mhurhangee/patent-ind-claim-en huggingface dataset:
Method for coupling a motor vehicle by means of a trailer coupling to a coupling element of a trailer with at least partially automatic actuation of the motor vehicle use data which is acquired by means of a surroundings sensor system, in particular surroundings sensor system of a motor vehicle, wherein a controlled change in height on at least one axle is carried out by means of an air suspension system of the motor vehicle using the acquired data , wherein the data which is obtained by means of the surroundings sensor system is used to carry out checking as to whether the trailer coupling of the motor vehicle is, in comparison with the coupling element of the trailer, at a height (H) which is suitable for coupling wherein automated manoeuvring occurs into a position (P) in which the coupling element of the trailer is above the trailer coupling of the motor vehicle if the checking has revealed that the trailer coupling of the motor vehicle is, in comparison with the coupling element of the trailer, at a height (H) which is suitable for coupling, characterized in that safety limiting values for a vertical adjustment are specified on the axles, wherein different safety limiting values are provided in accordance with whether the vehicle is in a stationary state or is moving and what distance is to be covered in the case of automatic manoeuvring, and in that after the position (P) at which the coupling element of the trailer is above the trailer coupling of the motor vehicle has been reached, the controlled change in height is carried out by means of a pitching movement of the vehicle, wherein the rear axle is raised by means of the air suspension system so that the trailer coupling of the motor vehicle engages in the coupling element of the trailer.
A method of preparing nucleic acids for analysis, the method comprising: (a) adding one or more nucleotides to a 3' end of a double-stranded nucleic acid comprising a target nucleotide sequence, wherein at least one of the one or more nucleotides is a capture moiety modified nucleotide; (b) ligating an adapter nucleic acid to the double-stranded nucleic acid to which the capture moiety modified nucleotide has been added to produce a ligation product, wherein a sequence of one or more nucleotides at a 3' end of the adapter nucleic acid is complementary with the one or more nucleotides added to the 3' end of the double-stranded nucleic acid in step (a); (c) capturing the ligation product by contacting the ligation product with a binding partner of the capture moiety modified nucleotide; and (d) amplifying the ligation product by polymerase chain reaction using a first target-specific primer that specifically anneals to the target nucleotide sequence and a first adapter primer that specifically anneals to a complementary sequence of the adapter nucleic acid. (a) adding one or more nucleotides to a 3' end of a double-stranded nucleic acid comprising a target nucleotide sequence, wherein at least one of the one or more nucleotides is a capture moiety modified nucleotide; (b) ligating an adapter nucleic acid to the double-stranded nucleic acid to which the capture moiety modified nucleotide has been added to produce a ligation product, wherein a sequence of one or more nucleotides at a 3' end of the adapter nucleic acid is complementary with the one or more nucleotides added to the 3' end of the double-stranded nucleic acid in step (a); (c) capturing the ligation product by contacting the ligation product with a binding partner of the capture moiety modified nucleotide; and (d) amplifying the ligation product by polymerase chain reaction using a first target-specific primer that specifically anneals to the target nucleotide sequence and a first adapter primer that specifically anneals to a complementary sequence of the adapter nucleic acid.
Method for activating the diagnosis of a Diesel oxidation catalyst arranged in an exhaust line of a Diesel type internal combustion engine and capable of treating the exhaust gases produced by said internal combustion engine, said catalyst having an upstream temperature (TAM) and a downstream temperature (TAV), said exhaust line further comprising a selective catalytic reduction device (SCR) and a particle filter (FAP), said method comprising the following steps: - a step of measuring the downstream temperature (TAV) of said catalyst; - a step of obtaining a downstream temperature (TAVM) according to a thermal model of said catalyst when it is not impregnated; - a step of determining the combustion mode of said internal combustion engine among a regeneration mode corresponding to the regeneration of said particle filter and a mode (FCLO) corresponding to the activation of said selective catalytic reduction (SCR) device; - an activation step for diagnosing said catalyst only when the combustion mode is said regeneration mode, the diagnosis being based on the difference between the downstream temperature (TAV) of said catalyst and the downstream temperature (TAVM) according to said model thermal, said diagnosis signaling a fault when said difference is less than a predetermined detection threshold value (SEU1). - a step of measuring the downstream temperature (TAV) of said catalyst; - a step of obtaining a downstream temperature (TAVM) according to a thermal model of said catalyst when it is not impregnated; - a step of determining the combustion mode of said internal combustion engine among a regeneration mode corresponding to the regeneration of said particle filter and a mode (FCLO) corresponding to the activation of said selective catalytic reduction (SCR) device; - an activation step for diagnosing said catalyst only when the combustion mode is said regeneration mode, the diagnosis being based on the difference between the downstream temperature (TAV) of said catalyst and the downstream temperature (TAVM) according to said model thermal, said diagnosis signaling a fault when said difference is less than a predetermined detection threshold value (SEU1).
