mhurhangee/ep-ind-claims huggingface dataset:
A speaker assembly, comprising: a shellpot for receiving a speaker motor and including an upper portion and a lower portion, the shellpot including an upstanding rim on the upper portion of the shellpot, wherein the shellpot includes a protrusion extending circumferentially around the shellpot between the upper portion and the lower portion, the protrusion having an upper surface and an end surface; a speaker basket including a base portion having an opening therein for receiving the shellpot, wherein the speaker basket includes a lip surrounding the opening and a flange spaced outwardly from and extending downwardly from the opening, wherein the flange engages the end surface of the shellpot protrusion when the shellpot is coupled with the speaker basket; and an insert member separate from the speaker basket, the insert member positionable adjacent to the lip of the speaker basket and the rim, wherein a plurality of sections of the rim are displaced to abut the insert member and couple the shellpot to the speaker basket. a shellpot for receiving a speaker motor and including an upper portion and a lower portion, the shellpot including an upstanding rim on the upper portion of the shellpot, wherein the shellpot includes a protrusion extending circumferentially around the shellpot between the upper portion and the lower portion, the protrusion having an upper surface and an end surface; a speaker basket including a base portion having an opening therein for receiving the shellpot, wherein the speaker basket includes a lip surrounding the opening and a flange spaced outwardly from and extending downwardly from the opening, wherein the flange engages the end surface of the shellpot protrusion when the shellpot is coupled with the speaker basket; and an insert member separate from the speaker basket, the insert member positionable adjacent to the lip of the speaker basket and the rim, wherein a plurality of sections of the rim are displaced to abut the insert member and couple the shellpot to the speaker basket.
A method of diagnosing susceptibility to an inflammatory bowel disease subtype in an individual, comprising: (a) assaying a sample obtained from the individual to determine the presence or absence of at least one risk genetic variant at the genetic locus of IFNG; and (b) diagnosing susceptibility to the IBD subtype based on the presence of at least one genetic risk variant at the genetic locus of IFNG wherein the at least one risk genetic variant is a "T" allele of SEQ. ID. NO.: 1 which is associated with a lower level of IFNG DNA methylation relative to a healthy subject. (a) assaying a sample obtained from the individual to determine the presence or absence of at least one risk genetic variant at the genetic locus of IFNG; and (b) diagnosing susceptibility to the IBD subtype based on the presence of at least one genetic risk variant at the genetic locus of IFNG wherein the at least one risk genetic variant is a "T" allele of SEQ. ID. NO.: 1 which is associated with a lower level of IFNG DNA methylation relative to a healthy subject.
A vaccine comprising an effective amount of an isolated biologically contained influenza virus comprising: i) 8 different gene segments including a PA viral gene segment, a PB1 viral gene segment, a mutant PB2 viral gene segment, a HA viral gene segment, a NA viral gene segment, a NP viral gene segment, a M (M1 and M2) viral gene segment, and a NS (NS1 and NS2) viral gene segment, ii) 8 different gene segments including a PA viral gene segment, a PB1 viral gene segment, a mutant PB2 viral gene segment, a HA viral gene segment, a NA (NA and NB) viral gene segment, a NP viral gene segment, a M (M1 and BM2) viral gene segment and a NS (NS1 and NS2) viral gene segment, or iii) 7 different gene segments including a PA viral gene segment, a PB1 viral gene segment, a mutant PB2 viral gene segment, a HEF viral gene segment, a NP viral gene segment, a M (M1 and CM2) viral gene segment, and a NS (NS1 and NS2) viral gene segment; wherein the mutant PB2 viral gene segment includes 5' and 3' PB2 viral non-coding and coding incorporation sequences flanking a heterologous nucleotide sequence and does not include contiguous sequences corresponding to sequences encoding a functional PB2, wherein the heterologous nucleotide sequence is a gene encoding a heterologous antigenic protein.
A topical composition of Fenoldopam comprising 0.1% to 5% by weight of Fenoldopam or a pharmaceutically acceptable salt thereof, at least one polyacrylamide-type gelling agent, at least one cellulose-type gelling agent, and at least one solvent, wherein the Fenoldopam is substantially solubilized in the composition, and wherein the composition is physically and chemically stable for at least one month at 25°C and 60% relative humidity.
