mhurhangee/ep-ind-claims huggingface dataset:
Arrangement for a cardboard creasing machine, for forming structured patterns of creasing lines in a material comprising a cardboard web fed to the machine, wherein the material comprising the cardboard web subsequently is to be cut into blanks, each with a structured pattern of creasing lines, said arrangement comprising a system of at least two rollers (3, 4), the first roller being provided with a male die, having at least two envelope surfaces, each with a structured pattern of lines, of which at least one has an open end, wherein said envelope surfaces are arranged parallel to the rotational axis of the first roller, the second roller being provided with a female die, having at least two envelope surfaces, each with a structured pattern of lines, corresponding to the structured pattern of the first roller, wherein said envelope surfaces are arranged parallel to the rotational axis of the second roller, wherein said rollers are arranged in a manner such that the male and female dies (13, 14) interacts to provide patterns of creasing lines in a material comprising a cardboard web fed to the machine when the machine is used, characterized in that said male and female die being provided with the structured pattern, such that the open end is provided with at least one crease stopper,the crease stopper being a branching of the open end of the at least one creasing line in the structured pattern of creasing lines, wherein said crease stopper is at least 2 times the width of the line with said open end, and extends on two sides of said open line.
A conjugate of an oligomer of hyaluronic acid or a salt thereof according to any of the general formulae I, II, III or IV, where R 3 is COOR 6 or CH 2 OH, R 4 is OH or NHCOCH 3, R 6 is H + or is selected from the group comprising any of alkali metal ions or alkaline earth metals, preferably Na +, K +, Mg 2+ or Li +; R 5 is selected from the group comprising C 1 -C 30 alkyl, C 1 -C 30 alkylaryl, or C 1 -C 30 alkylheteroaryl optionally comprising one or more identical or different heteroatoms selected from the group comprising N, O, S; X is O or an NH group; in case that R 3 is COOR 6, R 4 is OH, R 1 is H, R 2 is a hyaluronic acid oligomer residue; in case that R 3 is CH 2 OH, R 4 is NHCOCH 3, R 2 is OH, R 1 is a hyaluronic acid oligomer residue; the hyaluronic acid oligomer residue comprises 1 to 17 saccharidic cycles, wherein the saccharidic cycle is selected from the group consisting of β-(1,3)-D-glucuronic acid and β-(1,4)- N -acetyl-D-glucosamine;substrate is a polysaccharide. R 3 is COOR 6 or CH 2 OH, R 4 is OH or NHCOCH 3, R 6 is H + or is selected from the group comprising any of alkali metal ions or alkaline earth metals, preferably Na +, K +, Mg 2+ or Li +; R 5 is selected from the group comprising C 1 -C 30 alkyl, C 1 -C 30 alkylaryl, or C 1 -C 30 alkylheteroaryl optionally comprising one or more identical or different heteroatoms selected from the group comprising N, O, S; X is O or an NH group; in case that R 3 is COOR 6, R 4 is OH, R 1 is H, R 2 is a hyaluronic acid oligomer residue; in case that R 3 is CH 2 OH, R 4 is NHCOCH 3, R 2 is OH, R 1 is a hyaluronic acid oligomer residue; the hyaluronic acid oligomer residue comprises 1 to 17 saccharidic cycles, wherein the saccharidic cycle is selected from the group consisting of β-(1,3)-D-glucuronic acid and β-(1,4)- N -acetyl-D-glucosamine;substrate is a polysaccharide.
A method of improving the eating quality of chocolate products, which comprises the step of adding a yeast extract comprising: (a) at least 10 wt%, preferably at least 15%, of sodium glutamate; (b) at least 1 wt%, preferably at least 1.5 wt%, in total of sodium inosinate and sodium guanylate; and (c) 2-furanmethanol and/or 5-methyl-2-furanmethanol. (a) at least 10 wt%, preferably at least 15%, of sodium glutamate; (b) at least 1 wt%, preferably at least 1.5 wt%, in total of sodium inosinate and sodium guanylate; and (c) 2-furanmethanol and/or 5-methyl-2-furanmethanol.
