mhurhangee/patent-ind-claim-en huggingface dataset:
An oceanographic information collection system, comprising: an anchor arranged on a sea bottom; an intermediate buoy that is connected to the anchor and floats in a sea; a mooring cable connected at one end to the intermediate buoy ; and an observation buoy connected to another end of the mooring cable , wherein the observation buoy comprises: a main body whose longitudinal direction is arranged in a flowing direction of an ocean current; a specific gravity adjuster that is arranged in the main body and comprises an expandable and shrinkable buoyancy bag ; an antenna that is arranged on the main body and transfers data; and an observation unit that is arranged in the main body and acquires prescribed oceanographic information, and the observation buoy floats upward by expanding the buoyancy bag of the specific gravity adjuster , and the observation buoy sinks by shrinking the buoyancy bag of the specific gravity adjuster to be made to stand by in the sea, characterized in that the oceanographic information collection system further comprising lift generation means arranged on the mooring cable , wherein the lift generation means assists upward floating and sinking of the observation buoy , wherein the lift generation means is a float that includes an openable and closable wing member and can float in the sea. an anchor arranged on a sea bottom; an intermediate buoy that is connected to the anchor and floats in a sea; a mooring cable connected at one end to the intermediate buoy ; and an observation buoy connected to another end of the mooring cable , wherein the observation buoy comprises: a main body whose longitudinal direction is arranged in a flowing direction of an ocean current; a specific gravity adjuster that is arranged in the main body and comprises an expandable and shrinkable buoyancy bag ; an antenna that is arranged on the main body and transfers data; and an observation unit that is arranged in the main body and acquires prescribed oceanographic information, and the observation buoy floats upward by expanding the buoyancy bag of the specific gravity adjuster , and the observation buoy sinks by shrinking the buoyancy bag of the specific gravity adjuster to be made to stand by in the sea, characterized in that the oceanographic information collection system further comprising lift generation means arranged on the mooring cable , wherein the lift generation means assists upward floating and sinking of the observation buoy , wherein the lift generation means is a float that includes an openable and closable wing member and can float in the sea.
A wind turbine gearbox , in particular planetary gearbox, having at least one gear which is mounted on an axle , wherein a sliding surface is arranged between the gear and the axle or between the axle and an axle holder , wherein the sliding surface is arranged on at least one layer made of a sliding bearing material, characterized in that the layer of the sliding bearing material is formed of a clad material, wherein the layer of the clad material is applied directly to an outer shell surface of the axle .
A peptide a) consisting of the amino acid sequence of SEQ ID NO: 80 or b) comprising the amino acid sequence of SEQ ID NO: 80 wherein said peptide has an overall length of up to 30 amino acids, and has the ability to bind to a molecule of the human major histocompatibility complex (MHC) class-I, or a pharmaceutically acceptable salt of a) or b).
Computer-implemented method for making a neural network more robust against adversarial disruptions, wherein the neural network is supplied with sensor data from a sensor of a motor vehicle , wherein, by means of at least one manipulator device , during a use phase of the neural network , input data of at least one layer (5-0, 5-x, 5-i) of the neural network are at least partially modified, before being supplied to the at least one layer (5-0, 5-x, 5-i), in such a way that the modified input data are statistically more probable than the unmodified input data of the at least one layer (5-0, 5-x, 5-i), according to a statistical model provided to the at least one manipulator device , wherein the statistical model in each case maps statistical properties of input data of the at least one layer (5-0, 5-x, 5-i) in the event that the neural network is supplied with training data of a training data set on which the neural network was trained. wherein, by means of at least one manipulator device , during a use phase of the neural network , input data of at least one layer (5-0, 5-x, 5-i) of the neural network are at least partially modified, before being supplied to the at least one layer (5-0, 5-x, 5-i), in such a way that the modified input data are statistically more probable than the unmodified input data of the at least one layer (5-0, 5-x, 5-i), according to a statistical model provided to the at least one manipulator device , wherein the statistical model in each case maps statistical properties of input data of the at least one layer (5-0, 5-x, 5-i) in the event that the neural network is supplied with training data of a training data set on which the neural network was trained.
Package , in particular sterile package , for a medical product , comprising a receiving space for the medical product , characterized in that a portion of the package facing the receiving space consists at least partially, preferably completely, of a resorbable material and the package has an outer packaging and a holding device arranged in the receiving space , in particular a holding device arranged in the receiving space in a position-determined manner, in which the product is held, in particular is held in a position-determined manner.