A continuous liquid fluorination process to prepare 2-chloro-1,1,1,2-tetrafluoropropane comprising: a) contacting 2-chloro-3,3,3-trifluoropropene and HF in a reactor in the presence of a fluorination catalyst to form 244bb and 1,1,1,2,2-pentafluoropropane; and b) recycling the 245cb back to the reactor at a pressure of at least 689 kPag (100 psig); wherein 245cb is added to maintain, in the reaction zone, a mole ratio of 245cb to 1233xf of from 0.005:1 to 1:1. a) contacting 2-chloro-3,3,3-trifluoropropene and HF in a reactor in the presence of a fluorination catalyst to form 244bb and 1,1,1,2,2-pentafluoropropane; and b) recycling the 245cb back to the reactor at a pressure of at least 689 kPag (100 psig); wherein 245cb is added to maintain, in the reaction zone, a mole ratio of 245cb to 1233xf of from 0.005:1 to 1:1.
A body attachable unit for continuous glucose measurement, the body attachable unit configured to be insertedly attachable to a body by an applicator for the continuous glucose measurement, the body attachable unit comprising: a housing, wherein a bottom surface of the housing is to contact a skin; a printed circuit board disposed inside the housing; a sensor unit installed in the housing, wherein one end portion of the sensor unit outwardly protrudes from the bottom surface of the housing to be inserted into the body when the housing contacts the skin, and an other end portion of the sensor unit is configured to be contactable to an electrical contact point of the PCB; and a pressurizing operation module configured to pressurize the other end portion of the sensor unit to be contacted to the electrical contact point of the PCB according to manipulation of a user. a housing, wherein a bottom surface of the housing is to contact a skin; a printed circuit board disposed inside the housing; a sensor unit installed in the housing, wherein one end portion of the sensor unit outwardly protrudes from the bottom surface of the housing to be inserted into the body when the housing contacts the skin, and an other end portion of the sensor unit is configured to be contactable to an electrical contact point of the PCB; and a pressurizing operation module configured to pressurize the other end portion of the sensor unit to be contacted to the electrical contact point of the PCB according to manipulation of a user.
A system for generating an attenuation corrected nuclear image, including: means adapted for acquiring MR scan data of the patient and a selected magnetic resonance, MR, coil positioned about a patient; means adapted for reconstructing the MR scan data into an MR patient image; means adapted for retrieving an attenuation correction, AC, map template corresponding to the selected MR coil from a library; means adapted for generating a patient-specific AC map; means adapted for combining the AC map template and the patient-specific AC map to generate a final AC map; means adapted for acquiring nuclear scan data of the patient and the selected MR coil; means adapted for correcting attenuation in the nuclear scan data using the final AC map; and means adapted for reconstructing the attenuation corrected nuclear scan data into a nuclear image. means adapted for acquiring MR scan data of the patient and a selected magnetic resonance, MR, coil positioned about a patient; means adapted for reconstructing the MR scan data into an MR patient image; means adapted for retrieving an attenuation correction, AC, map template corresponding to the selected MR coil from a library; means adapted for generating a patient-specific AC map; means adapted for combining the AC map template and the patient-specific AC map to generate a final AC map; means adapted for acquiring nuclear scan data of the patient and the selected MR coil; means adapted for correcting attenuation in the nuclear scan data using the final AC map; and means adapted for reconstructing the attenuation corrected nuclear scan data into a nuclear image.
A composite panel comprising: a pre-stabilized honeycomb core surrounded by a cured pre-stabilizing material; and a laminate skin (16,18) formed from one sheet of a composite material and folded along an edge (22, 24) thereof, said one laminate skin (16, 18) positioned to surround said pre-stabilized honeycomb core, characterized in that said laminate skin (16, 18) is bonded to opposite sides of said pre-stabilizing material surrounding said pre-stabilized honeycomb core and cured substantially simultaneously. a pre-stabilized honeycomb core surrounded by a cured pre-stabilizing material; and a laminate skin (16,18) formed from one sheet of a composite material and folded along an edge (22, 24) thereof, said one laminate skin (16, 18) positioned to surround said pre-stabilized honeycomb core, characterized in that said laminate skin (16, 18) is bonded to opposite sides of said pre-stabilizing material surrounding said pre-stabilized honeycomb core and cured substantially simultaneously.
