mhurhangee/ep-ind-claims huggingface dataset:
A method for verifying spray performance of a spray device (102; 200; 900; 1000) by a controller, the method comprising: receiving a pulse width modulated instruction signal for actuating a spray valve of the spray device to allow or stop a liquid flow through the spray device; and receiving a spray signal from a sensor (248; 250) of the spray device; characterized by: providing at least one thin-walled section (302; 506) in the spray device, wherein a fluid pressure of the liquid flow acts on the thin-walled section (302; 506) and causes the thin-walled section to deflect; sensing the deflection of the thin-walled section (302; 506) with the sensor to provide the spray signal; the spray signal being proportional to an increase in fluid pressure; monitoring the liquid flow through the spray device using the spray signal from the sensor and the instruction signal to determine the spray performance of the spray device; wherein the spray performance of the spray device includes opening and closing performance characteristics (606, 608) of the spray valve. receiving a pulse width modulated instruction signal for actuating a spray valve of the spray device to allow or stop a liquid flow through the spray device; and receiving a spray signal from a sensor (248; 250) of the spray device; providing at least one thin-walled section (302; 506) in the spray device, wherein a fluid pressure of the liquid flow acts on the thin-walled section (302; 506) and causes the thin-walled section to deflect; sensing the deflection of the thin-walled section (302; 506) with the sensor to provide the spray signal; the spray signal being proportional to an increase in fluid pressure; monitoring the liquid flow through the spray device using the spray signal from the sensor and the instruction signal to determine the spray performance of the spray device; wherein the spray performance of the spray device includes opening and closing performance characteristics (606, 608) of the spray valve.
An apparatus for computed tomography imaging (400; 300) of a region of interest within the head of a patient, comprising: a rotatable mount that is actuable to rotate about a vertical rotation axis and that is configured to support, at opposite ends, an x-ray source and a detector (7; 70) configured for obtaining a plurality of frame images, wherein the x-ray source is disposed to direct a radiation beam through the region of interest and toward the detector (7; 70); a control logic processor configured to control rotation of the rotatable mount and to obtain image data at a first angular position and at least a second angular position about the rotation axis; a patient positioning apparatus configured to position the patient's head in a known relationship relative to the rotation axis during a computed tomography imaging process, wherein the region of interest has a center that is spaced apart from the rotation axis; and a collimator (20; 60) disposed in front of the x-ray source and controlled by the control logic processor to center the radiation beam toward the center of the region of interest at the first angular position and to adjust centering of the radiation beam toward the center of the region of interest at the second angular position. a rotatable mount that is actuable to rotate about a vertical rotation axis and that is configured to support, at opposite ends, an x-ray source and a detector (7; 70) configured for obtaining a plurality of frame images, wherein the x-ray source is disposed to direct a radiation beam through the region of interest and toward the detector (7; 70); a control logic processor configured to control rotation of the rotatable mount and to obtain image data at a first angular position and at least a second angular position about the rotation axis; a patient positioning apparatus configured to position the patient's head in a known relationship relative to the rotation axis during a computed tomography imaging process, wherein the region of interest has a center that is spaced apart from the rotation axis; and a collimator (20; 60) disposed in front of the x-ray source and controlled by the control logic processor to center the radiation beam toward the center of the region of interest at the first angular position and to adjust centering of the radiation beam toward the center of the region of interest at the second angular position.
A scroll compressor comprising: a casing; a drive motor coupled to the casing; a rotary shaft coupled to the drive motor to be rotated; a main frame spaced apart from the drive motor and allowing the rotary shaft to be arranged therethrough; a fixed scroll coupled to the main frame; an orbiting scroll arranged between the main frame and the fixed scroll and configured to make an orbiting motion in engagement with the fixed scroll to form a compression chamber in cooperation with the fixed scroll, the rotary shaft being inserted into and eccentrically coupled to the orbiting scroll; a discharge cover coupled to an outer surface of the fixed scroll to form a closed space; a discharge port formed in the fixed scroll to connect the compression chamber and the closed space; and a discharge hole (231a, 256b) passing through the main frame and the fixed scroll to allow the closed space to communicate with an outside of the main frame, wherein the discharge hole (231a, 256b) comprises a first discharge hole formed in the main frame, and a second discharge hole formed in the fixed scroll and connected to the first discharge hole; characterized in that both ends of the discharge hole (231a, 256b) have a cross-sectional area different from a cross-sectional area of an inner portion of the discharge hole (231a, 256b), and in that the discharge hole (231a, 256b) comprises an expanded flow channel formed therein. a casing; a drive motor coupled to the casing; a rotary shaft coupled to the drive motor to be rotated; a main frame spaced apart from the drive motor and allowing the rotary shaft to be arranged therethrough; a fixed scroll coupled to the main frame; an orbiting scroll arranged between the main frame and the fixed scroll and configured to make an orbiting motion in engagement with the fixed scroll to form a compression chamber in cooperation with the fixed scroll, the rotary shaft being inserted into and eccentrically coupled to the orbiting scroll; a discharge cover coupled to an outer surface of the fixed scroll to form a closed space; a discharge port formed in the fixed scroll to connect the compression chamber and the closed space; and a discharge hole (231a, 256b) passing through the main frame and the fixed scroll to allow the closed space to communicate with an outside of the main frame, wherein the discharge hole (231a, 256b) comprises a first discharge hole formed in the main frame, and a second discharge hole formed in the fixed scroll and connected to the first discharge hole; characterized in that both ends of the discharge hole (231a, 256b) have a cross-sectional area different from a cross-sectional area of an inner portion of the discharge hole (231a, 256b), and in that the discharge hole (231a, 256b) comprises an expanded flow channel formed therein.
