mhurhangee/ep-ind-claims huggingface dataset:
A knife provided with a handle and a blade, associated with means of the whistle type and capable of emitting a sound using an air flow, said means including a recess connected upstream at a mouthpiece, through which said air flow is introduced, and downstream at a discharge window, and on the other hand a compression chamber of the air downstream of the mouthpiece, and opening through an aperture in an expansion or discharge chamber, itself connected to said discharge window, characterized in that said whistle means are integrated to the body of the handle and incorporated inside the body of said handle which is formed in only one piece from a molding, and in that the compression chamber, the expansion chambers and the discharge windows forming the recesses necessary for said whistle means are included in the handle by forming with the handle only one piece, and in that the blade is foldable in a housing provided in the handle which separates the latter into two contiguous parts facing each other, according to a substantially median longitudinal plane of the handle, said whistle means being then incorporated in one of said parts.
Wrapping paper for smoking articles, which contains pulp fibers and at least one acid-soluble filler material, wherein the content of acid-soluble filler material is at least 10% by weight with respect to the total mass of the wrapping paper, wherein the wrapping paper has regions of lower transparency and regions of higher transparency, wherein the fraction of the mass per unit area of said acid-soluble filler material is at least 10% lower in the regions of higher transparency than in the regions of lower transparency, and wherein for the transparency in the regions of higher transparency, at least one of the following criteria is met: - the transparency measured in accordance with DIN 53147:1993-01 in the regions of higher transparency is at least 20% higher than the transparency measured in accordance with DIN 5314:1993-01 in the regions of lower transparency, or - the transparency in the regions of higher transparency is so much higher than in the regions of lower transparency that, when the wrapping paper is wrapped around a tobacco rod with an American Blend tobacco blend, a diameter of 7 mm to 8 mm and a filling density of 0.1 g/cm 3 to 0.3 g/cm 3, a pattern of lighter and darker sections is obtained which is perceptible to the naked eye, wherein the darker sections correspond to the regions of higher transparency and the lighter sections correspond to the regions of lower transparency. - the transparency measured in accordance with DIN 53147:1993-01 in the regions of higher transparency is at least 20% higher than the transparency measured in accordance with DIN 5314:1993-01 in the regions of lower transparency, or - the transparency in the regions of higher transparency is so much higher than in the regions of lower transparency that, when the wrapping paper is wrapped around a tobacco rod with an American Blend tobacco blend, a diameter of 7 mm to 8 mm and a filling density of 0.1 g/cm 3 to 0.3 g/cm 3, a pattern of lighter and darker sections is obtained which is perceptible to the naked eye, wherein the darker sections correspond to the regions of higher transparency and the lighter sections correspond to the regions of lower transparency.
An antenna (80; 100; 120; 150; 170) comprising: an input port (82; 102; 122; 152; 172), configured to communicatively connect to a signal processing unit and to transmit or receive a signal that causes the antenna to provide a radiation pattern for one of a plurality of fields of view; a signal divider (84; 104; 124; 154; 174) configured to communicate the signal from the input port (82; 102; 122; 152; 172) and to a plurality of radiator ports; at least one filter (86a; 106; 126a; 156a; 176) configured to filter signals within at least a first frequency band and to pass signals within at least a second frequency band; a plurality of radiators (92a-d; 112a-b; 132a-b, 134; 160a-e; 186a-c) connected to the plurality of radiator ports, each of the radiators comprising a respective delay line (88a-b, 90a-b; 108, 110; 128a-b, 130; 158a-e; 180, 182, 184) configured to generate, based on frequency band, a shape of the radiation pattern, a respective delay line (90a; 108; 130; 158c; 184) of at least a first radiator (92b; 112a; 134; 160c; 186b) being connected to a first radiator port, and a respective delay line (88a; 110; 128a; 158a; 180) of at least a second radiator (92a; 112b; 132a; 160a; 186a) being connected to a second radiator port via the at least one filter (86a; 106; 126a; 156a; 176). an input port (82; 102; 122; 152; 172), configured to communicatively connect to a signal processing unit and to transmit or receive a signal that causes the antenna to provide a radiation pattern for one of a plurality of fields of view; a signal divider (84; 104; 124; 154; 174) configured to communicate the signal from the input port (82; 102; 122; 152; 172) and to a plurality of radiator ports; at least one filter (86a; 106; 126a; 156a; 176) configured to filter signals within at least a first frequency band and to pass signals within at least a second frequency band; a plurality of radiators (92a-d; 112a-b; 132a-b, 134; 160a-e; 186a-c) connected to the plurality of radiator ports, each of the radiators comprising a respective delay line (88a-b, 90a-b; 108, 110; 128a-b, 130; 158a-e; 180, 182, 184) configured to generate, based on frequency band, a shape of the radiation pattern, a respective delay line (90a; 108; 130; 158c; 184) of at least a first radiator (92b; 112a; 134; 160c; 186b) being connected to a first radiator port, and a respective delay line (88a; 110; 128a; 158a; 180) of at least a second radiator (92a; 112b; 132a; 160a; 186a) being connected to a second radiator port via the at least one filter (86a; 106; 126a; 156a; 176).
