mhurhangee/patent-ind-claim-en huggingface dataset:
A gel-like electrolyte comprising an electrolyte composition containing a solvent and an electrolyte, and a vinylidene fluoride copolymer, the vinylidene fluoride copolymer being a copolymer of vinylidene fluoride, a comonomer represented by Formula below, and a fluorine atom-containing comonomer that is different from the comonomer, whereby the fluorine atom-containing comonomer is at least one selected from the group consisting of vinyl fluoride, trifluoroethylene, tetrafluoroethylene, chlorotrifluoroethylene, and hexafluoropropylene; and a content of a vinylidene fluoride structural unit in the vinylidene fluoride copolymer being from 99.9 mol% to 95 mol% relative to a total monomer amount of 100 mol%: wherein, R 1 and R 2 are each independently a hydrogen atom or a fluorine atom, R 3 is a hydrogen atom, a fluorine atom, a chlorine atom, or an alkyl group having from 1 to 5 carbons, and R 4 is a basic group that is capable of forming an intermolecular hydrogen bond, wherein R 4 in the Formula is a nitrogen atom-containing functional group, wherein the nitrogen atom-containing functional group is an amino group, and wherein the electrolyte composition further comprises inorganic particles, the inorganic particles being at least one selected from the group consisting of SrTiO 3 , SnO 2 , CeO 2 , MgO, NiO, CaO, ZnO, ZrO 2 , Y 2 O 3 , Al 2 O 3 , TiO 2 , SiO 2 , SiC, clay minerals, mica, and calcium carbonate. the vinylidene fluoride copolymer being a copolymer of vinylidene fluoride, a comonomer represented by Formula below, and a fluorine atom-containing comonomer that is different from the comonomer, whereby the fluorine atom-containing comonomer is at least one selected from the group consisting of vinyl fluoride, trifluoroethylene, tetrafluoroethylene, chlorotrifluoroethylene, and hexafluoropropylene; and a content of a vinylidene fluoride structural unit in the vinylidene fluoride copolymer being from 99.9 mol% to 95 mol% relative to a total monomer amount of 100 mol%: wherein, R 1 and R 2 are each independently a hydrogen atom or a fluorine atom, R 3 is a hydrogen atom, a fluorine atom, a chlorine atom, or an alkyl group having from 1 to 5 carbons, and R 4 is a basic group that is capable of forming an intermolecular hydrogen bond, wherein R 4 in the Formula is a nitrogen atom-containing functional group, wherein the nitrogen atom-containing functional group is an amino group, and wherein the electrolyte composition further comprises inorganic particles, the inorganic particles being at least one selected from the group consisting of SrTiO 3 , SnO 2 , CeO 2 , MgO, NiO, CaO, ZnO, ZrO 2 , Y 2 O 3 , Al 2 O 3 , TiO 2 , SiO 2 , SiC, clay minerals, mica, and calcium carbonate.
Method for fixing active plant ingredients on a surface region of a non-metallic substrate , characterized in that a plant extract is applied to the surface region of the substrate and subsequently the surface region of the substrate is treated with low-energy electrons.
A multi-layered self-supporting 3D shaped trim part having an exposed face , in particular a trim part for an automotive vehicle, such as for example an interior covering or lining part, said trim part comprising at least one underlying structural support layer , at least one overlying covering layer viewable on or forming the exposed face of the trim part , or at least part of it, and at least one thin surface element with at least one functional area , located between the aforementioned support and covering layers and in direct contact over its entire surface with at least the support layer , wherein said support layer consists of a thermo-compressed thermoplastic material layer reinforced with fibres, said at least one functional surface element being associated with at least one connection means (4") extending through the support layer and providing on the rear face of said support layer , opposed to the exposed face , a connecting site or area for connection with an electrical power delivering source and/or an electrical/electronical device, said trim part being characterized in that said support layer has been obtained by 3D shaping by thermocompression of a blank of mixed polypropylene fibres and natural fibres, in that the or each connection means consists of an integral local extension (4") of the functional surface element which crosses the support layer at a throughway (2") in the original uncompressed composite material blank of said support layer , corresponding to a slot, notch or cut-out opening realised in the original composite material blank of said support layer , which is sealed during thermocompression, and in that the portion of the local extension (4") crossing said support layer is directly contacted by and embedded in its thermocompressed constitutive material.
