mhurhangee/patent-ind-claim-en huggingface dataset:
A coating composition comprising: a polymer prepared from a reaction mixture comprising: (i) a hydroxyl functional prepolymer comprising a reaction product of a prepolymer mixture comprising: (A) (a) a polyol having at least three hydroxyl groups; (b) benzoic acid or substituted benzoic acid; and (c) a polyacid, ester or anhydride thereof; or (B) (d) the reaction product of (a) a polyol having at least three hydroxyl groups with (b) benzoic acid or substituted benzoic acid; and (c) a polyacid, ester or anhydride thereof; or (C) (e) the reaction product of (a) a polyol having at least three hydroxyl groups with (c) a polyacid, ester or anhydride thereof; and (b) benzoic acid or substituted benzoic acid; and (ii) a non-aromatic anhydride, wherein the polymer comprises at least two functional groups selected from hydroxyl groups, carboxyl groups and combinations thereof and wherein the polymer comprises 10-40 weight % of structural units derived from component (b) and greater than 15 weight % of structural units derived from component (a) based on the total weight of the polymer. (i) a hydroxyl functional prepolymer comprising a reaction product of a prepolymer mixture comprising: (A) (a) a polyol having at least three hydroxyl groups; (b) benzoic acid or substituted benzoic acid; and (c) a polyacid, ester or anhydride thereof; or (B) (d) the reaction product of (a) a polyol having at least three hydroxyl groups with (b) benzoic acid or substituted benzoic acid; and (c) a polyacid, ester or anhydride thereof; or (C) (e) the reaction product of (a) a polyol having at least three hydroxyl groups with (c) a polyacid, ester or anhydride thereof; and (b) benzoic acid or substituted benzoic acid; and (A) (a) a polyol having at least three hydroxyl groups; (b) benzoic acid or substituted benzoic acid; and (c) a polyacid, ester or anhydride thereof; or (a) a polyol having at least three hydroxyl groups; (b) benzoic acid or substituted benzoic acid; and (c) a polyacid, ester or anhydride thereof; or (B) (d) the reaction product of (a) a polyol having at least three hydroxyl groups with (b) benzoic acid or substituted benzoic acid; and (c) a polyacid, ester or anhydride thereof; or (C) (e) the reaction product of (a) a polyol having at least three hydroxyl groups with (c) a polyacid, ester or anhydride thereof; and (b) benzoic acid or substituted benzoic acid; and (ii) a non-aromatic anhydride, wherein the polymer comprises at least two functional groups selected from hydroxyl groups, carboxyl groups and combinations thereof and wherein the polymer comprises 10-40 weight % of structural units derived from component (b) and greater than 15 weight % of structural units derived from component (a) based on the total weight of the polymer.
Use of at least one mixed layer clay mineral comprising montmorillonite and illite/muscovite as feed additive and/or as supplementary feed for shrimps, characterized in that - before its use, the mixed layer clay mineral is comminuted to a mean particle size between 0.1 and 10 μm, - is thermally treated at a temperature between 50 °C and 200 °C over a period of 10 to 60 min, and - wherein 2 wt-% of the mixed layer clay mineral comprising montmorillonite and illite/muscovite are administered, based on the total amount of a feedstuff supplied to the shrimps. - before its use, the mixed layer clay mineral is comminuted to a mean particle size between 0.1 and 10 μm, - is thermally treated at a temperature between 50 °C and 200 °C over a period of 10 to 60 min, and - wherein 2 wt-% of the mixed layer clay mineral comprising montmorillonite and illite/muscovite are administered, based on the total amount of a feedstuff supplied to the shrimps.
