mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula I wherein R 1 is a branched, noncyclic alkyl or alkenyl of 8, 9, 10, 11, 12, 13, 14, 16, 17, 18, 19, 20, 21, or 22 carbons; L 1 is linear alkylene of 1 to 15 carbons; R 2 is a branched, noncyclic alkyl or alkenyl of 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, or 22 carbons; L 2 is a linear alkylene of 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14 or 15 carbons; X is O or S; R 3 is a linear alkylene of 1, 2, 3, 4, 5, or 6 carbons; and R 4 and R 5 are the same or different, each a linear or branched, noncyclic alkyl of 1, 2, 3, 4, 5, or 6 carbons; or a pharmaceutically acceptable salt or solvate thereof. R 1 is a branched, noncyclic alkyl or alkenyl of 8, 9, 10, 11, 12, 13, 14, 16, 17, 18, 19, 20, 21, or 22 carbons; L 1 is linear alkylene of 1 to 15 carbons; R 2 is a branched, noncyclic alkyl or alkenyl of 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20, 21, or 22 carbons; L 2 is a linear alkylene of 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14 or 15 carbons; X is O or S; R 3 is a linear alkylene of 1, 2, 3, 4, 5, or 6 carbons; and R 4 and R 5 are the same or different, each a linear or branched, noncyclic alkyl of 1, 2, 3, 4, 5, or 6 carbons;
A method of using the apparatus of claim 9 for identifying welding seams of a welding object, comprising: identifying intersection lines between geometrical bodies (221, 222, 223, 224) of the welding object in a three-dimensional model for the welding object, based on geometry of the geometrical bodies (221, 222, 223, 224) to form a collection of welding seams for the welding object; and eliminating hidden seams (S6', S14') from the collection of welding seams for the welding object based on overlapping relationship among the welding seams to form a candidate seam list, wherein hidden seams (S6', S14') are those intersection lines covered by other surfaces, which are invisible and inaccessible by a welding gun and wherein the welding seam is overlapped with another welding seam, when at least three faces and two intersection lines are involved, and in such case, overlapped part is a hidden line. identifying intersection lines between geometrical bodies (221, 222, 223, 224) of the welding object in a three-dimensional model for the welding object, based on geometry of the geometrical bodies (221, 222, 223, 224) to form a collection of welding seams for the welding object; and eliminating hidden seams (S6', S14') from the collection of welding seams for the welding object based on overlapping relationship among the welding seams to form a candidate seam list, wherein hidden seams (S6', S14') are those intersection lines covered by other surfaces, which are invisible and inaccessible by a welding gun and wherein the welding seam is overlapped with another welding seam, when at least three faces and two intersection lines are involved, and in such case, overlapped part is a hidden line.
A method of controlling charging for data requested by a user equipment, UE, at a core server operating between a policy enforcer and an external network, the method comprising: receiving a caching operation request for data from an access server; transmitting a Policy and Charging Control, PCC, rule change request to a policy controller; generating a label packet including identifying information and volume information of the data; and transmitting the label packet to the policy enforcer in order that the data is charged, by the policy enforcer, based on the volume information included in the label packet. receiving a caching operation request for data from an access server; transmitting a Policy and Charging Control, PCC, rule change request to a policy controller; generating a label packet including identifying information and volume information of the data; and transmitting the label packet to the policy enforcer in order that the data is charged, by the policy enforcer, based on the volume information included in the label packet.
A mobile terminal comprising: a body, wherein at least some portions of the body are formed of an elastic material; a display unit provided to the body; a sensing unit (140, 500) provided to the body and generating an electric signal in response to bending of the body; and a controller configured to recognize the electric signal and control the display unit according to the electric signal generated by the bending of the body; and characterized in that the mobile terminal further comprises an actuator (800, 810) which extends in a length direction of the body, wherein, when the controller outputs a notification signal for notifying an event, both ends of the actuator are configured to be raised in response to a signal received from the controller, and the body is configured to be bent into various curved shapes according to the shape of the actuator. a body, wherein at least some portions of the body are formed of an elastic material; a display unit provided to the body; a sensing unit (140, 500) provided to the body and generating an electric signal in response to bending of the body; and a controller configured to recognize the electric signal and control the display unit according to the electric signal generated by the bending of the body; and characterized in that the mobile terminal further comprises an actuator (800, 810) which extends in a length direction of the body, wherein, when the controller outputs a notification signal for notifying an event, both ends of the actuator are configured to be raised in response to a signal received from the controller, and the body is configured to be bent into various curved shapes according to the shape of the actuator.