A subtilisin BPN' variant, having at least 80% sequence identity to subtilisin BPN' SEQ ID NO: 2, comprising a deletion of the amino acids at positions 75-83, and a mutation at the amino acid position S221, the mutation being S221C or S221selenocysteine, preferably S221C; and characterized by having at least one mutation at an amino acid position selected from the group consisting of L96, D99, A223 and S224, wherein the amino acid positions are defined according to SEQ ID NO: 2, and wherein such variant has ligase and/or cyclase activity with an increased reaction rate and coupling efficiency. comprising a deletion of the amino acids at positions 75-83, and a mutation at the amino acid position S221, the mutation being S221C or S221selenocysteine, preferably S221C; and characterized by having at least one mutation at an amino acid position selected from the group consisting of L96, D99, A223 and S224, wherein the amino acid positions are defined according to SEQ ID NO: 2, and wherein such variant has ligase and/or cyclase activity with an increased reaction rate and coupling efficiency.
A cold water tank comprising: a tank main body including a first body and a second body combined to form an internal space therein; and a cooling unit including a thermoelectric module cooling water accommodated within the tank main body , wherein the second body has a cladding structure in which heterogeneous metals are joined, and the interior of the second body is made of stainless steel and the exterior thereof is made of aluminum or copper, wherein the second body has a rounded shape having a central portion higher than that of the circumference thereof, and the thermoelectric module is connected to the second body to cool the second body , and characterized in that the first body and the second body are divided in a forward-backward direction and then combined to form an internal space therein, and wherein the first body is made of a synthetic resin material and formed to be larger than the second body . a tank main body including a first body and a second body combined to form an internal space therein; and a cooling unit including a thermoelectric module cooling water accommodated within the tank main body , wherein the second body has a cladding structure in which heterogeneous metals are joined, and the interior of the second body is made of stainless steel and the exterior thereof is made of aluminum or copper, wherein the second body has a rounded shape having a central portion higher than that of the circumference thereof, and the thermoelectric module is connected to the second body to cool the second body , and characterized in that the first body and the second body are divided in a forward-backward direction and then combined to form an internal space therein, and wherein the first body is made of a synthetic resin material and formed to be larger than the second body .
A grid plate assembly for use in a reactor for the hydroconversion of hydrocarbon feedstock with a hydrogen gas at elevated temperature and pressure with the use of a catalyst, comprising: a grid plate dividing the reactor into two zones, a zone above the grid plate and a zone below the grid plate; a bubble cap assembly comprising a plurality of tubular risers extending through the grid plate to transmit the hydrogen gas and hydrocarbon feedstock from the zone below the grid plate to the zone above the grid plate; each tubular riser having an upper section above the grid plate and a lower section below the grid plate, the lower section terminated with an open bottom end for ingress of the hydrogen gas and hydrocarbon feedstock, the upper section having a closed top terminated with a housing cap; the lower section of the tubular riser having at least a vertical slot extending from the open bottom end; the lower section of the tubular riser having at least a side hole opening sufficiently sized and located such that in operation, liquid level in the zone below the grid plate is above the vertical slot and below the side hole opening. a grid plate dividing the reactor into two zones, a zone above the grid plate and a zone below the grid plate; a bubble cap assembly comprising a plurality of tubular risers extending through the grid plate to transmit the hydrogen gas and hydrocarbon feedstock from the zone below the grid plate to the zone above the grid plate; each tubular riser having an upper section above the grid plate and a lower section below the grid plate, the lower section terminated with an open bottom end for ingress of the hydrogen gas and hydrocarbon feedstock, the upper section having a closed top terminated with a housing cap; the lower section of the tubular riser having at least a vertical slot extending from the open bottom end; the lower section of the tubular riser having at least a side hole opening sufficiently sized and located such that in operation, liquid level in the zone below the grid plate is above the vertical slot and below the side hole opening.
A method performed by an apparatus in a privacy policy system comprising: receiving, by the apparatus, a request to modify an application; determining , by the apparatus, in connection with processing the request to modify the application, whether a conflict is present between the application and a user privacy profile, comprising determining whether a sensor sequence in the application, when executed at run-time, is at least a subsequence of a sensor sequence in the user privacy profile; in an instance in which a conflict is determined, causing , by the apparatus, the determined conflict and at least one conflict resolution to be displayed; and causing , by the apparatus, a user privacy profile to be modified in an instance in which an indication of acceptance is received in response to the displayed at least one conflict resolution. receiving, by the apparatus, a request to modify an application; determining , by the apparatus, in connection with processing the request to modify the application, whether a conflict is present between the application and a user privacy profile, comprising determining whether a sensor sequence in the application, when executed at run-time, is at least a subsequence of a sensor sequence in the user privacy profile; in an instance in which a conflict is determined, causing , by the apparatus, the determined conflict and at least one conflict resolution to be displayed; and causing , by the apparatus, a user privacy profile to be modified in an instance in which an indication of acceptance is received in response to the displayed at least one conflict resolution.
