor-based system is further caused to: securely store a list of integrity information corresponding to a plurality of code blocks; and scan the at least one memory coupled to the at least one processor for the plurality of code blocks and validate the integrity of the scanned code blocks during runtime using the securely stored list of integrity information. securely store a list of integrity information corresponding to a plurality of code blocks; and scan the at least one memory coupled to the at least one processor for the plurality of code blocks and validate the integrity of the scanned code blocks during runtime using the securely stored list of integrity information.