mhurhangee/patent-ind-claim-en huggingface dataset:
A dosimetry detector comprising: • a main body having a main dimension along a longitudinal axis (X) and a surface portion transparent to a beam of charged particles so as to allow the beam of particles to pass therethrough; • at least ten detection units arranged in series along the longitudinal axis (X); • a system for reading the signal in turn comprising a plurality of electric connecting elements , each one in contact with a respective detection unit , and of analysis modules , which acquire the charge signal recorded by each detection unit and process the relative dose distribution; thereby the beam of particles passing through the transparent surface portion of the main body continues its own path coming across the detection units , along the propagation direction, wherein the detection units are made of silicon carbide, characterized in that the main body is provided with two openings , respectively adapted to inlet and outlet a tissue-equivalent filling gas, and which comprises a variable pressure flow system, connected to said two openings , to obtain and keep constant the pressure of the filling gas, said filling gas being dimethyl-ether. • a main body having a main dimension along a longitudinal axis (X) and a surface portion transparent to a beam of charged particles so as to allow the beam of particles to pass therethrough; • at least ten detection units arranged in series along the longitudinal axis (X); • a system for reading the signal in turn comprising a plurality of electric connecting elements , each one in contact with a respective detection unit , and of analysis modules , which acquire the charge signal recorded by each detection unit and process the relative dose distribution; thereby the beam of particles passing through the transparent surface portion of the main body continues its own path coming across the detection units , along the propagation direction, wherein the detection units are made of silicon carbide, characterized in that the main body is provided with two openings , respectively adapted to inlet and outlet a tissue-equivalent filling gas, and which comprises a variable pressure flow system, connected to said two openings , to obtain and keep constant the pressure of the filling gas, said filling gas being dimethyl-ether.
A device for determining the scale loss of at least one part of a steel product , referred to as product, during the passage thereof through a reheating furnace located upstream of a descaler , the product preferably moving on roller tables , characterized in that said device comprises a set of electromagnetic sensors , which set comprises: • at least one electromagnetic sensor of said set being arranged in order to scan, along a scanning plane, at least in part, the lower face of the product in the vicinity of the outlet of the furnace , said electromagnetic sensor being oriented so that said scanning plane (P20) of the electromagnetic radiation of said sensor is perpendicular to a run direction of the product, • a set of at least two electromagnetic sensors placed upstream of the descaler and oriented so that the scanning planes (P30, P31) of the electromagnetic radiations thereof are substantially on one and the same plane (P32) perpendicular to the run direction of said at least one part of the product passing through the generatrix of a roller of a roller table , and a set of at least two electromagnetic sensors placed downstream of the descaler and oriented so that the scanning planes (P40, P41) of the electromagnetic radiations thereof are substantially on one and the same plane (P42) perpendicular to the run direction of the product passing through the generatrix of a roller of a roller table , said sensors being arranged in order to determine the height of the product upstream and downstream of the descaler • at least one electromagnetic sensor of said set being arranged in order to scan, along a scanning plane, at least in part, the lower face of the product in the vicinity of the outlet of the furnace , said electromagnetic sensor being oriented so that said scanning plane (P20) of the electromagnetic radiation of said sensor is perpendicular to a run direction of the product, • a set of at least two electromagnetic sensors placed upstream of the descaler and oriented so that the scanning planes (P30, P31) of the electromagnetic radiations thereof are substantially on one and the same plane (P32) perpendicular to the run direction of said at least one part of the product passing through the generatrix of a roller of a roller table , and a set of at least two electromagnetic sensors placed downstream of the descaler and oriented so that the scanning planes (P40, P41) of the electromagnetic radiations thereof are substantially on one and the same plane (P42) perpendicular to the run direction of the product passing through the generatrix of a roller of a roller table , said sensors being arranged in order to determine the height of the product upstream and downstream of the descaler
A soil processing roller for a soil processing machine, in particular a soil compactor, comprising a roller shell which is elongated in the direction of a roller axis of rotation (D 1 , D 2 ) and surrounds a roller interior and an unbalanced arrangement which is arranged at least partially in the roller interior , wherein the unbalanced arrangement comprises at least one unbalanced mass rotatable around an unbalanced axis of rotation (U) having a center of mass (M) eccentric to the unbalanced axis of rotation (U) and an unbalanced drive system having at least one unbalanced electric drive motor for driving the at least one unbalanced mass to rotate around the unbalanced axis of rotation (U), wherein the at least one unbalanced mass is essentially in an idle position when the unbalanced arrangement is deactivated, wherein in the idle position, the center of mass (M) of the at least one unbalanced mass is positioned essentially vertically below the unbalanced axis of rotation (U) in a vertical direction, characterized in that the unbalanced drive system is designed, upon deactivation of the unbalanced arrangement , to operate the at least one unbalanced electric drive motor in an unbalanced return phase in such a way that the at least one unbalanced mass is moved from a deflection position into the idle position, wherein in the deflection position, the center of mass (M) of the at least one unbalanced mass is deflected at a deflection angle from the idle position.
