mhurhangee/ep-ind-claims huggingface dataset:
Method for assisting a driver of a vehicle, particularly a commercial vehicle, wherein the vehicle is driven by means of at least one drive device, wherein a regulatory and/or control device is provided, by means of which, in a basic mode, the velocity of the vehicle is spontaneously regulated and/or controlled such that, provided that the vehicle exceeds a defined maximum velocity (v max), the vehicle is put into a state with decreased drive power in a deceleration step until it drops below a defined minimum velocity (v min), which is lower than the maximum velocity (v max), that, provided that the vehicle drops below the defined minimum velocity (v min), the vehicle is accelerated by means of the drive device in an acceleration step until it exceeds the maximum velocity (v max), wherein the drive device is operated essentially at maximum efficiency during the acceleration step, wherein the maximum velocity (v max) is set and/or adjusted on the basis of at least one road and/or traffic parameter, wherein, in the basic mode, the braking step and the acceleration step are carried out alternately, and wherein the vehicle has a defined average velocity when a deceleration step and an acceleration step are performed, and characterized in that, provided that there is a vehicle in front travelling in the same lane ahead of the vehicle in a defined close range in the region of the vehicle, the maximum velocity (v max) and the minimum velocity (v min) are set such that the average velocity and the velocity of the vehicle in front are essentially identical. wherein a regulatory and/or control device is provided, by means of which, in a basic mode, the velocity of the vehicle is spontaneously regulated and/or controlled such that, provided that the vehicle exceeds a defined maximum velocity (v max), the vehicle is put into a state with decreased drive power in a deceleration step until it drops below a defined minimum velocity (v min), which is lower than the maximum velocity (v max), that, provided that the vehicle drops below the defined minimum velocity (v min), the vehicle is accelerated by means of the drive device in an acceleration step until it exceeds the maximum velocity (v max), wherein the drive device is operated essentially at maximum efficiency during the acceleration step, wherein the maximum velocity (v max) is set and/or adjusted on the basis of at least one road and/or traffic parameter, wherein, in the basic mode, the braking step and the acceleration step are carried out alternately, and wherein the vehicle has a defined average velocity when a deceleration step and an acceleration step are performed, and characterized in that, provided that there is a vehicle in front travelling in the same lane ahead of the vehicle in a defined close range in the region of the vehicle, the maximum velocity (v max) and the minimum velocity (v min) are set such that the average velocity and the velocity of the vehicle in front are essentially identical.
An improved barrel clamp assembly for a minigun, characterised in that the barrel clamp assembly comprises: a tube having a front end, a rear end, and a plurality of longitudinal openings extending along a portion the length of the tube between the front end and the rear end; and the assembly further comprises an impeller mounted to and positioned inside the tube between the tube front end and the tube rear end; wherein the impeller is configured so that when the tube is rotated, the impeller moves surrounding air through the plurality of longitudinal openings to cool barrels disposed within the tube. a tube having a front end, a rear end, and a plurality of longitudinal openings extending along a portion the length of the tube between the front end and the rear end; and the assembly further comprises an impeller mounted to and positioned inside the tube between the tube front end and the tube rear end; wherein the impeller is configured so that when the tube is rotated, the impeller moves surrounding air through the plurality of longitudinal openings to cool barrels disposed within the tube.
A stent comprising a hollow tubular body extending along and about a longitudinal axis between two opposite open axial ends (4a, 4b) and having a substantially cylindrical lateral wall delimiting a longitudinal inner conduit; the body comprising a plurality of deformable sections arranged in succession along the axis; each section comprising a plurality of longitudinal portions of the lateral wall and a plurality of radial cuts formed through the lateral wall and which separate the longitudinal portions from one another; characterized in that the sections are plastically deformable as a consequence of axial compression and expansion of the body remaining in a deformed shape taken on upon being stressed after axial compression of the body even after been stressed, and returning to a minimum size closed configuration if the body is submitted to elongation, so that the stent has a progressive dilation and can be progressively dilated remaining stable in each configuration taken on and the stent has a reversible dilation and once having been dilated can be taken back to the initial retracted configuration.