A drain connector unit for drainage of liquid waste of beverage dispensing devices, comprising: a housing for cooperating with an opening of a drain container for collecting liquid waste from a dispensing device; a drain channel for guiding fluids there through from a leak receptacle of the dispensing device, to the drain container; characterised in that at least a first aroma barrier is interposed between a first opening and a second opening on the housing, wherein the first opening is arranged for interacting with a headspace of the drain container and the second opening is arranged for interacting with a gas atmosphere outside of the drain container. a housing for cooperating with an opening of a drain container for collecting liquid waste from a dispensing device; a drain channel for guiding fluids there through from a leak receptacle of the dispensing device, to the drain container; characterised in that at least a first aroma barrier is interposed between a first opening and a second opening on the housing, wherein the first opening is arranged for interacting with a headspace of the drain container and the second opening is arranged for interacting with a gas atmosphere outside of the drain container.
A wearable device having: a body ; a band strap connected to the body and having a free end; a magnetic tab attached to the free end of the band strap , the magnetic tab including a magnetic element; and a loop defining an aperture receiving the free end of the band strap , wherein the magnetic tab is configured to pass through the aperture and attach to a surface of the band strap using the magnetic element, and wherein the loop is attached to the body and the band strap is configured to attach the wearable device to a wrist of a user; characterised in that : the band strap is formed from a metallic mesh material; the magnetic tab includes an attachment face having a substantially flat surface that is configured to mate to the surface of the band strap when the wearable device is attached, and by a friction-enhancing member disposed on the attachment face and configured to increase a resistance to shear when the magnetic tab is attached to the surface of the band strap , wherein the friction-enhancing member comprises a ring disposed in a groove formed in the attachment face of the magnetic tab . a body ; a band strap connected to the body and having a free end; a magnetic tab attached to the free end of the band strap , the magnetic tab including a magnetic element; and a loop defining an aperture receiving the free end of the band strap , wherein the magnetic tab is configured to pass through the aperture and attach to a surface of the band strap using the magnetic element, and wherein the loop is attached to the body and the band strap is configured to attach the wearable device to a wrist of a user; characterised in that : the band strap is formed from a metallic mesh material; the magnetic tab includes an attachment face having a substantially flat surface that is configured to mate to the surface of the band strap when the wearable device is attached, and by a friction-enhancing member disposed on the attachment face and configured to increase a resistance to shear when the magnetic tab is attached to the surface of the band strap , wherein the friction-enhancing member comprises a ring disposed in a groove formed in the attachment face of the magnetic tab . the band strap is formed from a metallic mesh material; the magnetic tab includes an attachment face having a substantially flat surface that is configured to mate to the surface of the band strap when the wearable device is attached, and by a friction-enhancing member disposed on the attachment face and configured to increase a resistance to shear when the magnetic tab is attached to the surface of the band strap , wherein the friction-enhancing member comprises a ring disposed in a groove formed in the attachment face of the magnetic tab .
Resistor assembly for a battery sensor in a vehicle, comprising two line sections and a measuring resistor arranged between the line sections , wherein the measuring resistor is electrically conductively connected to the line sections at contact areas , characterized in that the contact areas are oblique with respect to the longitudinal axis (L) of the resistor assembly , such that the measuring resistor is arranged obliquely with respect to the main current direction of the resistor assembly that is defined by the longitudinal axis of the line sections or of the resistor assembly, in that at least one first contact point is provided at the first line section and at least one second contact point , which is associated with the first contact point , is provided at the second line section , wherein the first contact point and the associated second contact point are arranged transversely with respect to the longitudinal direction (L) of the resistor assembly in such a way that the influence of a temperature-induced change in the electrical resistance of the measuring resistor and/or of the line sections is reduced and/or compensated for.
