mhurhangee/patent-ind-claim-en huggingface dataset:
A polyester comprising: at least two different diacid residues; at least two different diol residues; wherein the polyester comprises at least one pendant group containing an alkenyl group, a ratio of a total number of the at least one pendant group to the total number of ester groups in the polyester being in a range of 0.001 to 0.1, wherein the polyester has a glass transition temperature, as determined by differential scanning calorimetry, in a range of -50 °C to -10 °C, and wherein the polyester is a pressure-sensitive adhesive, and wherein the polyester has a crystallinity, as determined by the heat of melting determined by differential scanning calorimetry, of less than 5 J/g. at least two different diacid residues; at least two different diol residues; wherein the polyester comprises at least one pendant group containing an alkenyl group, a ratio of a total number of the at least one pendant group to the total number of ester groups in the polyester being in a range of 0.001 to 0.1, wherein the polyester has a glass transition temperature, as determined by differential scanning calorimetry, in a range of -50 °C to -10 °C, and wherein the polyester is a pressure-sensitive adhesive, and wherein the polyester has a crystallinity, as determined by the heat of melting determined by differential scanning calorimetry, of less than 5 J/g.
An apparatus for a vehicle outside a platoon of vehicles (200; 210; 220), the apparatus comprising one or more interfaces configured to communicate in a mobile communication system ; a control module configured to control the one or more interfaces , wherein the control module is further configured to receive one or more messages from one or more vehicles, the one or more messages comprising information on at least a velocity and a location of a vehicle, detect whether a potential intruder for the platoon of vehicles (200; 210; 220) is present based on the one or more messages from the one or more vehicles and based on a warning message trigger condition, generate a warning message in case a potential intruder is detected, and communicate the warning message to one or more other vehicles. one or more interfaces configured to communicate in a mobile communication system ; a control module configured to control the one or more interfaces , wherein the control module is further configured to receive one or more messages from one or more vehicles, the one or more messages comprising information on at least a velocity and a location of a vehicle, detect whether a potential intruder for the platoon of vehicles (200; 210; 220) is present based on the one or more messages from the one or more vehicles and based on a warning message trigger condition, generate a warning message in case a potential intruder is detected, and communicate the warning message to one or more other vehicles. receive one or more messages from one or more vehicles, the one or more messages comprising information on at least a velocity and a location of a vehicle, detect whether a potential intruder for the platoon of vehicles (200; 210; 220) is present based on the one or more messages from the one or more vehicles and based on a warning message trigger condition, generate a warning message in case a potential intruder is detected, and communicate the warning message to one or more other vehicles.
A method for transmitting data to a receiver via a network , the method comprising the steps of: transmitting a sequence of first data packets to the receiver via the network, wherein each first data packet comprises payload data and identification data, the identification data identifying the respective first data packet, the identification data being different for each first data packet; and transmitting a corresponding second data packet for each first data packet to the receiver via the network, each second data packet comprising data enabling identification of the corresponding first data packet and authentication data for authenticating the payload data of the corresponding first data packet, wherein the data enabling identification of the corresponding first data packet enables the receiver to associate each second data packet with the corresponding first data packet. transmitting a sequence of first data packets to the receiver via the network, wherein each first data packet comprises payload data and identification data, the identification data identifying the respective first data packet, the identification data being different for each first data packet; and transmitting a corresponding second data packet for each first data packet to the receiver via the network, each second data packet comprising data enabling identification of the corresponding first data packet and authentication data for authenticating the payload data of the corresponding first data packet, wherein the data enabling identification of the corresponding first data packet enables the receiver to associate each second data packet with the corresponding first data packet.
A clamping clip made of a clamping band the two end portions of which overlap one another in the closed condition of the clamping clip, comprising a tongue arranged at the overlapped inner band portion and a tongue channel provided in the overlapping outer band portion and being complementary to the shape of the tongue for receiving the tongue , characterized in that the tongue has a root part in which the tongue width measured in the axial direction of the clamp decreases from the full clamping band width to a smaller value, and an end part adjoining the root part in which the tongue width constantly has said smaller value.