A polyorganosiloxane-containing graft copolymer in which a rubber (A) containing 0.1 to 40% by mass of a polyorganosiloxane (A1) and 41 to 99.8% by mass of a vinyl polymer (A2) is grafted with 0.1 to 19% by mass of vinyl monomer (b) with respect to 100% by mass of the polyorganosiloxane-containing graft copolymer, wherein the vinyl polymer (A2) is a vinyl polymer of 90 to 100% by mass of a monofunctional vinyl monomer (a1) with 10 to 0% by mass of a polyfunctional vinyl monomer (a2), and wherein the homopolymer of the monofunctional vinyl monomer (a1) has a glass transition temperature of 0 °C or more.
A method for electrochemical synthesis of polyaniline on an anodized aluminum or aluminium alloy, the method comprising: electropolymerising aniline on the aluminium or aluminium alloy and doping the polyaniline with 2,5-mercapto-1,3,4-thiadiazole (DMcT).
A pipe comprising a pipe inner-layer structure, comprising: fixed members that are installed along an inner peripheral surface of the pipe at intervals in a pipe-axial direction; connection members that are disposed on the fixed members and include first fitting portions to which an inner surface material is fitted; and the inner surface material in a shape of a band, which is fitted to the first fitting portions of the connection members and is provided across fixed members adjacent to each other in the pipe-axial direction, wherein the connection members are adapted so as to be divided and disposed on the fixed members and include second fitting portions for installing the connection members on the fixed members . fixed members that are installed along an inner peripheral surface of the pipe at intervals in a pipe-axial direction; connection members that are disposed on the fixed members and include first fitting portions to which an inner surface material is fitted; and the inner surface material in a shape of a band, which is fitted to the first fitting portions of the connection members and is provided across fixed members adjacent to each other in the pipe-axial direction, wherein the connection members are adapted so as to be divided and disposed on the fixed members and include second fitting portions for installing the connection members on the fixed members .
Loudspeaker intended to be secured to a receiving part comprising a front surface , a rear surface , the loudspeaker comprising a body delimited by a front wall , a rear wall intended to be secured to the receiving part and a lateral wall connecting said front and rear walls , the front wall forming a collar intended to bear against the essentially planar front surface of the receiving part and comprising at least one hole for securing on to the receiving part , characterized in that the loudspeaker comprises two pre-holding hooks that are intended to cooperate with the receiving part , said hooks being integral with the body of the loudspeaker and extending on either side of the loudspeaker, being mutually parallel and symmetric with respect to the plane of symmetry of the loudspeaker , and in that the loudspeaker comprises, in its lower part, at least one bearing portion extending horizontally from an inner surface of the lateral wall beyond the collar and intended to be positioned in an orifice for receiving the loudspeaker provided on the receiving part so as to press against a dropped edge that projects from the rear surface of the receiving part .
A method for the camera-based identification of an add-on part able to be subsequently or additionally mounted on a vehicle, comprising the following steps: - detection (S10) by means of at least one camera of a region of the vehicle, onto which an add-on part can be mounted, - analysis (S12) of the images of the detected region produced by the at least one camera with respect to characteristic features of an add-on part, and - identification (S14) of an add-on part that has been mounted in the detected region in accordance with said analysis, characterized in that the identification of the add-on part that can be mounted on the vehicle includes the identification of a roof carrier system that has been mounted in the detected region and/or of a load of the/of a roof carrier system, the analysis (S12) of the images of the detected region produced by the at least one camera with respect to characteristic features of an add-on part includes the search (S120) for image regions with movement in the images of the detected region produced by the at least one camera by means of an optical flow method, the search (S120) for image regions with movement in the images of the detected region produced by the at least one camera by means of an optical flow method comprises the following steps: - division (S1200) of the images into subregions, - for each subregion, detection (S1202) whether movement has been identified or not within a predefined period of time, and - production (S1204) of images with movement intensity based on the preceding detection step, and the analysis (S12) of the images of the detected region produced by the at least one camera with respect to characteristic features of an add-on part further comprises the following steps: - identification (S122) of regions without movement in the images with movement intensity, - classification (S124) of the identified regions without movement with respect to characteristic features of an add-on part. - detection (S10) by means of at least one camera of a region of the vehicle, onto which an add-on part can be mounted, - analysis (S12) of the images of the detected region produced by the at least one camera with respect to characteristic features of an add-on part, and - identification (S14) of an add-on part that has been mounted in the detected region in accordance with said analysis, characterized in that - division (S1200) of the images into subregions, - for each subregion, detection (S1202) whether movement has been identified or not within a predefined period of time, and - production (S1204) of images with movement intensity based on the preceding detection step, and - identification (S122) of regions without movement in the images with movement intensity, - classification (S124) of the identified regions without movement with respect to characteristic features of an add-on part.
