mhurhangee/ep-ind-claims huggingface dataset:
An antimicrobial composition comprising: 10% to 25% by weight of 3-iodo-2-propynyl N-butyl carbamate (IPBC); 12% to 20% by weight of propiconazole; 2% to 8% by weight of carbendazim; 7% to 15% by weight of an emulsifier; 2% to 4% by weight of a co-emulsifier, wherein the co-emulsifier comprises a first non-ionic surfactant being relatively lipophilic and favouring the formation of water-in-oil emulsions and a second non-ionic surfactant being relatively hydrophilic and favouring the formation of oil-in-water emulsions; and 25% to 70% by weight of a carrier fluid; wherein the antimicrobial composition is in the form of a suspoemulsion wherein the IPBC and the carbendazim are present in solid form and are dispersed in the antimicrobial composition as finite particles and wherein the propiconazole is provided as a solution in a glycol solvent. 10% to 25% by weight of 3-iodo-2-propynyl N-butyl carbamate (IPBC); 12% to 20% by weight of propiconazole; 2% to 8% by weight of carbendazim; 7% to 15% by weight of an emulsifier; 2% to 4% by weight of a co-emulsifier, wherein the co-emulsifier comprises a first non-ionic surfactant being relatively lipophilic and favouring the formation of water-in-oil emulsions and a second non-ionic surfactant being relatively hydrophilic and favouring the formation of oil-in-water emulsions; and 25% to 70% by weight of a carrier fluid; wherein the antimicrobial composition is in the form of a suspoemulsion wherein the IPBC and the carbendazim are present in solid form and are dispersed in the antimicrobial composition as finite particles and wherein the propiconazole is provided as a solution in a glycol solvent.
A node route selection method, comprising: pre-assigning a group of acceleration nodes to an ingress node by a dispatch center; receiving a user access request in the ingress node, wherein the user access request includes an IP address of an origin server; based on the IP address of the origin server in the user access request, selecting, by a service component in the ingress node, a desired acceleration node from the group of the acceleration nodes assigned to the ingress node; and accessing the origin server through the desired acceleration node corresponding to the user access request, characterized in that the selecting a desired acceleration node includes determining whether acceleration nodes have been pre-configured for the user access request; and when it is determined that the acceleration nodes have been pre-configured for the user access request, extracting the IP address of the origin sever in the user access request, performing quality detection on the pre-configured acceleration nodes with respect to the IP address of the origin server, and determining an acceleration node having a desired quality detection result as the desired acceleration node at least partially based on the quality detection results. pre-assigning a group of acceleration nodes to an ingress node by a dispatch center; receiving a user access request in the ingress node, wherein the user access request includes an IP address of an origin server; based on the IP address of the origin server in the user access request, selecting, by a service component in the ingress node, a desired acceleration node from the group of the acceleration nodes assigned to the ingress node; and accessing the origin server through the desired acceleration node corresponding to the user access request, characterized in that the selecting a desired acceleration node includes determining whether acceleration nodes have been pre-configured for the user access request; and when it is determined that the acceleration nodes have been pre-configured for the user access request, extracting the IP address of the origin sever in the user access request, performing quality detection on the pre-configured acceleration nodes with respect to the IP address of the origin server, and determining an acceleration node having a desired quality detection result as the desired acceleration node at least partially based on the quality detection results.
A plug blank insertion assembly (1, 101) for inserting a plug blank (6, 102) into a stud orifice of a horseshoe, said plug insertion assembly comprising: means (7, 103) for guiding movement of the plug blank; characterized in that the plug blank insertion assembly further comprises: means (8, 104) for moving the plug blank via the guiding means towards and out of a plug blank dispensing end (9, 105) of the plug insertion assembly so the plug blank is dispensed from the plug insertion assembly into the stud orifice of a horseshoe, wherein the plug insertion assembly has actuation means (14, 107). means (7, 103) for guiding movement of the plug blank; characterized in that the plug blank insertion assembly further comprises: means (8, 104) for moving the plug blank via the guiding means towards and out of a plug blank dispensing end (9, 105) of the plug insertion assembly so the plug blank is dispensed from the plug insertion assembly into the stud orifice of a horseshoe, wherein the plug insertion assembly has actuation means (14, 107).