A ski binding, preferably a combined downhill and touring ski binding, comprising a front jaw and a rear jaw, wherein the front jaw comprises: a base structure ; at least two sole retainers in the form of pins, wherein the sole retainers pivotably connect a toe end of a ski boot to a ski while ski touring; a tensing device using which the pins can be moved from a resting position into pin receptacles which are formed by or on a sole of the ski boot; and a securing bracket which can be moved from the resting position to a securing position in which the securing bracket holds the ski boot fixedly on the ski for on-slope skiing, wherein the securing bracket is arranged below the sole of the ski boot and fixed on the base structure when it is in the resting position, and does not pivot into the securing position by itself when it is free of any load, and wherein the rear jaw can be pivoted about an axis substantially perpendicular to a surface of the ski for laterally releasing the ski binding. a base structure ; at least two sole retainers in the form of pins, wherein the sole retainers pivotably connect a toe end of a ski boot to a ski while ski touring; a tensing device using which the pins can be moved from a resting position into pin receptacles which are formed by or on a sole of the ski boot; and a securing bracket which can be moved from the resting position to a securing position in which the securing bracket holds the ski boot fixedly on the ski for on-slope skiing, wherein the securing bracket is arranged below the sole of the ski boot and fixed on the base structure when it is in the resting position, and does not pivot into the securing position by itself when it is free of any load, and wherein the rear jaw can be pivoted about an axis substantially perpendicular to a surface of the ski for laterally releasing the ski binding.
A generator for driving an end effector coupled to an ultrasonic drive system of a surgical instrument, the generator comprising: a signal processor operative to generate at least one electrical signal; a monitoring circuit configured to monitor the at least one electrical signal against a first set of logic conditions; a trigger circuit configured to trigger a first corresponding response of the generator when the first set of logic conditions is met; and a pulsing circuit coupled to and responsive to the trigger circuit, wherein the pulsing circuit is operative to pulse the power of the generated electrical signal by driving an output as defined by: a first pulse amplitude for a first pulse time; and a second pulse amplitude for a second pulse time, wherein the pulsing circuit of the generator is configured to drive the first pulse amplitude during the first pulse time and is configured to drive the second pulse amplitude during the second pulse time. a signal processor operative to generate at least one electrical signal; a monitoring circuit configured to monitor the at least one electrical signal against a first set of logic conditions; a trigger circuit configured to trigger a first corresponding response of the generator when the first set of logic conditions is met; and a pulsing circuit coupled to and responsive to the trigger circuit, wherein the pulsing circuit is operative to pulse the power of the generated electrical signal by driving an output as defined by: a first pulse amplitude for a first pulse time; and a second pulse amplitude for a second pulse time, wherein the pulsing circuit of the generator is configured to drive the first pulse amplitude during the first pulse time and is configured to drive the second pulse amplitude during the second pulse time. a first pulse amplitude for a first pulse time; and a second pulse amplitude for a second pulse time, wherein the pulsing circuit of the generator is configured to drive the first pulse amplitude during the first pulse time and is configured to drive the second pulse amplitude during the second pulse time.
Illumination device for a motor vehicle, with - a plurality of laser light sources (2, 2a-2l) for the emission of a laser light beam (3, 3a-3l) in each case, and - a plurality of concentric annular diffractive optical elements (5, 5a-5f), of which at least a partial region (5 ij , 6, 6') of each is arranged in a beam path (4, 4a-4l) of one of the laser light beams (3, 3a-3l), wherein simultaneously a plurality of the partial regions (5 ij , 6, 6') of at least one of the diffractive optical elements (5, 5a-5f) are arranged in respective beam paths (4, 4a-4l) associated with the laser light sources (2, 2a-2l), the diffractive optical elements (5, 5a-5f) are arranged to be rotatable with respect to the laser light sources (2, 2a-2l) about an axis of rotation (A) and to be continuously rotatable by a drive, so that different partial regions (5 ij , 6, 6') of the diffractive optical elements (5, 5a-5f) each having different optical properties are rotatable into the beam paths (4, 4a-4l) by means of a rotation about the axis of rotation (A) and by the continuous rotation of the diffractive optical elements (5, 5a-5f), the laser light beams (3, 3a-3l) are deflectable into different spatial regions corresponding to different light functions, and surface regions pre-determinable by the laser light beams (3, 3a-3l) are scannable, wherein the axis of rotation (A) passes through the centre (M) of the ring formed by the annular diffractive optical elements (5, 5a-5f), wherein the illumination device has a converter unit or a plurality of converter units for converting a wavelength distribution which is or are arranged in the beam path (4, 4a-4l) of at least one of the laser light beams (3, 3a-3l) after one of the diffractive optical elements (5, 5a-5f). - a plurality of laser light sources (2, 2a-2l) for the emission of a laser light beam (3, 3a-3l) in each case, and - a plurality of concentric annular diffractive optical elements (5, 5a-5f), of which at least a partial region (5 ij , 6, 6') of each is arranged in a beam path (4, 4a-4l) of one of the laser light beams (3, 3a-3l), wherein simultaneously a plurality of the partial regions (5 ij , 6, 6') of at least one of the diffractive optical elements (5, 5a-5f) are arranged in respective beam paths (4, 4a-4l) associated with the laser light sources (2, 2a-2l),
