mhurhangee/ep-ind-claims huggingface dataset:
Process for the extraction of metal impurities from a crystalline silicon wafer comprising at least one stage of application, for a period of time of greater than or equal to 1 second and preferably for a period of time between 1 second and 200 seconds, an electric potential difference between a first electrode positioned on the side of a first face of the wafer and a second electrode positioned on the side of the second face of the wafer in order to cause the metal impurities to migrate towards one of the first or second faces (20, 30) of the wafer, the electric potential difference being, in absolute value, between 1 V and 10 kV and preferably between 3 V and 5 kV, the first electrode comprising at least two tracks and the second electrode comprising at least one track, the projection of which onto the first face of the wafer along a normal to the latter is inserted between the two adjacent tracks of the first electrode, preferably separated from the tracks of the first electrode.
A method comprising: determining precoding control indication, PCI, for data transmission from a transmitter to a receiver; determining channel quality indication, CQI, for the data transmission, wherein the determining the CQI for the data transmission comprises: determining one CQI value for one transport block when one transport block is used for the data transmission, and determining two CQI values for two transport blocks when two transport blocks are used for the data transmission; forming a report based on the PCI and the CQI; sending the report to the transmitter; and characterized by relating the size and number of the CQI to a rank for the data transmission. determining precoding control indication, PCI, for data transmission from a transmitter to a receiver; determining channel quality indication, CQI, for the data transmission, wherein the determining the CQI for the data transmission comprises: determining one CQI value for one transport block when one transport block is used for the data transmission, and determining two CQI values for two transport blocks when two transport blocks are used for the data transmission; determining one CQI value for one transport block when one transport block is used for the data transmission, and determining two CQI values for two transport blocks when two transport blocks are used for the data transmission; forming a report based on the PCI and the CQI; sending the report to the transmitter; and characterized by relating the size and number of the CQI to a rank for the data transmission.
A sealing ring, which is mountable to an annular groove provided on an outer circumference of a shaft, for sealing an annular gap between the shaft and a housing that rotate relative to each other to maintain fluid pressure of a region to be sealed that is configured such that the fluid pressure thereof changes, wherein the sealing ring is configured to slide against a side wall surface on a low pressure side of the annular groove, characterized in that a dynamic pressure generating groove which includes a first groove having a constant width in a radial direction and extending in a circumferential direction and a second groove extending from a center position of the first groove in the circumferential direction to an inner circumferential surface and guiding a fluid to be sealed into the first groove is provided on a sliding surface side which is configured to slide against the side wall surface, and the first groove is provided at a position within a sliding region which is configured to slide against the side wall surface.
A deaerator assembly (22;22a) comprising: a housing (32;32a) having a housing inlet (34;34a) for receiving a mixture (Cm) of coolant and air, a housing outlet (36,36a) for deaerated coolant and a vent for air removed from the coolant; and a conduit (40;40a) configured to communicate a deaerated coolant (Cd), the conduit (40;40a) located within the housing (32;32a) from a conduit inlet (48;48a) to a conduit outlet (50;50a), wherein the mixture (Cm) of coolant and air is deaerated as the mixture (Cm) is communicated from the housing inlet (34;34a) to the housing outlet (36;36a) within the housing (32;32a) and outside the conduit (40;40a) characterised in that: the conduit inlet is vertically below the housing outlet, and the housing outlet (36; 36a) is vertically below the housing inlet (34; 34a). a housing (32;32a) having a housing inlet (34;34a) for receiving a mixture (Cm) of coolant and air, a housing outlet (36,36a) for deaerated coolant and a vent for air removed from the coolant; and a conduit (40;40a) configured to communicate a deaerated coolant (Cd), the conduit (40;40a) located within the housing (32;32a) from a conduit inlet (48;48a) to a conduit outlet (50;50a), wherein the mixture (Cm) of coolant and air is deaerated as the mixture (Cm) is communicated from the housing inlet (34;34a) to the housing outlet (36;36a) within the housing (32;32a) and outside the conduit (40;40a) characterised in that: the conduit inlet is vertically below the housing outlet, and the housing outlet (36; 36a) is vertically below the housing inlet (34; 34a). the conduit inlet is vertically below the housing outlet, and the housing outlet (36; 36a) is vertically below the housing inlet (34; 34a).
