mhurhangee/ep-ind-claims huggingface dataset:
A flat metal particle-containing composition comprising: flat metal particles containing silver, and a metal nobler than the silver, wherein the metal nobler than the silver is located near surfaces of the flat metal particles, which encompasses the case where the metal nobler than the silver covers the surfaces of the flat metal particles and the case where the metal nobler than the silver is contained in a region ranging from the surfaces to 2 to 4 atomic layers, wherein an amount of the metal nobler than the silver is 10 -3 atomic% to 5 atomic% relative to the silver contained in the flat metal particles, wherein the average particle diameter of the flat metal particles is in the range of 70 nm to 500 nm, with the average particle diameter referring to an average value of main planes' diameters, i.e. the maximum lengths, of 200 flat metal particles randomly selected from an image obtained through observation of particles under a TEM, and wherein the aspect ratio of the flat metal particles is 2 or higher, with the aspect ratio referring to a value L/d, where L denotes the average particle diameter of the flat metal particles, and d denotes an average particle thickness of the flat metal particles, which average particle thickness corresponds to the interdistance of the main planes of the flat metal particles. flat metal particles containing silver, and a metal nobler than the silver, wherein the metal nobler than the silver is located near surfaces of the flat metal particles, which encompasses the case where the metal nobler than the silver covers the surfaces of the flat metal particles and the case where the metal nobler than the silver is contained in a region ranging from the surfaces to 2 to 4 atomic layers, wherein an amount of the metal nobler than the silver is 10 -3 atomic% to 5 atomic% relative to the silver contained in the flat metal particles, wherein the average particle diameter of the flat metal particles is in the range of 70 nm to 500 nm, with the average particle diameter referring to an average value of main planes' diameters, i.e. the maximum lengths, of 200 flat metal particles randomly selected from an image obtained through observation of particles under a TEM, and wherein the aspect ratio of the flat metal particles is 2 or higher, with the aspect ratio referring to a value L/d, where L denotes the average particle diameter of the flat metal particles, and d denotes an average particle thickness of the flat metal particles, which average particle thickness corresponds to the interdistance of the main planes of the flat metal particles.
A cross-linked rubber laminate comprising: an acrylic rubber composition; and a fluororubber composition, wherein the acrylic rubber composition comprises a carboxyl group-containing acrylic rubber, a polyvalent amine compound, and a heteroatom-containing alcohol, wherein the heteroatom-containing alcohol is an amino alcohol, and wherein the acrylic rubber composition and the fluororubber composition adhere to each other through crosslinking. an acrylic rubber composition; and a fluororubber composition, wherein the acrylic rubber composition comprises a carboxyl group-containing acrylic rubber, a polyvalent amine compound, and a heteroatom-containing alcohol, wherein the heteroatom-containing alcohol is an amino alcohol, and wherein the acrylic rubber composition and the fluororubber composition adhere to each other through crosslinking.
A method of fabricating a semi-finished product for a book-like document of value and/or security document in which a card-shaped blank is passed through an application device along a transport direction and in which an adhesive layer is applied onto one side of said card-shaped blank and thus the semi-finished product is formed, - wherein the adhesive layer is provided as a material web the width of which is smaller than a first dimension of the card-shaped blank as measured transversely to the transport direction, wherein - the adhesive layer which is provided as a material web is cut into an application segment the length of which is shorter than a second dimension of the card-shaped blank as measured along the transport direction, - the application segment and the card-shaped blank are brought together in such a manner that the application segment is inwardly offset with respect to all outer edges of the card-shaped blank, wherein the adhesive layer is detached from a support film on which the adhesive layer is received for support prior to being cut to length in a cutting station and wherein it is subsequently deposited onto a transfer band or onto said support film, once it has been cut to length. - wherein the adhesive layer is provided as a material web the width of which is smaller than a first dimension of the card-shaped blank as measured transversely to the transport direction, wherein - the adhesive layer which is provided as a material web is cut into an application segment the length of which is shorter than a second dimension of the card-shaped blank as measured along the transport direction, - the application segment and the card-shaped blank are brought together in such a manner that the application segment is inwardly offset with respect to all outer edges of the card-shaped blank, wherein the adhesive layer is detached from a support film on which the adhesive layer is received for support prior to being cut to length in a cutting station and wherein it is subsequently deposited onto a transfer band or onto said support film, once it has been cut to length.
