mhurhangee/ep-ind-claims huggingface dataset:
A blade guard for a hedge trimmer (12, 200) that can cut trimmings from a hedge, the hedge trimmer (12, 200) including a cutting arm member (52, 212) with at least a first set (60, 202) of cutting blades (20, 204) that extends laterally from the cutting arm member (52, 212), the blade guard characterized in that it includes: a first housing member and a second housing member movable between an open condition and a closed condition; a connecting member on the blade guard operable to releasably couple to the cutting arm member (52, 212) of the hedge trimmer (12, 200), wherein said first housing member and said second housing member in said open condition establish an opening between said first housing member and said second housing member, wherein the blade guard in said open condition is operable to catch the trimmings in said opening between said first housing member and said second housing member, wherein the opening is closed in said closed condition and the blade guard is operable to cover the first set (60, 202) of the cutting blades (20, 204). a first housing member and a second housing member movable between an open condition and a closed condition; a connecting member on the blade guard operable to releasably couple to the cutting arm member (52, 212) of the hedge trimmer (12, 200), wherein said first housing member and said second housing member in said open condition establish an opening between said first housing member and said second housing member, wherein the blade guard in said open condition is operable to catch the trimmings in said opening between said first housing member and said second housing member, wherein the opening is closed in said closed condition and the blade guard is operable to cover the first set (60, 202) of the cutting blades (20, 204).
Plug connection for a lamp body, which has a first connecting part with a socket part and a second connecting part with a plug part, wherein the second connecting part can be mechanically coupled to the first connecting part and the plug part can be electrically connected to the socket part, wherein the plug connection exclusively comprises a one-dimensional guide in the connection direction of the plug connection and a manually releasable latching connection acting perpendicularly to the direction of connection, characterized in that the second connecting part has a plug plate with a central longitudinal opening in which the plug part is embedded with its fastening plate in a floating manner, so that the second connecting part can be mechanically coupled to the first connecting part and at the same time the plug part can be electrically connected to the socket part.
A computer-implemented method of identifying transmit elements not blocked by an obstacle and transmit elements blocked by an obstacle, the method comprising: transmitting an unfocused first circular wave front ultrasound signal from a first transmit aperture (n, j, k) and receiving echoes of the first circular wave front ultrasound signal at a first receive aperture (13, 15); determining whether deep echo returns from within the region of interest are received by identifying if a time delay associated with the received echoes exceeds a threshold value; identifying the first transmit aperture (n, j, k) as being clear of an obstacle if deep echo returns are received; determining whether strong shallow echo returns are received by identifying a plurality of echo returns with intensity values greater than a threshold intensity and with time delays less than a threshold time delay; and identifying the first transmit aperture (n, j, k) as being blocked by an obstacle if strong shallow echo returns are received. transmitting an unfocused first circular wave front ultrasound signal from a first transmit aperture (n, j, k) and receiving echoes of the first circular wave front ultrasound signal at a first receive aperture (13, 15); determining whether deep echo returns from within the region of interest are received by identifying if a time delay associated with the received echoes exceeds a threshold value; identifying the first transmit aperture (n, j, k) as being clear of an obstacle if deep echo returns are received; determining whether strong shallow echo returns are received by identifying a plurality of echo returns with intensity values greater than a threshold intensity and with time delays less than a threshold time delay; and identifying the first transmit aperture (n, j, k) as being blocked by an obstacle if strong shallow echo returns are received.
A wind turbine generator nacelle, comprising: a nacelle frame having a first forward hub end and a second aft end; dedicated transport fittings at each of said ends of said nacelle frame, said fittings adapted to be engaged by transport frames on first and second transport trailers for supporting said nacelle frame for transport by the trailers; and a service platform mounted to said transport fittings on said aft end of said nacelle frame such that said service platform is cantilevered off of said aft end of said nacelle frame, wherein said nacelle has an internal service floor and wherein a floor of said service platform is substantially coplanar with said internal service floor. a nacelle frame having a first forward hub end and a second aft end; dedicated transport fittings at each of said ends of said nacelle frame, said fittings adapted to be engaged by transport frames on first and second transport trailers for supporting said nacelle frame for transport by the trailers; and a service platform mounted to said transport fittings on said aft end of said nacelle frame such that said service platform is cantilevered off of said aft end of said nacelle frame, wherein said nacelle has an internal service floor and wherein a floor of said service platform is substantially coplanar with said internal service floor.
