mhurhangee/ep-ind-claims huggingface dataset:
A non-transitory storage medium storing instructions executable by an electronic data processing device (14, 22) to perform a method including: identifying a magnetic resonance imaging sequence, the imaging sequence being defined by an imaging protocol and parameter values for a set of parameters of the imaging protocol; computing a set of contrast signal scores for a set of contrast types, the set of contrast types including at least T1 weighted contrast and T2 weighted contrast, a respective contrast signal score assessing a strength of the respective contrast type for the magnetic resonance imaging sequence, each contrast signal score being computed using a scoring equation, wherein the scoring equation is: score p = ∂ S p ∂ p ⋅ p S p where score ( p) is the contrast signal score for the contrast type to be scored and S(p) denotes the signal generated by the magnetic resonance imaging sequence as a function of a characteristic p whose variation gives rise to the contrast type to be scored for a tissue type, wherein the characteristic p is any one of the following: a T1 relaxation time, a T2 relaxation time, a T2* relaxation time, a blood velocity, and an exogenous contrast agent concentration; and determining a dominant contrast type among the set of contrast types for the magnetic resonance imaging sequence based on the computed contrast signal score using a series of threshold numbers. identifying a magnetic resonance imaging sequence, the imaging sequence being defined by an imaging protocol and parameter values for a set of parameters of the imaging protocol; computing a set of contrast signal scores for a set of contrast types, the set of contrast types including at least T1 weighted contrast and T2 weighted contrast, a respective contrast signal score assessing a strength of the respective contrast type for the magnetic resonance imaging sequence, each contrast signal score being computed using a scoring equation, wherein the scoring equation is: score p = ∂ S p ∂ p ⋅ p S p where score ( p) is the contrast signal score for the contrast type to be scored and S(p) denotes the signal generated by the magnetic resonance imaging sequence as a function of a characteristic p whose variation gives rise to the contrast type to be scored for a tissue type, wherein the characteristic p is any one of the following: a T1 relaxation time, a T2 relaxation time, a T2* relaxation time, a blood velocity, and an exogenous contrast agent concentration; and determining a dominant contrast type among the set of contrast types for the magnetic resonance imaging sequence based on the computed contrast signal score using a series of threshold numbers.
Plastics pipe moulding with a wall which surrounds the lumen of the plastics pipe moulding, and which has at least one layer and comprises polymer material in which a mixed-phase oxide pigment with rutile structure is present, characterized in that the mixed-phase oxide pigment with rutile structure is selected from a chromium titanium yellow.
A test device for determining the concentration of inorganic phosphate in a liquid sample, wherein said test device contains a support matrix serving as a support for the liquid sample, the detection reagents and the detection reaction, wherein said support matrix comprises: a) at least one molybdate salt; b) at least one acid that is solid at room temperature; c) a polyvinyl pyrrolidone derivative, wherein said polyvinyl pyrrolidone derivative is polyvinyl pyrrolidone having a K value of 40; and d) one of the following combinations of two chromogenic reducing agents: (i) leuko Bindschedler's green and 3,3',5,5'-tetramethylbenzidine; (ii) leuko Bindschedler's green and 4,4'-methylene-N,N-bis(dimethylaniline); (iii) leuko Bindschedler's green and leuko malachite green; or (iv) leuko Bindschedler's green and leuko crystal violet. a) at least one molybdate salt; b) at least one acid that is solid at room temperature; c) a polyvinyl pyrrolidone derivative, wherein said polyvinyl pyrrolidone derivative is polyvinyl pyrrolidone having a K value of 40; and d) one of the following combinations of two chromogenic reducing agents: (i) leuko Bindschedler's green and 3,3',5,5'-tetramethylbenzidine; (ii) leuko Bindschedler's green and 4,4'-methylene-N,N-bis(dimethylaniline); (iii) leuko Bindschedler's green and leuko malachite green; or (iv) leuko Bindschedler's green and leuko crystal violet. (i) leuko Bindschedler's green and 3,3',5,5'-tetramethylbenzidine; (ii) leuko Bindschedler's green and 4,4'-methylene-N,N-bis(dimethylaniline); (iii) leuko Bindschedler's green and leuko malachite green; or (iv) leuko Bindschedler's green and leuko crystal violet.
A visual control method of a cable for power supply system of the type comprising a hollow central core around which conductive elements are stranded together, and the strand consisting of the conductive elements and the center core being surrounded by an insulating sheath, characterized in that it consists in inserting a visual control member, such as an endoscope, in the hollow central core whose wall allows the visualization of the internal surface condition of said strands of conductive elements.