A method of forming an airfoil comprising the step of: depositing material to form an airfoil in a first layer, and then depositing material in a second layer on said first layer, wherein said first and second layers (120, 301) have distinct densities characterised in that: said first layer is radially inward of said second layer and said first layer has a greater density than said second layer. depositing material to form an airfoil in a first layer, and then depositing material in a second layer on said first layer, wherein said first and second layers (120, 301) have distinct densities characterised in that: said first layer is radially inward of said second layer and said first layer has a greater density than said second layer. said first layer is radially inward of said second layer and said first layer has a greater density than said second layer.
An integrated process for the production of fuel components comprising: transformation of glycerine into an alkoxy-propanediol having formula RO-CH 2 -CHOH-CH 2 OH, wherein R is a C 1 -C 8 alkyl transformation of glycerine into 1,2-propanediol dehydration of the 1,2-propanediol obtained in to propionic aldehyde reaction of the propionic aldehyde obtained in with the alkoxy-propanediol having formula RO-CH 2 -CHOH-CH 2 OH obtained in to give an acetal having formula (a) transformation of part of the propionic aldehyde obtained in to a propionate having formula CH 3 -CH 2 -COOR', wherein R' is a C 1 -C 8 alkyl. transformation of glycerine into an alkoxy-propanediol having formula RO-CH 2 -CHOH-CH 2 OH, wherein R is a C 1 -C 8 alkyl transformation of glycerine into 1,2-propanediol dehydration of the 1,2-propanediol obtained in to propionic aldehyde reaction of the propionic aldehyde obtained in with the alkoxy-propanediol having formula RO-CH 2 -CHOH-CH 2 OH obtained in to give an acetal having formula (a) transformation of part of the propionic aldehyde obtained in to a propionate having formula CH 3 -CH 2 -COOR', wherein R' is a C 1 -C 8 alkyl.
A composition comprising one or more alkoxylates of formula II: wherein R 3 is H or iso-propyl and R 4 is CH 3 or CH 2 CH 3; m is 1-6; n is 1-40; wherein the polydispersity index of the alkoxylates is 1.15 or less, and wherein the composition comprises no more than 2 percent by weight of residual alcohol.
A method for configuring Random Access, RA, performed by a base station in unlicensed spectrums of New Radio, NR, the method comprising: grouping multiple Synchronization Signal Blocks, SSBs, and selecting a primary SSB from each SSB group; sending indication information to User Equipment, UE, the indication information indicating a primary SSB in a SSB group to be sent; sending at most one SSB in each SSB group to be sent to the UE; and sending the number of SSBs corresponding to preambles in each Random Access Channel, RACH, Occasion, RO, and the number of ROs under Frequency Division Multiplexing, FDM, to the UE, to enable the UE to determine corresponding RO and preamble of the primary SSB based on the SSB to be sent by the base station, a position of the primary SSB in the SSB to be sent by the base station, the number of SSBs corresponding to preambles in each RO and the number of ROs under the FDM, to realize RA to the base station. grouping multiple Synchronization Signal Blocks, SSBs, and selecting a primary SSB from each SSB group; sending indication information to User Equipment, UE, the indication information indicating a primary SSB in a SSB group to be sent; sending at most one SSB in each SSB group to be sent to the UE; and sending the number of SSBs corresponding to preambles in each Random Access Channel, RACH, Occasion, RO, and the number of ROs under Frequency Division Multiplexing, FDM, to the UE, to enable the UE to determine corresponding RO and preamble of the primary SSB based on the SSB to be sent by the base station, a position of the primary SSB in the SSB to be sent by the base station, the number of SSBs corresponding to preambles in each RO and the number of ROs under the FDM, to realize RA to the base station.