A handle assembly for a portable gas cylinder comprising: a) a first handle portion including an ergonomically configured upstanding gripping handle and a semi-circular shroud portion configured to couple to a first section of an upper portion of a portable gas cylinder; b) a second handle portion including an ergonomically configured upstanding gripping handle and a semi-circular shroud portion configured to couple to a second section of the upper portion of the portable gas cylinder; and c) first and second locking members for selectively locking the first and second handle portions (12, 22) to one another about a periphery of the upper portion of the portable gas cylinder, wherein the first handle portion includes a male coupling adapted to receive one of the first and second locking members and the second handle portion includes a female coupling adapted to receive the male coupling, wherein the male coupling includes a central cavity for receiving the locking member, wherein the female coupling includes a central channel for receiving the male coupling to connect the first and second handle portions together, characterized in that a distal end of each locking member includes protrusions for engaging corresponding indents formed within the central cavity of the male coupling. a) a first handle portion including an ergonomically configured upstanding gripping handle and a semi-circular shroud portion configured to couple to a first section of an upper portion of a portable gas cylinder; b) a second handle portion including an ergonomically configured upstanding gripping handle and a semi-circular shroud portion configured to couple to a second section of the upper portion of the portable gas cylinder; and c) first and second locking members for selectively locking the first and second handle portions (12, 22) to one another about a periphery of the upper portion of the portable gas cylinder, wherein the first handle portion includes a male coupling adapted to receive one of the first and second locking members and the second handle portion includes a female coupling adapted to receive the male coupling, wherein the male coupling includes a central cavity for receiving the locking member, wherein the female coupling includes a central channel for receiving the male coupling to connect the first and second handle portions together, characterized in that a distal end of each locking member includes protrusions for engaging corresponding indents formed within the central cavity of the male coupling.
A point cloud partition method, applied for a decoder, comprising: obtaining a point cloud to-be-partitioned and calculating a Morton code for each respective point of the point cloud to-be-partitioned; determining the point cloud to-be-partitioned as an input point cloud of a first iteration; determining, at an i -th iteration, whether a number of points in an input point cloud of the i -th iteration is equal to 0, i being a positive integer with an initial value equal to 1; shifting Morton codes for the input point cloud of the i -th iteration right by K bits based on a determination that the number of points in the input point cloud of the i -th iteration is unequal to 0, K being a positive integer; selecting a single point from points with a same value of Morton codes after right shifting by K bits; forming an i -th level of detail, LOD, layer with the point selected, determining remaining points other than the point selected in the input point cloud of the i -th iteration as an input point cloud of an ( i +1)-th iteration, updating i to i +1, and returning to determining whether the number of points in the input point cloud of the i-th iteration is equal to 0 at the i -th iteration; and determining a first to ( i -1)-th LOD layers as LOD layers after partition of the point cloud to-be-partitioned based on a determination that the number of points in the input point cloud of the i -th iteration is equal to 0. obtaining a point cloud to-be-partitioned and calculating a Morton code for each respective point of the point cloud to-be-partitioned; determining the point cloud to-be-partitioned as an input point cloud of a first iteration; determining, at an i -th iteration, whether a number of points in an input point cloud of the i -th iteration is equal to 0, i being a positive integer with an initial value equal to 1; shifting Morton codes for the input point cloud of the i -th iteration right by K bits based on a determination that the number of points in the input point cloud of the i -th iteration is unequal to 0, K being a positive integer; selecting a single point from points with a same value of Morton codes after right shifting by K bits; forming an i -th level of detail, LOD, layer with the point selected, determining remaining points other than the point selected in the input point cloud of the i -th iteration as an input point cloud of an ( i +1)-th iteration, updating i to i +1, and returning to determining whether the number of points in the input point cloud of the i-th iteration is equal to 0 at the i -th iteration; and determining a first to ( i -1)-th LOD layers as LOD layers after partition of the point cloud to-be-partitioned based on a determination that the number of points in the input point cloud of the i -th iteration is equal to 0.
Reader for data interchange with a mobile data memory, particularly with a UHF RFID transponder, wherein the reader has reception electronics for converting a high frequency signal, received via an antenna, into a low frequency signal (I, Q) and has a decoding device for converting the low frequency signal into data, wherein the reader has an analog-digital converter for digitizing and a memory device, linked thereto, for storing the low frequency signal (I, Q) from at least one period of time from a communication event, and wherein the reader has an analysis device for evaluating a low frequency signal (I, Q) stored in this manner, characterized in that said memory device has a memory organized as a ring memory, wherein the reader is set up such that the digitized low frequency signal (I, Q) is stored continually until evaluation of the stored low frequency signal (I, Q) is begun, and in that the size of the ring memory is dimensioned such that a read or write cycle can be stored.