Device for controlling the pressure of a tire of an aircraft wheel provided with a rim, characterized in that it comprises: - a shell defining an open-ended housing; - a system for controlling the pressure of a tire; - an annular band having a tensile strength of between 400 and 1500N; the pressure control system being received in the open-ended housing of the shell, and the annular band is positioned on a bearing face of the shell opposite the open-ended housing and against transverse retaining means, the device is capable of being positioned around the rim to press the shell against the rim and to close off the open-ended housing. - a shell defining an open-ended housing; - a system for controlling the pressure of a tire; - an annular band having a tensile strength of between 400 and 1500N;
A method for providing marks on extruded films, in particular on stretched films, which are exiting an extrusion lip of a film extruder, comprising the step of: directing at least one gas stream, preferably an air stream, to a surface of the film exiting the extrusion lip of the film extruder using at least one nozzle means, in such a manner that the gas stream creates a local mark, and controlling the delivery of gas to the at least one nozzle means by using control means, characterised in that the control means is configured to deliver gas continuously for a predetermined time to one of the at least one nozzle means to create an array of linear marks. directing at least one gas stream, preferably an air stream, to a surface of the film exiting the extrusion lip of the film extruder using at least one nozzle means, in such a manner that the gas stream creates a local mark, and controlling the delivery of gas to the at least one nozzle means by using control means, characterised in that the control means is configured to deliver gas continuously for a predetermined time to one of the at least one nozzle means to create an array of linear marks.
A pharmaceutical composition for synergistically enhanced delivery of one or more encapsulated polynucleotides to one or more target cells, for use in a method of treating or preventing a disease or disorder relating to deficiency of one or more proteins and/or enzymes, said composition comprising mRNA as a first encapsulated polynucleotide and a blend of at least a first lipid nanoparticle and a second lipid nanoparticle, wherein the first lipid nanoparticle encapsulates one or more polynucleotides; and wherein the first lipid nanoparticle comprises at least one lipid distinct from the second lipid nanoparticle.
Electrical switching device having a guide portion comprising a first switch contact piece and a second switch contact piece, wherein at least the first switch contact piece is connected to an actuating unit by way of a kinematic linkage for the purpose of generating a relative movement of the switch contact pieces (1, 2) with respect to one another and its guide portion is guided in a displaceable manner along a guide path, characterized in that the guide portion and the guide path are part of a rotate and slide joint that is connected to the kinematic linkage and in that the guide portion comprises a contact surface that lies on the guide path and the guide path comprises a contact surface that lies on the guide portion, wherein at least one of the contact surfaces is curved in a convex manner.
Polypeptide having oxidoreductase activity which a) has the amino acid sequence SEQ ID NO: 3 or b) is encoded by the nucleic acid sequence SEQ ID NO: 8 and reduces secodione derivatives of the general formula I where the ring structures comprise no, one or a plurality of heteroatoms, R 1 is hydrogen or a C 1 -C 4 alkyl group, R 2 is hydrogen, a C 1 -C 8 alkyl group or an OH- protecting group, such as an ester, R 3 is hydrogen, a methyl group or a halide, the structural element represents a benzene ring or a C 6 ring having 0, 1 or 2 C-C double bonds, optionally at the positions 6/7 or 7/8 a double bond is present and the carbon at the positions 1, 2, 4, 5, 6, 7, 8, 9, 11, 12 and 16 is independently substituted with hydrogen, a C 1 -C 4 alkyl group, a halide or a phenyl group, in the presence of NADH or NADPH as cofactor. a) has the amino acid sequence SEQ ID NO: 3 or b) is encoded by the nucleic acid sequence SEQ ID NO: 8 and reduces secodione derivatives of the general formula I
A system for connecting submarine cables (2, 3) and especially umbilical cables for renewable marine energy farms, comprising: - end caps (12, 13) fastened around the cables (2, 3) to be connected near ends thereof, the end caps being fastened sealably on the cables (2, 3), - an intermediate part for connecting these cables (2, 3), adapted to be placed between ends to be connected of the cables (2, 3) and including means for the electrical connection of these cables (2, 3), the means for the electrical connection assuming the form of a cable portion with a general U shape, characterized in that the intermediate part is in the form of a sealed housing generally in the shape of an inverted U comprising two legs (17, 18), the ends of the legs (17, 18) comprising two passage orifices (15, 16) of the cables (2, 3) to be connected, the passage orifices (15, 16) or the legs (17, 18) being provided with fastening means on the end caps (12, 13), in order to close off the orifices of the housing and to fasten the cables (2, 3) on the housing by means of the end caps (12, 13) and therefore to fasten the cables (2, 3) on one another. - end caps (12, 13) fastened around the cables (2, 3) to be connected near ends thereof, the end caps being fastened sealably on the cables (2, 3), - an intermediate part for connecting these cables (2, 3), adapted to be placed between ends to be connected of the cables (2, 3) and including means for the electrical connection of these cables (2, 3), the means for the electrical connection assuming the form of a cable portion with a general U shape, characterized in that the intermediate part is in the form of a sealed housing generally in the shape of an inverted U comprising two legs (17, 18), the ends of the legs (17, 18) comprising two passage orifices (15, 16) of the cables (2, 3) to be connected, the passage orifices (15, 16) or the legs (17, 18) being provided with fastening means on the end caps (12, 13), in order to close off the orifices of the housing and to fasten the cables (2, 3) on the housing by means of the end caps (12, 13) and therefore to fasten the cables (2, 3) on one another.