A semiconductor LED having an electrode structure, the electrode structure comprising: a metal electrode; and an optically transmissive dielectric material having an index of refraction greater than or equal to one and less than that of a semiconductor upon which the dielectric material is formed, the optically transmissive dielectric material having a thickness of approximately 1.75 λ, where λ is the wavelength in the dielectric material of light emitted in operation by the semiconductor LED, and being formed as a single layer adjacent to the electrode and between the semiconductor and the metal electrode so as to enhance total internal reflection of light; wherein the dielectric material comprises a porosity configured to reduce an effective index of refraction of the dielectric material such that total internal reflection occurs within the semiconductor material. a metal electrode; and an optically transmissive dielectric material having an index of refraction greater than or equal to one and less than that of a semiconductor upon which the dielectric material is formed, the optically transmissive dielectric material having a thickness of approximately 1.75 λ, where λ is the wavelength in the dielectric material of light emitted in operation by the semiconductor LED, and being formed as a single layer adjacent to the electrode and between the semiconductor and the metal electrode so as to enhance total internal reflection of light; wherein the dielectric material comprises a porosity configured to reduce an effective index of refraction of the dielectric material such that total internal reflection occurs within the semiconductor material.
A method for wireless communication, implemented at a wireless communication apparatus in a wireless communication system, the method comprising: receiving a set of pilots over a transmission channel between the wireless communication apparatus and a far-end communication apparatus, the transmission channel comprising a first portion that is time-invariant and a second portion that is time-variant; processing the received set of pilots to generate an estimate of the first portion; processing the received set of pilots to generate an estimate of the second portion; and performing a communication based on a channel state information that is a weighted combination of a first term based on the estimate of the first portion and a second term based on the estimate of the second portion, characterized in that processing the received set of pilots to generate the estimate of the second portion comprises: performing channel estimation on a received signal to generate a channel estimate; and subtracting a contribution of the first portion from the channel estimate to generate the estimate of the second portion. receiving a set of pilots over a transmission channel between the wireless communication apparatus and a far-end communication apparatus, the transmission channel comprising a first portion that is time-invariant and a second portion that is time-variant; processing the received set of pilots to generate an estimate of the first portion; processing the received set of pilots to generate an estimate of the second portion; and performing a communication based on a channel state information that is a weighted combination of a first term based on the estimate of the first portion and a second term based on the estimate of the second portion, characterized in that processing the received set of pilots to generate the estimate of the second portion comprises: performing channel estimation on a received signal to generate a channel estimate; and subtracting a contribution of the first portion from the channel estimate to generate the estimate of the second portion. performing channel estimation on a received signal to generate a channel estimate; and subtracting a contribution of the first portion from the channel estimate to generate the estimate of the second portion.
A cartridge for a vaporizer device, the cartridge comprising: a reservoir configured to hold a vaporizable material; and a heating element configured to heat the vaporizable material, the heating element comprising: a capillary structure including a plurality of rigid portions (124, 126), wherein pairs of the plurality of rigid portions (124, 126) are spaced apart from one another to define a capillary gap therebetween, the capillary gap configured to draw the vaporizable material from the reservoir to a heater region of the heating element to be heated, and an aerosol being generated by the heating of the vaporizable material drawn to the heater region of the heating element, wherein the plurality of rigid portions (124, 126) of the capillary structure comprises an upper rigid portion; and a lower rigid portion, characterized in that the lower rigid portion is integrally formed with the upper rigid portion and spaced apart from the upper rigid portion by a span that defines the capillary gap, and wherein the heating element forms a single rigid portion that is folded to define the upper rigid portion and the lower rigid portion. a reservoir configured to hold a vaporizable material; and a heating element configured to heat the vaporizable material, the heating element comprising: a capillary structure including a plurality of rigid portions (124, 126), wherein pairs of the plurality of rigid portions (124, 126) are spaced apart from one another to define a capillary gap therebetween, the capillary gap configured to draw the vaporizable material from the reservoir to a heater region of the heating element to be heated, and an aerosol being generated by the heating of the vaporizable material drawn to the heater region of the heating element, a capillary structure including a plurality of rigid portions (124, 126), wherein pairs of the plurality of rigid portions (124, 126) are spaced apart from one another to define a capillary gap therebetween, the capillary gap configured to draw the vaporizable material from the reservoir to a heater region of the heating element to be heated, and an aerosol being generated by the heating of the vaporizable material drawn to the heater region of the heating element, wherein the plurality of rigid portions (124, 126) of the capillary structure comprises an upper rigid portion; and a lower rigid portion, characterized in that the lower rigid portion is integrally formed with the upper rigid portion and spaced apart from the upper rigid portion by a span that defines the capillary gap, and wherein the heating element forms a single rigid portion that is folded to define the upper rigid portion and the lower rigid portion.