A filtering face-piece respirator that comprises: a harness; and a mask body that is joined to the harness, the mask body comprising a filtering structure that has a thickness A and that has two parallel weld lines (33; 34', 34") disposed therein which are spaced 0.5 to 6 times A, wherein the filtering structure in a region between the two parallel lines (33; 34', 34") has a thickness that is less than the thickness of the filtering structure outside the parallel weld lines (33; 34', 34") but is greater than the thickness of the filtering structure in each of the weld lines (33; 34'; 34"), and wherein the ratio of the thickness of the filtering structure in a region between the two parallel lines (33; 34', 34") to the thickness of the filtering structure outside the parallel weld lines (33; 34', 34") is 0.3 to 0.9. a harness; and a mask body that is joined to the harness, the mask body comprising a filtering structure that has a thickness A and that has two parallel weld lines (33; 34', 34") disposed therein which are spaced 0.5 to 6 times A, wherein the filtering structure in a region between the two parallel lines (33; 34', 34") has a thickness that is less than the thickness of the filtering structure outside the parallel weld lines (33; 34', 34") but is greater than the thickness of the filtering structure in each of the weld lines (33; 34'; 34"), and wherein the ratio of the thickness of the filtering structure in a region between the two parallel lines (33; 34', 34") to the thickness of the filtering structure outside the parallel weld lines (33; 34', 34") is 0.3 to 0.9.
An access control device for an access control system, wherein the access control device is designed to be assigned to a physical region to which access can be granted by means of the access control device, characterised, in that the access control device comprises a programming interface, wherein the programming interface serves to communicate wirelessly with a mobile device and the access control device receives at least one, preferably a plurality, of the following data via the programming interface: i. an updated version of a firmware and/or an additional firmware ii. an updated version of an access control device identifier, iii. an updated version of at least one default attribute, preferably a plurality of default attributes, iv. an updated version of data in order to be able to carry out decryption, v. at least one control command for actuating the access control device, wherein the access control device at least partially opens the programming interface as a result of communication with the mobile device. wherein the access control device is designed to be assigned to a physical region to which access can be granted by means of the access control device, characterised, in that the access control device comprises a programming interface, wherein the programming interface serves to communicate wirelessly with a mobile device and the access control device receives at least one, preferably a plurality, of the following data via the programming interface: i. an updated version of a firmware and/or an additional firmware ii. an updated version of an access control device identifier, iii. an updated version of at least one default attribute, preferably a plurality of default attributes, iv. an updated version of data in order to be able to carry out decryption, v. at least one control command for actuating the access control device, i. an updated version of a firmware and/or an additional firmware ii. an updated version of an access control device identifier, iii. an updated version of at least one default attribute, preferably a plurality of default attributes, iv. an updated version of data in order to be able to carry out decryption, v. at least one control command for actuating the access control device, wherein the access control device at least partially opens the programming interface as a result of communication with the mobile device.
A communication method for communication between software entities via an application programming interface that comprises at least one transaction, each transaction being defined by a set of messages, the communication method including a configuration stage comprising the following steps that are performed in each software entity and for each version of the transaction that is implemented by said software entity: producing a structure description of the version, which structure description includes an global structure for each message that can be exchanged in that version of the transaction; producing a signature that is representative of the structure description of the version of the transaction; defining and saving an object comprising the signature and the structure description of the version; the communication method further comprising a sending stage comprising the step of: causing a sender software entity to send a current message in a current version of the transaction, together with a current signature of the current version; and a reception stage comprising the steps of: causing a receiver software entity to receive the current message and the current signature; causing the receiver software entity to identify an object having a signature identical to the current signature, and to decode the current message by using the structure description of said object. producing a structure description of the version, which structure description includes an global structure for each message that can be exchanged in that version of the transaction; producing a signature that is representative of the structure description of the version of the transaction; defining and saving an object comprising the signature and the structure description of the version; the communication method further comprising a sending stage comprising the step of: causing a sender software entity to send a current message in a current version of the transaction, together with a current signature of the current version; and a reception stage comprising the steps of: causing a receiver software entity to receive the current message and the current signature; causing the receiver software entity to identify an object having a signature identical to the current signature, and to decode the current message by using the structure description of said object. causing a sender software entity to send a current message in a current version of the transaction, together with a current signature of the current version; and a reception stage comprising the steps of: causing a receiver software entity to receive the current message and the current signature; causing the receiver software entity to identify an object having a signature identical to the current signature, and to decode the current message by using the structure description of said object.
