mhurhangee/ep-ind-claims huggingface dataset:
A granular composition for agricultural use comprising: a plurality of granulates having a biodegradable coating applied over the granulates, wherein the granulates comprise a material selected from the group consisting of seeds, fertilizers, and pesticides, wherein the biodegradable coating comprises from about 5 to about 75 weight percent polylactic acid and from about 25 to about 95 weight percent polyhydroxyalkanoates, and wherein the biodegradable coating comprises a continuous phase of polylactic acid having globules of the polyhydroxyalkanoates homogeneously dispersed therein, wherein the globules have an average size of from about 2 nm to about 10 micron. a plurality of granulates having a biodegradable coating applied over the granulates, wherein the granulates comprise a material selected from the group consisting of seeds, fertilizers, and pesticides, wherein the biodegradable coating comprises from about 5 to about 75 weight percent polylactic acid and from about 25 to about 95 weight percent polyhydroxyalkanoates, and wherein the biodegradable coating comprises a continuous phase of polylactic acid having globules of the polyhydroxyalkanoates homogeneously dispersed therein, wherein the globules have an average size of from about 2 nm to about 10 micron.
A cycloidal rotor having a plurality of airfoil blades (3, 5, 41, 61, 81, 102, 119) mounted for orbiting about an axis of rotation; blade supporting means operative to position the blades (3, 5, 41, 61, 81, 102, 119) to follow a generally non-circular trajectory (4, 6, 80, 110) about said axis of rotation; counterbalancing means for keeping the rotor balanced as the blades (3, 5, 41, 61, 81, 102, 119) radial positions change; blade pitch adjusting means for adjusting the blades angle-of-attack; and drive means for propelling the blades (3, 5, 41, 61, 81, 102, 119) along said trajectory (4, 6, 80, 110).
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: receiving a system information block, SIB, including information on parameters for determining a UE mobility state; transmitting, to a base station, a setup complete message to confirm a completion of a radio resource control, RRC, connection establishment, wherein the setup complete message includes mobility state information indicating a mobility state of the UE just prior to entering an RRC connected state, the mobility state of the UE being determined based on the parameters, and wherein the setup complete message further includes information for mobility history availability in case that the UE has mobility history information available; receiving, from the base station, a UE information request message generated based on the setup complete message, the UE information request message including information for requesting a report of the mobility history information; and transmitting, to the base station, a UE information response message including the mobility history information, as a response to the UE information request message, wherein the mobility history information includes a list of at least one visited cell information. receiving a system information block, SIB, including information on parameters for determining a UE mobility state; transmitting, to a base station, a setup complete message to confirm a completion of a radio resource control, RRC, connection establishment, wherein the setup complete message includes mobility state information indicating a mobility state of the UE just prior to entering an RRC connected state, the mobility state of the UE being determined based on the parameters, and wherein the setup complete message further includes information for mobility history availability in case that the UE has mobility history information available; wherein the setup complete message includes mobility state information indicating a mobility state of the UE just prior to entering an RRC connected state, the mobility state of the UE being determined based on the parameters, and wherein the setup complete message further includes information for mobility history availability in case that the UE has mobility history information available; receiving, from the base station, a UE information request message generated based on the setup complete message, the UE information request message including information for requesting a report of the mobility history information; and transmitting, to the base station, a UE information response message including the mobility history information, as a response to the UE information request message, wherein the mobility history information includes a list of at least one visited cell information.
A suspension lock mechanism of a vehicle where an arm is rockably supported by a vehicle body-side member provided on the vehicle body side via a spindle, a wheel is supported by an end of the arm via an axle and a stroke of a suspension in which a shock absorber is extended/contracted by a rocking of the arm is stopped, wherein: a cylindrical drum is provided to the arm with the drum encircling the spindle; and a rocking of the arm can be locked by providing a friction member that stops the turning of the drum by frictional force to the vehicle body-side member.
A liquid hard surface antimicrobial cleaning composition with a pH in the range of 9 to 12 comprising (a) 0.5 to 4% by weight of benzalkonium chloride; (b) 0.25 to 3% by weight of salt of di or tri carboxylic acid; (c) 0.01 to 2% by weight an essential oil antimicrobial active selected from thymol or terpineol; and (d) 87 to 97% by weight water. (a) 0.5 to 4% by weight of benzalkonium chloride; (b) 0.25 to 3% by weight of salt of di or tri carboxylic acid; (c) 0.01 to 2% by weight an essential oil antimicrobial active selected from thymol or terpineol; and (d) 87 to 97% by weight water.
