mhurhangee/ep-ind-claims huggingface dataset:
A refueling coupling regulator assembly comprising: a housing forming a fluid path; a first stage pressure regulator provided within the housing, wherein the first stage pressure regulator is operable between an un-modulated position and a modulated position to regulate a flow of fluid through the housing; a second stage pressure regulator provided within the housing, wherein the second stage pressure regulator is operable between an un-modulated position and a modulated position to regulate a flow of fluid through the housing, and wherein the first stage pressure regulator and the second stage pressure regulator are operable independent of one another; and an inner valve body disposed within the housing, wherein the first and second stage pressure regulators (30, 40) are supported on the inner valve body; and wherein the first stage pressure regulator includes a valve member, and a portion of the valve member separates a first chamber and a second chamber within the inner valve body; characterized in that the inner valve body defines a center passage which provides fluid communication between the second chamber of the inner valve body and an outlet opening of the housing. a housing forming a fluid path; a first stage pressure regulator provided within the housing, wherein the first stage pressure regulator is operable between an un-modulated position and a modulated position to regulate a flow of fluid through the housing; a second stage pressure regulator provided within the housing, wherein the second stage pressure regulator is operable between an un-modulated position and a modulated position to regulate a flow of fluid through the housing, and wherein the first stage pressure regulator and the second stage pressure regulator are operable independent of one another; and an inner valve body disposed within the housing, wherein the first and second stage pressure regulators (30, 40) are supported on the inner valve body; and wherein the first stage pressure regulator includes a valve member, and a portion of the valve member separates a first chamber and a second chamber within the inner valve body; characterized in that the inner valve body defines a center passage which provides fluid communication between the second chamber of the inner valve body and an outlet opening of the housing.
A method, comprising: holding in a receiver a definition of a codebook comprising precoding matrices and a definition of multiple sub-codebooks comprising different respective subsets of the precoding matrices in the codebook, wherein each sub-codebook represents a respective angular range of transmission beam directions of the transmitter, wherein the sub-codebooks in the codebook are arranged in multiple levels that progressively increase in precoding resolution and decrease in a size of the angular range, and wherein some of the precoding matrices in each of the high-level sub-codebooks are replaced by one or more precoding matrices taken from the lowest-level sub-codebook having a wide angular range; selecting in coordination with a transmitter a sub-codebook for use in a given time interval or frequency range; receiving a Multiple-Input Multiple-Output, MIMO, signal that is transmitted from the transmitter; and based on the received MIMO signal, generating, in the receiver, feedback that is indicative of one or more preferred precoding matrices, which are chosen from the selected sub-codebook and which are to be used in precoding subsequent MIMO signals in respective partitions of the given time interval or frequency range, and transmitting the feedback from the receiver to the transmitter. holding in a receiver a definition of a codebook comprising precoding matrices and a definition of multiple sub-codebooks comprising different respective subsets of the precoding matrices in the codebook, wherein each sub-codebook represents a respective angular range of transmission beam directions of the transmitter, wherein the sub-codebooks in the codebook are arranged in multiple levels that progressively increase in precoding resolution and decrease in a size of the angular range, and wherein some of the precoding matrices in each of the high-level sub-codebooks are replaced by one or more precoding matrices taken from the lowest-level sub-codebook having a wide angular range; selecting in coordination with a transmitter a sub-codebook for use in a given time interval or frequency range; receiving a Multiple-Input Multiple-Output, MIMO, signal that is transmitted from the transmitter; and based on the received MIMO signal, generating, in the receiver, feedback that is indicative of one or more preferred precoding matrices, which are chosen from the selected sub-codebook and which are to be used in precoding subsequent MIMO signals in respective partitions of the given time interval or frequency range, and transmitting the feedback from the receiver to the transmitter.
A composite casing comprising: a single continuous polymer wrap; and a metal bushing embedded within said single continuous polymer wrap; wherein said single continuous polymer wrap (i) extends a complete length of said composite casing totally embedding said metal bushing therein or (ii) extends to a lowermost horizontally-extending outer side surface of said metal bushing so as to embed all of said metal bushing except for an extraction rim of said metal bushing, and an end surface of said metal bushing is exposed along one end of said composite casing, characterized in that said metal bushing comprises a bushing channel that connects a primer housing section of said metal bushing with a powder chamber of said single continuous polymer wrap. a single continuous polymer wrap; and a metal bushing embedded within said single continuous polymer wrap; wherein said single continuous polymer wrap (i) extends a complete length of said composite casing totally embedding said metal bushing therein or (ii) extends to a lowermost horizontally-extending outer side surface of said metal bushing so as to embed all of said metal bushing except for an extraction rim of said metal bushing, and an end surface of said metal bushing is exposed along one end of said composite casing, characterized in that said metal bushing comprises a bushing channel that connects a primer housing section of said metal bushing with a powder chamber of said single continuous polymer wrap.