Induction cooker comprising a cooking vessel and a base element, wherein said base element has at least one induction element into which a current can be induced for supplying said induction cooker with electrical energy, wherein at least one conductive element is arranged between said base element and said cooking vessel which covers at least a part of said cooking vessel from oscillating magnetic fields.
A scroll pump comprising two scrolls (20, 22; 505; 602) which are co-operable for pumping fluid from an inlet (24; 518) to an outlet (26; 520) on relative orbiting motion of the scrolls, each scroll comprising a scroll base (30, 36; 504) from which a spiral scroll wall (28, 34; 502) extends generally axially towards the base of the opposing scroll, the pump comprising a tip seal arrangement comprising an axial end portion of one or both of the scroll walls which locates a tip seal (508; 516; 601; 701; 801; 901; 1001; 1101; 1701) for resisting the passage of pumped fluid across the or both scroll walls between the or both scroll walls and the scroll base of the opposing scroll, the tip seal of a said sealing arrangement being generally fixed relative to the axial end portion at spaced apart fixing locations (514; 610; 710; 810; 1014; 1110; 1210; 1310; 1410; 1510; 1610; 1716) along the spiral extent of the tip seal arrangement to resist axial movement of the tip seal at said fixing locations, wherein the tip seal arrangement comprises a first spiral region (407; 507) separated from a second spiral region (412; 512) by a said fixing location and the first spiral region comprises a plurality of fixing locations which define a plurality of discrete tip seal portions (522; 1718) which can be energized in use to press against a scroll base of an opposing scroll wall, characterised in that the discrete tip seal portions (522; 1718) between fixing locations (514; 610; 710; 810; 1014; 1110; 1210; 1310; 1410; 1510; 1610; 1716) can deflect to allow a predetermined amount of leakage of fluid across the or both scroll walls thereby decreasing compression of fluid over the first spiral region (407; 507).
An in vitro method for joining a first set of double-stranded (ds) DNA molecules, comprising: (a) providing two or more dsDNA molecules to be joined, wherein, for each pair of dsDNA molecules to be joined, the distal region of the first DNA molecule and the proximal region of the second DNA molecule share a region of sequence homology comprising at least about 20 non-palindromic nucleotides; (b) treating the provided dsDNA molecules with a substantially purified enzyme having 5'-3' exonuclease activity, whereby single-stranded overhanging portions are generated in the dsDNA molecules by 5'-3' exonuclease digestion, wherein each overhanging portion contains the region of homology or a portion thereof sufficient to specifically hybridize to the overhanging portion in the other molecule of the pair; (c) incubating the DNA molecules generated in step (b), under conditions whereby they anneal through the overhanging portions; and (d) treating the annealed molecules with a substantially purified DNA polymerase and a substantially purified compatible ligase, under conditions whereby remaining single-stranded gap(s) are filled in by the polymerase and nicks are sealed by the ligase; thereby joining the dsDNA molecules, wherein the method is carried out in the presence of a crowding agent. (a) providing two or more dsDNA molecules to be joined, wherein, for each pair of dsDNA molecules to be joined, the distal region of the first DNA molecule and the proximal region of the second DNA molecule share a region of sequence homology comprising at least about 20 non-palindromic nucleotides; (b) treating the provided dsDNA molecules with a substantially purified enzyme having 5'-3' exonuclease activity, whereby single-stranded overhanging portions are generated in the dsDNA molecules by 5'-3' exonuclease digestion, wherein each overhanging portion contains the region of homology or a portion thereof sufficient to specifically hybridize to the overhanging portion in the other molecule of the pair; (c) incubating the DNA molecules generated in step (b), under conditions whereby they anneal through the overhanging portions; and (d) treating the annealed molecules with a substantially purified DNA polymerase and a substantially purified compatible ligase, under conditions whereby remaining single-stranded gap(s) are filled in by the polymerase and nicks are sealed by the ligase;
Transporting apparatus for lightweight articles, in particular vehicle parts, having - at least one load-transporting means for transporting at least one load (61, 62) along a transporting path, - at least one rail which extends along at least one transporting-path portion and has a U-shaped profile with angled leg ends (11, 12), which form at least a first and second running surface for pairs of wheels or rollers on load-transporting means, - a conductor line which is arranged between legs of the rail, within the rail, and is intended for supplying power to motor-driven load-transporting means, wherein the conductor line has a closed form, which is protected against access from the outside, and can be used in an operator region, - a chassis and/or running gear which is assigned to the at least one load-transporting means and comprises a carrier element with a U-shaped profile, of which the legs engage around the legs of the rail and form bearing seats or bearing flanges for wheel or roller axles of the load-transporting means, and - a gap which is provided between the conductor line and rail and can be used multifunctionally for connecting rail elements, for providing supply along a conductor rail and/or for elevating a rail. - at least one load-transporting means for transporting at least one load (61, 62) along a transporting path, - at least one rail which extends along at least one transporting-path portion and has a U-shaped profile with angled leg ends (11, 12), which form at least a first and second running surface for pairs of wheels or rollers on load-transporting means, - a conductor line which is arranged between legs of the rail, within the rail, and is intended for supplying power to motor-driven load-transporting means, wherein the conductor line has a closed form, which is protected against access from the outside, and can be used in an operator region, - a chassis and/or running gear which is assigned to the at least one load-transporting means and comprises a carrier element with a U-shaped profile, of which the legs engage around the legs of the rail and form bearing seats or bearing flanges for wheel or roller axles of the load-transporting means, and - a gap which is provided between the conductor line and rail and can be used multifunctionally for connecting rail elements, for providing supply along a conductor rail and/or for elevating a rail.