Method for producing an assembly , comprising at least three components , said method having the steps of: - producing an intermediate assembly from a first component , a second component and a third component , wherein the three components are arranged in a predetermined position with respect to one another, wherein, during production of the intermediate assembly , a cavity is created between the components which comprises a first region, which extends substantially between the second component and the third component , and comprises a second region, which extends substantially between the second component and the first component , - producing a first adhesive connection between the second component and the third component , and - producing a second adhesive connection between the first component and the second component , characterized in that the second component has an aperture and in that , in order to produce the first adhesive connection , an adhesive is introduced into the first region of the cavity through the aperture , and in that the first component has an aperture , wherein, in order to produce the second adhesive connection , an adhesive is introduced into the second region of the cavity through the aperture , wherein first of all the first adhesive connection is produced and then the second adhesive connection . - producing an intermediate assembly from a first component , a second component and a third component , wherein the three components are arranged in a predetermined position with respect to one another, wherein, during production of the intermediate assembly , a cavity is created between the components which comprises a first region, which extends substantially between the second component and the third component , and comprises a second region, which extends substantially between the second component and the first component , - producing a first adhesive connection between the second component and the third component , and - producing a second adhesive connection between the first component and the second component ,
Apparatus for preventing flashback into a line carrying flammable gas, in particular flame arrester, wherein the apparatus has a housing with at least one cut-off valve arranged therein, at least one gas non-return valve arranged therein and at least one sintered body arranged therein, wherein the apparatus comprises a sensor device and a memory, characterised in that the sensor device acquires data, such as the frequency and intensity of flashbacks, and stores these data in the memory of the apparatus.
An induction heating cooking apparatus comprising: a top plate positioned above a main body , on which a cooking container is placed; a working coil positioned below the top plate , and configured to generate a magnetic field for induction heating the cooking container ; a projector positioned below the top plate and in front of the working coil , and configured to output cooking information toward a reflector ; characterised by the reflector being positioned below the top plate and between the working coil and the projector , and configured to receive the cooking information , wherein the reflector is configured to perform one of reflecting, projecting, and image-forming the cooking information toward the top plate . a top plate positioned above a main body , on which a cooking container is placed; a working coil positioned below the top plate , and configured to generate a magnetic field for induction heating the cooking container ; a projector positioned below the top plate and in front of the working coil , and configured to output cooking information toward a reflector ; characterised by the reflector being positioned below the top plate and between the working coil and the projector , and configured to receive the cooking information , wherein the reflector is configured to perform one of reflecting, projecting, and image-forming the cooking information toward the top plate .
A process for producing a carbon nanotube-grafted substrate, the process comprising: a. providing a substrate having catalytic material deposited thereon; and b. synthesising carbon nanotubes on the substrate by a chemical vapour deposition (CVD) process in a reaction chamber; characterised in that the process comprises providing a counter electrode, applying a potential difference to the substrate in relation to the counter electrode and maintaining the potential difference of the substrate in relation to the counter electrode during the chemical vapour deposition process; wherein the substrate comprises a carbon fibre material or precursor thereof; wherein the catalytic material is a d-block transition metal-containing catalytic material or a non-metal seed catalyst, or a mixture thereof; and wherein the chemical vapour deposition process is performed in a continuous fashion. a. providing a substrate having catalytic material deposited thereon; and b. synthesising carbon nanotubes on the substrate by a chemical vapour deposition (CVD) process in a reaction chamber; wherein the substrate comprises a carbon fibre material or precursor thereof; wherein the catalytic material is a d-block transition metal-containing catalytic material or a non-metal seed catalyst, or a mixture thereof; and wherein the chemical vapour deposition process is performed in a continuous fashion.
A method, comprising: receiving, by a microprocessor and from a computing device of a user, an attribute validation request comprising a set of attributes comprising a set of keys to be validated and an electronic address of or associated with the user of the computing device or the computing device; providing, by the microprocessor to the computing device, a blockchain address verification request comprising a challenge token; receiving, by the microprocessor from the computing device, a blockchain address verification reply comprising a signed version of the challenge token, the signed version being signed by a private key associated with the user of the computing device; successfully validating, by the microprocessor, that the signature of the signed version of the challenge token is associated with the user; in response to the successful validation of the signature, generating, by the microprocessor and using a crypto-variable, an obfuscated unique identity associated with the user or the computing device made up or derived from the set of attributes; transmitting the crypto-variable and/or obfuscated unique identity to the computing device of the user; and causing, by the microprocessor, a digital distributed secure ledger to be updated to include the obfuscated unique identity. receiving, by a microprocessor and from a computing device of a user, an attribute validation request comprising a set of attributes comprising a set of keys to be validated and an electronic address of or associated with the user of the computing device or the computing device; providing, by the microprocessor to the computing device, a blockchain address verification request comprising a challenge token; receiving, by the microprocessor from the computing device, a blockchain address verification reply comprising a signed version of the challenge token, the signed version being signed by a private key associated with the user of the computing device; successfully validating, by the microprocessor, that the signature of the signed version of the challenge token is associated with the user; in response to the successful validation of the signature, generating, by the microprocessor and using a crypto-variable, an obfuscated unique identity associated with the user or the computing device made up or derived from the set of attributes; transmitting the crypto-variable and/or obfuscated unique identity to the computing device of the user; and causing, by the microprocessor, a digital distributed secure ledger to be updated to include the obfuscated unique identity.