A machine for preparing beverages comprising at least one tank for the water, fluidly connected, by means of a circuit, to a filtering container suitable to contain an aromatic mixture to be brewed, a pump to feed the water from said tank to said circuit, a heating device to heat the water in transit, and a control and command unit functionally connected to a user interface comprising commands (51, 52, 53, 54) suitable to select the characteristics of said beverage to be prepared, characterized in that said machine comprises a selector device drivable between at least a first position and a second position in relation to the selection of a type of beverage, either a brewed beverage or only hot water, a first outlet for the brewed beverage, disposed downstream of said filtering container along the path of the water, a second outlet for the hot water only, disposed close to said first outlet and cooperating with a diversion channel separated from said filtering container and connected to said tank by said circuit, and a diversion element disposed along said circuit and configured to assume a first or a second operating state as a function of the position of said selector device to selectively and alternatively divert a flow of water coming from said tank towards said filtering container or towards said diversion channel, wherein said diversion element comprises a three-way valve, of which two paths are associated with the circuit respectively as inlet and as first outlet, and one path is an associated path as second outlet to the diversion channel.
A method for producing an electrophotographic photosensitive member comprising a support, an undercoat layer formed on the support, and a photosensitive layer formed on the undercoat layer, the method comprising: preparing a coating liquid for an undercoat layer containing: zinc oxide particles; a polyol; a blocked isocyanate compound that is capable of forming a resin by a curing reaction with the polyol and whose isocyanate group is blocked with a structure represented by the following formula; and a solvent mixture; forming a coat of the coating liquid for an undercoat layer, and drying and curing the coat to form the undercoat layer, wherein, in the formula, * indicates the connectivity to the isocyanate group, X represents a single bond or an oxygen atom, R 1 and R 2 each independently represent an alkyl group having 1 to 4 carbon atoms, and wherein the solvent mixture comprises: a monohydric alcohol in an amount of 1 chemical equivalent or more based on the structure represented by the formula, and 90% by mass or less based on the total mass of the solvent mixture; and a ketonic solvent and/or a cyclic ether solvent in an amount of 7% by mass or more based on the total mass of the solvent mixture. preparing a coating liquid for an undercoat layer containing: zinc oxide particles; a polyol; a blocked isocyanate compound that is capable of forming a resin by a curing reaction with the polyol and whose isocyanate group is blocked with a structure represented by the following formula; and a solvent mixture; zinc oxide particles; a polyol; a blocked isocyanate compound that is capable of forming a resin by a curing reaction with the polyol and whose isocyanate group is blocked with a structure represented by the following formula; and a solvent mixture; forming a coat of the coating liquid for an undercoat layer, and drying and curing the coat to form the undercoat layer, wherein, in the formula, * indicates the connectivity to the isocyanate group, X represents a single bond or an oxygen atom, R 1 and R 2 each independently represent an alkyl group having 1 to 4 carbon atoms, and wherein the solvent mixture comprises: a monohydric alcohol in an amount of 1 chemical equivalent or more based on the structure represented by the formula, and 90% by mass or less based on the total mass of the solvent mixture; and a ketonic solvent and/or a cyclic ether solvent in an amount of 7% by mass or more based on the total mass of the solvent mixture. * indicates the connectivity to the isocyanate group, X represents a single bond or an oxygen atom, R 1 and R 2 each independently represent an alkyl group having 1 to 4 carbon atoms, and a monohydric alcohol in an amount of 1 chemical equivalent or more based on the structure represented by the formula, and 90% by mass or less based on the total mass of the solvent mixture; and a ketonic solvent and/or a cyclic ether solvent in an amount of 7% by mass or more based on the total mass of the solvent mixture.