Cartridge receptacle for a brewing chamber of a hot beverage machine operating on the basis of dimensionally stable beverage cartridges, having a cartridge carrier, a cartridge holder and a locking device for holding the beverage cartridge onto the cartridge carrier, wherein the cartridge receptacle has at least one pressure absorbing means (14, 15) which is suitable for balancing out the internal pressure produced in the beverage cartridge by the pressure from brewing and/or from steam, characterised in that the cartridge holder is constructed with a ring shape and is hinged onto the cartridge carrier by a hinge and the elastic section of the hinge on the cartridge holder is lengthened, in particular is curved.
A base in which a plurality of terminal pins (20, 20X) each electrically connecting two printed circuit boards (P1, P2) to each other and each having a buffer zone between terminals through which each of the terminal pins (20, 20X) is connected to the printed circuit boards (P1, P2) is housed, the base including an aligner per each of the terminal pins (20, 20X) for holding each of the terminal pins (20, 20X) therewith, the aligner comprising a first aligner holding the terminal pin (20, 20X) in a non-fixed condition, and a second aligner, each of the terminal pins (20, 20X) being held in both the first aligner and the second aligner such that the buffer zone of each of the terminal pins (20, 20X) is situated between the first aligner and the second aligner, characterized in that both the first and second aligners being elastically deformable in accordance with a displacement of the terminal pin (20, 20X), the second aligner holding the terminal pin in a fixed condition each of the first and second aligners includes a pair of elastic claws, the first aligner holding the terminal pin (20, 20X) in such a manner that a gap is formed between the terminal pin (20, 20X) and at least one of the claws, and the second aligner holding the terminal pin (20, 20X) in such a manner that no gaps are formed between the terminal pin (20, 20X) and the claws.
A high-frequency treatment instrument comprising: a flexible tube for insertion into a body cavity, an operative wire (36; 41; 47; 52; 56) that is movable forward and backward and which is insertable through the flexible tube, and a treatment portion connected electrically to the operative wire (36; 41; 47; 52; 56) where a high-frequency current is applied, wherein the high-frequency current is applicable to the operative wire (36; 41; 47; 52; 56), characterized in that the operative wire (36; 41; 47; 52; 56) comprises a plurality of materials (36a; 36b; 41a; 41b; 47a; 47b; 51; 53; 57; 58), the plurality of materials (36a; 36b; 41a; 41b; 47a; 47b; 51; 53; 57; 58) consists of a first material (36a; 41a; 47a; 51; 57) and a second material (36b; 41b; 47b; 53; 58) which are electrically conductive, the first material (36a; 41a; 47a; 51; 57) is a material with a higher conductivity than that of the second material (36b; 41b; 47b; 53; 58), and the second material (36b; 41b; 47b; 53; 58) is a material with superior mechanical characteristics compared to that of the first material (36a; 41a; 47a; 51; 57). a flexible tube for insertion into a body cavity, an operative wire (36; 41; 47; 52; 56) that is movable forward and backward and which is insertable through the flexible tube, and a treatment portion connected electrically to the operative wire (36; 41; 47; 52; 56) where a high-frequency current is applied, wherein the high-frequency current is applicable to the operative wire (36; 41; 47; 52; 56), characterized in that the operative wire (36; 41; 47; 52; 56) comprises a plurality of materials (36a; 36b; 41a; 41b; 47a; 47b; 51; 53; 57; 58), the plurality of materials (36a; 36b; 41a; 41b; 47a; 47b; 51; 53; 57; 58) consists of a first material (36a; 41a; 47a; 51; 57) and a second material (36b; 41b; 47b; 53; 58) which are electrically conductive, the first material (36a; 41a; 47a; 51; 57) is a material with a higher conductivity than that of the second material (36b; 41b; 47b; 53; 58), and the second material (36b; 41b; 47b; 53; 58) is a material with superior mechanical characteristics compared to that of the first material (36a; 41a; 47a; 51; 57).