A base material for molding (M1) comprising: reinforcing fibers (F) that are two-dimensionally oriented; and a resin (R) impregnated with the reinforcing fibers, wherein the reinforcing fibers are oriented at three or more orientation angles that are different from one another, the reinforcing fibers oriented at one or two of the three or more orientation angles are continuous fibers (CF), and the reinforcing fibers oriented at orientation angles other than the one or two orientation angles are discontinuous fibers (DF), where the reinforcing fibers are oriented at an orientation angle other than the one or two orientation angles in a divided state in the base material for molding, characterized in that when there are continuous fibers oriented at the one of the orientation angles, the continuous fibers are oriented in a single direction; when there are continuous fibers oriented at the two of the orientation angles, the continuous fibers oriented at each of the two of the orientation angles are in different layers, with the continuous fibers being oriented in a single direction in each of the layers. reinforcing fibers (F) that are two-dimensionally oriented; and a resin (R) impregnated with the reinforcing fibers, wherein the reinforcing fibers are oriented at three or more orientation angles that are different from one another, the reinforcing fibers oriented at one or two of the three or more orientation angles are continuous fibers (CF), and the reinforcing fibers oriented at orientation angles other than the one or two orientation angles are discontinuous fibers (DF), where the reinforcing fibers are oriented at an orientation angle other than the one or two orientation angles in a divided state in the base material for molding, characterized in that when there are continuous fibers oriented at the one of the orientation angles, the continuous fibers are oriented in a single direction; when there are continuous fibers oriented at the two of the orientation angles, the continuous fibers oriented at each of the two of the orientation angles are in different layers, with the continuous fibers being oriented in a single direction in each of the layers.
Apparatus for handling notes of value, having an introduction unit for introducing at least one note of value, a transport unit for transporting the note of value in a transport direction (P1) along a transport path , having an image capture unit for recording at least one image with a representation of at least one note of value which has been introduced, and having a control unit which, on the basis of the image, determines the type of note of value of the note of value which has been introduced and on the basis of the determined type of note of value, controls at least one processing unit arranged downstream of the image capture unit to further process the note of value, characterized in that an illumination unit for illuminating the note of value during the recording of the image with the aid of the image capture unit is provided, in that the note of value is arranged between the image capture unit and the illumination unit during the recording of the image, in that the processing unit comprises a diverter for transporting the notes of value into a first transport path or at least one second transport path and/or an alignment station for aligning the notes of value, in that the control unit classifies the notes of value into cheques, banknotes and other sheet-like media as types of notes of value, in that the control unit determines at least one dimension of the note of value in a first step on the basis of the representation of the note of value in the image and, on the basis of this dimension, determines whether the note of value could be a banknote or a cheque, in that , if it was determined in the first step that the note of value could be a banknote or a cheque, the control unit checks the presence of at least one characteristic feature of preset permissible banknotes in a second step, and in that , if it was determined in the second step that the note of value is not a permissible banknote, the control unit checks the presence of at least one preset characteristic feature of cheques in a third step.
A carrier link of a conveyor chain intended to convey hanging product carriers, comprising two parallel walls connected by a partition wall , where the parallel walls have a central opening on a long side, comprising a chain lock positioned at the opening , where the chain lock can assume an open state and a closed state, characterized in that the chain lock comprises two locking arms , where each locking arm comprises a locking lug and a retaining pin , where the carrier link comprises first retaining holes adapted to cooperate with the retaining pins when the chain lock is in the open state, and second retaining holes adapted to cooperate with the retaining pins when the chain lock is in the closed state, where the locking lugs are intended to secure a product carrier in the central opening such that the product carrier bears against the two locking lugs when the product carrier is conveyed hanging from the carrier link, and where the open state and the closed state are two stable states, such that the chain lock can remain in the open state and the closed state.