mhurhangee/ep-ind-claims huggingface dataset:
A joint for cleaning tools comprising: - A broomstick that has one joint end and an opposing grip end; - A base body having a longitudinal axis and that has a plurality of bristles on a first face and on an opposing face has a shank (6; 60) having peripheral walls; - Releasable blocking means (8, 9) of said joint end in said shank (6; 60); said blocking means comprising: - Two flexible and facing half-portions (6A, 6B; 65) of said peripheral walls of said shank (6; 60) of said base body; - A dividing groove of said two half-portions (6A, 6B; 65); - A tensioning/releasing element of said two half-portions (6A, 6B; 65), wherein said two half-portions (6A, 6B; 65) are designed to be forced toward each other by said tensioning/releasing element in a clamping configuration of said joint end:; said joint being characterized in that said joint end of the broomstick is designed to be engaged between said two flexible and facing half-portions (6A, 6B; 65) in said shank (6; 60). - A broomstick that has one joint end and an opposing grip end; - A base body having a longitudinal axis and that has a plurality of bristles on a first face and on an opposing face has a shank (6; 60) having peripheral walls; - Releasable blocking means (8, 9) of said joint end in said shank (6; 60); - Two flexible and facing half-portions (6A, 6B; 65) of said peripheral walls of said shank (6; 60) of said base body; - A dividing groove of said two half-portions (6A, 6B; 65); - A tensioning/releasing element of said two half-portions (6A, 6B; 65), wherein said two half-portions (6A, 6B; 65) are designed to be forced toward each other by said tensioning/releasing element in a clamping configuration of said joint end:;
A method for producing a hydrogen-containing gas mixture, in which charging surfaces to which electric current is applied are in contact with a water mixture, where the charging surfaces to which electric current is applied are connected to each other in the region of their leading edges via an electrically insulating separator, are electrically insulated from each other as completely as possible, and are operated through an electrical connection via the water mixture only in an intermediate region in which the charging surfaces are immediately adjacent to each other characterized in that an electrically adjustable composition of a hydrogen-containing gas mixture to be produced contains more than the form of a purely stoichiometric HHO or oxyhydrogen gas mixture through the use of a combined cell including a first cell and a separate and separately switchable electrode pair of a second cell by means of which, in an amount that can be adjusted via the current flow, only the H 2 portion is supplied to the HHO or oxyhydrogen gas mixture.
A dual phase whitening oral care composition, comprising: a. a first phase having a pH of 4 to 6 and comprising a cross-linked polyvinyl pyrrolidone hydrogen peroxide complex whitening agent in a substantially anhydrous and orally acceptable carrier, said carrier comprising a mixture of polyethylene glycol, ethylene oxide propylene oxide copolymer, and silicone, wherein the water content of the first phase is less than 10% by weight of the first phase; and b. a second phase having a different pH than the first phase and comprising an abrasive and an anticalculus agent in an orally acceptable carrier; wherein the first phase and the second phase are maintained separately from each other until dispensed. a. a first phase having a pH of 4 to 6 and comprising a cross-linked polyvinyl pyrrolidone hydrogen peroxide complex whitening agent in a substantially anhydrous and orally acceptable carrier, said carrier comprising a mixture of polyethylene glycol, ethylene oxide propylene oxide copolymer, and silicone, wherein the water content of the first phase is less than 10% by weight of the first phase; and b. a second phase having a different pH than the first phase and comprising an abrasive and an anticalculus agent in an orally acceptable carrier; wherein the first phase and the second phase are maintained separately from each other until dispensed.