An antenna driving apparatus (14, 14a, 14b) operated by power supplied from a power source and configured to generate a signal transmitted via an antenna, the antenna driving apparatus (14, 14a, 14b) comprising: a control circuit (32, 32a, 32b), which is configured to generate a pulsed control signal (Vp, Vn) based on a pulsed transmission signal (So); and an amplifier circuit, which is supplied with power from the power source and is configured to generate an output signal (Sa) to be sent to the antenna based on the control signal, characterized in that the control circuit (32, 32a, 32b) is configured to change the pulse width of the control signal based on the level of the output signal or the voltage of the power source. a control circuit (32, 32a, 32b), which is configured to generate a pulsed control signal (Vp, Vn) based on a pulsed transmission signal (So); and an amplifier circuit, which is supplied with power from the power source and is configured to generate an output signal (Sa) to be sent to the antenna based on the control signal, characterized in that the control circuit (32, 32a, 32b) is configured to change the pulse width of the control signal based on the level of the output signal or the voltage of the power source.
Method of hot-molding a powder material comprising 20-50% by weight of expanded particles and 80-50% of unexpanded particles, the particles being made of plastic material, of closed shape, hollow and filled with gas, with the steps of spraying the material with a liquid while the material is kept under stirring to thicken the material, in order to aggregate the particles of the powder material preventing them from floating in the environment, and making the wet material a dry mush, applying on a mold cavity a layer of a fiber-reinforced material, putting the thickened material on the fiber-reinforced material, closing the mold cavity and heating the two materials inside the cavity.
A method for restarting a downhole pump coupled to a variable speed drive, the variable speed drive comprising a control system, the method comprising: the control system: (i) detecting an interruption of the normal operation of the downhole pump that requires a downhole pump motor to be restarted; (ii) determining a reverse rotational speed of the downhole pump motor; (iii) determining whether the reverse rotational speed of the downhole pump motor is less than a threshold reverse rotational speed; and (iv) when the reverse rotational speed of the downhole pump motor is less than the threshold reverse rotational speed, restarting the downhole pump motor. (i) detecting an interruption of the normal operation of the downhole pump that requires a downhole pump motor to be restarted; (ii) determining a reverse rotational speed of the downhole pump motor; (iii) determining whether the reverse rotational speed of the downhole pump motor is less than a threshold reverse rotational speed; and (iv) when the reverse rotational speed of the downhole pump motor is less than the threshold reverse rotational speed, restarting the downhole pump motor.
An operable membranes device comprising a plate (2, 2'), membranes suspended from said plate (2, 2'), said membranes being the seat of residual mechanical constraints, at least a first actuator (12, 12') able to deform the plate outside its plane, second actuators, each second actuator being able to deform one of said membranes outside its plane, and control electronics able to generate second control signals at the second actuators in order to vibrate the membranes and able to generate continuous first control signals at the first actuator (12, 12') such that it causes a deformation of the plate (2, 2') so that it is found in the deformed state, which is such that induced mechanical constraints apply to the membranes and at least reduce the residual constraints of the membranes.
An electronic device comprising a waterproof connector, a circuit board and a housing, wherein the waterproof connector is disposed on the circuit board and inserted with the housing, the waterproof connector comprising: a connector disposed on the circuit board; and a waterproof covering member covering the connector and a part of the circuit board, wherein an outer surface of the waterproof covering member has a plurality of ribs, and the plurality of ribs contact the housing to provide waterproof protection for an inside of the electronic device; the electronic device being characterized in that an inner surface of a part of the waterproof covering member that exceeds the connector is attached to the circuit board by an adhesive, and in that the inner surface of the part of the waterproof covering member that exceeds the connector has an adhesive overflow groove. a connector disposed on the circuit board; and a waterproof covering member covering the connector and a part of the circuit board, wherein an outer surface of the waterproof covering member has a plurality of ribs, and the plurality of ribs contact the housing to provide waterproof protection for an inside of the electronic device; the electronic device being characterized in that an inner surface of a part of the waterproof covering member that exceeds the connector is attached to the circuit board by an adhesive, and in that the inner surface of the part of the waterproof covering member that exceeds the connector has an adhesive overflow groove.