Zinc strip consisting of high purity zinc, wherein the amount of titanium is at least 10 ppm and 500 ppm or less, and the amount of aluminium is at least 10 ppm and 100 ppm or less, and wherein the balance is zinc, and usual impurities, especially Pb, Cd, Fe, and/or Sn, wherein the total amount of impurities amounts to 0.05 % by weight or less, based on the total weight of the zinc strip, wherein the zinc strip optionally further comprises copper in an amount of 500 ppm or less, based on the total weight of the zinc strip. the amount of titanium is at least 10 ppm and 500 ppm or less, and the amount of aluminium is at least 10 ppm and 100 ppm or less, and wherein the balance is zinc, and usual impurities, especially Pb, Cd, Fe, and/or Sn, wherein the total amount of impurities amounts to 0.05 % by weight or less, based on the total weight of the zinc strip, wherein the zinc strip optionally further comprises copper in an amount of 500 ppm or less, based on the total weight of the zinc strip.
An implantable marker for use in surgical guidance comprising one or more ferromagnetic elements formed of at least one ferromagnetic material and at least one diamagnetic element formed of at least one diamagnetic material; wherein the at least one diamagnetic material comprises graphite and the one or more ferromagnetic elements are juxtaposed the at least one diamagnetic element, characterised in that the graphite has a substantially isotropic grain structure.
A color accuracy verification device comprising: a colorimetric value data acquirer that acquires a colorimetric value of each color patch of color accuracy verification charts formed by a plurality of printers ; a colorimetric value data storage part that stores the colorimetric value in time series for each of the plurality of printers ; a target printer setter that sets a target printer for which color accuracy verification is to be carried out; a color accuracy verifier that verifies color accuracy based on the colorimetric value of the target printer stored in the colorimetric value data storage part and a verification reference value set in advance; and characterized by a display part that displays a verification result by the color accuracy verifier for each of the target printers; a colorimetric value predictor that predicts a future colorimetric value based on a time-series fluctuation of the colorimetric values stored in the colorimetric value data storage part , wherein the color accuracy verifier verifies future color accuracy for each of the target printers based on the predicted colorimetric value. a colorimetric value data acquirer that acquires a colorimetric value of each color patch of color accuracy verification charts formed by a plurality of printers ; a colorimetric value data storage part that stores the colorimetric value in time series for each of the plurality of printers ; a target printer setter that sets a target printer for which color accuracy verification is to be carried out; a color accuracy verifier that verifies color accuracy based on the colorimetric value of the target printer stored in the colorimetric value data storage part and a verification reference value set in advance; and characterized by a display part that displays a verification result by the color accuracy verifier for each of the target printers; a colorimetric value predictor that predicts a future colorimetric value based on a time-series fluctuation of the colorimetric values stored in the colorimetric value data storage part , wherein the color accuracy verifier verifies future color accuracy for each of the target printers based on the predicted colorimetric value.
A pneumatic function unit (10,10',10",10′′′) comprising a housing body in which at least one retaining seat for retaining an end of a multilayer tube is obtained, the seat extending longitudinally along a development axis (E) between an insertion opening and a bottom of the seat placed inside the housing body , the retaining seat internally comprising elastic holding means for holding the end of a multilayer tube when inserted into the seat through the insertion opening , and at least one tubular release element at least partially housed in the retaining seat in a manner coaxial to the seat and movable along the development axis (E) between a rest position, partially extracted from the seat , and an operative position, substantially inserted in the seat , wherein, in its operative position, the tubular release element is configured to cooperate with the holding means to release the end of the multilayer tube , the tubular release element internally defining a housing compartment comprising a first section proximal to the opening having a first lateral wall extending parallel to the development axis (E) which defines in section a first compartment diameter (d1) and is configured to receive a section of the multilayer tube from which an outermost sheath has not been removed, and a second section distal from the opening , having a second lateral wall extending parallel to the development axis (E) which defines in section a second compartment diameter (d2) and is configured to receive a section of the multilayer tube from which an outermost sheath has been removed, wherein the first compartment diameter (d1) is greater than the second compartment diameter (d2), wherein the retaining seat is shaped so as to internally define a first seat portion with a first seat diameter (D1) and at least one second seat portion with a second seat diameter (D2), smaller than the first seat diameter (D1), characterized in that at the first section with greater first compartment diameter (d1), the tubular release element defines a segment at least partially projecting from the retaining seat when the release element is in the rest position, the segment having an external diameter (d ext ) substantially corresponding to the first seat diameter (D1), wherein at the partially extracted rest position, the segment overlaps the first seat portion over a first depth (p1), the first overlap depth (p1) over which the segment and the first seat portion overlap being equal to at least 50% of the axial extension (x1) of the segment .