An electronic tablet magnifying case device comprising: - a base having a first lateral side, a second lateral side, an upper surface, and a bottom surface; - a first panel pivotally coupled to and extending from said first lateral side; - a plurality of brackets coupled to said first panel wherein said first panel being configured for coupling to an electronic tablet wherein said electronic tablet being positioned an an interior face of said first panel; and - a second panel pivotally coupled to and extending from said second lateral side, said second panel comprising a magnifying lens, said second panel being pivotable to a use position wherein said magnifying lens being directed towards said interior face of said first panel when said first panel is in an extended position relative to said base, characterized in that the device further comprises a hand strap having opposite ends coupled to said bottom surface of said base wherein said hand strap being configured for receiving a hand between a medial section of said hand strap and said bottom surface of said base wherein said base is coupled to said hand; or the device further comprises a threaded receiver coupled to the bottom surface of the base, the threaded receiver being configured for receiving a threaded shaft of a coupler to a tripod. - a base having a first lateral side, a second lateral side, an upper surface, and a bottom surface; - a first panel pivotally coupled to and extending from said first lateral side; - a plurality of brackets coupled to said first panel wherein said first panel being configured for coupling to an electronic tablet wherein said electronic tablet being positioned an an interior face of said first panel; and - a second panel pivotally coupled to and extending from said second lateral side, said second panel comprising a magnifying lens, said second panel being pivotable to a use position wherein said magnifying lens being directed towards said interior face of said first panel when said first panel is in an extended position relative to said base,
An apparatus for supplying cables to robots at non-static locations, comprising: a work platform for supporting one or more humans; a base platform for movably supporting one or more robots independently of the work platform, wherein the work platform is positioned above the base platform, a plurality of cables of a cable carrier system, positioned above the base platform and underneath the work platform, for supplying the one or more robots along a side of the work platform, which cables are stacked and nested so that they do not interfere with each other and so that a first one of the cables reaches any location aft of a second one of the cables and the second one of the cables reaches any location forward of the first one of the cables, wherein the work platform is mounted on one or more risers (38, 40) above the base platform, and the risers (38, 40) include a support section for the cables, thereby holding the cables far enough away from an opposite side of the work platform to allow for a double bend in the cables, in order to allow the one or more robots to reach all available positions and for the cables to be fully extended and retracted as the one or more robots are positioned. a work platform for supporting one or more humans; a base platform for movably supporting one or more robots independently of the work platform, wherein the work platform is positioned above the base platform, a plurality of cables of a cable carrier system, positioned above the base platform and underneath the work platform, for supplying the one or more robots along a side of the work platform, which cables are stacked and nested so that they do not interfere with each other and so that a first one of the cables reaches any location aft of a second one of the cables and the second one of the cables reaches any location forward of the first one of the cables, wherein the work platform is mounted on one or more risers (38, 40) above the base platform, and the risers (38, 40) include a support section for the cables, thereby holding the cables far enough away from an opposite side of the work platform to allow for a double bend in the cables, in order to allow the one or more robots to reach all available positions and for the cables to be fully extended and retracted as the one or more robots are positioned.
A method for preparing a concentrate of Factor XI, comprising a) a filtration-adsorption step performed on a filter comprising cellulose and perlites and a charged resin, the said filter having a grade ranging from 0.1 to 0.4 μm, preferably 0.2 to 0.4 μm, preferably 0.25 to 0.35 μm, and preferably of 0.3 μm; and b) a chromatography step on cation exchange resin. a) a filtration-adsorption step performed on a filter comprising cellulose and perlites and a charged resin, the said filter having a grade ranging from 0.1 to 0.4 μm, preferably 0.2 to 0.4 μm, preferably 0.25 to 0.35 μm, and preferably of 0.3 μm; and b) a chromatography step on cation exchange resin.
A multilayer structure (1, 301) comprising a conducting layer (12, 16, 315) that is conductive and includes a diffusing component capable of diffusing into an adjacent layer, the diffusing component being a nonmetal element having a lower atomic weight than a noble gas of a conductive diffusion-prevention layer (14, 17, 316); and the conductive diffusion-prevention layer (14, 17, 316), provided so as to be adjacent to the conducting layer (12, 16, 315), including at least one metal or metal oxide, so as be conductive, and including the noble gas, characterized in that the ratio of the number of atoms of the noble gas to the number of atoms of the main metal in the at least one metal or metal oxide being 0.40 or more. a conducting layer (12, 16, 315) that is conductive and includes a diffusing component capable of diffusing into an adjacent layer, the diffusing component being a nonmetal element having a lower atomic weight than a noble gas of a conductive diffusion-prevention layer (14, 17, 316); and the conductive diffusion-prevention layer (14, 17, 316), provided so as to be adjacent to the conducting layer (12, 16, 315), including at least one metal or metal oxide, so as be conductive, and including the noble gas, characterized in that the ratio of the number of atoms of the noble gas to the number of atoms of the main metal in the at least one metal or metal oxide being 0.40 or more.