A medical apparatus for interfacing with tissue of a patient comprising: an implantable system comprising a body portion for implanting within a patient, an energy harvesting element or antenna, and energy harvesting circuitry, wherein the energy harvesting element or antenna and the energy harvesting circuitry are in the form of an extension attached to the body portion; an external system that transcutaneously transmits at least one of power or data to the implantable system during operation; and an introducer for delivering the body portion and the at least one extension into the patient; wherein the implantable system is constructed and arranged to be delivered through the introducer; and wherein the extension is configured to transition from a compacted state to an expanded state to make a radar cross section of the energy harvesting element or antenna larger to increase the amount of power said energy harvesting element or antenna can harvest. an implantable system comprising a body portion for implanting within a patient, an energy harvesting element or antenna, and energy harvesting circuitry, wherein the energy harvesting element or antenna and the energy harvesting circuitry are in the form of an extension attached to the body portion; a body portion for implanting within a patient, an energy harvesting element or antenna, and energy harvesting circuitry, wherein the energy harvesting element or antenna and the energy harvesting circuitry are in the form of an extension attached to the body portion; an external system that transcutaneously transmits at least one of power or data to the implantable system during operation; and an introducer for delivering the body portion and the at least one extension into the patient; wherein the implantable system is constructed and arranged to be delivered through the introducer; and wherein the extension is configured to transition from a compacted state to an expanded state to make a radar cross section of the energy harvesting element or antenna larger to increase the amount of power said energy harvesting element or antenna can harvest.
A current measurement device for measuring currents (I n) in conductors of a cable with N ≥ 2 conductors, comprising (a) Q vectorial magnetic field sensors, wherein Q ≥ 5 and (b) an evaluation unit that is designed to automatically (i) detect magnetic field component data from three magnetic field components (B x, B y,B z) by means of the magnetic field sensors and (ii) calculate the at least one current (I n) from the magnetic field component data, (c) wherein at least two of the magnetic field sensors (16.1, 16.2) are located in a first cross-sectional plane, characterised in that (d) at least two further magnetic field sensors (16.3, 16.4, 16.5) are located in a second cross-sectional plane, which extends parallel to the first cross-sectional plane, (e) at least two of the magnetic field sensors (16.1, 16.3, 16.5) are located in a first contact plane, the first contact plane extending perpendicular to the first cross-sectional plane, (f) at least two further magnetic field sensors (16.2, 16.4) are located in a second contact plane, which extends parallel to the first contact plane, (g) at least two of the magnetic field sensors (16.2, 16.4, 16.5) are located in a first longitudinal plane, the first longitudinal plane extending perpendicular to the first cross-sectional plane and perpendicular to the contact plane, and (h) at least one further magnetic field sensor (16.3) is located in a second longitudinal plane, which extends parallel to the first longitudinal plane. (a) Q vectorial magnetic field sensors, wherein Q ≥ 5 and (b) an evaluation unit that is designed to automatically (i) detect magnetic field component data from three magnetic field components (B x, B y,B z) by means of the magnetic field sensors and (ii) calculate the at least one current (I n) from the magnetic field component data, (i) detect magnetic field component data from three magnetic field components (B x, B y,B z) by means of the magnetic field sensors and (ii) calculate the at least one current (I n) from the magnetic field component data, (c) wherein at least two of the magnetic field sensors (16.1, 16.2) are located in a first cross-sectional plane, (d) at least two further magnetic field sensors (16.3, 16.4, 16.5) are located in a second cross-sectional plane, which extends parallel to the first cross-sectional plane, (e) at least two of the magnetic field sensors (16.1, 16.3, 16.5) are located in a first contact plane, the first contact plane extending perpendicular to the first cross-sectional plane, (f) at least two further magnetic field sensors (16.2, 16.4) are located in a second contact plane, which extends parallel to the first contact plane, (g) at least two of the magnetic field sensors (16.2, 16.4, 16.5) are located in a first longitudinal plane, the first longitudinal plane extending perpendicular to the first cross-sectional plane and perpendicular to the contact plane, and (h) at least one further magnetic field sensor (16.3) is located in a second longitudinal plane, which extends parallel to the first longitudinal plane.