A method for orienting a workpiece on an assembly line to prepare the workpiece for an operation, wherein the assembly line includes a tray in order to aid and support the workpiece from being transported from one station of an assembly line to another, wherein the tray is disposed on a mechanism for providing movement, said method comprising: positioning a flexible fixture , implemented on the tray , on the assembly line , wherein the flexible fixture has a base and at least one adjustable component being moveable relative to the base; positioning a workpiece on the flexible fixture ; detecting a first orientation of the workpiece relative to the flexible fixture with a detection device and transmitting the detected first orientation from the detection device to a calibrator ; determining a difference between the detected first orientation of the workpiece and a predetermined fixture orientation with the calibrator and transmitting instructions from the calibrator to the flexible fixture to move the workpiece from the detected first orientation to the predetermined fixture orientation with the at least one adjustable component of the flexible fixture based on the determined difference; and moving the workpiece with the at least one adjustable component from the detected first orientation to the predetermined fixture orientation and fixedly holding the workpiece in the predetermined fixture orientation with the adjustable component . positioning a flexible fixture , implemented on the tray , on the assembly line , wherein the flexible fixture has a base and at least one adjustable component being moveable relative to the base; positioning a workpiece on the flexible fixture ; detecting a first orientation of the workpiece relative to the flexible fixture with a detection device and transmitting the detected first orientation from the detection device to a calibrator ; determining a difference between the detected first orientation of the workpiece and a predetermined fixture orientation with the calibrator and transmitting instructions from the calibrator to the flexible fixture to move the workpiece from the detected first orientation to the predetermined fixture orientation with the at least one adjustable component of the flexible fixture based on the determined difference; and moving the workpiece with the at least one adjustable component from the detected first orientation to the predetermined fixture orientation and fixedly holding the workpiece in the predetermined fixture orientation with the adjustable component .
A point-of-care (POC) assay device comprising a. a sample application zone, and b. a detection zone with a first detection reagent with binding affinity to Mx-B-protein (Mx-B), and a second detection reagent with binding affinity to C-reactive Protein or procalcitonin (CRP/PCT), and c. wherein the device is configured to detect Mx-B and CRP/PCT in a sample from a subject to discriminate between bacterial and viral infection. a. a sample application zone, and b. a detection zone with a first detection reagent with binding affinity to Mx-B-protein (Mx-B), and a second detection reagent with binding affinity to C-reactive Protein or procalcitonin (CRP/PCT), and c. wherein the device is configured to detect Mx-B and CRP/PCT in a sample from a subject to discriminate between bacterial and viral infection.
A method of reporting channel state information, CSI, through physical uplink shared channel, PUSCH, by a user equipment, UE, in a wireless communication system, the method comprising: receiving (S1410), from a base station, configuration information, wherein the configuration information includes (i) a CSI related configuration and (ii) a configuration related to transmission power control of the PUSCH; receiving (S1420), from the base station, a CSI-reference signal ,CSI-RS, based on the CSI related configuration; computing (S1430) CSI based on the CSI-RS, wherein the CSI includes information related to coefficients, wherein, based on a priority value, each of elements of the information related to the coefficients is classified to be included in one of a plurality of groups, wherein the priority value is determined based on i) a layer index, ii) an index of a spatial domain related to each of the element and iii) an index of a frequency domain related to each of the elements, wherein the priority value increases as an order in which a higher index and a lower index of indexes of a frequency domain related to the elements are sequentially crossed based on a predefined specific index, wherein priorities of the plurality of groups are defined differently; and transmitting (S1440), to the base station, a CSI report configured by omitting, among the plurality of groups, a portion of the plurality of groups based on the priorities of the plurality of groups, through the PUSCH, wherein a transmission power of the PUSCH is determined based on the configuration information. receiving (S1410), from a base station, configuration information, wherein the configuration information includes (i) a CSI related configuration and (ii) a configuration related to transmission power control of the PUSCH; receiving (S1420), from the base station, a CSI-reference signal ,CSI-RS, based on the CSI related configuration; computing (S1430) CSI based on the CSI-RS, wherein the CSI includes information related to coefficients, wherein, based on a priority value, each of elements of the information related to the coefficients is classified to be included in one of a plurality of groups, wherein the priority value is determined based on i) a layer index, ii) an index of a spatial domain related to each of the element and iii) an index of a frequency domain related to each of the elements, wherein the priority value increases as an order in which a higher index and a lower index of indexes of a frequency domain related to the elements are sequentially crossed based on a predefined specific index, wherein priorities of the plurality of groups are defined differently; and transmitting (S1440), to the base station, a CSI report configured by omitting, among the plurality of groups, a portion of the plurality of groups based on the priorities of the plurality of groups, through the PUSCH, wherein a transmission power of the PUSCH is determined based on the configuration information.