A method of repairing a rotor blade comprising: preparing a surface on a damaged area of a blade, the blade having first and second airfoil surfaces adjoining the prepared surface that are spaced apart a distance; abutting an edge of a patch to the prepared surface to provide a weld interface defining a welding plane; overlapping first and second cover sheets (26,28) respectively over the first and second airfoil surfaces, the first and second cover sheets (26,28) adjoining the edge and the first and second airfoil surfaces; characterised by: beam welding the blade, patch and first and second cover sheets (26,28) along the welding plane providing a welded joint at the weld interface. preparing a surface on a damaged area of a blade, the blade having first and second airfoil surfaces adjoining the prepared surface that are spaced apart a distance; abutting an edge of a patch to the prepared surface to provide a weld interface defining a welding plane; overlapping first and second cover sheets (26,28) respectively over the first and second airfoil surfaces, the first and second cover sheets (26,28) adjoining the edge and the first and second airfoil surfaces; characterised by: beam welding the blade, patch and first and second cover sheets (26,28) along the welding plane providing a welded joint at the weld interface.
A communication device comprising: an application selection unit configured to select an application hosted by a communication target device; and an identification information acquisition unit configured to acquire identification information of the communication target device after the application selection unit selects the application, characterized in that the application selection unit selects the application hosted by the communication target device by including application identification information of 2 bytes in a command to be first transmitted in an anticollision process between the communication device and the communication target device, the identification information acquisition unit acquires the identification information of the communication target device by performing the anticollision process. an application selection unit configured to select an application hosted by a communication target device; and an identification information acquisition unit configured to acquire identification information of the communication target device after the application selection unit selects the application, characterized in that the application selection unit selects the application hosted by the communication target device by including application identification information of 2 bytes in a command to be first transmitted in an anticollision process between the communication device and the communication target device, the identification information acquisition unit acquires the identification information of the communication target device by performing the anticollision process.
A digital bendable x-ray detector comprising: a flexible substrate, a detector backplane formed on the flexible substrate, and one or more x-ray conversion layers; the x-ray detector having a first side directed towards an x-ray source and a second side directed away from the x-ray source; and an arrangement of multiple strain sensors attached to the x-ray detector, characterized in that the strain sensors are mounted throughout a surface behind the backplane of the x-ray detector and configured to provide a number of data points based on the number of strain sensors, and wherein by mounting the strain sensors behind the backplane of the x-ray detector complete freedom of placement of the strain sensors is obtained, the placement of strain sensors including multiple lines of decreasing size of the multiple strain sensors are used to obtain both spatial resolution and a sensitivity, wherein the arrangement of the multiple strain sensors is configured to provide data regarding location and amount of bend occurring when the digital bendable x-ray detector is acquiring image data concerning a structure or object being imaged. a flexible substrate, a detector backplane formed on the flexible substrate, and one or more x-ray conversion layers; the x-ray detector having a first side directed towards an x-ray source and a second side directed away from the x-ray source; and an arrangement of multiple strain sensors attached to the x-ray detector, characterized in that the strain sensors are mounted throughout a surface behind the backplane of the x-ray detector and configured to provide a number of data points based on the number of strain sensors, and wherein by mounting the strain sensors behind the backplane of the x-ray detector complete freedom of placement of the strain sensors is obtained, the placement of strain sensors including multiple lines of decreasing size of the multiple strain sensors are used to obtain both spatial resolution and a sensitivity, wherein the arrangement of the multiple strain sensors is configured to provide data regarding location and amount of bend occurring when the digital bendable x-ray detector is acquiring image data concerning a structure or object being imaged.