A pad for mounting to a helmet, the pad comprising: a support member; a first layer of material arranged to cover a first side of the support member; and a second layer of material arranged to cover the first layer of material, wherein a low friction interface is arranged between the first layer of material and the second layer of material to enable sliding of the first layer of material relative to the second layer of material; and characterised in that each layer of material is formed from at least one of a textile, a cloth, and a fabric; and the low friction interface is formed by the first layer of material and the second layer of material being arranged such that the grains of the first layer of material and the second layer of material are perpendicular. a support member; a first layer of material arranged to cover a first side of the support member; and a second layer of material arranged to cover the first layer of material, wherein a low friction interface is arranged between the first layer of material and the second layer of material to enable sliding of the first layer of material relative to the second layer of material; and characterised in that each layer of material is formed from at least one of a textile, a cloth, and a fabric; and the low friction interface is formed by the first layer of material and the second layer of material being arranged such that the grains of the first layer of material and the second layer of material are perpendicular.
A method of processing spectrum data, the method comprising: obtaining spectrum response signals corresponding to channels of spectrum data of light, wherein a light source irradiates the light of a plurality of different wavelength bands toward an object, and the spectrum data is obtained from the object by an image sensor; determining a set of bases corresponding to the obtained spectrum response signals; performing, based on the determined set of bases, a change of basis on at least one basis included in the determined set of bases by using a pseudo inverse with respect to the spectrum data obtained by the image sensor, wherein the changed bases provide orthogonality for the spectrum response signal of each channel; and generating, by using the pseudo inverse, reconstructed spectrum data from the spectrum response signals on which the change of basis has been performed, wherein the pseudo inverse provides elements truncated by a truncation matrix in that for bases of which a singular value is determined to be smaller than a predetermined magnitude threshold value, the respective singular value is replaced with the threshold value or with a lowest value among the singular values greater than or equal to the threshold value. obtaining spectrum response signals corresponding to channels of spectrum data of light, wherein a light source irradiates the light of a plurality of different wavelength bands toward an object, and the spectrum data is obtained from the object by an image sensor; determining a set of bases corresponding to the obtained spectrum response signals; performing, based on the determined set of bases, a change of basis on at least one basis included in the determined set of bases by using a pseudo inverse with respect to the spectrum data obtained by the image sensor, wherein the changed bases provide orthogonality for the spectrum response signal of each channel; and generating, by using the pseudo inverse, reconstructed spectrum data from the spectrum response signals on which the change of basis has been performed, wherein the pseudo inverse provides elements truncated by a truncation matrix in that for bases of which a singular value is determined to be smaller than a predetermined magnitude threshold value, the respective singular value is replaced with the threshold value or with a lowest value among the singular values greater than or equal to the threshold value.
Apparatus comprising coupling means (31; 131) for coupling a closing film with a sheet material having a plurality of containing cavities, a cutting unit (24; 124) to remove portions of said closing film, said cutting unit (24; 124) being positioned upstream of said coupling means (31; 131); supplying means for supplying said closing film in a supply direction (F2; F12) through said cutting unit (24; 124) characterised in that said removed portions define openings on the closing film and in that said apparatus further comprises adjusting means for regulating the position of said cutting unit (24; 124) along said supply direction (F2; F12) so as to obtain said openings in a desired position such that, when said closing film is coupled with said sheet material, said openings are positioned at preset zones (47, 51) of said sheet material that remain uncovered by said closing film.
A method for diagnosing predisposition to amyotrophic lateral sclerosis in a subject, which method comprises detecting in sample from the subject the presence or absence of at least 10 epigenetic chromosome interactions represented by the primer sequences disclosed in Table 6a, to thereby identify predisposition to amyotrophic lateral sclerosis.
A dry floor assembly that is configured to form or be positioned on a floor of an enclosed space, the dry floor assembly comprising: a vacuum layer configured to be coupled to a vacuum system, wherein the vacuum system is configured to remove liquid from the dry floor assembly via the vacuum layer; and wherein the vacuum layer comprises a plurality of ridges separated by liquid-collection grooves, wherein vacuum channels are formed through portions of the ridges, and wherein the vacuum channels are configured to be in fluid communication with the vacuum system. a vacuum layer configured to be coupled to a vacuum system, wherein the vacuum system is configured to remove liquid from the dry floor assembly via the vacuum layer; and wherein the vacuum layer comprises a plurality of ridges separated by liquid-collection grooves, wherein vacuum channels are formed through portions of the ridges, and wherein the vacuum channels are configured to be in fluid communication with the vacuum system.