Method for registering and monitoring autonomous vehicles having at least one hardware component and/or at least one software component for providing an autonomous driving function, comprising the steps of: a. transmitting a data set to a central device , wherein the data set contains details of the at least one hardware component and/or the at least one software component of the autonomous vehicle , b. the central device receiving the data set and storing the data set together with an identifier assigned to the autonomous vehicle , c. the central device sending a confirmation of the successful storage to the autonomous vehicle , d. the autonomous vehicle receiving and storing the confirmation, e. the autonomous vehicle enabling the autonomous driving function provided by the at least one hardware component and/or at least one software component on the basis of the stored confirmation, f. the autonomous vehicle transmitting the stored unique identifier assigned to the autonomous vehicle , g. receiving the transmitted unique identifier assigned to the autonomous vehicle , h. comparing the data set stored in the central device for this identifier or details decoded from the identifier with information relating to faulty hardware components and/or software components , i. transmitting a signal to the autonomous vehicle to initiate an action if a faulty hardware component and/or software component was determined during the comparison according to step h), j. the autonomous vehicle receiving the signal and performing the required action, characterized in that the transmission of the data set according to step a) is carried out after replacing a hardware component and/or after updating a software component . a. transmitting a data set to a central device , wherein the data set contains details of the at least one hardware component and/or the at least one software component of the autonomous vehicle , b. the central device receiving the data set and storing the data set together with an identifier assigned to the autonomous vehicle , c. the central device sending a confirmation of the successful storage to the autonomous vehicle , d. the autonomous vehicle receiving and storing the confirmation, e. the autonomous vehicle enabling the autonomous driving function provided by the at least one hardware component and/or at least one software component on the basis of the stored confirmation, f. the autonomous vehicle transmitting the stored unique identifier assigned to the autonomous vehicle , g. receiving the transmitted unique identifier assigned to the autonomous vehicle , h. comparing the data set stored in the central device for this identifier or details decoded from the identifier with information relating to faulty hardware components and/or software components , i. transmitting a signal to the autonomous vehicle to initiate an action if a faulty hardware component and/or software component was determined during the comparison according to step h), j. the autonomous vehicle receiving the signal and performing the required action,
A vehicle remote control method for remotely operating a vehicle (V) having an autonomous travel control function by a remote operation device , the method comprising the following steps: acquiring detected coordinate information (Dx, Dy) indicating a temporal transition in detected coordinates of a gesture detected by a touch panel of the remote operation device ; detecting a change amount of a physical change occurring on the remote operation device to acquire operation device transition information indicating a temporal transition in the change amount; characterised by further comprising the following steps: comparing frequency characteristics of the detected coordinate information (Dx, Dy) with frequency characteristics of the operation device transition information to determine whether or not there is correlation; and when there is correlation between the frequency characteristics of the detected coordinate information (Dx, Dy) and the frequency characteristics of the operation device transition information, controlling the vehicle (V) to execute autonomous travel control. acquiring detected coordinate information (Dx, Dy) indicating a temporal transition in detected coordinates of a gesture detected by a touch panel of the remote operation device ; detecting a change amount of a physical change occurring on the remote operation device to acquire operation device transition information indicating a temporal transition in the change amount; characterised by further comprising the following steps: comparing frequency characteristics of the detected coordinate information (Dx, Dy) with frequency characteristics of the operation device transition information to determine whether or not there is correlation; and when there is correlation between the frequency characteristics of the detected coordinate information (Dx, Dy) and the frequency characteristics of the operation device transition information, controlling the vehicle (V) to execute autonomous travel control. comparing frequency characteristics of the detected coordinate information (Dx, Dy) with frequency characteristics of the operation device transition information to determine whether or not there is correlation; and when there is correlation between the frequency characteristics of the detected coordinate information (Dx, Dy) and the frequency characteristics of the operation device transition information, controlling the vehicle (V) to execute autonomous travel control.
Two-layer or multi-layer anti-corrosion tape, wherein at least one layer comprises an anti-corrosion composition, which comprises at least one first butyl rubber having an apparent viscosity according to Brookfield at 66° C according to DIN EN ISO 2555 in a range of 400,000 mPa·s +/- 10 % to 2,000,000 mPa·s +/- 10 % and an average molecular weight M w in a range of 20,000 g/mole +/- 10 % to 60,000 g/mole +/- 10 % and at least one second butyl rubber having an average molecular weight M w in a range of 150,000 g/mole +/- 10 % to 2,000,000 g/mole +/- 10 % and a Mooney viscosity ML (1+8) at 125° C in a range of 25 MU +/- 10 % to 65 MU +/- 10 %, measured according to ISO 289.
A diffusion pump, in particular an energy-efficient diffusion pump, comprising a housing , a boiling chamber connected to the housing , a heating element arranged in the area of the boiling chamber , a nozzle arranged in the housing and connected to the boiling chamber , a condenser arranged at an inner surface of the housing in the area of the nozzle , and a cooling system configured for cooling the condenser and arranged in the area of the condenser , characterized in that the cooling system of the condenser is connected to the heating element via a heat pump such that heat from the condenser is supplied to the heating element . a housing , a boiling chamber connected to the housing , a heating element arranged in the area of the boiling chamber , a nozzle arranged in the housing and connected to the boiling chamber , a condenser arranged at an inner surface of the housing in the area of the nozzle , and a cooling system configured for cooling the condenser and arranged in the area of the condenser , characterized in that the cooling system of the condenser is connected to the heating element via a heat pump such that heat from the condenser is supplied to the heating element .