A method performed by a user equipment, UE, for sending a report, the method comprising: sending a random access, RA, report to a network node, wherein the RA report includes an indication of a size of data in an uplink data buffer of the UE on initiation of a random access, RA, procedure performed by the UE, and wherein the indication of the size of the data in the uplink data buffer comprises an indication of a sum of a size of uplink data transmitted in a physical uplink shared channel, PUSCH, transmission associated with the RA procedure and a size of data remaining in the uplink data buffer after completion of the RA procedure.
A method of operating a user equipment unit, UE, comprising: determining that intermodulation products generated by the UE due to the transmission of at least two uplink, UL, component carriers, CCs, using a first UL transmission configuration is causing interference to an external wireless system, EWS; obtaining a second UL transmission configuration that contains at least one transmission parameter with a lower value than a corresponding transmission parameter in the first UL transmission configuration, wherein the at least one parameter comprises at least one of: a number of UL physical channels or physical signals, a UL bit rate, a modulation order, and/or a modulation and coding scheme, MCS; transmitting at least one of the UL CCs using the second UL transmission configuration; and informing a network node of the length of time that the second UL transmission configuration will be used. determining that intermodulation products generated by the UE due to the transmission of at least two uplink, UL, component carriers, CCs, using a first UL transmission configuration is causing interference to an external wireless system, EWS; obtaining a second UL transmission configuration that contains at least one transmission parameter with a lower value than a corresponding transmission parameter in the first UL transmission configuration, wherein the at least one parameter comprises at least one of: a number of UL physical channels or physical signals, a UL bit rate, a modulation order, and/or a modulation and coding scheme, MCS; transmitting at least one of the UL CCs using the second UL transmission configuration; and informing a network node of the length of time that the second UL transmission configuration will be used.
An aircraft galley comprising a support structure and a safeguarding arrangement fixed to the support structure for restricting the movability of at least one transport container storable or stored in a reception of the support structure, especially of at least one trolley (18, 19) stowed in the area of the aircraft's galley, having at least one safeguarding installation comprising a first safeguarding means, whereas the first safeguarding means allows a supply into the reception and/or a retraction from the reception, respectively, of the at least one transport container in an open position via an opening, whereas the first safeguarding means overlaps a clear measure of the opening of the reception at least zonally in a hold position, in which the at least one transport container is held against retraction from the reception, whereby the first safeguarding means is formed variably with regard to its engagement depth into the reception, the first safeguarding means is formed in multiple parts and comprises at least one first and one second holding part (20, 22), which are provided to be swivelled about a common swivel axis, the holding parts (20, 22) are provided connectable via a coupling member, characterized in that the function of the coupling member is linked with the manner, in which the reception is supplied, by the actuation of a switching element of the coupling member, whereas the coupling member is provided with an actuating piece, which is moveable, and which is engaged with a slot provided at the second holding part while the switching element is in the release position and which is disengaged from said slot while the switching element is transferred into the locking position.