An electronic control component bracket for assembling an electronic control component to a vehicle body side, the electronic control component bracket comprising: a bottom portion that is to be disposed on a lower surface side of the electronic control component, and on which a plurality of elastic pieces configured to press the lower surface upward are provided; and abutting stop portions configured to abut, from above, against the electronic control component that is pressed upward, characterized in that the plurality of elastic pieces are configured so that when vibration is applied in an assembled state in which the electronic control component is clamped between the elastic pieces and the abutting stop portions, one or both of an amplitude and a vibration period, in a vertical direction, of one elastic piece (3A1) are set to be different from those of at least another elastic piece (3A2). a bottom portion that is to be disposed on a lower surface side of the electronic control component, and on which a plurality of elastic pieces configured to press the lower surface upward are provided; and abutting stop portions configured to abut, from above, against the electronic control component that is pressed upward, characterized in that the plurality of elastic pieces are configured so that when vibration is applied in an assembled state in which the electronic control component is clamped between the elastic pieces and the abutting stop portions, one or both of an amplitude and a vibration period, in a vertical direction, of one elastic piece (3A1) are set to be different from those of at least another elastic piece (3A2).
A magnetic field transmitter configured to generate a time varying magnetic field in response to a time varying input signal, comprising: a transmitter coil winding constructed of continuous conductor loops (9, 11), the transmitter coil winding having an inner perimeter and an outer perimeter separated by a distance L2, the transmitter coil winding having a coil winding resistance and coil winding inductance; and a magnetic backing plate having a first surface, the first surface being held adjacent to a first side of the transmitter coil winding, characterized in that: said magnetic backing plate is cup-shaped, has at least one perforation and has an outer perimeter that is approximately coincident with the outer perimeter of the transmitter coil winding; and the magnetic field transmitter further comprises an integrated audio acoustic speaker to produce an acoustic output, the integrated audio acoustic speaker being located adjacent to the at least one perforation in the backing plate, such that sound generated by the acoustic output of the integrated audio acoustic speaker passes through the at least one perforation in the magnetic backing plate. a transmitter coil winding constructed of continuous conductor loops (9, 11), the transmitter coil winding having an inner perimeter and an outer perimeter separated by a distance L2, the transmitter coil winding having a coil winding resistance and coil winding inductance; and a magnetic backing plate having a first surface, the first surface being held adjacent to a first side of the transmitter coil winding, characterized in that: said magnetic backing plate is cup-shaped, has at least one perforation and has an outer perimeter that is approximately coincident with the outer perimeter of the transmitter coil winding; and the magnetic field transmitter further comprises an integrated audio acoustic speaker to produce an acoustic output, the integrated audio acoustic speaker being located adjacent to the at least one perforation in the backing plate, such that sound generated by the acoustic output of the integrated audio acoustic speaker passes through the at least one perforation in the magnetic backing plate. said magnetic backing plate is cup-shaped, has at least one perforation and has an outer perimeter that is approximately coincident with the outer perimeter of the transmitter coil winding; and the magnetic field transmitter further comprises an integrated audio acoustic speaker to produce an acoustic output, the integrated audio acoustic speaker being located adjacent to the at least one perforation in the backing plate, such that sound generated by the acoustic output of the integrated audio acoustic speaker passes through the at least one perforation in the magnetic backing plate.