An electronic display device, comprising: a printed circuit substrate; and a display substrate wherein the display substrate includes at least one opening (50A, 50C); characterised in that: the display substrate is coupled to the printed circuit substrate using at least one wire bond (56, 82), wherein the at least one wire bond (56, 82) passes through the at least one opening (50A,50C). a printed circuit substrate; and a display substrate wherein the display substrate includes at least one opening (50A, 50C); the display substrate is coupled to the printed circuit substrate using at least one wire bond (56, 82), wherein the at least one wire bond (56, 82) passes through the at least one opening (50A,50C).
Protective sheath applicable to a drill for drilling rails of the type having: - a support portion that supports an electric motor that can be powered by a battery, a drilling tool defining a tool axis, and a reduction gear arranged between the motor and the drilling tool, - a rechargeable battery removably coupled with the electric motor, wherein said sheath is made of elastomeric flexible material, impermeable to liquids, and has a generically tubular shape with a front opening and a rear opening opposite the front opening in the direction of the tool axis, so as to be able to be slotted over the electric motor and over at least a part of the battery to protect them, wherein the sheath forms a ventilation channel with two first inlet openings formed in an outer surface of the sheath and facing downwards, and with an inner ventilation section that is concave and open towards the inside of the sheath so as to communicate cooling air from the inlet opening to a cooling system of the drill, characterized in that the ventilation channel is shaped like an arc extending along two lateral walls and along an upper wall of the sheath so as to be positioned, when the sheath is applied on the drill, astride of the electric motor, and wherein the air inlet openings are formed at the two lower ends of the ventilation channel. - a support portion that supports an electric motor that can be powered by a battery, a drilling tool defining a tool axis, and a reduction gear arranged between the motor and the drilling tool, - a rechargeable battery removably coupled with the electric motor, wherein said sheath is made of elastomeric flexible material, impermeable to liquids, and has a generically tubular shape with a front opening and a rear opening opposite the front opening in the direction of the tool axis, so as to be able to be slotted over the electric motor and over at least a part of the battery to protect them, wherein the sheath forms a ventilation channel with two first inlet openings formed in an outer surface of the sheath and facing downwards, and with an inner ventilation section that is concave and open towards the inside of the sheath so as to communicate cooling air from the inlet opening to a cooling system of the drill, characterized in that the ventilation channel is shaped like an arc extending along two lateral walls and along an upper wall of the sheath so as to be positioned, when the sheath is applied on the drill, astride of the electric motor, and wherein the air inlet openings are formed at the two lower ends of the ventilation channel.