A method of fabricating a microfluidic channel filter, comprising: depositing an imprintable material in a microfluidic channel; pressing an imprint stamp having a topological filter pattern into the imprintable material; curing the imprintable material; and removing the imprint stamp from the imprintable material, leaving the topological filter pattern formed in the imprintable material. depositing an imprintable material in a microfluidic channel; pressing an imprint stamp having a topological filter pattern into the imprintable material; curing the imprintable material; and removing the imprint stamp from the imprintable material, leaving the topological filter pattern formed in the imprintable material.
A vehicle sunroof system , which comprises: an air inlet sunroof disposed at a car roof ; and an air outlet sunroof disposed in series at a rear side of the air inlet sunroof along the car roof , wherein the air inlet sunroof has an air inlet open position towards a windward side opening and an air inlet closed position that is closed relative to the car roof , and the air inlet sunroof is movable between the air inlet open position and the air inlet closed position ; while the air outlet sunroof has an air outlet open position towards a leeward side opening and an air outlet closed position which is closed relative to the car roof , and the air outlet sunroof is movable between the air outlet open position and the air outlet closed position , the air inlet sunroof is linked with the air outlet sunroof ; wherein during the process when the air inlet sunroof moves from the air inlet closed position to the air inlet open position , the air outlet sunroof moves from the air outlet closed position to the air outlet open position , characterized in that the air outlet sunroof and the air inlet sunroof are adjacent to each other. an air inlet sunroof disposed at a car roof ; and an air outlet sunroof disposed in series at a rear side of the air inlet sunroof along the car roof , wherein the air inlet sunroof has an air inlet open position towards a windward side opening and an air inlet closed position that is closed relative to the car roof , and the air inlet sunroof is movable between the air inlet open position and the air inlet closed position ; while the air outlet sunroof has an air outlet open position towards a leeward side opening and an air outlet closed position which is closed relative to the car roof , and the air outlet sunroof is movable between the air outlet open position and the air outlet closed position , the air inlet sunroof is linked with the air outlet sunroof ; wherein during the process when the air inlet sunroof moves from the air inlet closed position to the air inlet open position , the air outlet sunroof moves from the air outlet closed position to the air outlet open position , characterized in that the air outlet sunroof and the air inlet sunroof are adjacent to each other.
An article of footwear comprising: a sole structure ; an upper including a first section and a second section and defining a foot-receiving cavity over the sole structure ; wherein the first section is fixed to the sole structure , and the second section articulates relative to the first section between an access position and a use position, the foot-receiving cavity being more exposed when the second section is in the access position than when the second section is in the use position; and a magnetic coupling including a first coupling member and a second coupling member , one of which is a magnet and the other of which comprises either of a magnet or a ferromagnetic material; wherein the first coupling member is operatively secured to the second section of the upper and the second coupling member is operatively secured to the sole structure and positioned so that the first coupling member couples with the second coupling member when the second section is in the access position, the second section being held in the access position by magnetic force between the first coupling member and the second coupling member . a sole structure ; an upper including a first section and a second section and defining a foot-receiving cavity over the sole structure ; wherein the first section is fixed to the sole structure , and the second section articulates relative to the first section between an access position and a use position, the foot-receiving cavity being more exposed when the second section is in the access position than when the second section is in the use position; and a magnetic coupling including a first coupling member and a second coupling member , one of which is a magnet and the other of which comprises either of a magnet or a ferromagnetic material; wherein the first coupling member is operatively secured to the second section of the upper and the second coupling member is operatively secured to the sole structure and positioned so that the first coupling member couples with the second coupling member when the second section is in the access position, the second section being held in the access position by magnetic force between the first coupling member and the second coupling member .