Soft capsules suitable for oral administration, comprising as active ingredients the combination of olive fruit extract standardized to at least 7% of hydroxytyrosol, Red Yeast Rice extract standardized to at least 4% of monacolin K and Crocus sativus L. extract standardized to at least 25% of crocin, wherein the combination is encapsulated in the soft capsule and homogeneously distributed in a hydrophobic matrix.
A solid fuel which is formed from a mixture of wood pieces having a size of 1 to 50 mm (component A), paper pieces having a size of 1 to 50 mm (component B), a binder (component C-1), a form retaining agent (component C-2) and a caloric augmentation agent (component D), wherein the total amount of the components A and B is 15 to 45 parts by weight and the total amount of the components C-1, C-2 and D is 55 to 85 parts by weight based on 100 parts by weight of the mixture, the weight ratio of the component A to the component B is 20:80 to 80:20, and the mixture is compression molded, wherein the binder (component C-1) is starch derived from sea alga, wherein the form retaining agent (component C-2) is natural rubber, and wherein the caloric augmentation agent (component D) is a vegetable oil-containing substance selected from the fruit seeds of Sapium sebiferum, Ricinus communis and Jatropha curcas or pulverized products thereof.
A selectorized dumbbell, which comprises: (a) a plurality of individual weights that can be nested together to provide a left stack of nested left weight plates and a right stack of nested right weight plates that are separated by a gap; (b) a handle having a hand grip extending along an axis and further having opposite left and right ends (141 and 14r) extending perpendicularly to the hand grip, wherein the handle may be placed into the gap between the stacks of nested left and right weight plates with the left end of the handle being adjacent an innermost left weight plate in the left stack of weight plates and the right end of the handle being adjacent an innermost right weight plate in the right stack of weight plates; and characterised in that it comprises: (c) a selector having a substantially continuous periphery that substantially encloses an open interior of the selector, wherein the selector is horizontally insertable into the ends of the handle into a selected one of a plurality of different vertical positions on the handle to connect a desired number of weights to the handle depending upon which vertical position receives the selector, and wherein the open interior of the selector when the selector is installed overlies or underlies the hand grip of the handle. (a) a plurality of individual weights that can be nested together to provide a left stack of nested left weight plates and a right stack of nested right weight plates that are separated by a gap; (b) a handle having a hand grip extending along an axis and further having opposite left and right ends (141 and 14r) extending perpendicularly to the hand grip, wherein the handle may be placed into the gap between the stacks of nested left and right weight plates with the left end of the handle being adjacent an innermost left weight plate in the left stack of weight plates and the right end of the handle being adjacent an innermost right weight plate in the right stack of weight plates; and
An optical film capable of adjusting wavelength dispersion characteristics by a phase change and thin film interference caused by the difference in transmittance and reflectance of the p-polarization and the s-polarization at an interface of a retardation film and an isotropic material, comprising: at least one retardation film and at least one isotropic layer stacked on the retardation film and made oil an isotropic material which has a higher refractive index than the retardation film and is TiO 2, wherein the difference in average refractive index between the retardation film and the isotropic layer is at least 0.1 the isotropic layer made of the isotropic material has a thickness from 10nm to 300nm, the retardation film is made of cyclic olefin polymer or triacetylcellulose, and the retardation film is selected from the group consisting of a +A film, and a ± B film. at least one retardation film and at least one isotropic layer stacked on the retardation film and made oil an isotropic material which has a higher refractive index than the retardation film and is TiO 2, wherein the difference in average refractive index between the retardation film and the isotropic layer is at least 0.1 the isotropic layer made of the isotropic material has a thickness from 10nm to 300nm, the retardation film is made of cyclic olefin polymer or triacetylcellulose, and the retardation film is selected from the group consisting of a +A film, and a ± B film.
A dishwasher comprising: a tub configured to accommodate a dish; a fixed nozzle assembly configured to spray washing water and disposed in a no-movement section of a vane assembly; said vane assembly configured to redirect the washing water sprayed by the fixed nozzle assembly toward the dish while moving in a vane movement section defined between a first position and a second position in the tub, the first position provided at the side of the fixed nozzle assembly and the second position at a side opposite the fixed nozzle assembly; and a controller configured to stop the vane assembly or change a movement speed of the vane assembly, or change a movement direction of the vane assembly while moving the vane assembly between the first position and the second position, characterized in that the vane assembly is configured to rotate to redirect the washing water toward a dish accommodated in said vane no-movement section, when approaching the first position. a tub configured to accommodate a dish; a fixed nozzle assembly configured to spray washing water and disposed in a no-movement section of a vane assembly; said vane assembly configured to redirect the washing water sprayed by the fixed nozzle assembly toward the dish while moving in a vane movement section defined between a first position and a second position in the tub, the first position provided at the side of the fixed nozzle assembly and the second position at a side opposite the fixed nozzle assembly; and a controller configured to stop the vane assembly or change a movement speed of the vane assembly, or change a movement direction of the vane assembly while moving the vane assembly between the first position and the second position, characterized in that the vane assembly is configured to rotate to redirect the washing water toward a dish accommodated in said vane no-movement section, when approaching the first position.