System for guided hair removal using diode laser comprising: - a handpiece configured to perform a laser hair removal treatment on a portion of the skin of a user comprising: at least one position sensor; at least one haptic transducer; at least one couple of pressure sensors; a camera configured to detect in real time skin features and imperfections; a display; and an electronic control board connected to the at least one position sensor, to the at least one haptic transducer, to the at least one couple of pressure sensors, to the camera, to the display and configured to receive signals from the at least one position sensor and from the camera, and to locate the spatial position, the displacement vector and the speed of the handpiece during the laser hair removal treatment; and - a control unit comprising at least one laser diode; characterized in that the control unit is connected to the handpiece through connection means comprising optical fibers configured for the transmission of a laser spot from said control unit to the handpiece, said at least one couple of pressure sensors being configured to activate a laser emission on the portion of the skin of the user to be treated, said laser emission having an intensity directly proportional to the pressure level exercised by an operator, and said display being configured to visualize the graphical plot of the displacement vector and the position of the handpiece during the execution of the laser hair removal treatment. - a handpiece configured to perform a laser hair removal treatment on a portion of the skin of a user comprising: at least one position sensor; at least one haptic transducer; at least one couple of pressure sensors; a camera configured to detect in real time skin features and imperfections; a display; and an electronic control board connected to the at least one position sensor, to the at least one haptic transducer, to the at least one couple of pressure sensors, to the camera, to the display and configured to receive signals from the at least one position sensor and from the camera, and to locate the spatial position, the displacement vector and the speed of the handpiece during the laser hair removal treatment; and - a control unit comprising at least one laser diode;
A method implemented in a wireless transmit/receive unit, WTRU, the method comprising: determining to perform carrier aggregation using a plurality of uplink component carriers that are configured for uplink transmissions transmitted by the WTRU; determining a plurality of independent sounding reference signal, SRS, transmission schedules for the plurality of uplink component carriers, wherein each of the plurality of independent SRS transmission schedules is determined independent of SRS transmission schedules for other uplink component carriers of the plurality of uplink component carriers; determining a power offset for each of the plurality of independent SRS transmission schedules, wherein each power offset is determined based on a carrier specific offset parameter for a corresponding uplink component carrier of the plurality of uplink component carriers; and transmitting SRSs on the plurality of uplink component carriers in accordance with the independent SRS transmission schedules. determining to perform carrier aggregation using a plurality of uplink component carriers that are configured for uplink transmissions transmitted by the WTRU; determining a plurality of independent sounding reference signal, SRS, transmission schedules for the plurality of uplink component carriers, wherein each of the plurality of independent SRS transmission schedules is determined independent of SRS transmission schedules for other uplink component carriers of the plurality of uplink component carriers; determining a power offset for each of the plurality of independent SRS transmission schedules, wherein each power offset is determined based on a carrier specific offset parameter for a corresponding uplink component carrier of the plurality of uplink component carriers; and transmitting SRSs on the plurality of uplink component carriers in accordance with the independent SRS transmission schedules.
Method for operating an electric power distribution network, in which the distribution of the power is monitored using at least one control device and the operating state of the power distribution network is optimized by performing alteration actions that are intended to improve the operating state of the power distribution network, wherein the control device precedes performance of an alteration action with a check to determine whether the extent of the improvement in the operating state of the power distribution network outweighs the extent of the wear on the power distribution network that is caused by the performance of the alteration action, and performs the alteration action only if this is the case, characterized in that the control device ascertains the improvement and the wear by taking into consideration multiple switches in the power distribution network, and in that the control device precedes performance of an alteration action with determination of an improvement variable, which indicates the extent of the improvement in the operating state of the power distribution network, and a wear variable, which indicates the wear brought about by the performance of the alteration action, the improvement variable being obtained from the difference in a loss of power in the power distribution network before the alteration action and after the alteration action taking into consideration present energy costs and a period of time for which the operating state improvement is forecast to last, and the wear variable being obtained from a sum of the wear due to the alteration action with a loss of values for the multiple switches.