A laser point projecting device, comprising a light source assembly which projects a first positioning point and a second positioning point respectively along the two directions of a straight line, wherein the laser point projecting device comprises a housing part and a body part; the housing part is sleeved on the periphery of the body part, and the housing part and the body part are displaceable relative to each other; the laser point projecting device further comprises a switch, the laser point projecting device characterized in that when the body part displaces to a first position along the direction of projecting the first positioning point, the laser point projecting device assumes a first status, the switch is not triggered, and the light source assembly is off; when the body part displaces to a second position along the direction of projecting the second positioning point, the laser point projecting device assumes a second status, the switch is triggered, and the light source assembly is switched on; and the housing part is provided with at least one opening at the end of the housing part which is closer to the first positioning point, and when the laser point projecting device assumes the second status, a hollow space is formed between the end of the housing part closer to the first positioning point and the body part, and the opening acts as an observation window through which the position of the first positioning point can be observed. the laser point projecting device comprises a housing part and a body part; the housing part is sleeved on the periphery of the body part, and the housing part and the body part are displaceable relative to each other; the laser point projecting device further comprises a switch, the laser point projecting device characterized in that when the body part displaces to a first position along the direction of projecting the first positioning point, the laser point projecting device assumes a first status, the switch is not triggered, and the light source assembly is off; when the body part displaces to a second position along the direction of projecting the second positioning point, the laser point projecting device assumes a second status, the switch is triggered, and the light source assembly is switched on; and the housing part is provided with at least one opening at the end of the housing part which is closer to the first positioning point, and when the laser point projecting device assumes the second status, a hollow space is formed between the end of the housing part closer to the first positioning point and the body part, and the opening acts as an observation window through which the position of the first positioning point can be observed.
An electrostatic precipitator unit comprising at least two electrostatic precipitators, at least two individual power supplies for pulsed operation of the electrostatic precipitators, wherein each of the power supplies is feeding one of the electrostatic precipitators; a common feeding powering the power supplies; and a control unit for each of the power supplies, wherein the control units of the power supplies are at least indirectly connected by communication lines, characterized in that the the control units are arranged to provide for a controlled relative scheduling of the pulsed operation of the individual power supplies via the communication lines so that the power flow is as even as possible in order to minimize distortions and in order to optimize the load on the mains.
A robot master control system, comprising: a master controller, configured to control at least one dual-robot control system, wherein each of the at least one dual-robot control system includes a first robot, a second robot, an image capturing device, and a sub-controller controlling the first robot and the second robot, and the sub-controller is controlled by the master controller; the image capturing device is configured to take photos of objects on top of a loading table from above, so as to obtain a first image, and transmit the first image to the sub-controller; the sub-controller is configured to analyze the first image to obtain the distribution of the objects, including using a preset neural network to obtain boundary information of the objects in the first image; and obtaining the distribution of the objects in the first image according to the boundary information; wherein the neural network includes a hierarchical convolutional network, an attention-based coding network, a fusion network, and a recognition network. a master controller, configured to control at least one dual-robot control system, wherein each of the at least one dual-robot control system includes a first robot, a second robot, an image capturing device, and a sub-controller controlling the first robot and the second robot, and the sub-controller is controlled by the master controller; the image capturing device is configured to take photos of objects on top of a loading table from above, so as to obtain a first image, and transmit the first image to the sub-controller; the sub-controller is configured to analyze the first image to obtain the distribution of the objects, including using a preset neural network to obtain boundary information of the objects in the first image; and obtaining the distribution of the objects in the first image according to the boundary information; wherein the neural network includes a hierarchical convolutional network, an attention-based coding network, a fusion network, and a recognition network. using a preset neural network to obtain boundary information of the objects in the first image; and obtaining the distribution of the objects in the first image according to the boundary information; wherein the neural network includes a hierarchical convolutional network, an attention-based coding network, a fusion network, and a recognition network.
A battery module comprising a plurality of unit modules, based on battery cells which can be charged and discharged, electrically connected to each other, wherein the unit modules are electrically connected to each other in series and/or in parallel or the unit modules are electrically connected to a bus bar in series and/or in parallel, the battery module has two or more electrical connection points (200, 210, 220), and the number of electrically connected members at each of the electrical connection points (200, 210, 220) is less than the total number of the electrically connected members of the battery module, wherein the unit modules are electrically connected to the bus bar in a state in which electrode terminals (111, 112, 113) of the unit modules are electrically connected to each other, and two or more electrical connection points (200, 210, 220) are provided between the unit modules and between the unit modules and the bus bar.