A composition comprising a therapeutically effective amount of alpha-1 antitrypsin (AAT-1) for use in preventing organ injury or preventing excessive postoperative bleeding resulting from cardiac surgery, wherein the composition is administered to a subject before the cardiac surgery.
A method for welding electrode tabs comprising: performing main welding through resistance welding to connect electrode tabs protruded from electrode plates provided in a battery and lead parts electrically connecting the electrode tabs to external terminals and having a lead film on the surfaces thereof, wherein, in main welding, a welding part is formed in a partial section of an overlapping region between the electrode tab and the lead part, and a non-welding section is formed between the welding part and the lead film, and wherein main welding is performed using a welding guide member to measure the position of the non-welding section. performing main welding through resistance welding to connect electrode tabs protruded from electrode plates provided in a battery and lead parts electrically connecting the electrode tabs to external terminals and having a lead film on the surfaces thereof, wherein, in main welding, a welding part is formed in a partial section of an overlapping region between the electrode tab and the lead part, and a non-welding section is formed between the welding part and the lead film, and wherein main welding is performed using a welding guide member to measure the position of the non-welding section.
A method performed by a base unit, the method comprising: transmitting a control message including an indicator for indicating termination of a control channel monitoring, the indicator being also for indicating termination of a data transmission; wherein the indicator is assigned to one or more of unused states of a resource block assignment field of the control message based on a bit length of the indicator; wherein the indicator is a binary value with a pattern of "x0" or "x00" for all system frequency bandwidths, "x" is all "1", wherein length of x is determined by a bit length of the resource block assignment field or an associated system frequency bandwidth. transmitting a control message including an indicator for indicating termination of a control channel monitoring, the indicator being also for indicating termination of a data transmission; wherein the indicator is assigned to one or more of unused states of a resource block assignment field of the control message based on a bit length of the indicator; wherein the indicator is a binary value with a pattern of "x0" or "x00" for all system frequency bandwidths, "x" is all "1", wherein length of x is determined by a bit length of the resource block assignment field or an associated system frequency bandwidth.
A roll press arrangement for dewatering fibrous granular feedstock in a roll press apparatus, comprising - a first cylindrical press roll having a first central axis, said first press roll being arranged to be rotatable about said first central axis, and - a second cylindrical press roll having a second central axis parallel with the first central axis, said second press roll being arranged to be rotatable about said second central axis, wherein the first press roll and the second press roll are further arranged such that a nip is formed between the first press roll and the second press roll so as to apply a compression force on fibrous granular feedstock for dewatering thereof, when in use, and wherein a feed region is defined between the first press roll and the second press roll at an inlet side of the nip , the first press roll and the second press roll being rotatable towards the nip on the inlet side thereof for introducing fibrous granular feedstock from feed region into the nip, characterized in that the roll press arrangement further comprises a side plate having a third central axis, said side plate being further arranged to be rotatable about said third central axis towards the nip on the inlet side thereof, wherein the side plate is arranged at an axial end of the first press roll and the second press roll such that a side surface of the side plate axially delimits at least the nip and the feed region, wherein the side plate is further supported against the axial end of the first press roll and the second press roll at least at a position corresponding to the nip so as to prevent the fibrous granular feedstock from escaping the nip in an axial direction, when in use, and wherein a clearance of 0.1mm - 4 mm, when in use, is arranged between the side surface of the side plate and the axial end of the first press roll and the second press roll at least at the feed region so as to provide a drainage route for liquid dewatered from the fibrous granular feedstock, wherein the side plate has a diameter larger than that of the first press roll , and wherein the side plate is arranged to radially exceed an outer circumference of the first press roll so as to axially delimit a bed of fibrous granular feedstock in the feed region, when in use. - a first cylindrical press roll having a first central axis, said first press roll being arranged to be rotatable about said first central axis, and - a second cylindrical press roll having a second central axis parallel with the first central axis, said second press roll being arranged to be rotatable about said second central axis,