A method of manufacturing an illumination apparatus; the method comprising: forming a monolithic array of light-emitting elements (72, 74); selectively removing a plurality of light-emitting elements (72, 74) from the monolithic array in a manner that preserves the relative spatial position of the selectively removed light-emitting elements (72, 74); forming a non-monolithic array of light-emitting elements (72, 74) with the selectively removed light-emitting elements (72, 74) in a manner that preserves the relative spatial position of the selectively removed light-emitting elements (72, 74); and aligning the non-monolithic array of light-emitting elements (72, 74) with an array (220; 682) of optical elements (212, 211; 239, 241; 422, 424); wherein the plurality of light-emitting elements (72, 74) that are selectively removed from the monolithic array are selected such that, in at least one direction, for at least one pair of the selectively removed light-emitting elements (72, 74) in the at least one direction, for each respective pair there is at least one respective light-emitting element that is not selected that was positioned in the monolithic array between the pair of selectively removed light-emitting elements (72, 74) in the at least one direction. forming a monolithic array of light-emitting elements (72, 74); selectively removing a plurality of light-emitting elements (72, 74) from the monolithic array in a manner that preserves the relative spatial position of the selectively removed light-emitting elements (72, 74); forming a non-monolithic array of light-emitting elements (72, 74) with the selectively removed light-emitting elements (72, 74) in a manner that preserves the relative spatial position of the selectively removed light-emitting elements (72, 74); and aligning the non-monolithic array of light-emitting elements (72, 74) with an array (220; 682) of optical elements (212, 211; 239, 241; 422, 424); wherein the plurality of light-emitting elements (72, 74) that are selectively removed from the monolithic array are selected such that, in at least one direction, for at least one pair of the selectively removed light-emitting elements (72, 74) in the at least one direction, for each respective pair there is at least one respective light-emitting element that is not selected that was positioned in the monolithic array between the pair of selectively removed light-emitting elements (72, 74) in the at least one direction.
Adjustable cutting knife provided with at least one solid support, preferably a plurality of solid supports, arranged radially around the central circular support and each provided with at least one groove on which there is inserted at least one adjustment element comprising a threaded central cavity therein, characterized in that said adjustment element is adapted to receive a screw adapted to compress, being fastened and unfastened along said threaded cavity, a spring which pressing on a box adjusts the pressure exerted by the floor of said box against the beveled seat obtained in a semicircular portion of a cutting blade inserted in said groove.
Method for determining a rotor position of a three-phase permanent magnet synchronous motor, the permanent magnet synchronous motor having, with respect to a d/q coordinate system as a rotor-fixed reference system having a d-axis and a q-axis, a d-axis inductance (Ld) and a q-axis inductance (Lq) differing from the d-axis inductance (Ld), wherein each phase of the permanent magnet synchronous motor is assigned an inductance (Lu, Lv, Lw) which varies as a function of the rotor position, and wherein the rotor position is determined by means of the varying inductances, a voltage (u(t)) is applied to the phases, wherein the applied voltage (u(t)) causes a ripple current (i(t)) for each phase, wherein the ripple current (i(t)) is determined for at least two of the three phases and the inductance of the respective phase is determined based on the ripple current (i(t)) determined for the respective phase, characterized in that a first rotor angle is determined from the determined inductance for a respective phase using a Clarke transformation, a correction calculation for determining a second rotor angle is applied to the first rotor angle, and the correction calculation takes into account a period variation with an alternation between a first period and a second period which is offset by 180° with respect to the first period.
A Serum Amyloid P component polypeptide or functional fragment of such SAP polypeptide for use in the treatment of an Eurotiomycetes fungus infection wherein the SAP polypeptide comprises an amino acid sequence that is at least 70% identical to SEQ ID NO: 1.
A cassette for operatively connecting administration set tubing (24, 26, 28) to an infusion pump, the cassette comprising: a thumb tab including an upwardly facing thumb surface; and a tubing connector including an in-line occluder, wherein the in-line occluder is spaced laterally from the thumb tab; characterized in that: the thumb tab is not a flexing arm; wherein the cassette is configured such that a user's hand will cradle the cassette by pressing a thumb of the user's hand against the thumb surface and wrapping at least one finger of the user's hand around and under the thumb tab, whereby a user may apply pressure to tubing connected to the tubing connector at a location corresponding to the in-line occluder in a direction generally opposite to a direction in which the thumb is pressed against the thumb surface to open a flow passage past the in-line occluder. a thumb tab including an upwardly facing thumb surface; and a tubing connector including an in-line occluder, wherein the in-line occluder is spaced laterally from the thumb tab; the thumb tab is not a flexing arm; wherein the cassette is configured such that a user's hand will cradle the cassette by pressing a thumb of the user's hand against the thumb surface and wrapping at least one finger of the user's hand around and under the thumb tab, whereby a user may apply pressure to tubing connected to the tubing connector at a location corresponding to the in-line occluder in a direction generally opposite to a direction in which the thumb is pressed against the thumb surface to open a flow passage past the in-line occluder.