A steam generator for a steam oven comprising: a water injection unit for supplying water from the outside to the steam generator therethrough; a water tank installed outside a cooking chamber for storing the water supplied through the water injection unit; a flow adjusting unit installed at an outlet of the water tank for adjusting the quantity of the supplied water; a steam pipe connected between the flow adjusting unit and the cooking chamber for changing the water therein into steam and supplying the steam to the inside of the cooking chamber; and a heater installed in the steam pipe for heating the water supplied to the inside of the steam pipe, characterized in that the steam pipe is bent in a U-shaped structure and includes an inlet and an outlet formed at both upper ends thereof, wherein the outlet of the steam pipe is positioned at a higher level than the inlet of the steam pipe, and in that the heater is bent in the same shape as the steam pipe so that the heater passes through the inside of the steam pipe. a water injection unit for supplying water from the outside to the steam generator therethrough; a water tank installed outside a cooking chamber for storing the water supplied through the water injection unit; a flow adjusting unit installed at an outlet of the water tank for adjusting the quantity of the supplied water; a steam pipe connected between the flow adjusting unit and the cooking chamber for changing the water therein into steam and supplying the steam to the inside of the cooking chamber; and a heater installed in the steam pipe for heating the water supplied to the inside of the steam pipe, characterized in that the steam pipe is bent in a U-shaped structure and includes an inlet and an outlet formed at both upper ends thereof, wherein the outlet of the steam pipe is positioned at a higher level than the inlet of the steam pipe, and in that the heater is bent in the same shape as the steam pipe so that the heater passes through the inside of the steam pipe.
Connection line with matched impedance, including a cable having at least two conductors (11, 13) which are separated from each other by insulation (10, 12) and are connectable to contact elements, characterized in that the connection line comprises a compensation area within its end portion, wherein the distance (D1, D2) of the conductors (11, 13) from each other is smaller within the compensation area than outside the compensation area, whereby the impedance, Z, of the connection line decreases in the compensation area, and in that a clamping means engages the connection line in the compensation area and presses it together such that the distance (D1, D2) of the conductors (11, 13) from each other is reduced.
Process additive formulation for foam reduction and/or increasing drainage in a process comprising an aqueous medium, the process additive formulation comprising - 50 - 80 % of an acrylate and/or methacrylate copolymer in an organic diluent, the copolymer being obtained by polymerization of a monomer premix comprising alkyl acrylate monomers and/or alkyl methacrylate monomers and a hydroxyalkyl acrylate monomer and acrylic acid or methacrylic acid, and renewable oil, which is produced from renewable sources selected from plants and/or animals, or mineral oil, wherein the percentages are calculated on basis of the weight of the process additive formulation and the process additive formulation is free from silica, silicone, and silicone surfactant.
A sentinel lymph node marker comprising an albumin; a radioactive isotope; and a near infrared dye which is bound to the albumin; and a visible dye which is bound to the albumin; wherein the albumin is labeled with the radioactive isotope and bound to the near infrared dye and visible dye, and wherein the radioactive isotope forms a complex by forming a coordinate bond with thiol groups generated by reduction of disulfide bonds of the albumin.
A surface area vacuum gripper (10, 60) having a housing with suction openings for applying suction to a workpiece that is to be gripped, at least one cover plate that seals the front surface of the housing, an insert element that can be inserted into the housing, wherein the insert element can be attached to the cover plate and has at least one opening that has a flow connection to the suction openings, and wherein the cover plate has a pressurized air inlet, characterized in that at least one control valve (42, 48) is integrated in the cover plate, and wherein the insert element comprises a functional device for controlling a flow through the opening in the insert element.
A method for conditioning a power rail, comprising: detecting a downward voltage slope on the power rail; and controlling current flow from a capacitor to the power rail via a high-voltage rail based on the detected downward voltage slope, wherein controlling the current flow further comprises: blocking the current flow from the capacitor to the power rail if a magnitude of the detected downward voltage slope is below a slope threshold; and allowing the current flow from the capacitor to the power rail if the magnitude of the detected downward voltage slope exceeds the slope threshold. detecting a downward voltage slope on the power rail; and controlling current flow from a capacitor to the power rail via a high-voltage rail based on the detected downward voltage slope, wherein controlling the current flow further comprises: blocking the current flow from the capacitor to the power rail if a magnitude of the detected downward voltage slope is below a slope threshold; and allowing the current flow from the capacitor to the power rail if the magnitude of the detected downward voltage slope exceeds the slope threshold. blocking the current flow from the capacitor to the power rail if a magnitude of the detected downward voltage slope is below a slope threshold; and allowing the current flow from the capacitor to the power rail if the magnitude of the detected downward voltage slope exceeds the slope threshold.