A method for protecting at least one communication partner in a communication network from automatically generated caller attacks, in which at least one subscriber (23, 41, 51) of the communication network (20, 40, 50), when contacting the at least one communication partner, is verified by means of a check function implemented on at least one server (3, 31, 46, 59) in communicative connection with the communication network (20, 40, 50), which check function evaluates a communication behavior of the subscriber (23, 41, 51) and/or a communication behavior of the at least one communication partner (24, 45, 52) contacted by the subscriber (23, 41, 51), and in which, depending on a result of an evaluation, performed by means of the check function, of the communication behavior of the subscriber (23, 41, 51) and/or the communication behavior of the at least one communication partner (24, 45, 52) contacted by the subscriber (23, 41, 51), an automatic security check of the subscriber (23, 41, 51) is carried out by means of a security function implemented on the at least one server (3, 31, 46, 59), the security function comprising a Turing test for verifying whether the subscriber (23, 41, 51) is a human, and in which forwarding of the subscriber (23, 41, 51) to the at least one communication partner (24, 45, 52) in the communication network (20, 40, 50) is handled depending on a result of the security check, characterized in that the communication network comprises a first sub-network and a second sub-network, wherein in the case that a caller identifier provided by the subscriber (23, 41, 51) from the first sub-network by means of voice input or DTMF input corresponds to a caller identifier sent to the second sub-network, the call initiated by the subscriber (23, 41, 51) is forwarded to the communication partner (24, 45, 52), and in the case that the caller identifier provided by the subscriber (23, 41, 51) by means of voice input or DTMF input does not correspond to the caller identifier sent to the second sub-network, the call initiated by the subscriber (23, 41, 51) is excluded from being forwarded to the communication partner (24, 45, 52).
An assembly consisting of a container (10, 110, 210) and of a flexible bag intended to contain a biopharmaceutical fluid, the container comprising, in reference to a vertical direction, - a lower wall, - two lateral walls (14, 16, 114, 116, 214, 216) extending from the lower wall, and - at least one transfer wall, characterized in that the transfer wall extends the bottom formed by the lower wall by making an obtuse angle with the lower wall, such that the container (10, 110, 210) is able to occupy a first stable equilibrium position and a second position in which the transfer wall makes a right angle with the vertical direction, knowing that the first position is a storage position in which the fluid which leaks from the flexible bag is stored in the container, when the flexible bag is present, and the second position is an emptying position in which the fluid removed from the flexible bag flows outside of the container, when the flexible bag is present, and in that the flexible bag makes it possible to define a mass bearing on each of the lower wall and of the transfer wall, this mass varying depending on the filling level of a main flexible part of the flexible bag, the flexible bag further comprising a pipe which puts in fluid communication the interior and the exterior of the main part, knowing that: - the container (10, 110, 210) is configured to pass from the first position to the second position, and vice versa, by rotating about an edge corner connecting the lower wall and the transfer wall, - the container (10, 110, 210) is able to hold itself in the first or the second position when the mass above a predetermined threshold is in place in the container (10, 110, 210), and - the lower wall and the transfer wall have dimensions such that, when the container (10, 110, 210) occupies the second position, it is able to pass, under the effect of gravity, from the second position to the first position when the mass is no longer in place in the container (10, 110, 210). - a lower wall, - two lateral walls (14, 16, 114, 116, 214, 216) extending from the lower wall, and - at least one transfer wall, - the container (10, 110, 210) is configured to pass from the first position to the second position, and vice versa, by rotating about an edge corner connecting the lower wall and the transfer wall, - the container (10, 110, 210) is able to hold itself in the first or the second position when the mass above a predetermined threshold is in place in the container (10, 110, 210), and - the lower wall and the transfer wall have dimensions such that, when the container (10, 110, 210) occupies the second position, it is able to pass, under the effect of gravity, from the second position to the first position when the mass is no longer in place in the container (10, 110, 210).
ANTI-SHOPLIFTING DEVICE OF THE PIN TYPE, which can be widely used, in particular, in the field of clothing, consisting of a first closure element, commonly known as "nail", made up of a head from which a pin projects and a second closure element, consisting of a locking plate, said two elements (101, 102) being held together when the pin is inserted in the locking plate, after which said pin has already been inserted in the product to be protected, the end of the pin being held and locked inside the plate, through electromechanical or magnetic anti-withdrawal means, which can only be withdrawn through special magnetic or radio frequency devices, possessed exclusively by authorised staff, for example the cashiers of shops selling products equipped with the aforementioned anti-shoplifting device, said anti-shoplifting device being characterised in that the first element comprises a pin, contained inside a hollow shell, said pin being able to rotate from a position totally contained in said shell to a position projecting from the base of said shell and vice-versa.
Anodic device for metal electrowinning cells comprising - an anode having a catalytic surface towards oxygen evolution reaction, - a porous screen arranged parallel to said anode, wherein said anode is connected to said a porous screen through a microprocessor configured to detect a voltage between said porous screen and said anode. - an anode having a catalytic surface towards oxygen evolution reaction, - a porous screen arranged parallel to said anode,