Feed-through element for providing an electrically conducting connection through a separating layer , wherein the separating layer is a housing of a battery of a vehicle, having an element body for inserting in a form-fitting or at least substantially form-fitting manner into a feed-through receptacle of the separating layer ; the element body having a conductor portion , which is continuously electrically conducting, for providing the electrically conducting connection, and an electrically isolating insulation portion , which circumferentially surrounds the conductor portion at least in portions, for isolating the conductor portion in relation to an internal face of the feed-through receptacle ; wherein the element body has a first end face , a second end face lying opposite the first end face , and a shell face connecting the first end face and the second end face , wherein the first end face has a larger cross-sectional area than the second end face , and wherein the shell face is formed in an encircling manner at least in portions by the insulation portion ; wherein the feed-through element has a fixing device which for fixing the element body in the feed-through receptacle exerts a fixing force with a fixing direction on the element body , wherein the fixing direction of the fixing force points at least substantially from the first end face towards the second end face , wherein the fixing device has a first spring element for exerting a fixing force pressing onto the first end face , characterized in that the first spring element has at least one first support portion so as to be supported on a first mating support portion on a first surface of the separating layer , and a first introduction portion for introducing the fixing force into a first mating introduction portion on the first end face .
Method for operating a wind power plant which supplies power to a utility grid in accordance with an active power reference, the wind power plant comprises a plurality of wind turbine generators and a power plant controller arranged to send an active power set point to the wind turbine controller of each of the plurality of wind turbine generators, the method comprises the steps of: - operating the wind power plant with an active power reference lower than a nominal active power of the wind power plant by curtailing at least some of the wind turbine generators of the plurality of wind turbine generators, - determine a power capability of each of the curtailed wind turbine generators, - defining a first group comprising wind turbine generators having a power capability higher than a power capability limit, - defining a second group comprising wind turbine generators having a power capability lower than a power capability limit, - equalize curtailment of the curtailed wind turbines generators by increasing the active power set-point for the wind turbines generators in the first group and decreasing the active power set-point for the wind turbines generators in the second group. - operating the wind power plant with an active power reference lower than a nominal active power of the wind power plant by curtailing at least some of the wind turbine generators of the plurality of wind turbine generators, - determine a power capability of each of the curtailed wind turbine generators, - defining a first group comprising wind turbine generators having a power capability higher than a power capability limit, - defining a second group comprising wind turbine generators having a power capability lower than a power capability limit, - equalize curtailment of the curtailed wind turbines generators by increasing the active power set-point for the wind turbines generators in the first group and decreasing the active power set-point for the wind turbines generators in the second group.
Pneumomechanical container trolley comprising a base frame, a platform for direct interaction with a load, pneumatic shock absorbers, air valves, and a compressed air tank characterized in that the container trolley further comprises guides for guiding motion of the platform upwards and downwards relatively to the base frame and for guiding motion of resilient elements , where the resilient elements are configured for pushing the platform outwards from the base frame and expanding the shock absorbers , the container trolley comprises at least one primary compressed air tank , at least one secondary compressed air tank , at least one pneumatic device , where each shock absorber is fluidly connected with the primary compressed air tank and the secondary compressed air tank for compressed air supply to the primary compressed air supply tank and to the secondary compressed air supply tank via the primary compressed air supply tank , where each pneumatic device is fluidly connected with the primary compressed air tank and the secondary compressed air tank for compressed air supply. the container trolley comprises at least one primary compressed air tank , at least one secondary compressed air tank , at least one pneumatic device , where each shock absorber is fluidly connected with the primary compressed air tank and the secondary compressed air tank for compressed air supply to the primary compressed air supply tank and to the secondary compressed air supply tank via the primary compressed air supply tank , where each pneumatic device is fluidly connected with the primary compressed air tank and the secondary compressed air tank for compressed air supply.
An in vitro method of inhibiting expression of a gene product encoded by a target polynucleotide comprising contacting the target polynucleotide with (i) a core-shell nanoparticle, the core comprising a single protein, and the shell comprising a dense shell of polynucleotides, the polynucleotides attached to the protein surface via covalent bonds, wherein at least one polynucleotide is sufficiently complementary to the target polynucleotide to hybridize under conditions sufficient to inhibit expression of the gene product, wherein the density of polynucleotides on the protein surface is about 10 pmol/cm 2 to about 100 pmol/cm 2 ; or (ii) a composition comprising a plurality of the core-shell nanoparticles of (i), preferably wherein expression of the gene product is inhibited by at least about 5%.