A method comprising: receiving, at a mobile terminal, an atmosphere model from a network element (120,130), wherein said atmosphere model is configured to provide a time and location dependent barometric pressure estimate; measuring, by the mobile terminal, a barometric pressure; determining, at the mobile terminal, a time measurement; determining, at the mobile terminal, a current location of the mobile terminal; and calculating, at the mobile terminal, a current altitude of the mobile terminal based on: the determined time measurement, the determined current location of the mobile terminal, the measured barometric pressure, and the estimate provided by the atmosphere model. receiving, at a mobile terminal, an atmosphere model from a network element (120,130), wherein said atmosphere model is configured to provide a time and location dependent barometric pressure estimate; measuring, by the mobile terminal, a barometric pressure; determining, at the mobile terminal, a time measurement; determining, at the mobile terminal, a current location of the mobile terminal; and calculating, at the mobile terminal, a current altitude of the mobile terminal based on: the determined time measurement, the determined current location of the mobile terminal, the measured barometric pressure, and the estimate provided by the atmosphere model. the determined time measurement, the determined current location of the mobile terminal, the measured barometric pressure, and the estimate provided by the atmosphere model.
A navigation device configured to be mounted on a vehicle travelling in any driving mode out of an automatic driving mode for travelling irrespective of driver's driving operations and a normal driving mode for travelling according to driver's driving operations, the navigation device comprising: a driving mode determination unit configured to determine whether a driving mode of the vehicle is the automatic driving mode or the normal driving mode; and a route guidance stop control unit configured to, when the driving mode determination unit determines that a driving mode of the vehicle is the automatic driving mode, stop a route guidance that would be made if the vehicle were travelling in the normal driving mode, wherein the route guidance stop control unit includes a display stop control unit, and a driving mode switching detection unit configured to detect that the driving mode is switched from the automatic driving mode to the normal driving mode; characterized in that the route guidance stop control unit further comprises an on-switching route guidance control unit configured to, when the driving mode switching detection unit detects that the driving mode is switched from the automatic driving mode to the normal driving mode, make a route guidance based on a travelling state of the vehicle on detection of the driving mode switching, and in that the display stop control unit includes a display output determination unit configured to determine whether video contents other than the guidance display for route guidance are displayed on a display unit, and wherein, while video contents other than the guidance display for route guidance are displayed on the display unit, when the driving mode of the vehicle is determined as the automatic driving mode, the display stop control unit is configured to stop the guidance display for route guidance that would be made on the display unit if the vehicle were travelling in the normal driving mode, so that in the automatic driving mode the video contents are not disturbed by the route guidance. a driving mode determination unit configured to determine whether a driving mode of the vehicle is the automatic driving mode or the normal driving mode; and a route guidance stop control unit configured to, when the driving mode determination unit determines that a driving mode of the vehicle is the automatic driving mode, stop a route guidance that would be made if the vehicle were travelling in the normal driving mode, wherein the route guidance stop control unit includes a display stop control unit, and a driving mode switching detection unit configured to detect that the driving mode is switched from the automatic driving mode to the normal driving mode;
A method of determining received signal power and location of a user terminal in a network comprising base stations for cellular wireless telecommunications, the user terminal and the base station serving the user terminal both being switchable between operation according to a first network technology domain and operation according to a second network technology domain, the method comprising: the user terminal undertaking a measurement of received power in the first domain, the user terminal being handed over to the second domain of the serving base station, the user terminal taking measurements of signal transmission times between the user terminal and at least three of the base stations in the second domain, the user terminal being handed back to the first domain of the serving base station, location of the user terminal being determined from the measurements of signal transmission times, and characterised in that the measured received power being stored associated with the determined location in which the measured received power and the associated determined location are stored in a database as a data entry for a radio frequency power map, and in which upon a user terminal being identified as in a location or area where there are insufficient data entries of measured received power and the associated determined location, the method is triggered. the user terminal undertaking a measurement of received power in the first domain, the user terminal being handed over to the second domain of the serving base station, the user terminal taking measurements of signal transmission times between the user terminal and at least three of the base stations in the second domain, the user terminal being handed back to the first domain of the serving base station, location of the user terminal being determined from the measurements of signal transmission times, and characterised in that the measured received power being stored associated with the determined location in which the measured received power and the associated determined location are stored in a database as a data entry for a radio frequency power map, and in which upon a user terminal being identified as in a location or area where there are insufficient data entries of measured received power and the associated determined location, the method is triggered.