A method implemented by a stimulation parameter selection machine, the method comprising: displaying, by a processor of the machine, in a display device of the machine, and in relation to a displayed model of a leadwire including model electrodes, an initial current field corresponding to a first stimulation parameter set; providing, by the machine, a user interface for receipt of user input representing a shift of the current field, the user interface comprising a clockwise directional button and a counterclockwise directional button and including for each of active ones of the model electrodes a respective directional selection component, selectable for increasing and decreasing stimulation amplitude associated with the respective model electrode; in response to the user input, moving, by the processor and in the display device, the current field with respect to the displayed leadwire model; determining, by the processor, a second stimulation parameter set that results in the moved current field; and at least one of outputting, by the machine, the second stimulation parameter set, and setting, by the processor, a stimulation device with the second stimulation parameter set, the stimulation device being configured for performing a stimulation (a) using a leadwire modeled by the leadwire model and (b) in accordance with the second stimulation parameter set; wherein the user input is via selection of the clockwise or counterclockwise directional button, responsive to selection of which the displayed current field is moved rotationally around the leadwire model. displaying, by a processor of the machine, in a display device of the machine, and in relation to a displayed model of a leadwire including model electrodes, an initial current field corresponding to a first stimulation parameter set; providing, by the machine, a user interface for receipt of user input representing a shift of the current field, the user interface comprising a clockwise directional button and a counterclockwise directional button and including for each of active ones of the model electrodes a respective directional selection component, selectable for increasing and decreasing stimulation amplitude associated with the respective model electrode; in response to the user input, moving, by the processor and in the display device, the current field with respect to the displayed leadwire model; determining, by the processor, a second stimulation parameter set that results in the moved current field; and at least one of outputting, by the machine, the second stimulation parameter set, and setting, by the processor, a stimulation device with the second stimulation parameter set, the stimulation device being configured for performing a stimulation (a) using a leadwire modeled by the leadwire model and (b) in accordance with the second stimulation parameter set; wherein the user input is via selection of the clockwise or counterclockwise directional button, responsive to selection of which the displayed current field is moved rotationally around the leadwire model.
A method for reporting channel state information, comprising: acquiring reference signal resource configuration information, wherein the reference signal resource configuration information comprises antenna port configuration information, and the antenna port configuration information is used to indicate an antenna port structure; receiving, according to the reference signal resource configuration information, a reference signal sent by a base station; selecting a precoding matrix from a codebook based on the received reference signal, wherein a structure of the precoding matrix corresponds to the antenna port structure indicated by the antenna port configuration information; and reporting a precoding matrix indicator, PMI, to the base station, wherein the PMI is used to indicate the selected precoding matrix, wherein the structure of the precoding matrix is W=W 1 W 2, wherein W 1 = X 0 0 X, and X=A ⊗ B; ⊗ indicates a Kronecker product; A and B are matrices of m×p and (n/2)×q respectively, or A and B are matrices of (m/2)×p and n×q respectively; W 2 is a matrix of r columns, wherein m corresponds to a quantity of rows in the antenna port structure, n corresponds to a quantity of columns in the antenna port structure, p and q are positive integers, and r is a rank of the precoding matrix. acquiring reference signal resource configuration information, wherein the reference signal resource configuration information comprises antenna port configuration information, and the antenna port configuration information is used to indicate an antenna port structure; receiving, according to the reference signal resource configuration information, a reference signal sent by a base station; selecting a precoding matrix from a codebook based on the received reference signal, wherein a structure of the precoding matrix corresponds to the antenna port structure indicated by the antenna port configuration information; and reporting a precoding matrix indicator, PMI, to the base station, wherein the PMI is used to indicate the selected precoding matrix, wherein the structure of the precoding matrix is W=W 1 W 2, wherein W 1 = X 0 0 X, and X=A ⊗ B; ⊗ indicates a Kronecker product; A and B are matrices of m×p and (n/2)×q respectively, or A and B are matrices of (m/2)×p and n×q respectively; W 2 is a matrix of r columns, wherein m corresponds to a quantity of rows in the antenna port structure, n corresponds to a quantity of columns in the antenna port structure, p and q are positive integers, and r is a rank of the precoding matrix.