A vehicle control apparatus for controlling traveling of an own vehicle (CS), comprising: a vehicle detector that detects a first target vehicle (CT), and detects a first own vehicle distance between the first target vehicle (CT) and the own vehicle (CS), the first target vehicle (CT) traveling on an adjacent lane adjacent to a driving lane on which the own vehicle (CS) is traveling in a same direction as the own vehicle (CS); a calculator that calculates a relative speed of the own vehicle (CS) to the first target vehicle (CT), based on a change in the first own vehicle distance; characterized by a curve setting portion that virtually sets a first curve (CL11-CL14) at a position ahead of the first target vehicle (CT), when the first target vehicle (CT) traveling on the adjacent lane is detected on a side of the own vehicle (CS) or behind the own vehicle (CS), the first curve (CL11-CL14) representing a lower limit relative speed determined in association with a distance from the first target vehicle (CT); and a vehicle controller that causes the own vehicle (CS) to travel at a relative speed not lower than a relative speed to the first target vehicle (CT), which is determined by the first curve (CL11-CL14) depending on the first own vehicle distance, when the own vehicle (CS) changes from the driving lane to the adjacent lane at a position ahead of the first target vehicle (CT). a vehicle detector that detects a first target vehicle (CT), and detects a first own vehicle distance between the first target vehicle (CT) and the own vehicle (CS), the first target vehicle (CT) traveling on an adjacent lane adjacent to a driving lane on which the own vehicle (CS) is traveling in a same direction as the own vehicle (CS); a calculator that calculates a relative speed of the own vehicle (CS) to the first target vehicle (CT), based on a change in the first own vehicle distance; characterized by a curve setting portion that virtually sets a first curve (CL11-CL14) at a position ahead of the first target vehicle (CT), when the first target vehicle (CT) traveling on the adjacent lane is detected on a side of the own vehicle (CS) or behind the own vehicle (CS), the first curve (CL11-CL14) representing a lower limit relative speed determined in association with a distance from the first target vehicle (CT); and a vehicle controller that causes the own vehicle (CS) to travel at a relative speed not lower than a relative speed to the first target vehicle (CT), which is determined by the first curve (CL11-CL14) depending on the first own vehicle distance, when the own vehicle (CS) changes from the driving lane to the adjacent lane at a position ahead of the first target vehicle (CT).
An electrochemical device including a positive electrode, a negative electrode, a separator and an electrolyte, wherein the separator comprises: a separator substrate including a polyolefin-based material, a first coating layer comprising a hydroxide inorganic flame retardant disposed on the surface of the separator substrate facing the positive electrode, and a second coating layer comprising a binder material and inorganic particles, the second coating layer being disposed on the surface of the separator substrate facing the negative electrode, wherein the weight of the first coating layer W 1 and the weight of the second coating layer W 2 satisfy the following relationships: 0.7 < W 1 / W 1 + W 2 < 0.95 7 g / m 2 < W 1 + W 2 . a separator substrate including a polyolefin-based material, a first coating layer comprising a hydroxide inorganic flame retardant disposed on the surface of the separator substrate facing the positive electrode, and a second coating layer comprising a binder material and inorganic particles, the second coating layer being disposed on the surface of the separator substrate facing the negative electrode, wherein the weight of the first coating layer W 1 and the weight of the second coating layer W 2 satisfy the following relationships: 0.7 < W 1 / W 1 + W 2 < 0.95 7 g / m 2 < W 1 + W 2 .
Anchor (1; 11) for arrangement in lightweight building boards , wherein a lightweight building board has a first covering layer and a second covering layer made from compact material that is stiff in compression, and a core layer, which is arranged between the covering layers and is made from material with a low density in comparison with the covering layers (52; 54), in particular paper honeycomb, foam or solid wood of low density, having a first anchor part and a second anchor part , wherein the first and the second anchor part are designed to be movable relative to one another, characterized in that a travel (Z) between a first end position and a second end position is limited to provide a means of retention during transportation, wherein the first end position is defined by means of first stop means on the first and the second anchor part, and the second end position is defined by means of second stop means on the first and the second anchor part.
An underrun protection system for arrangement on a rear end of a vehicle (K), having a crossmember and two support arms for supporting the crossmember and for mounting on a mounting structure (M) of the vehicle (K), wherein the two support arms are set laterally outwards such that the spacing of the support arms at the crossmember is larger than the spacing of the support arms at the mounting structure (M), wherein the underrun protection system comprises two connecting devices for mounting the crossmember on the support arms , characterized in that the connecting devices serve as reinforcement parts for sectional reinforcement of the crossmember , and/or the connecting devices are designed for adjustability along the crossmember , wherein the underrun protection system is additionally characterized by the following feature: a) the respective connecting device has a front side (Ev) and a rear side (Eh), and a longitudinal extent of the rear side (Eh) is smaller than a longitudinal extent of the front side (Ev). a) the respective connecting device has a front side (Ev) and a rear side (Eh), and a longitudinal extent of the rear side (Eh) is smaller than a longitudinal extent of the front side (Ev).