A control panel configured to prevent water accumulation, comprising: - a display sheet which is transparent or translucent and used for covering and protecting a circuit board and/or component, - an interface label having functional areas allowing a user to observe or operate the circuit board and/or component, and - an adhesive layer connected between areas of the display sheet and the interface label except for the functional areas so as to adhere the display sheet and the interface label together, whereby cavities are formed between the functional areas of the interface label and corresponding locations of the display sheet so as to form a display window and/or key windows, and wherein water guiding grooves are provided in the adhesive layer for communicating the cavities with the outside so as to discharge the accumulated water. - a display sheet which is transparent or translucent and used for covering and protecting a circuit board and/or component, - an interface label having functional areas allowing a user to observe or operate the circuit board and/or component, and - an adhesive layer connected between areas of the display sheet and the interface label except for the functional areas so as to adhere the display sheet and the interface label together, whereby cavities are formed between the functional areas of the interface label and corresponding locations of the display sheet so as to form a display window and/or key windows, and wherein water guiding grooves are provided in the adhesive layer for communicating the cavities with the outside so as to discharge the accumulated water.
A process for the preparation of micronised particles of a pharmaceutically acceptable salt of glycopyrronium, the process comprising the steps of: (a) mixing, in a first chamber of a controlled flow hydrodynamic cavitation apparatus, a stream F 1 of a solution comprising a pharmaceutically acceptable salt of glycopyrronium and one or more surfactants dissolved in a solvent selected from the group consisting of 1-butanol, 2-propanol and mixtures thereof with ethanol, with one or more streams F 2 of an anti-solvent selected from the group consisting of diethyl ether, n-heptane and methyl tert -butyl ether (MTBE) and mixtures thereof; (b) treating the mixed streams F 1 and F 2 through a local constriction flow to create controlled flow hydrodynamic cavitation thereby causing nucleation and the direct production of nano-crystals of the salt of glycopyrronium; (c) transferring the mixed steams F 1 and F 2 to a second chamber of said controlled flow cavitation apparatus, and further treating said mixed streams for a time of less than 10 milliseconds; (d) collecting the resulting streams in a receiver containing a mixture of n-heptane and MTBE in a ratio ranging from 10:90 v/v to 40:60 v/v, allowing the nanoparticles to assemble; (e) drying the particles to harden the assembled particles; (f) eliminating the surfactants; and (g) further drying the obtained micronized particles. (a) mixing, in a first chamber of a controlled flow hydrodynamic cavitation apparatus, a stream F 1 of a solution comprising a pharmaceutically acceptable salt of glycopyrronium and one or more surfactants dissolved in a solvent selected from the group consisting of 1-butanol, 2-propanol and mixtures thereof with ethanol, with one or more streams F 2 of an anti-solvent selected from the group consisting of diethyl ether, n-heptane and methyl tert -butyl ether (MTBE) and mixtures thereof; (b) treating the mixed streams F 1 and F 2 through a local constriction flow to create controlled flow hydrodynamic cavitation thereby causing nucleation and the direct production of nano-crystals of the salt of glycopyrronium; (c) transferring the mixed steams F 1 and F 2 to a second chamber of said controlled flow cavitation apparatus, and further treating said mixed streams for a time of less than 10 milliseconds; (d) collecting the resulting streams in a receiver containing a mixture of n-heptane and MTBE in a ratio ranging from 10:90 v/v to 40:60 v/v, allowing the nanoparticles to assemble; (e) drying the particles to harden the assembled particles; (f) eliminating the surfactants; and (g) further drying the obtained micronized particles.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting, to a base station, sidelink UE information including information related to new radio, NR, sidelink communication; receiving, from the base station, a radio resource control, RRC, message including configuration information related to the NR sidelink communication; and performing the NR sidelink communication based on the configuration information related to the NR sidelink communication, wherein the configuration information includes a sidelink configured grant configuration information list, wherein the sidelink configured grant configuration information list includes one or more sidelink configured grant configurations, and wherein each sidelink configured grant configuration includes an identifier to identify a sidelink configured grant configuration, a number of hybrid automatic repeat request, HARQ, processes for the sidelink configured grant configuration, sidelink time resource information for the sidelink configured grant configuration, and sidelink frequency resource information for the sidelink configured grant configuration. transmitting, to a base station, sidelink UE information including information related to new radio, NR, sidelink communication; receiving, from the base station, a radio resource control, RRC, message including configuration information related to the NR sidelink communication; and performing the NR sidelink communication based on the configuration information related to the NR sidelink communication, wherein the configuration information includes a sidelink configured grant configuration information list, wherein the sidelink configured grant configuration information list includes one or more sidelink configured grant configurations, and wherein each sidelink configured grant configuration includes an identifier to identify a sidelink configured grant configuration, a number of hybrid automatic repeat request, HARQ, processes for the sidelink configured grant configuration, sidelink time resource information for the sidelink configured grant configuration, and sidelink frequency resource information for the sidelink configured grant configuration.