A savoury concentrate comprising the following components: a) 22-85 wt.% inorganic salt; b) 2-60 wt.% fat; c) 0.8-8 wt.% of xanthan gum; d) 0-25 wt.% of glutamate component selected from glutamic acid, edible glutamate salts and combinations thereof; e) 0-25 w.% starch component selected from native starch, pregelatinised starch, maltodextrin, modified starch and combinations thereof; f) 0-20 wt.% of sugar selected from monosaccharides, disaccharides and combinations thereof; g) 0-45 wt.% of vegetable matter selected from vegetables, herbs, spices and combinations thereof; h) 0-10 wt.% water; wherein the components a) to e) together constitute at least 55 wt.% of the savoury concentrate and wherein the components a) to h) together constitute at least 75 wt.% of the savoury concentrate. a) 22-85 wt.% inorganic salt; b) 2-60 wt.% fat; c) 0.8-8 wt.% of xanthan gum; d) 0-25 wt.% of glutamate component selected from glutamic acid, edible glutamate salts and combinations thereof; e) 0-25 w.% starch component selected from native starch, pregelatinised starch, maltodextrin, modified starch and combinations thereof; f) 0-20 wt.% of sugar selected from monosaccharides, disaccharides and combinations thereof; g) 0-45 wt.% of vegetable matter selected from vegetables, herbs, spices and combinations thereof; h) 0-10 wt.% water;
Geolocation device, comprising: - a receiver for receiving a signal transmitted by a local transmitter, operating in a first range of frequencies; - a transmitter operating in a second range of frequencies, with UNB transmission; - a geolocation means comprising a GPS chip; - an accelerometer; - a control circuit suitable for: - detecting the exit of the device from the field of the local transmitter; - activating the transmitter in the event of exit from the field of the local transmitter and transmitting, via the transmitter, the position of the device such as determined by the geolocation means, if present in the field of the local transmitter, maintaining the device in a standby state in which power consumption is lower, the frequency of transmission of the position data following a predefined law, the frequency being higher when the device detects that it is in motion, when the device no longer detects motion, either because the accelerometer delivers a signal which may be interpreted as such, or because the position given by the GPS chip does not change for a predefined duration, the device switching to a static alert state while transmitting data signalling its immobile state, in addition to its last position, and deactivating the GPS chip, the device remaining in a static alert state until motion is once again detected using the accelerometer, when motion is once again detected using the accelerometer, the device switches back to a dynamic alert state and the GPS chip being reactivated in order to transmit position data. - a receiver for receiving a signal transmitted by a local transmitter, operating in a first range of frequencies; - a transmitter operating in a second range of frequencies, with UNB transmission; - a geolocation means comprising a GPS chip; - an accelerometer; - a control circuit suitable for: - detecting the exit of the device from the field of the local transmitter; - activating the transmitter in the event of exit from the field of the local transmitter and transmitting, via the transmitter, the position of the device such as determined by the geolocation means, - detecting the exit of the device from the field of the local transmitter; - activating the transmitter in the event of exit from the field of the local transmitter and transmitting, via the transmitter, the position of the device such as determined by the geolocation means,
A method of making a dental restoration comprising the steps of: - providing a dimensionally predetermined framework precursor; - providing a dimensionally predetermined facing precursor by providing glass ceramic particles, and adjoining the glass ceramic particles such that they form an open-celled glass ceramic body; - providing the facing precursor with a color that is associated with a tooth color of a patient; - providing a dental restoration precursor from the framework precursor and the facing precursor by combining the framework precursor and the facing precursor with one another, and by sintering that combination for sintering the facing precursor and fusing both components with one another, whereby the open-celled glass ceramic body is sintered toward the density of the glass ceramic particles; and - providing data defining an outer shape of the dental restoration and providing data defining an outer shape of the dental restoration precursor, wherein the outer shape of the dental restoration precursor is oversized relative to the outer shape of the dental restoration; - removing part of the dental restoration precursor by milling or grinding in a machine for making the dental restoration to form the dental restoration. - providing a dimensionally predetermined framework precursor; - providing a dimensionally predetermined facing precursor by providing glass ceramic particles, and adjoining the glass ceramic particles such that they form an open-celled glass ceramic body; - providing the facing precursor with a color that is associated with a tooth color of a patient; - providing a dental restoration precursor from the framework precursor and the facing precursor by combining the framework precursor and the facing precursor with one another, and by sintering that combination for sintering the facing precursor and fusing both components with one another, whereby the open-celled glass ceramic body is sintered toward the density of the glass ceramic particles; and - providing data defining an outer shape of the dental restoration and providing data defining an outer shape of the dental restoration precursor, wherein the outer shape of the dental restoration precursor is oversized relative to the outer shape of the dental restoration; - removing part of the dental restoration precursor by milling or grinding in a machine for making the dental restoration to form the dental restoration.