A conference data sharing method, characterized by comprising: triggering a transmitter coupled to an image signal source; transmitting a triggering signal from the transmitter to a receiver through a first network; generating at least one data signal having authorization key information by the receiver according to a conference member list after the receiver receives the triggering signal; directly transmitting the at least one data signal having the authorization key information from the receiver to at least one conference member (M1 to M3) through a second network; relaying by the receiver the authorization key information to the at least one conference member (M1 to M3) through a server which is linked to the receiver through a third network; transmitting an image signal from the image signal source to the transmitter after the transmitter is triggered; processing the image signal by the transmitter for transmitting the image signal to the receiver through the first network; controlling a display device for displaying an image by the receiver according to the image signal; and setting a sharing authority of a conference member of the conference member list for transmitting sharing authority data of the conference member to the receiver; wherein after the receiver notifies the conference member according to the sharing authority data, when the conference member is authorized, a transmitter of the conference member is triggered so that the conference member acquires a network link and/or a password of conference data. triggering a transmitter coupled to an image signal source; transmitting a triggering signal from the transmitter to a receiver through a first network; generating at least one data signal having authorization key information by the receiver according to a conference member list after the receiver receives the triggering signal; directly transmitting the at least one data signal having the authorization key information from the receiver to at least one conference member (M1 to M3) through a second network; relaying by the receiver the authorization key information to the at least one conference member (M1 to M3) through a server which is linked to the receiver through a third network; transmitting an image signal from the image signal source to the transmitter after the transmitter is triggered; processing the image signal by the transmitter for transmitting the image signal to the receiver through the first network; controlling a display device for displaying an image by the receiver according to the image signal; and setting a sharing authority of a conference member of the conference member list for transmitting sharing authority data of the conference member to the receiver; wherein after the receiver notifies the conference member according to the sharing authority data, when the conference member is authorized, a transmitter of the conference member is triggered so that the conference member acquires a network link and/or a password of conference data.
RFID label tag for authentication of a plant container comprising a loop that is dimensioned to snugly fit around a part of the plant container, said RFID label tag comprising further a flat part connected to the loop, wherein the flat part is provided with a RFID chip, wherein the RFID label tag comprises a pre-mounted form wherein the loop is open to receive a part of the plant container and wherein the flat part is separated into two flat part halves (3', 3"), said flat part halves (3', 3") being connected to the loop on opposite sides thereof, and a mounted form wherein the loop is closed and arranged to snugly fit around the part of the plant container when the two flat part halves (3', 3") are joined together, wherein the two flat part halves (3', 3") are provided with a label inlay supported by the two flat part halves (3', 3"), wherein the label inlay is glued to the two flat part halves (3', 3"), characterized in that a surface of the label inlay facing away from the two flat part halves (3', 3") on which the label inlay is glued is also provided with glue so as to arrange that when the two flat part halves (3', 3") are joined together, the surface of the label inlay facing away from the two flat part halves (3', 3") is glued to itself.
Submarine having at least one direct current power supply system, characterized in that a pole of the direct current power supply system is connected in a continuously electrically conductive fashion to at least one electrically conductive part of the body of the vessel.
An in vitro method for screening a substance having a whitening effect, the method comprising analyzing whether or not a test substance activates Fox03a (Forkhead box 03A) or stimulates expression of Fox03a.
A discharge assembly comprising: a conveyor belt including inner and outer belt surfaces, the conveyor belt including: a plurality of belt rows extending along a belt length, and a plurality of package spacing ridges including outer engaging edges, with one package spacing ridge of the plurality of package spacing ridges between each of the plurality of belt rows, and the outer belt surface is recessed from the outer engaging edges; and a forming drum having an exterior surface defining an outer perimeter and including a plurality of package cavities, the forming drum configured to roll in engagement with the conveyor belt along the plurality of package spacing ridges, characterized in that a relaxed package cavity is formed by the outer belt surface, a boundary provided by two of the plurality of package spacing ridges, and one of the plurality of package cavities in the forming drum, and a portion of the relaxed package cavity is formed between a portion of the exterior surface of the forming drum and the outer belt surface. a conveyor belt including inner and outer belt surfaces, the conveyor belt including: a plurality of belt rows extending along a belt length, and a plurality of package spacing ridges including outer engaging edges, with one package spacing ridge of the plurality of package spacing ridges between each of the plurality of belt rows, and the outer belt surface is recessed from the outer engaging edges; and a plurality of belt rows extending along a belt length, and a plurality of package spacing ridges including outer engaging edges, with one package spacing ridge of the plurality of package spacing ridges between each of the plurality of belt rows, and the outer belt surface is recessed from the outer engaging edges; and a forming drum having an exterior surface defining an outer perimeter and including a plurality of package cavities, the forming drum configured to roll in engagement with the conveyor belt along the plurality of package spacing ridges, characterized in that a relaxed package cavity is formed by the outer belt surface, a boundary provided by two of the plurality of package spacing ridges, and one of the plurality of package cavities in the forming drum, and a portion of the relaxed package cavity is formed between a portion of the exterior surface of the forming drum and the outer belt surface.