Rail vehicle with a bogie rolling on a trackway in a direction of travel, a vehicle structure supported on the bogie, a rigid support structure which is arranged on the end side of the rail vehicle and which has an end-side coupling opening through which a coupling for coupling further rail vehicles extends, and a coupling securing means for securing the coupling to the rail vehicle, characterised in that the coupling securing means have reversible securing elements which permit a reversible lifting movement counter to the direction of travel such that the coupling is completely retracted in the supporting structure.
A method for separating acetone from acetone/water mixtures, comprising: - concentrating a partial flow of the acetone/water mixture in at least one column operated under positive pressure, wherein a product having an acetone concentration of at least 80 wt% is obtained, - concentrating a partial flow of the acetone/water mixture in at least one column operated under normal pressure, wherein the top product from the column operated under positive pressure is used to heat the bottom product of the column operated under normal pressure via a heat exchanger, and wherein the top product is subsequently introduced into the column operated under normal pressure above the supply of the partial flow of the acetone/ water mixture. - concentrating a partial flow of the acetone/water mixture in at least one column operated under positive pressure, wherein a product having an acetone concentration of at least 80 wt% is obtained, - concentrating a partial flow of the acetone/water mixture in at least one column operated under normal pressure, wherein the top product from the column operated under positive pressure is used to heat the bottom product of the column operated under normal pressure via a heat exchanger, and wherein the top product is subsequently introduced into the column operated under normal pressure above the supply of the partial flow of the acetone/ water mixture.
A non-therapeutic method of optimizing positions of a plurality of electrodes placed on a subject's body, wherein, in a subsequent step not forming part of the claimed method, the electrodes are used to impose an electric field in target tissue within an anatomic volume of the subject's body at a given frequency, the method comprising the steps of: obtaining a first MRI image of the anatomic volume, the first MRI image having an associated first repetition time; obtaining a second MRI image of the anatomic volume, the second MRI image having an associated second repetition time that is different from the first repetition time; calculating, for each voxel in the anatomic volume, a ratio IR of an intensity of a corresponding voxel in the first MRI image to an intensity of a corresponding voxel in the second MRI image; mapping the calculated IR for each voxel in the anatomic volume into a corresponding voxel of a 3D model of electrical conductivity or resistivity at the given frequency, wherein the given frequency is below 1 MHz; identifying a location of the target tissue within the anatomic volume; and determining positions for the electrodes based on the 3D model of electrical conductivity or resistivity at the given frequency generated in the mapping step and the location of the target tissue identified in the identifying step. obtaining a first MRI image of the anatomic volume, the first MRI image having an associated first repetition time; obtaining a second MRI image of the anatomic volume, the second MRI image having an associated second repetition time that is different from the first repetition time; calculating, for each voxel in the anatomic volume, a ratio IR of an intensity of a corresponding voxel in the first MRI image to an intensity of a corresponding voxel in the second MRI image; mapping the calculated IR for each voxel in the anatomic volume into a corresponding voxel of a 3D model of electrical conductivity or resistivity at the given frequency, wherein the given frequency is below 1 MHz; identifying a location of the target tissue within the anatomic volume; and determining positions for the electrodes based on the 3D model of electrical conductivity or resistivity at the given frequency generated in the mapping step and the location of the target tissue identified in the identifying step.
Measuring device for measuring a hole in the ground, having - at least one measuring probe that can be lowered into the hole, having ∘ at least one measurement signal transmitter, ∘ at least one measurement signal receiver to receive an ultrasonic signal from a wall area of the hole, ∘ a calibration signal transmitter to transmit an ultrasonic calibration signal to a calibration element and ∘ a calibration signal receiver to receive an ultrasonic calibration signal reflected on the calibration element, - and an evaluation unit to determine a wall distance between the measurement signal transmitter and the wall area of the hole, wherein a measurement distance can be assigned to the received ultrasonic measurement signal based on assignment rules, - wherein by means of the evaluation unit the assignment rules can be changed and calibrated based on the ultrasonic calibration signal reflected and received by the calibration element, characterised in that - the calibration element is rigidly attached to the side of the measuring probe with a defined calibration distance, and - the measurement signal transmitter is designed to transmit the ultrasonic measurement signal laterally towards the wall area of the hole. - at least one measuring probe that can be lowered into the hole, having ∘ at least one measurement signal transmitter, ∘ at least one measurement signal receiver to receive an ultrasonic signal from a wall area of the hole, ∘ a calibration signal transmitter to transmit an ultrasonic calibration signal to a calibration element and ∘ a calibration signal receiver to receive an ultrasonic calibration signal reflected on the calibration element, ∘ at least one measurement signal transmitter, ∘ at least one measurement signal receiver to receive an ultrasonic signal from a wall area of the hole, ∘ a calibration signal transmitter to transmit an ultrasonic calibration signal to a calibration element and ∘ a calibration signal receiver to receive an ultrasonic calibration signal reflected on the calibration element, - and an evaluation unit to determine a wall distance between the measurement signal transmitter and the wall area of the hole, wherein a measurement distance can be assigned to the received ultrasonic measurement signal based on assignment rules, - wherein by means of the evaluation unit the assignment rules can be changed and calibrated based on the ultrasonic calibration signal reflected and received by the calibration element, - the calibration element is rigidly attached to the side of the measuring probe with a defined calibration distance, and - the measurement signal transmitter is designed to transmit the ultrasonic measurement signal laterally towards the wall area of the hole.