A fuel injector for a gas turbine engine comprising: a) a nozzle body for issuing fuel and air into a combustor; b) an optical probe located within the nozzle body for observing combustor flame radiation, the optical probe including a central optical fiber bundle and a plurality of optical fiber bundles (160b-160g) circumferentially distributed about the central optical fiber bundle, the fiber bundles extending to a distal end of the probe, each of the plurality of optical fiber bundles comprising a plurality of optical fibers; and characterised by: c) a shaped lens supported at the distal end of the probe and configured to provide a multi-directional field of view for the optical fiber bundles to observe multiple regions of the combustor; and wherein the circumferentially distributed optical fiber bundles twist about the central optical fiber bundle within a heat-resistant outer guide tube to reduce an overall diameter of the distal end of the probe. a) a nozzle body for issuing fuel and air into a combustor; b) an optical probe located within the nozzle body for observing combustor flame radiation, the optical probe including a central optical fiber bundle and a plurality of optical fiber bundles (160b-160g) circumferentially distributed about the central optical fiber bundle, the fiber bundles extending to a distal end of the probe, each of the plurality of optical fiber bundles comprising a plurality of optical fibers; and characterised by: c) a shaped lens supported at the distal end of the probe and configured to provide a multi-directional field of view for the optical fiber bundles to observe multiple regions of the combustor; and
Microscope for performing eye surgery on an observed eye, the microscope comprising an illumination and observation system, wherein said illumination and observation system comprises: - a first observation pupil and a second observation pupil for the eyes of an observer such as an assistant; - a coaxial illumination in the first observation pupil, the coaxial illumination being adapted to generate a red reflex in the observed eye in operation; wherein a main illumination is provided in the second observation pupil, the main illumination having a larger field of illumination in the object plane than the coaxial illumination, characterized in that a control subsystem (21, 27) is provided which is adapted to automatically adjust an intensity of the main illumination depending on a change in an intensity of the coaxial illumination; wherein the main illumination and the coaxial illumination are provided by separate light sources (16, 17). - a first observation pupil and a second observation pupil for the eyes of an observer such as an assistant; - a coaxial illumination in the first observation pupil, the coaxial illumination being adapted to generate a red reflex in the observed eye in operation; wherein a main illumination is provided in the second observation pupil, the main illumination having a larger field of illumination in the object plane than the coaxial illumination, characterized in that a control subsystem (21, 27) is provided which is adapted to automatically adjust an intensity of the main illumination depending on a change in an intensity of the coaxial illumination; wherein the main illumination and the coaxial illumination are provided by separate light sources (16, 17). wherein a main illumination is provided in the second observation pupil, the main illumination having a larger field of illumination in the object plane than the coaxial illumination, characterized in that a control subsystem (21, 27) is provided which is adapted to automatically adjust an intensity of the main illumination depending on a change in an intensity of the coaxial illumination; wherein the main illumination and the coaxial illumination are provided by separate light sources (16, 17).
A method for providing evidential data, comprising at a mobile device: establishing one or more first secret tokens with a server; obtaining one or more data items from one or more sensors; combining the one or more data items with at least one of the one or more first secret tokens to provide one or more modified data items; generating a respective first hash value for each of the one or more modified data items; generating a second hash value for a data set comprising each of the one or more data items; and transmitting a first message comprising the one or more data items, the one or more first hash values and the second hash value to the server; establishing one or more second secret tokens with the server after transmission of the first message, the one or more second secret tokens for combining with one or more second data items obtained from the one or more sensors for generating a second message; obtaining one or more transaction identifiers, the one or more transaction identifiers including one or more static identifiers, wherein each static identifier is suitable for identifying a static property of the mobile device; and transmitting an indication of the static identifiers to the server, including generating a respective third hash value for each of the one or more static identifiers, wherein the indication includes the third hash values, wherein the one or more first secret tokens are established before transmitting the first message comprising the one or more data items. establishing one or more first secret tokens with a server; obtaining one or more data items from one or more sensors; combining the one or more data items with at least one of the one or more first secret tokens to provide one or more modified data items; generating a respective first hash value for each of the one or more modified data items; generating a second hash value for a data set comprising each of the one or more data items; and transmitting a first message comprising the one or more data items, the one or more first hash values and the second hash value to the server; establishing one or more second secret tokens with the server after transmission of the first message, the one or more second secret tokens for combining with one or more second data items obtained from the one or more sensors for generating a second message; obtaining one or more transaction identifiers, the one or more transaction identifiers including one or more static identifiers, wherein each static identifier is suitable for identifying a static property of the mobile device; and transmitting an indication of the static identifiers to the server, including generating a respective third hash value for each of the one or more static identifiers, wherein the indication includes the third hash values, wherein the one or more first secret tokens are established before transmitting the first message comprising the one or more data items.
Ground anchor for anchoring bar-shaped objects, especially posts in urban areas, comprising a pipe body with clear inner width for inserting the bar-shaped object, the pipe body having a closed spherical insertion end at its lower end and, at its upper end, a device for clamping tight the bar-shaped object, as well as, at or near its upper end, at least one gripping and homing piece (3, 11, 17) which protrudes radially, characterized in that the insertion end has the shape of an inverted hat with an overhanging conical collar-like rim, and is stepped only conically or cylindrically-conically.