A method for producing a SiC single crystal in which a SiC seed crystal substrate is contacted with a Si-C solution having a temperature gradient such that the temperature decreases from the interior toward the surface, to grow a SiC single crystal, the method comprising: a first step in which a SiC single crystal is grown with a (1-100) plane as the growth surface, a second step in which a plane is exposed from the grown SiC single crystal, and a third step in which the SiC single crystal having the exposed plane is used as a seed crystal, and the plane is used as the growth surface for growth of a SiC single crystal, wherein the Si-C solution used in the first step and the third step contains Si and Cr. a first step in which a SiC single crystal is grown with a (1-100) plane as the growth surface, a second step in which a plane is exposed from the grown SiC single crystal, and a third step in which the SiC single crystal having the exposed plane is used as a seed crystal, and the plane is used as the growth surface for growth of a SiC single crystal, wherein the Si-C solution used in the first step and the third step contains Si and Cr.
Method for producing cationic silicon(II) compounds of general formula I (R a Si) + HA - (I) by reacting the silicon(II) compounds of general formula II (R b -H)(R a Si) + (II) with a compound A, where R a is a carbon-containing radical, which may additionally comprise heteroatoms, bound to the cationic silicon atom via a covalent bond, ionic bond or via one or more π- bonds with the cationic silicon atom, (R b -H) is a π-bonded singly negatively charged radical of general formula III, R x are monovalent or polyvalent organic radicals, which may also be bonded to one another to form a fused ring, with the proviso that at least one of the radicals R x an organic radical bonded via carbon bearing at least one hydrogen atom, and A is a compound which, as an electrophile, is capable of accepting electron pairs and which is selected from compounds of formula MX 3 where M = B, Al and Ga, wherein X is a C6-C20 aryl radical which is substituted by halogen. R a is a carbon-containing radical, which may additionally comprise heteroatoms, bound to the cationic silicon atom via a covalent bond, ionic bond or via one or more π- bonds with the cationic silicon atom, (R b -H) is a π-bonded singly negatively charged radical of general formula III, R x are monovalent or polyvalent organic radicals, which may also be bonded to one another to form a fused ring, with the proviso that at least one of the radicals R x an organic radical bonded via carbon bearing at least one hydrogen atom, and A is a compound which, as an electrophile, is capable of accepting electron pairs and which is selected from compounds of formula MX 3 where M = B, Al and Ga, wherein X is a C6-C20 aryl radical which is substituted by halogen.
Cigarette heating device having a cavity for receiving a cigarette and at least one sealing element, preferably a sealing ring , wherein the sealing element divides the cavity into at least two heating zones , wherein each heating zone has a heating unit, preferably a heating spiral and/or a heating body , so that the heating zones can be heated independently of one another by their respective heating unit, wherein in the case of which the sealing ring has an active ingredient disc , wherein the active ingredient disc has an active ingredient reservoir for receiving an active ingredient and/or a flavouring, characterized in that the active ingredient disc has an active ingredient application element which is fluidically connected to the active ingredient reservoir , wherein the active ingredient application element is set up to treat a cigarette received in the cavity with active ingredient and/or flavouring, preferably to wet it and/or to apply active ingredient and/or flavouring.
A thermoplastic resin composition comprising: polypropylene; and a polyolefin-polystyrene-based multi-block copolymer satisfying the following conditions (a) and (b): (a) Complex viscosity (η*) at a temperature of 160°C and a frequency (ω) of 0.5 rad/s: 40,000 to 350,000 Pa·s (b) Complex viscosity at a temperature of 160°C and a frequency of 125 rad/s: 900 to 3,500 Pa·s. polypropylene; and a polyolefin-polystyrene-based multi-block copolymer satisfying the following conditions (a) and (b): (a) Complex viscosity (η*) at a temperature of 160°C and a frequency (ω) of 0.5 rad/s: 40,000 to 350,000 Pa·s (b) Complex viscosity at a temperature of 160°C and a frequency of 125 rad/s: 900 to 3,500 Pa·s. (a) Complex viscosity (η*) at a temperature of 160°C and a frequency (ω) of 0.5 rad/s: 40,000 to 350,000 Pa·s (b) Complex viscosity at a temperature of 160°C and a frequency of 125 rad/s: 900 to 3,500 Pa·s.