A filter receptacle assembly comprising: (a) a filter receptacle having a receptacle wall and a circular edge defining an opening for receiving a filter cartridge ; and (b) a first interlock device adjacent to the circular edge and coupled to the receptacle wall of the filter receptacle , wherein the first interlock device comprises a first actuator moveable between a first position and a second position and is biased by a spring into the first position, wherein the first interlock device further comprises a pin and the first actuator rotates about the pin to move between the first position and the second position, wherein at least a portion of the first actuator protrudes from the receptacle wall in the first position, wherein the first actuator in the first position protrudes above the circular edge of the filter receptacle , wherein the first actuator extends toward a center of the filter receptacle , wherein the first interlock device is configured so that when a filter cartridge is inserted into the filter receptacle , the first actuator is moved by the filter cartridge from the first position to the second position and is held in the second position by the filter cartridge , and wherein the first interlock device is configured so that the first actuator in the first position interferes with installation of the filter receptacle onto a filter head . (a) a filter receptacle having a receptacle wall and a circular edge defining an opening for receiving a filter cartridge ; and (b) a first interlock device adjacent to the circular edge and coupled to the receptacle wall of the filter receptacle , wherein the first interlock device comprises a first actuator moveable between a first position and a second position and is biased by a spring into the first position, wherein the first interlock device further comprises a pin and the first actuator rotates about the pin to move between the first position and the second position, wherein at least a portion of the first actuator protrudes from the receptacle wall in the first position, wherein the first actuator in the first position protrudes above the circular edge of the filter receptacle , wherein the first actuator extends toward a center of the filter receptacle , wherein the first interlock device is configured so that when a filter cartridge is inserted into the filter receptacle , the first actuator is moved by the filter cartridge from the first position to the second position and is held in the second position by the filter cartridge , and wherein the first interlock device is configured so that the first actuator in the first position interferes with installation of the filter receptacle onto a filter head .
Device for applying an adhesive element on a metal application surface, in particular a self-adhesive roof stiffener on the inner face of a roof panel of a motor vehicle, comprising at least one gripping member and an application member constituted of at least one magnetic roller mounted free in rotation about a shaft , said shaft being secured in its central portion to a head integral with the free end of the gripping member by a ball connection , characterised in that said shaft carries at least two magnetic rollers mounted free in rotation about said shaft and extending on either side of said ball connection .
A single sided fastener comprising: an auxiliary structure defining a bore and a first part of a two part anti-rotation means and comprising a locking mechanism; a collet body, arranged to at least partially translate within the auxiliary structure bore, and having a second part of the two part anti-rotation means arranged to operatively engage with the first part thereof whereby the collet body freely translates within a portion of the auxiliary structure bore but is prevented from substantially rotating therein; and a threaded screw arranged to be captively retained in the auxiliary structure for rotationally engaging with the collet body to transform rotational movement thereof into translational movement of the collet body, wherein the screw includes a drive tool interface for receiving a rotary force imparted by a drive tool and a shoulder arranged to cooperate with the locking mechanism of the auxiliary structure to allow limited axial translation in a reverse direction, characterized in that the screw comprises a free-spin zone that is arranged to functionally, but not physically, decouple the drive tool from the collet body, and wherein the free-spin zone is axially bounded by threads extending towards the proximal end of the screw. an auxiliary structure defining a bore and a first part of a two part anti-rotation means and comprising a locking mechanism; a collet body, arranged to at least partially translate within the auxiliary structure bore, and having a second part of the two part anti-rotation means arranged to operatively engage with the first part thereof whereby the collet body freely translates within a portion of the auxiliary structure bore but is prevented from substantially rotating therein; and a threaded screw arranged to be captively retained in the auxiliary structure for rotationally engaging with the collet body to transform rotational movement thereof into translational movement of the collet body, wherein the screw includes a drive tool interface for receiving a rotary force imparted by a drive tool and a shoulder arranged to cooperate with the locking mechanism of the auxiliary structure to allow limited axial translation in a reverse direction, characterized in that the screw comprises a free-spin zone that is arranged to functionally, but not physically, decouple the drive tool from the collet body, and wherein the free-spin zone is axially bounded by threads extending towards the proximal end of the screw.