A body attachable unit for continuous glucose measurement, the body attachable unit configured to be insertedly attachable to a body by an applicator for the continuous glucose measurement, the body attachable unit comprising: - a housing, wherein a bottom surface of the housing is to contact a skin; - a sensor unit installed to the housing, wherein one end portion of the sensor unit outwardly protrudes from the bottom surface of the housing to be inserted to the body when the housing contacts the skin; and - a printed circuit board disposed inside the housing, wherein the sensor unit comprises - a sensor body unit contacting an electric contact point of the PCB; and - a sensor probe unit extending from one side of the sensor body unit, having a bent shape, and outwardly protruding from the housing to be insertable into the body, - wherein the sensor body unit is configured to be spaced apart from the electric contact point of the PCB, and - wherein the sensor body unit is configured to be contacted to the electric contact point of the PCB according to manipulation of a user to initiate operation of the body attachable unit. - a housing, wherein a bottom surface of the housing is to contact a skin; - a sensor unit installed to the housing, wherein one end portion of the sensor unit outwardly protrudes from the bottom surface of the housing to be inserted to the body when the housing contacts the skin; and - a printed circuit board disposed inside the housing, - a sensor body unit contacting an electric contact point of the PCB; and - a sensor probe unit extending from one side of the sensor body unit, having a bent shape, and outwardly protruding from the housing to be insertable into the body, - wherein the sensor body unit is configured to be spaced apart from the electric contact point of the PCB, and - wherein the sensor body unit is configured to be contacted to the electric contact point of the PCB according to manipulation of a user to initiate operation of the body attachable unit.
A method of volumetric oxidative treatment of spent nuclear fuel of uranium dioxide, the method comprising thermal processing a reaction mass of SNF element fragments in oxidative environment characterized in that said thermal processing is carried out in a reaction chamber in two phases, the first phase being performed at 400-650°C for 60-360 minutes in a gas stream of air additionally comprising carbon dioxide in an amount of 1-4 volume %, the second phase being performed at 350-450°C for 30-120 minutes in a gas stream of air or oxygen enriched medium that includes water steam in an amount corresponding to the dew point of gas-vapor mixture at 30-40°C, both phases being performed with continuous or periodic mechanical activation of the reaction mass.
A receiver with a receiver housing with a fluid-receiving chamber having a fluid inlet and a fluid outlet, wherein in said fluid-receiving chamber a drier is provided, wherein an inlet channel extends into the fluid-receiving chamber, characterised in that the inlet channel has a channel outlet in the fluid-receiving chamber which feeds fluid from the fluid inlet as a channel inlet into the fluid-receiving chamber, wherein the inlet channel is shaped such that the fluid flowing out of the channel outlet flows in a lateral direction at a distance from the central axis of the receiver, wherein the channel outlet is designed as a pipe socket with an attached or inserted adapter piece, particularly of plastic.
Method of producing a freight door which is borne pivotably about a hinge axis and has at least one skin field on which is arranged a stiffening structure comprising a plurality of stiffeners (28, 30), of which at least some have at least two drill patterns which each exhibit drilled holes (58, 64) aligned with regard to each other, with the steps: - arranging of the stiffeners in relation to each other, - forming the stiffening structure on the at least one skin field, - aligning of the freight door, - tension-free bearing of the freight door in a drilling device, - transferring of the freight door into its installation position and - final drilling of the drill patterns. - arranging of the stiffeners in relation to each other, - forming the stiffening structure on the at least one skin field, - aligning of the freight door, - tension-free bearing of the freight door in a drilling device, - transferring of the freight door into its installation position and - final drilling of the drill patterns.