A nerve integrity monitoring system for use during operation of an electrosurgical unit, comprising: a plurality of sensing probes each constituting a separate channel and adapted to generate a corresponding plurality of input signals; an input module electrically coupled to the plurality of sensing probes and adapted to receive the plurality of input signals; an EMG detection module coupled to the input module and adapted to detect conditions in each input signal and classify the conditions as a function of a level of EMG activity received from the patient; an artifact detection module coupled to the input module and adapted to detect an artifact indicative of metal-to-metal contact in the input signals and to mute a channel for which an artifact is detected, independent of other channels; and an output module coupled to the EMG detection module and the artifact detection module, and adapted to provide a first output signal indicative of the detected conditions in the first input signal and provide a second output signal indicative of the artifact. a plurality of sensing probes each constituting a separate channel and adapted to generate a corresponding plurality of input signals; an input module electrically coupled to the plurality of sensing probes and adapted to receive the plurality of input signals; an EMG detection module coupled to the input module and adapted to detect conditions in each input signal and classify the conditions as a function of a level of EMG activity received from the patient; an artifact detection module coupled to the input module and adapted to detect an artifact indicative of metal-to-metal contact in the input signals and to mute a channel for which an artifact is detected, independent of other channels; and an output module coupled to the EMG detection module and the artifact detection module, and adapted to provide a first output signal indicative of the detected conditions in the first input signal and provide a second output signal indicative of the artifact.
Component device, in particular for a primary structural component of an aircraft, comprising - a first component element; - a second component element; - an adhesive bond which provides a connection between the first component element and the second component element; - a detector installation having at least one interior sensor installation which is configured for measuring a variation in a pressure and/or a concentration of a gas surrounding the interior sensor installation; - wherein the first component element, the second component element, and the adhesive bond delimit an interior; and - wherein the interior sensor installation is disposed in the interior, characterized in that the interior sensor installation comprises dissimilar second interior sensors which are configured for measuring the partial pressure of dissimilar gases, and/or comprises dissimilar third interior sensors which are configured for measuring the concentration of dissimilar gases, wherein the second interior sensors are configured as coated optical fibres. - a first component element; - a second component element; - an adhesive bond which provides a connection between the first component element and the second component element; - a detector installation having at least one interior sensor installation which is configured for measuring a variation in a pressure and/or a concentration of a gas surrounding the interior sensor installation; - wherein the first component element, the second component element, and the adhesive bond delimit an interior; and - wherein the interior sensor installation is disposed in the interior,
An adjustment assembly for adjusting the reflective surface of a glass assembly in a vehicle outside mirror, wherein two adjustment motors engage with two points of the glass assembly and are mounted between the glass assembly and a mirror carrier in a mirror head, characterised in that the adjustment motors are linear adjustment motors, having rotors (22, 22'), the rotors (22, 22') are connected to the glass assembly and/or the mirror carrier via at least one elastomeric connecting piece (30, 31), and the rotors (22, 22') are over-moulded with the at least one elastomeric connecting piece (30, 31).
A container (14;114), such as a glass container for liquid, the container (14;114) comprising a seal (30;130) and a support member (32;132) for the seal (30;130), the support member being distant from a mouth of the container (14;114) mounted within a neck portion of the container, wherein the support member (32;132) comprises a rigid annular member, and the seal comprises a metallic and/or polymeric sheet material.