A method for obtaining a colloid comprising functionalized liquid colloidal particles comprising the following steps: a) dispersing an oil 1 in an aqueous solution 2 comprising a fragmentation surfactant, resulting in obtaining an emulsion 3 comprising drops of oil suspended in an aqueous phase; b) dissolving lipids intended to functionalize said oil drops in a polar aprotic solvent, resulting in obtaining a functionalization solution 4; c) preparing a functionalization mixture 5, comprising the emulsion 3 and the functionalization solution 4, the volume fraction of the polar aprotic solvent in said functionalization mixture 5 being comprised between 1 and 15%, preferably between 5 and 15%, advantageously between 8 and 15%; d) incubating the functionalization mixture 5, during which at least part of the lipids initially present in the functionalization solution 4 are adsorbed on the surface of the oil drops initially present in the emulsion 3; and e) eliminating lipids not adsorbed during step d); thus allowing to obtain a colloid comprising functionalized liquid colloidal particles consisting of the drops of oil obtained at the end of step a) on the surface of which the lipids are adsorbed during step d). a) dispersing an oil 1 in an aqueous solution 2 comprising a fragmentation surfactant, resulting in obtaining an emulsion 3 comprising drops of oil suspended in an aqueous phase; b) dissolving lipids intended to functionalize said oil drops in a polar aprotic solvent, resulting in obtaining a functionalization solution 4; c) preparing a functionalization mixture 5, comprising the emulsion 3 and the functionalization solution 4, the volume fraction of the polar aprotic solvent in said functionalization mixture 5 being comprised between 1 and 15%, preferably between 5 and 15%, advantageously between 8 and 15%; d) incubating the functionalization mixture 5, during which at least part of the lipids initially present in the functionalization solution 4 are adsorbed on the surface of the oil drops initially present in the emulsion 3; and e) eliminating lipids not adsorbed during step d);
Hydraulic machine having a first part and a second part movable relative to said first part, one of said first part and said second part having a first land resting against the other one of said second part and said first part, having a predetermined first height, with which it protrudes from the one part towards the other part and being arranged between a high pressure area and a low pressure area, wherein a second land having a predetermined second height with which it protrudes from the one part towards the other part and being smaller than said first height is located adjacent to said first land, characterized in that said second land abuts against said first land and said second land is positioned on a low pressure side of said first land.
A method of generating a radiotherapy plan for ion therapy designed to expose a patient to ion radiation delivered as a beam, and wherein the beam is shaped by means of passive devices including: a range modulating device for creating a spread out Bragg peak, SOBP, and an aperture element for shaping the beam laterally, said method being arranged to allow variation in settings of at least one of the range modulating device, the aperture element and MU during the delivery of the beam, wherein the passive devices include a range compensator which is placed around the patient or across the area of the patient that will be affected by the beam, the method involving optimization, wherein the optimization uses an optimization problem set up to allow variation in settings of the range compensator; the method being characterised in that that beam is delivered as an arc which is a continuous arc or includes at least one continuous sub-arc.
A laundry treatment appliance effecting drying of the laundry placed in a drum, said laundry treatment appliance comprising a front door allowing access into the drum installed in a tub, a heat exchange unit effecting condensation of moisture contained in the processing air being circulated, a discharge line in fluid communication with said heat exchange unit and leading to a condensate water accumulation reservoir provided to collect the condensate water, characterized in that said condensate water accumulation reservoir comprises an inner receptacle fluidly communicating with the discharge line and collecting the condensate water flowing through said discharge line such that a lint disintegration unit comprising a water jet device produces water jets to break lint pieces into smaller parts before they leave the inner receptacle.
A cover for a sterilizable medical container wrapped in at least one sheet of a wrapping material, the cover comprising: a body including an upper part configured to hold the wrapping material against an upper portion of the container and a lower part configured to hold the wrapping material against a lower portion of the container, wherein the body can be assembled about the wrapped container to hold the wrapping material about the container; and at least one handle extending from the body which can be held by a user to move the cover when assembled about the wrapped container, characterized in that the cover comprises two separate members (352, 354) which are the same as each other and which can be joined together to assemble the cover about the wrapped container. a body including an upper part configured to hold the wrapping material against an upper portion of the container and a lower part configured to hold the wrapping material against a lower portion of the container, wherein the body can be assembled about the wrapped container to hold the wrapping material about the container; and at least one handle extending from the body which can be held by a user to move the cover when assembled about the wrapped container, characterized in that the cover comprises two separate members (352, 354) which are the same as each other and which can be joined together to assemble the cover about the wrapped container.
The use of citrus fruit pieces obtained by controlled osmotic dehydration of said citrus fruit in a sugar syrup, for mechanically exfoliating dead cells from the epidermis of the skin of an individual, said citrus fruit pieces comprising the peel and/or the epicarp of said citrus fruit and having a furocoumarin compound content of less than 50 ppm.
System consisting of multiple IMUs (1, 2, 3, 4, 5) arranged on an excavator, having at least one slave IMU (1, 2, 3, 4) which is set up to detect and transmit data, having a master-IMU with an evaluation computing unit which is set up to detect data itself and to receive data from the at least one slave IMU (1, 2, 3, 4) and to jointly evaluate the data for calculating a kinematic chain and to send the evaluated data to an electronic control device of an excavator connected to the system, characterised in that the at least one slave IMU (1, 2, 3, 4) has a processing unit, which is set up to carry out pre-processing of the detected data and that the master IMU transmits the position data of the at least one slave IMU (1, 2, 3, 4) to this, where the transmitted position data feeds into the pre-processing.