Suction tool, configured and adapted for gutting fish opened at the abdominal cavity, comprising a suction pipe forming a main channel, wherein the suction pipe has a connection for a vacuum unit at a free end and a suction opening at the opposing end facing the abdominal cavity in the operating state, wherein the suction opening laterally passes out of the suction pipe and is thereby oriented radially in relation to the central axis M of the suction pipe, characterised in that an additional pipe element for forming an auxiliary air channel (24, 31) is arranged in the region of the suction opening of the suction pipe, wherein the pipe element is arranged and adapted in such a way that a continuous suction air volume flow is maintained in the operating state of the suction tool.
Nacelle cover for a wind turbine, which consists of an approximately cuboid body and is of self-supporting design, wherein the approximately cuboid body is assembled from a plurality of parts, which have an inner side and an outer side, the parts generally being rectangular and formed as a surface element, the surface element having surface edges which are provided with circumferential chamfers, characterized in that the surface element is provided with circumferential webs on all its surface edges and directed towards the inner side, and in that the circumferential chamfers or curves are moulded on the outer side of the surface element at the surface edges.
A process for making a refractory ceramic composite, comprising: forming a ceramic based felt having free, unreacted refractory metal thereon; and reacting a material with said free, unreacted refractory metal to form a ceramic coating on said ceramic based felt, wherein said forming step comprises: applying a quantity of a refractory metal on a carbon based felt; and processing thermally said refractory metal and said carbon based felt at a temperature and for a period of time sufficient to form said ceramic based felt, wherein said quantity of said refractory metal is sufficient to provide said free, unreacted refractory metal. forming a ceramic based felt having free, unreacted refractory metal thereon; and reacting a material with said free, unreacted refractory metal to form a ceramic coating on said ceramic based felt, wherein said forming step comprises: applying a quantity of a refractory metal on a carbon based felt; and processing thermally said refractory metal and said carbon based felt at a temperature and for a period of time sufficient to form said ceramic based felt, wherein said quantity of said refractory metal is sufficient to provide said free, unreacted refractory metal. applying a quantity of a refractory metal on a carbon based felt; and processing thermally said refractory metal and said carbon based felt at a temperature and for a period of time sufficient to form said ceramic based felt, wherein said quantity of said refractory metal is sufficient to provide said free, unreacted refractory metal.
A method for multiuser demodulation with a spreading factor, defined by a code-tree generation according to from a code with the lowest spreading factor, the method being applied to TD-SCDMA and comprising the step of: A. demodulating received signals from a user with a lowest spreading factor of the user by using a multiuser detection technique, and obtaining an intermediate demodulation result of TFCI data and an intermediate demodulation result of user data from the received signals; characterized by the steps of B. demodulating the intermediate demodulation result of the TFCI data with a supposed variable spreading factor, wherein a position of the TFCI data is non-fixed, and the TFCI data and user data are not interleaved, and wherein demodulating the intermediate demodulation result of the TFCI data with more than one assumed TFCI spreading factor respectively, obtaining various demodulation results of the TFCI data, obtaining spreading factors and code channel occupied by current TTI from the demodulation results; and determining one spreading factor that coincides with the assumed TFCI spreading factor as the current real spreading factor from these spreading factors of the code channel occupied by current TTI; C. obtaining a real spreading factor from the demodulated TFCI data intermediate result; and D. processing the intermediate demodulation result of the user data with the real spreading factor to obtain final received user data. A. demodulating received signals from a user with a lowest spreading factor of the user by using a multiuser detection technique, and obtaining an intermediate demodulation result of TFCI data and an intermediate demodulation result of user data from the received signals; characterized by the steps of B. demodulating the intermediate demodulation result of the TFCI data with a supposed variable spreading factor, wherein a position of the TFCI data is non-fixed, and the TFCI data and user data are not interleaved, and wherein demodulating the intermediate demodulation result of the TFCI data with more than one assumed TFCI spreading factor respectively, obtaining various demodulation results of the TFCI data, obtaining spreading factors and code channel occupied by current TTI from the demodulation results; and determining one spreading factor that coincides with the assumed TFCI spreading factor as the current real spreading factor from these spreading factors of the code channel occupied by current TTI; C. obtaining a real spreading factor from the demodulated TFCI data intermediate result; and D. processing the intermediate demodulation result of the user data with the real spreading factor to obtain final received user data.