A method of increasing the moisture vapor transmission rate of an adhesive layer in a medical article, the method comprising: providing a pressure sensitive adhesive layer comprising acid-functional groups or basic-functional groups; providing an moisture vapor transmission rate (MVTR)-modifying composition comprising an MVTR-modifying material that is basic when the PSA comprises an acidic-functional group or is acidic when the PSA comprises a basic-functional group, wherein the MVTR-modifying composition is miscible with the PSA; and placing the MVTR-modifying composition in contact with the PSA under conditions effective for at least a portion of the MVTR-modifying composition to penetrate into the PSA layer to form a non-uniform dispersion; wherein contact between the MVTR-modifying material and the PSA causes an acid-base reaction to form a poly-salt and increase the moisture permeability of at least a portion of the PSA layer. providing a pressure sensitive adhesive layer comprising acid-functional groups or basic-functional groups; providing an moisture vapor transmission rate (MVTR)-modifying composition comprising an MVTR-modifying material that is basic when the PSA comprises an acidic-functional group or is acidic when the PSA comprises a basic-functional group, wherein the MVTR-modifying composition is miscible with the PSA; and placing the MVTR-modifying composition in contact with the PSA under conditions effective for at least a portion of the MVTR-modifying composition to penetrate into the PSA layer to form a non-uniform dispersion;
A division type waveguide circuit characterized by comprising: a waveguide body for having an aperture plane, a metal cover covering said aperture plane, and a metal plate for preventing a radiowave leakage between an edge of said metal cover and an edge of said aperture plane in a radiowave traveling direction; wherein said metal plate is provided at an end of said aperture plane in the radiowave traveling direction and overlaps with the end of said metal cover, characterized by said metal plate being a thinned part of the top wall of said waveguide body such that said top wall of said waveguide body is lowered. a waveguide body for having an aperture plane, a metal cover covering said aperture plane, and a metal plate for preventing a radiowave leakage between an edge of said metal cover and an edge of said aperture plane in a radiowave traveling direction; wherein said metal plate is provided at an end of said aperture plane in the radiowave traveling direction and overlaps with the end of said metal cover, characterized by said metal plate being a thinned part of the top wall of said waveguide body such that said top wall of said waveguide body is lowered.
A method, comprising: transmitting, from a user equipment to a first network node, a first message requesting authentication configuration information, wherein the first message is formatted according to a first protocol; in response to the first message, receiving a second message that includes the authentication configuration information; transmitting, from the UE to a second network node, a third message that includes authentication information based upon the received authentication configuration information, wherein the third message is formatted according to a second protocol; receiving, from the second network node, an authentication challenge request that is formatted according to the second protocol; and in response to receiving the authentication challenge request, transmitting an authentication response to the second network node. transmitting, from a user equipment to a first network node, a first message requesting authentication configuration information, wherein the first message is formatted according to a first protocol; in response to the first message, receiving a second message that includes the authentication configuration information; transmitting, from the UE to a second network node, a third message that includes authentication information based upon the received authentication configuration information, wherein the third message is formatted according to a second protocol; receiving, from the second network node, an authentication challenge request that is formatted according to the second protocol; and in response to receiving the authentication challenge request, transmitting an authentication response to the second network node.
Centrifugal fan housing of a centrifugal fan with a first housing part for receiving a first radial impeller and a second housing part axially directly adjacent thereto for receiving a second radial impeller, wherein the first and the second housing part (2, 4) have flow chambers (8, 9) running separately in a spiral section of the centrifugal fan housing, which open into one another in a discharge section of the centrifugal fan housing directly adjoining the spiral section as viewed in the circumferential direction, wherein the first housing part and the second housing part are flow-connected in the spiral section via at least one pressure compensation opening, wherein the discharge section is formed spirally and forms a single discharge opening of the centrifugal fan housing.
Actuating system for actuating a clutch unit for coupling a drive shaft of a motor vehicle engine to at least one transmission input shaft of a motor vehicle transmission, having a slave cylinder for introducing an actuating force, a guide sleeve for supporting the slave cylinder, and a cover bearing supported on a clutch part, in particular a clutch cover, and intended for mounting the clutch part on the guide sleeve, wherein the cover bearing is plugged on the guide sleeve, characterized in that the guide sleeve has an external thread on an end region directed away from the slave cylinder, and a retaining nut is screwed on the external thread, and wherein the cover bearing is received captively, in particular without play, between the retaining nut and the clutch part in the axial direction.
A network access authentication processing method, comprising: receiving, by a first receiving module, a confirmation message sent by user equipment, the confirmation message carrying a first signature token generated by the user equipment according to a first Privacy enhanced Mobile Subscriber Identifier, PMSI; verifying, by a verifying module, whether the first signature token is valid; and obtaining, by a first obtaining module, when the first signature token is invalid, the first PMSI or a second PMSI generated according to the first PMSI, to perform network access authentication on the user equipment. receiving, by a first receiving module, a confirmation message sent by user equipment, the confirmation message carrying a first signature token generated by the user equipment according to a first Privacy enhanced Mobile Subscriber Identifier, PMSI; verifying, by a verifying module, whether the first signature token is valid; and obtaining, by a first obtaining module, when the first signature token is invalid, the first PMSI or a second PMSI generated according to the first PMSI, to perform network access authentication on the user equipment.