A method of transmitting a reference signal by an evolved nodeB, eNB, using a large-scale antenna, the method comprising: transmitting, to a user equipment, UE (220, 520), configuration information on at least two channel status information reference signals, CSI-RSs, the configuration information including information on at least two CSI-RS resources and information on a number of at least two antenna ports for CSI-RS per resource through which the CSI-RSs are transmitted; and transmitting, to the UE (220, 520), at least two CSI-RSs based on the at least two CSI-RS resources and a total number of antenna ports for CSI-RS, wherein on a channel measurement resource, CMR, corresponding to one subframe, the total number of antenna ports for CSI-RS is determined by a product of a number of the at least two CSI-RS resources and the number of the at least two antenna ports for CSI-RS per resource, wherein the information on the at least two CSI-RS resources includes an identifier list of the at least two CSI-RS resources, wherein the at least two CSI-RS resources are resources on which the UE measures channel status, and wherein the total number of antenna ports for CSI-RS is more than eight. transmitting, to a user equipment, UE (220, 520), configuration information on at least two channel status information reference signals, CSI-RSs, the configuration information including information on at least two CSI-RS resources and information on a number of at least two antenna ports for CSI-RS per resource through which the CSI-RSs are transmitted; and transmitting, to the UE (220, 520), at least two CSI-RSs based on the at least two CSI-RS resources and a total number of antenna ports for CSI-RS, wherein on a channel measurement resource, CMR, corresponding to one subframe, the total number of antenna ports for CSI-RS is determined by a product of a number of the at least two CSI-RS resources and the number of the at least two antenna ports for CSI-RS per resource, wherein the information on the at least two CSI-RS resources includes an identifier list of the at least two CSI-RS resources, wherein the at least two CSI-RS resources are resources on which the UE measures channel status, and wherein the total number of antenna ports for CSI-RS is more than eight.
Activation device for a parking brake, comprising a handbrake lever pivotably mounted on a bearing block, a fixing device for fixing the handbrake lever in a detent position and a cable pull for transmission of the instantaneous pivot setting of the handbrake lever to the parking brake, wherein an automatically operating cable pull adjusting unit is associated with the cable pull and wherein the cable pull adjusting unit comprises a coupling element, by means of which coupling of the cable pull adjusting unit to an individual part of a handbrake lever is provided, characterised in that the coupling element has two limbs (15a, 15b), wherein two mutually contacting segments of the limbs (15a, 15b) form an eye for coupling to the handbrake lever, that the limbs (15a, 15b) run apart in V-shape in a transition region adjoining the eye and extend parallelly at a mutual spacing in an end region adjoining thereat, that the limbs (15a, 15b) are surrounded in the end region by a spring forming a restoring unit of the cable pull adjusting unit, and that the components of the cable pull adjusting unit are exchangeably arranged at the coupling element.
Method for transferring a useful layer onto a support, including the following main steps: - formation of a fragilization plane through the implantation of light species into a first substrate in such a way as to form a useful layer between this plane and a surface of the first substrate; - application of the support onto the surface of the first substrate to form an assembly to be fractured, having two exposed sides (S1, S2); - thermal fragilization treatment of the assembly to be fractured; - initiation and self-sustained propagation of a fracture wave in the first substrate along the fragilization plane; the method being characterized in that at least one of the sides (S1, S2) of the assembly to be fractured is in close contact, over a contact zone, with an absorbent element (6a, 6b) suitable for capturing and dissipating the acoustic vibrations emitted during the initiation and/or propagation of the fracture wave. - formation of a fragilization plane through the implantation of light species into a first substrate in such a way as to form a useful layer between this plane and a surface of the first substrate; - application of the support onto the surface of the first substrate to form an assembly to be fractured, having two exposed sides (S1, S2); - thermal fragilization treatment of the assembly to be fractured; - initiation and self-sustained propagation of a fracture wave in the first substrate along the fragilization plane;
Use of a combination comprising at least one host defense inducer selected from the group consisting of acibenzolar-S-methyl and isotianil and at least one biological control agent which is Bacillus subtilis strain QST713/AQ713 (NRRL Accession No. B21661) in a synergistically effective amount for controlling bacterial harmful organisms in useful plants. at least one host defense inducer selected from the group consisting of acibenzolar-S-methyl and isotianil and at least one biological control agent which is Bacillus subtilis strain QST713/AQ713 (NRRL Accession No. B21661) in a synergistically effective amount for controlling bacterial harmful organisms in useful plants.
A child seat for a vehicle, wherein the child seat is configured for holding a child within an interior compartment of the vehicle, wherein the child seat comprises an attachment arrangement adapted for attaching the child seat to a vehicle door structure, characterized in that the child seat further comprises a child seat platform structure attached to and arranged underneath the child seat, wherein the attachment arrangement is arranged on the child seat platform structure.