Decoupled hydraulic support having a working chamber and a compensation chamber which are separated by a partition with a damping channel, the partition consisting of two nozzle discs (9, 10) and a diaphragm arranged therebetween, and wherein the diaphragm has at least one valve which is closed in the event of an overpressure in the working chamber with respect to the compensation chamber and which opens automatically in the event of a negative pressure in the working chamber with respect to the compensation chamber, characterized in that the valve opens at frequencies of the diaphragm of 1 to 15 Hz and at amplitudes of the diaphragm of 0.05 to 10 mm.
A radiation detector module comprising: an enclosure, wherein the enclosure comprises a metallic and/or metalized enclosure portion; a radiation sensor comprising a hygroscopic material and disposed within the enclosure; readout electronics configured to provide radiation detection event signals corresponding to incident ionizing radiation in the radiation sensor; and a cap comprising a printed circuit board, PCB, with an internal interface configured to couple to the readout electronics, an external interface configured to couple to a radiation detector and a plurality of conductive vias formed through the PCB, wherein the conductive vias are configured to electrically couple the external interface of the cap to the internal interface of the cap, wherein the cap is configured to hermetically seal the radiation sensor within the enclosure, and wherein the cap comprises: plated edges, wherein the plated edges of the cap are soldered to the enclosure to hermetically seal the radiation sensor within the enclosure; and a ground plane disposed within or on a surface of the cap and electrically and thermally coupled to the plated edges and/or the enclosure. an enclosure, wherein the enclosure comprises a metallic and/or metalized enclosure portion; a radiation sensor comprising a hygroscopic material and disposed within the enclosure; readout electronics configured to provide radiation detection event signals corresponding to incident ionizing radiation in the radiation sensor; and a cap comprising a printed circuit board, PCB, with an internal interface configured to couple to the readout electronics, an external interface configured to couple to a radiation detector and a plurality of conductive vias formed through the PCB, wherein the conductive vias are configured to electrically couple the external interface of the cap to the internal interface of the cap, wherein the cap is configured to hermetically seal the radiation sensor within the enclosure, and wherein the cap comprises: plated edges, wherein the plated edges of the cap are soldered to the enclosure to hermetically seal the radiation sensor within the enclosure; and a ground plane disposed within or on a surface of the cap and electrically and thermally coupled to the plated edges and/or the enclosure. plated edges, wherein the plated edges of the cap are soldered to the enclosure to hermetically seal the radiation sensor within the enclosure; and a ground plane disposed within or on a surface of the cap and electrically and thermally coupled to the plated edges and/or the enclosure.
A shielded cable fixing structure, comprising: a shielded cable that includes an electric wire, a braid for covering the electric wire, and a sheath for covering the braid; an insulation housing that receives a terminal fitting electrically connected to the electric wire; wherein a pair of split shield shells (43, 45) that is formed in a half-cylindrical shape, and in which the insulation housing is mounted; characterized in that a groove-shaped portion that is press-formed on a section of each of the split shield shells to cover a wire lead-out port of the insulation housing, from which the electric wire is led out, and is recessed on an outer surface of each of the split shield shells along a circumferential direction of the electric wire extending therethrough; and a braid fixing member (71, 81) that is fastened and fixed on an annular mounting groove constituted by the groove-shaped portions of the pair of the split shield shells fitted and fixed to each other, in a state where an end portion of the braid is disposed between the annular mounting groove and the braid fixing member. a shielded cable that includes an electric wire, a braid for covering the electric wire, and a sheath for covering the braid; an insulation housing that receives a terminal fitting electrically connected to the electric wire; wherein a pair of split shield shells (43, 45) that is formed in a half-cylindrical shape, and in which the insulation housing is mounted; characterized in that a groove-shaped portion that is press-formed on a section of each of the split shield shells to cover a wire lead-out port of the insulation housing, from which the electric wire is led out, and is recessed on an outer surface of each of the split shield shells along a circumferential direction of the electric wire extending therethrough; and a braid fixing member (71, 81) that is fastened and fixed on an annular mounting groove constituted by the groove-shaped portions of the pair of the split shield shells fitted and fixed to each other, in a state where an end portion of the braid is disposed between the annular mounting groove and the braid fixing member.