A method of using a compound including a cyclic structure having only one carbodiimide group whose first nitrogen and second nitrogen are bonded together by a bond group as an end-sealing agent for polymers having an acid group; wherein the number of atoms forming the cyclic structure is 8 to 50.
Method for adjusting or controlling the temperature of water released for product pasteurization, the heat transfer into the products being taken into consideration for the control of the water temperature, and the product temperature being calculated from the heat transfer into the products, characterized in that for each deck a desired control value for the water temperature control is calculated from the product temperature in superimposed decks j, and that a single control value which is used for controlling is determined from said desired control values, wherein a plurality of control loops are provided for controlling the water temperature, wherein a first control loop concerns for instance the observation of a minimum temperature and/or a maximum temperature, wherein a second control loop comprises a control target value, wherein the second control loop further comprises a unit which calculates the desired temperature, wherein said desired temperature is entered into a sub-control loop which controls a spray water temperature for a zone via a valve control of a hot water supply, wherein said spray water temperature corresponds to the water temperature in the uppermost deck of the corresponding zone, wherein a prediction model is used to predict both a product temperature and a temperature of the water exiting from the respective deck, wherein the heat transfer into the products is taken into consideration, wherein with the prediction model, the temperature of a deck is thus calculated from the temperature of a deck located directly above, wherein the amount of the products to be pasteurized, i.e. the feeding, is also taken into consideration, wherein a desired control value for the deck is calculated in each case from the product temperature for the deck, using a control-specific model, wherein from the plurality of calculated desired control values for the various decks, a single control value is determined with a function, the single control value being referred to as control value measurement and entered as an actual value into a control unit for the water temperature control, whereby the desired control value is achieved. wherein a third control loop ensures that the product temperature in a zone, with the product temperature having been predicted by means of the prediction model of the second control loop, is above the killing point temperature, starting from which sterilization occurs.
A silica-based optical waveguide, comprising: an outer cladding having a length and a transverse outer dimension along perpendicular longitudinal and transverse directions, respectively, and at least one inner core (12; 64; 68) disposed in said outer cladding, said inner core (12; 64; 68) being adapted to propagate light in less than about six spatial modes; characterized in that said transverse outer dimension has a uniform value greater than 0.3 mm along at least some of the longitudinal direction; and a Bragg grating is disposed in said inner core for reflecting a band of light centred about a wavelength λ. an outer cladding having a length and a transverse outer dimension along perpendicular longitudinal and transverse directions, respectively, and at least one inner core (12; 64; 68) disposed in said outer cladding, said inner core (12; 64; 68) being adapted to propagate light in less than about six spatial modes; characterized in that said transverse outer dimension has a uniform value greater than 0.3 mm along at least some of the longitudinal direction; and a Bragg grating is disposed in said inner core for reflecting a band of light centred about a wavelength λ.