Electric hammer, specifically for striking on a pile to be driven in the ground; said electric hammer being characterized in that it comprises a permanent magnet electric motor having a rotor mechanically connected to a device for the movement transformation from a rotatory movement to an axial movement characterized int that said electric hammer comprising also a striking hammer; the device for the movement transformation, moving axially said striking hammer from a first to a second height; said striking hammer being susceptible of striking in use said pile.
A semiconductor device comprising: a circuit for controlling a current supplied to a load by a transistor, wherein one of a source and a drain of the transistor is connected to a current source circuit; and the semiconductor device further characterized in that an amplifier circuit for controlling a potential of the other of the source and the drain of the transistor so that the transistor operates in a saturation region when a current is supplied from the current source circuit to the transistor. a circuit for controlling a current supplied to a load by a transistor, wherein one of a source and a drain of the transistor is connected to a current source circuit; and the semiconductor device further characterized in that an amplifier circuit for controlling a potential of the other of the source and the drain of the transistor so that the transistor operates in a saturation region when a current is supplied from the current source circuit to the transistor.
Batch-off installation having a cleaning system for the sectional cleaning of the batch-off installation, wherein the cleaning system has at least one collecting container (20a, 20b) for a mixture to be collected, which contains at least anti-adhesive residues, and at least one foam collecting container, wherein the at least one collecting container (20a, 20b) has at least one foam skimming device, wherein the foam skimming device is designed to separate foam constituents of the mixture from liquid constituents of the mixture and to transport the foam constituents to the at least one foam collecting container.
An injection molding data management device comprising: a display data storage unit configured to store display data displayed on a display screen of an injection molding machine; and a viewing permission/rejection setting unit configured to set, with respect to a viewing requirement of the display data from a terminal communicably connected via a network, an item permitting viewing of the display data for the terminal and an item rejecting the viewing of the display data for the terminal, characterized in that the viewing permission/rejection setting unit is configured to set, for each content of an abnormality occurring in the injection molding machine or a peripheral unit of the injection molding machine, the item permitting the viewing of the display data for the terminal and the item rejecting the viewing of the display data for the terminal. a display data storage unit configured to store display data displayed on a display screen of an injection molding machine; and a viewing permission/rejection setting unit configured to set, with respect to a viewing requirement of the display data from a terminal communicably connected via a network, an item permitting viewing of the display data for the terminal and an item rejecting the viewing of the display data for the terminal, characterized in that the viewing permission/rejection setting unit is configured to set, for each content of an abnormality occurring in the injection molding machine or a peripheral unit of the injection molding machine, the item permitting the viewing of the display data for the terminal and the item rejecting the viewing of the display data for the terminal.
A mobile device for wireless communication comprising: a receiver; a transmitter broadcasting electromagnetic waves; the receiver and the transmitter enabling wireless voice communication from a user; a transmitting antenna operably connected to the transmitter; an ear piece and a mouth piece; a physical barrier defining a predetermined distance between the transmitting antenna of the mobile device and a user's head during normal voice communication via the mobile device; wherein the predetermined distance is reflective of at least the transmitting power level of the device and a predetermined safe exposure limit; wherein the physical barrier is adapted to be removable attached to the mobile device and positionable over the ear piece; characterized in that the physical barrier comprises: a semi rigid tube (1010, 1011) defining a sound passage from a first distal end to the other distal end; a base located at the other distal end adapted to interface with an ear piece of the mobile device, said base defining a second opening to receive sound emitted from the ear piece and direct the sound to the sound passage; a first opening located proximate to the first distal end, the first opening and the second opening in fluid communication via the sound passage; a retaining mechanism adapted to removable attach the physical barrier to the mobile device over the ear piece. a receiver; a transmitter broadcasting electromagnetic waves; the receiver and the transmitter enabling wireless voice communication from a user; a transmitting antenna operably connected to the transmitter; an ear piece and a mouth piece; a physical barrier defining a predetermined distance between the transmitting antenna of the mobile device and a user's head during normal voice communication via the mobile device; wherein the predetermined distance is reflective of at least the transmitting power level of the device and a predetermined safe exposure limit; wherein the physical barrier is adapted to be removable attached to the mobile device and positionable over the ear piece; a semi rigid tube (1010, 1011) defining a sound passage from a first distal end to the other distal end; a base located at the other distal end adapted to interface with an ear piece of the mobile device, said base defining a second opening to receive sound emitted from the ear piece and direct the sound to the sound passage; a first opening located proximate to the first distal end, the first opening and the second opening in fluid communication via the sound passage; a retaining mechanism adapted to removable attach the physical barrier to the mobile device over the ear piece.