A method for monitoring a chemical agent concentration in a chemical solution stored in a tank of a system of a motor vehicle, said system comprising a pump driven by a motor wherein the pressure of the pump is controlled by a controller, wherein the method comprises the steps of: - measuring a plurality of values characteristic of the energy transmitted by the motor to the pump for a corresponding plurality of pump pressure values; - determining at least one parameter of a relationship between the energy transmitted by the motor to the pump and applied pump pressure values from said plurality of measured values and said corresponding plurality of pump pressure values; and - comparing said at least one parameter to predetermined reference parameters, - concluding that the chemical agent concentration has changed if the deviation between said at least one parameter and said predetermined reference parameter is outside predetermined bounds . - measuring a plurality of values characteristic of the energy transmitted by the motor to the pump for a corresponding plurality of pump pressure values; - determining at least one parameter of a relationship between the energy transmitted by the motor to the pump and applied pump pressure values from said plurality of measured values and said corresponding plurality of pump pressure values; and - comparing said at least one parameter to predetermined reference parameters, - concluding that the chemical agent concentration has changed if the deviation between said at least one parameter and said predetermined reference parameter is outside predetermined bounds .
System for forming a product from a food mass, comprising a mould member with cavities , wherein each cavity is filled with the food mass in a filling position and wherein the formed products are removed from the mould member in the discharge position; and further comprising a feed pump with a moving member, which comprises means to determine the position and/or motion of the mould member relative to a frame of the system and/or the position and/or the motion of the moving member relative to the housing of the feed pump, characterized in, that it comprises a PLC (programmable logic controller), which since it knows exactly the position of the mould member and its cavities, it knows exactly when the filling of each cavity starts and when it ends and/or when a cavity is in the discharge position and can optimize/control the filling and/or discharge step accordingly and which determines whether a cavity has been filled entirely and wherein in case the cavity has not been filled entirely, the product is not discharged in the discharge position and the filling is completed, when the respective mould cavity is in the filling position again.
Methanation reactor for reacting dihydrogen with at least one carbon-based compound and producing methane, comprising: - a hollow body configured to receive a fluidized bed and comprising an inlet for the carbon-based compound; - an outlet for methane and water produced by a methanation reaction; - a heat exchanger extending at least partially through the hollow body and at least partially submerged in the fluidized bed; - a means for cooling the superheated vapor: - configured to saturate the superheated vapor - comprising a tank and an inlet of water to be injected in the tank, configured to mix the water and the superheated vapor entering the means for cooling and - the cooling means being positioned downstream of the part of the heat exchanger that extends through the hollow body , - a means for introducing superheated water vapor into the heat exchanger. - a hollow body configured to receive a fluidized bed and comprising an inlet for the carbon-based compound; - an outlet for methane and water produced by a methanation reaction; - a heat exchanger extending at least partially through the hollow body and at least partially submerged in the fluidized bed; - a means for cooling the superheated vapor: - configured to saturate the superheated vapor - comprising a tank and an inlet of water to be injected in the tank, configured to mix the water and the superheated vapor entering the means for cooling and - the cooling means being positioned downstream of the part of the heat exchanger that extends through the hollow body , - configured to saturate the superheated vapor - comprising a tank and an inlet of water to be injected in the tank, configured to mix the water and the superheated vapor entering the means for cooling and - the cooling means being positioned downstream of the part of the heat exchanger that extends through the hollow body , - a means for introducing superheated water vapor into the heat exchanger.