Use of a heat exchanger for refrigerating a fluid in a refrigerating system, the heat exchanger comprising: a vessel (501, 601) for containing a refrigerant, the vessel comprising an inner wall (505, 605) and an outer wall (503, 603), wherein the inner wall and the outer wall are concentric, wherein the inner wall and the outer wall are concentric, wherein the vessel has an inner space bounded by at least the inner wall and the outer wall, the vessel comprising an inlet (521, 621) and an outlet (519, 619) for transport of refrigerant into and out of the inner space; and a tube inside the inner space arranged in at least one turn around the inner wall (505, 605), characterized in that the inner space contains the refrigerant, partly in liquid state and partly in gaseous state, the outlet (519, 619) being located above a highest level (120, 220) of the liquid refrigerant, and the tube being at least partly located within a bath of liquid refrigerant. a vessel (501, 601) for containing a refrigerant, the vessel comprising an inner wall (505, 605) and an outer wall (503, 603), wherein the inner wall and the outer wall are concentric, wherein the inner wall and the outer wall are concentric, wherein the vessel has an inner space bounded by at least the inner wall and the outer wall, the vessel comprising an inlet (521, 621) and an outlet (519, 619) for transport of refrigerant into and out of the inner space; and a tube inside the inner space arranged in at least one turn around the inner wall (505, 605), characterized in that the inner space contains the refrigerant, partly in liquid state and partly in gaseous state, the outlet (519, 619) being located above a highest level (120, 220) of the liquid refrigerant, and the tube being at least partly located within a bath of liquid refrigerant.
Method for the production of elementary boron, optionally doped, characterised in that it includes the steps of: a) dissolving an oxidised boron precursor compound selected from boric acid and its salts, boron oxide and boron sulphide in a solvent able to dissolve it; b) introducing the solution from step a) into a cryogenic liquid to obtain a freezed dispersion of said solution and evaporating the cryogenic liquid to transform said solution in a finely divided particulate form, avoiding the solute precipitation; c) sublimation of the dissolving solvent by lyophilisation to limit the solute aggregation; d) reduction with a reducing agent, to obtain elementary amorphous boron in particle form. a) dissolving an oxidised boron precursor compound selected from boric acid and its salts, boron oxide and boron sulphide in a solvent able to dissolve it; b) introducing the solution from step a) into a cryogenic liquid to obtain a freezed dispersion of said solution and evaporating the cryogenic liquid to transform said solution in a finely divided particulate form, avoiding the solute precipitation; c) sublimation of the dissolving solvent by lyophilisation to limit the solute aggregation; d) reduction with a reducing agent, to obtain elementary amorphous boron in particle form.
A water treatment system comprising: an adsorbent bed; a halogen-release material downstream of, and adjacent to, the adsorbent bed; and a passive halogen barrier intermediate the adsorbent bed and the halogen-release material, wherein the passive halogen barrier is an enhanced surface area polyolefin sheet capable of removing halogen from water, wherein the passive halogen barrier is a pleated sheet formed of either polypropylene or polyethylene. an adsorbent bed; a halogen-release material downstream of, and adjacent to, the adsorbent bed; and a passive halogen barrier intermediate the adsorbent bed and the halogen-release material, wherein the passive halogen barrier is an enhanced surface area polyolefin sheet capable of removing halogen from water, wherein the passive halogen barrier is a pleated sheet formed of either polypropylene or polyethylene.
A value document having a security marking in the form of at least two inorganic luminescent substances whose emission spectra partially overlap in a primary emission range, wherein the emission spectra have a degree of overlap of less than 80% and more than 5%, wherein the luminescent substances have different individual decay times (τ) in the primary emission range, wherein the individual decay times (τ) of the luminescent substances differ from each other by more than 50% with reference to the shortest individual decay time.
An oral care or personal care product comprising a container having a dual component composition to deliver zinc to a body, wherein the container comprises: (i) a first compartment containing a first component comprising a zinc-amino acid-halide complex or zinc-trialkyl glycine-halide complex and (ii) a second compartment containing a second component comprising cysteine in free or in orally or cosmetically acceptable salt form, wherein the first and second compartments maintain the first and second components separate from each other, and wherein the product is capable of dispensing a mixture of the first component and the second component for application to the body. (i) a first compartment containing a first component comprising a zinc-amino acid-halide complex or zinc-trialkyl glycine-halide complex and (ii) a second compartment containing a second component comprising cysteine in free or in orally or cosmetically acceptable salt form,