A control computer for an unmanned vehicle, including: a sensor interface for receiving sensor data from sensors of the vehicle, said sensor data including data values associated with movement of the vehicle; an actuator control interface for sending actuator data to control actuators of the vehicle, said actuators controlling parts of the vehicle associated with controlling movement of the vehicle; and characterised in that the control computer includes a system management component for executing a state machine having states corresponding to one or more phases of said movement and for determining a transition between current one of said states and another of said states based on at least one condition associated with said transition, said at least one condition being determined based on at least one of said sensor data, said actuator data and status of said computer wherein said at least one condition associated with said transition represents completion of a phase of movement of said current state. a sensor interface for receiving sensor data from sensors of the vehicle, said sensor data including data values associated with movement of the vehicle; an actuator control interface for sending actuator data to control actuators of the vehicle, said actuators controlling parts of the vehicle associated with controlling movement of the vehicle; and characterised in that the control computer includes a system management component for executing a state machine having states corresponding to one or more phases of said movement and for determining a transition between current one of said states and another of said states based on at least one condition associated with said transition, said at least one condition being determined based on at least one of said sensor data, said actuator data and status of said computer wherein said at least one condition associated with said transition represents completion of a phase of movement of said current state.
A method for controlling a cooker, comprising: supplying energy into a cooking chamber by at least one heating source based on receiving a manipulation signal; furnishing steam water by a water supply pump for generating steam supplied to the cooking chamber and generating steam by heating steam water furnished by means of the water supply pump by a steam heater based on an arrived steam generating start time (Ts); finishing the operation of the water supply pump, if a water supply end time has arrived; finishing the operation of the steam heater, if a steam heating end time has arrived; and finishing the operation of the at least one heating source, if a heating end time has arrived, characterized in that the operation of the steam heater and the water supply pump is finished before the operation of the heating source is finished; the operation of the steam heater is finished after the operation of the water supply pump is finished. supplying energy into a cooking chamber by at least one heating source based on receiving a manipulation signal; furnishing steam water by a water supply pump for generating steam supplied to the cooking chamber and generating steam by heating steam water furnished by means of the water supply pump by a steam heater based on an arrived steam generating start time (Ts); finishing the operation of the water supply pump, if a water supply end time has arrived; finishing the operation of the steam heater, if a steam heating end time has arrived; and finishing the operation of the at least one heating source, if a heating end time has arrived, characterized in that the operation of the steam heater and the water supply pump is finished before the operation of the heating source is finished; the operation of the steam heater is finished after the operation of the water supply pump is finished.
A turbine for a turbomachine comprising a first rotor and a second rotor capable of pivoting about an axis in two opposite directions of rotation, the first rotor comprising a radially outer drum from which blades extend radially inwards, characterized in that it comprises cooling means which are attached with respect to the outer drum, said cooling means comprising a support plate comprising at least one first orifice and at least one calibration plate attached to the support plate and located radially inside the support plate, the at least one calibration plate comprising at least one second calibration orifice turned towards the outer drum so as to allow the passage of cooling air radially from the outside to the inside through the first and second orifices (40, 47)
A method of managing mobile devices in a wireless communication network, the method comprising: establishing a device management, DM, communication session with a mobile device responsive to detecting a trigger condition associated with the mobile device; generating, at a device management server, a Representational State Transfer, REST, command for execution at the mobile device that, when executed by the mobile device, allows the mobile device to communicate device data associated with the mobile device with a network server, wherein generating the REST command comprises generating the REST command to include a first Uniform Resource Indicator, URI, identifying a location on the network server having the device data associated with the mobile device, and including one or more parameters to be replaced by the mobile device with corresponding values prior to the mobile device executing the REST command; and sending the REST command from the device management server to the mobile device via a first communication channel associated with the DM session. establishing a device management, DM, communication session with a mobile device responsive to detecting a trigger condition associated with the mobile device; generating, at a device management server, a Representational State Transfer, REST, command for execution at the mobile device that, when executed by the mobile device, allows the mobile device to communicate device data associated with the mobile device with a network server, wherein generating the REST command comprises generating the REST command to include a first Uniform Resource Indicator, URI, identifying a location on the network server having the device data associated with the mobile device, and including one or more parameters to be replaced by the mobile device with corresponding values prior to the mobile device executing the REST command; and sending the REST command from the device management server to the mobile device via a first communication channel associated with the DM session.