Agent for biological purification of municipal waste water with a mixture of at least one precipitant for metal-based phosphate precipitation, and flocculating agents, characterised in that the mixture includes at least one organic polymer, alkaline earth ions in dissolved form, wherein the alkaline earth ions are calcium ions and/or magnesium ions, and preferably a stabiliser, wherein the precipitant selectively consists of Fe X, Fe X, AlX and/or polymeric compounds thereof, wherein X is either Cl and/or a sulphate and/or a nitrate and wherein the organically polymeric portion selectively consists of cationized starch, of epichlorohydrin dimethylamine copolymer, of polydiallyl dimethyl ammonium chloride, of polyacrylamide or of mixtures of these substances.
An anticancer drug wherein said anticancer drug is encapsulated within a comb polymer, said comb polymer consisting essentially of the following structure: comprising a backbone formed of alternating branch-point moieties B and hydrophilic, water-soluble polymer blocks A; and having hydrophobic side chains C and targeting moieties Z attached to the branch-point moieties, wherein: the water-soluble polymer block A is selected from the group consisting of poly(ethylene glycol), poly(propylene glycol), and copolymers thereof; the branch-point moiety B is a conjugate of dithiothreitol, dithioerythritol, or 2,3-diaminobutane-1,4-dithiol with two molecules of maleic acid; each hydrophobic side chain C has a logP value greater than 1.4, and is independently selected from the group consisting of C 6 -C 30 linear or branched hydrocarbons optionally substituted with one or more hydrophilic substituents; C 6 -C 30 cyclic or polycyclic hydrocarbons optionally substituted with one or more hydrophilic substituents; and hydrophobic amino acids, peptides and polymers; each targeting moiety Z is independently an antibody or antibody fragment directed against EGFR; s is a spacer moiety; the value of n ranges from 1 to about 100; the average value of p ranges from greater than one to four; and the average value of r ranges from 1 to 8, for use in administering into cancer cells. the water-soluble polymer block A is selected from the group consisting of poly(ethylene glycol), poly(propylene glycol), and copolymers thereof; the branch-point moiety B is a conjugate of dithiothreitol, dithioerythritol, or 2,3-diaminobutane-1,4-dithiol with two molecules of maleic acid; each hydrophobic side chain C has a logP value greater than 1.4, and is independently selected from the group consisting of C 6 -C 30 linear or branched hydrocarbons optionally substituted with one or more hydrophilic substituents; C 6 -C 30 cyclic or polycyclic hydrocarbons optionally substituted with one or more hydrophilic substituents; and hydrophobic amino acids, peptides and polymers; each targeting moiety Z is independently an antibody or antibody fragment directed against EGFR; s is a spacer moiety; the value of n ranges from 1 to about 100; the average value of p ranges from greater than one to four; and the average value of r ranges from 1 to 8, for use in administering into cancer cells.
An aqueous coating composition comprising: first solid polymeric particles selected from the group consisting of: multi-stage graded refractive index (grin) composition copolymer particles having an average diameter of 0.60-0.99 μm, multi-stage copolymer particles having an average diameter of 0.60-0.99 μm and a rubbery core having a calculated glass transition temperature (T g) of 20° C. or less, and mixtures thereof; and, second solid polymeric particles having a calculated Tg of from -60°C to 120°C and an average particle diameter of from 50 nm to 500 nm; wherein the dry weight ratio of said first solid polymeric particles to said second solid polymeric particles is from 0.15:1 to 10:1; and said aqueous coating composition comprises less than 10% by volume, inorganic extender particles. first solid polymeric particles selected from the group consisting of: multi-stage graded refractive index (grin) composition copolymer particles having an average diameter of 0.60-0.99 μm, multi-stage copolymer particles having an average diameter of 0.60-0.99 μm and a rubbery core having a calculated glass transition temperature (T g) of 20° C. or less, and mixtures thereof; and, second solid polymeric particles having a calculated Tg of from -60°C to 120°C and an average particle diameter of from 50 nm to 500 nm; wherein the dry weight ratio of said first solid polymeric particles to said second solid polymeric particles is from 0.15:1 to 10:1; and said aqueous coating composition comprises less than 10% by volume, inorganic extender particles.