A confectionery product, comprising: a translucent hard candy shell comprising a first flavorant, and a liquid center composition wherein the liquid center composition is a water-in-oil emulsion comprising a sugar polyol, glycerin, an edible oil, a second flavorant and a colorant, the liquid center composition is completely surrounded by and is visible through the hard candy shell; wherein the liquid center composition has a contact angle of less than 80 degrees on a gelatin coated surface and a moisture content of 0.01 to 4.0 wt.% based on the total weight of the liquid center composition. a translucent hard candy shell comprising a first flavorant, and a liquid center composition wherein the liquid center composition is a water-in-oil emulsion comprising a sugar polyol, glycerin, an edible oil, a second flavorant and a colorant, the liquid center composition is completely surrounded by and is visible through the hard candy shell; wherein the liquid center composition has a contact angle of less than 80 degrees on a gelatin coated surface and a moisture content of 0.01 to 4.0 wt.% based on the total weight of the liquid center composition.
A method comprising: obtaining, by a mobile device, a second biometric sample of a user; generating a second biometric template from the second biometric sample; generating a first secret cryptographic key and a public value by passing the second biometric template to a first function of a fuzzy extractor; transmitting the public value to an access device; receiving, from the access device, a plurality of encrypted first biometric templates, each of the plurality of encrypted first biometric templates being encrypted with a respective secret cryptographic key; attempting to decrypt a first one of the plurality of encrypted first biometric templates with the first secret cryptographic key; responsive to failure to decrypt the first one of the plurality of encrypted first biometric templates, attempting to decrypt a next one of the plurality of encrypted biometric templates; responsive to decrypting the next one of the plurality of encrypted first biometric templates, thereby indicating that the next one of the plurality of encrypted biometric templates is encrypted with a secret cryptographic key generated by passing the public value and a first biometric template which is generated by the access device from a first biometric sample on the access device to a second function of the fuzzy extractor, determining whether the first biometric template matches the second biometric template; and responsive to determining that the first biometric template matches the second biometric template, sending a confirmation of the match to the access device. obtaining, by a mobile device, a second biometric sample of a user; generating a second biometric template from the second biometric sample; generating a first secret cryptographic key and a public value by passing the second biometric template to a first function of a fuzzy extractor; transmitting the public value to an access device; receiving, from the access device, a plurality of encrypted first biometric templates, each of the plurality of encrypted first biometric templates being encrypted with a respective secret cryptographic key; attempting to decrypt a first one of the plurality of encrypted first biometric templates with the first secret cryptographic key; responsive to failure to decrypt the first one of the plurality of encrypted first biometric templates, attempting to decrypt a next one of the plurality of encrypted biometric templates; responsive to decrypting the next one of the plurality of encrypted first biometric templates, thereby indicating that the next one of the plurality of encrypted biometric templates is encrypted with a secret cryptographic key generated by passing the public value and a first biometric template which is generated by the access device from a first biometric sample on the access device to a second function of the fuzzy extractor, determining whether the first biometric template matches the second biometric template; and responsive to determining that the first biometric template matches the second biometric template, sending a confirmation of the match to the access device.
A molecule antagonist of the Sema3E/PlexinD1 interaction for use in the treatment of primary cancer bearing PlexinD1 and with Sema3E expression, wherein the molecule specifically binds to PlexinD1 or Sema3E and blocks Sema3E/PlexinD1 interaction, and wherein the molecule is an antagonist polypeptide comprising or consisting of a PlexinD1 domain that specifically binds to Sema3E or an antagonist Sema3E domain that specifically binds to PlexinD1, or an antagonist antibody that specifically binds to Sema3E or an antagonist antibody that specifically binds to PlexinD1.