A biogas plant having a fermenter, which has a first fermentation chamber and at least a second fermentation chamber for fermenting the fermentation medium, wherein biogas that is produced in the first fermentation chamber may be introduced into an ascending tube arranged in the second fermentation chamber, characterized in that a gas pipe extends from the first fermentation chamber to the second fermentation chamber and discharges at an entry port into the ascending tube arranged in the second fermentation chamber so that biogas that is produced in the first fermentation chamber may be introduced into the ascending tube, wherein the ascending tube has an inlet opening and an outlet opening for the passage of the fermentation medium.
A communications device, wherein the communications device comprises: a first acquiring unit, a first loopback unit, a first receiving unit, and a first control unit, wherein: the first acquiring unit is configured to acquire first specific wavelength light and second specific wavelength light from a first optical path; the first receiving unit is configured to convert the first specific wavelength light coming from the first acquiring unit into a first electrical signal; the first control unit is configured to send a first modulating signal to the first loopback unit according to the first electrical signal coming from the first receiving unit; and characterized in that the first loopback unit is configured to modulate, according to the first modulating signal, the second specific wavelength light coming from the first acquiring unit, and loop the modulated second specific wavelength light back to a second optical path, wherein a transmission direction of an optical signal in the second optical path is opposite to a transmission direction of an optical signal in the first optical path. the first acquiring unit is configured to acquire first specific wavelength light and second specific wavelength light from a first optical path; the first receiving unit is configured to convert the first specific wavelength light coming from the first acquiring unit into a first electrical signal; the first control unit is configured to send a first modulating signal to the first loopback unit according to the first electrical signal coming from the first receiving unit; and characterized in that the first loopback unit is configured to modulate, according to the first modulating signal, the second specific wavelength light coming from the first acquiring unit, and loop the modulated second specific wavelength light back to a second optical path, wherein a transmission direction of an optical signal in the second optical path is opposite to a transmission direction of an optical signal in the first optical path.
Replaceable stop for a rotating drilling, milling or countersinking tool with one-piece tool shank, comprising a stop sleeve coupled freely rotatably about the tool with a plain or anti-friction bearing, wherein a first bearing bush of the bearing carries the stop sleeve, characterised in that a second bearing bush of the bearing is mounted co-rotatably on an adjusting ring which is axially adjustable relative to the adjusting sleeve by means of an adjusting thread attached on the outer circumference of said adjusting sleeve, wherein said adjusting sleeve is replaceably and co-rotatably fastenable to the shank of the tool.
Sealing and soundproofing panel for a vehicle making it possible to improve the acoustical comfort of vehicles such as motor vehicles or similar, comprising at least one sealing wall of which the peripheral edge is capable of being arranged in a sealed manner against a structure of the vehicle, and at least one plate made of soundproofing material made integral on one of the faces of the wall by means of an adhesive layer, characterised in that said sealing wall is obtained in a polyethylene foam with physically closed cross-linked cells having a thickness of between 2 and 5 mm, a density less than 0.5 g.cm -3 and Young's modulus between 4 and 30 N/mm 2, in that the plate or plates made of soundproofing material are obtained in a bituminous material called "Fusible Soundproofing Sheet" which has a density greater than 2 g.cm -3 and which comprises bitumen, at least one mineral filler such as calcium carbonate and/or calcium oxide and/or similar, and at least one polymer, and in that said adhesive layer is obtained in an adhesive that is not sensitive to the so-called non-PSA pressure based on hot-melt polyolefin or hot-melt ethylene and vinyl acetate, said adhesive having an adhesive strength greater than 5 N/cm at ambient temperature.