Device for stacking folded products , comprising: a feed device for feeding the separated successive folded products into a stacking region at an outlet from the feed device ; two guide devices , which are located opposite each other, which form the stacking region between them and which are configured to hold and to support folded products fed successively by the feed device to form a stack of upright folded products between them; at least one conveying device for conveying the stacked folded products into a discharge region of the device along a transport path aligned in a transport direction (T); wherein the guide devices extend parallel to the transport direction (T) and are located opposite each other in a first direction transverse to the transport direction (T), wherein in each case one of the two guide devices is arranged on one side of the transport path in order to guide the folded products laterally along the transport path , wherein the guide devices extend from the stacking region as far as the discharge region in order to guide and to support the folded products along the transport path ; wherein each guide device has a brush on that side of the guide device which faces the stacking region . a feed device for feeding the separated successive folded products into a stacking region at an outlet from the feed device ; two guide devices , which are located opposite each other, which form the stacking region between them and which are configured to hold and to support folded products fed successively by the feed device to form a stack of upright folded products between them; at least one conveying device for conveying the stacked folded products into a discharge region of the device along a transport path aligned in a transport direction (T); wherein the guide devices extend parallel to the transport direction (T) and are located opposite each other in a first direction transverse to the transport direction (T), wherein in each case one of the two guide devices is arranged on one side of the transport path in order to guide the folded products laterally along the transport path , wherein the guide devices extend from the stacking region as far as the discharge region in order to guide and to support the folded products along the transport path ; wherein each guide device has a brush on that side of the guide device which faces the stacking region .
A cementitious mixture for self-healing characterized in that it comprises: a) 2% to 99%, more preferably 10% to 50%, most preferably 15% to 25% of divalent magnesium dominated silicate by weight of total hydraulic solid materials that in neutral or basic aqueous solutions have the capacity to be a latent hydraulic binder; and b) chloride ions or brine with a chloride concentration of between 0.7% and 10% by weight of water. a) 2% to 99%, more preferably 10% to 50%, most preferably 15% to 25% of divalent magnesium dominated silicate by weight of total hydraulic solid materials that in neutral or basic aqueous solutions have the capacity to be a latent hydraulic binder; and b) chloride ions or brine with a chloride concentration of between 0.7% and 10% by weight of water.
A composition comprising botulinum toxin (BTX), colloidal silver particles and water.
A cloud server system connected to a cloud server, an uploading client device, and a downloading client device over a network, the cloud server system comprising a validation application, an input/output interface, and data storage, wherein the cloud server system is configured to: receive, via the input/output interface, a first set of data from the uploading client device over the network; determine, using the validation application, that a portion of the first set of data fails at least one validation rule of a set of validation rules; transmit, via the input/output interface, a notification to the uploading client device indicating the portion of the first set of data that failed the at least one validation rule and including details of how to comply with the validation rules and instructions to retransmit the portion of the first set of data that failed the at least one validation rule; receive, via the input/output interface, a second set of data from the uploading client device over the network, the second set of data including the portion of the first set of data that failed the at least one validation rule reformatted and/or regenerated according to the notification; determine, using the validation application, that the second set of data passes the set of validation rules; and transmit, via the input/output interface, the second set of data to the downloading client device based on downloading client privileges associated with the downloading client device. receive, via the input/output interface, a first set of data from the uploading client device over the network; determine, using the validation application, that a portion of the first set of data fails at least one validation rule of a set of validation rules; transmit, via the input/output interface, a notification to the uploading client device indicating the portion of the first set of data that failed the at least one validation rule and including details of how to comply with the validation rules and instructions to retransmit the portion of the first set of data that failed the at least one validation rule; receive, via the input/output interface, a second set of data from the uploading client device over the network, the second set of data including the portion of the first set of data that failed the at least one validation rule reformatted and/or regenerated according to the notification; determine, using the validation application, that the second set of data passes the set of validation rules; and transmit, via the input/output interface, the second set of data to the downloading client device based on downloading client privileges associated with the downloading client device.