A photochromic material (2,3) comprising: a photochromic dye which exhibits a reduction in light transmission responsive to being exposed to ultraviolet light, up-conversion nanoparticles for absorbing visible light or near infrared light and re- emitting ultraviolet light to be directed to the photochromic dye to reduce the transparency of the photochromic material, and a matrix material for hosting the up-conversion nanoparticles and the photochromic dye. a photochromic dye which exhibits a reduction in light transmission responsive to being exposed to ultraviolet light, up-conversion nanoparticles for absorbing visible light or near infrared light and re- emitting ultraviolet light to be directed to the photochromic dye to reduce the transparency of the photochromic material, and a matrix material for hosting the up-conversion nanoparticles and the photochromic dye.
A manufacturing method of a coil-embedded inductor having a structure in which a part of a coil is embedded in a magnetic core, the manufacturing method comprising: preparing an organic vehicle; preparing a soft magnetic molding solution having the density of 5.5 to 6.5 g/cm 3 by mix-milling a soft magnetic powder with the organic vehicle; positioning and fixing a part of the coil in a case; and forming the magnetic core by injecting and curing the soft magnetic molding solution into the case, wherein the soft magnetic molding solution in step is formed with a composition ratio of 94 to 98 wt% of the soft magnetic powder and 2 to 6 wt% of the organic vehicle, wherein the soft magnetic powder is formed by mixing three soft magnetic powders having different average particle diameters, characterized by the fact that: the soft magnetic powder is formed by mixing a first soft magnetic powder having an average particle diameter of 2 to 5 μm, a second soft magnetic powder having an average particle diameter of 10 to 20 μm, and a third soft magnetic powder having an average particle diameter of 50 to 150 μm, at a ratio 1:2:2. preparing an organic vehicle; preparing a soft magnetic molding solution having the density of 5.5 to 6.5 g/cm 3 by mix-milling a soft magnetic powder with the organic vehicle; positioning and fixing a part of the coil in a case; and forming the magnetic core by injecting and curing the soft magnetic molding solution into the case,
Engine stop/restart system for a vehicle equipped with a thermal combustion engine, comprising a starter-alternator reversible rotating electrical machine and electronic means (11, 12, 13) including an engine restart control module, also comprising detection means (S1 to S4) fitted to on-board units (L4, S1 to S4) of the vehicle in order to detect states (CP, CR, BP, BR, G12, GN, G0) of said on-board units (L4, S1 to S4), and a state machine contained in said engine restart control module and able to deliver a forecast of an order to restart said thermal combustion engine based on sequential monitoring of the states of said on-board units (L1, S1 to S4), characterized in that said forecast is used by said engine restart control module to command a clutch operation of a controlled clutch system fitted to the vehicle, and in that said state machine includes a predetermined number of state nodes (N1 to N4) distributed over three state levels (L0, L+1, L-1), a first state level grouping together states in which a gear lever of said on-board units (L4, S1 to S4) of the vehicle is in a "neutral" position, a second state level (L+1) grouping together states in which said gear lever is in a "1st gear" or "2nd gear" position and a third state level (L-1) grouping together states in which said gear lever is in positions other than those corresponding to said first and second state levels (L0, L+1), said forecast of a restart order produced by said state machine being used by said engine restart control module to command an operation of pre-magnetizing a rotor of said reversible rotating electrical machine.
A method for joining two substantially flat or sheet-like workpieces (1, 2), in which the areas of the workpieces (1, 2) to be joined are placed on top of each other, wherein one of the workpieces is contacted with a rotating friction element at its surface, wherein the friction element is pressed against the surface by means of a contact force, so that the friction element is pressed into the plasticised material of the workpiece by a feed motion, in order to squeeze the plasticised material against the workpiece, characterised in that, as the friction element, a disk-shaped friction element is used, which, during the friction process, heats and plasticises the material of the workpiece in contact with the periphery of the disk-shaped friction element, and which slightly penetrates into the surface of the workpiece facing away from the friction element and heats both workpieces (1, 2) to the plasticising temperature.
An oral composition comprising at least one cannabinoid compound, at least one emulsifier, at least one silica derivative and at least one cyclodextrin compound, wherein the weight ratio of the cyclodextrin compound to the emulsifier is between 1:1 to 1:15 and wherein the emulsifier is selected from the group consisting of polyoxethylene derivatives, sorbitan esters, polyethylene glycol derivatives and a combination thereof.