mhurhangee/ep-ind-claims huggingface dataset:
Zwitterionic geminal liquids based on hydroxypropyl betaine, characterized by the following structural formula: where: R 1 = is a linear or branched alkyl chain of 1 to 30 carbon atoms; R 2 = is a linear or branched alkyl chain of 1 to 30 carbon atoms; n = has values from 1 to 500. R 1 = is a linear or branched alkyl chain of 1 to 30 carbon atoms; R 2 = is a linear or branched alkyl chain of 1 to 30 carbon atoms; n = has values from 1 to 500.
A package structure, comprising: a housing; and a sound producing chip (100, 100_1~100_6, 100', 200, 300 or SPC) disposed within the housing, the sound producing chip (100, 100_1~100_6, 100', 200, 300 or SPC) comprising: at least one anchor structure; a membrane comprising a coupling plate and a spring structure connected to the coupling plate, wherein the membrane is anchored by the at least one anchor structure; and an actuator configured to receive a driving signal to actuate the membrane; characterized in that, the spring structure is situated between the coupling plate and the actuator; wherein the coupling plate is actuated to move by the actuator via the spring structure; wherein the membrane further comprises a driving plate on which the actuator is disposed, and the spring structure is connected between the driving plate and the coupling plate; wherein a slit is formed within and penetrates through the membrane, and the spring structure is formed because of the slit. a housing; and a sound producing chip (100, 100_1~100_6, 100', 200, 300 or SPC) disposed within the housing, the sound producing chip (100, 100_1~100_6, 100', 200, 300 or SPC) comprising: at least one anchor structure; a membrane comprising a coupling plate and a spring structure connected to the coupling plate, wherein the membrane is anchored by the at least one anchor structure; and an actuator configured to receive a driving signal to actuate the membrane; characterized in that, the spring structure is situated between the coupling plate and the actuator; wherein the coupling plate is actuated to move by the actuator via the spring structure; wherein the membrane further comprises a driving plate on which the actuator is disposed, and the spring structure is connected between the driving plate and the coupling plate; wherein a slit is formed within and penetrates through the membrane, and the spring structure is formed because of the slit. at least one anchor structure; a membrane comprising a coupling plate and a spring structure connected to the coupling plate, wherein the membrane is anchored by the at least one anchor structure; and an actuator configured to receive a driving signal to actuate the membrane; characterized in that, the spring structure is situated between the coupling plate and the actuator; wherein the coupling plate is actuated to move by the actuator via the spring structure; wherein the membrane further comprises a driving plate on which the actuator is disposed, and the spring structure is connected between the driving plate and the coupling plate; wherein a slit is formed within and penetrates through the membrane, and the spring structure is formed because of the slit.
A method of suppressing co-channel interference in a satellite communication system, the satellite communication system including a receive antenna having a plurality of antenna elements, each antenna element arranged to provide a respective antenna element signal, the method comprising: digitising each antenna element signal, and processing each digitised antenna element signal to separate received signal components in respective frequency channels present in the element signal, wherein each separated antenna element signal for each frequency channel is provided to each of a plurality of beamformers to produce a plurality of derived beam signals; calculating complex weighting values for one or more of the derived beam signals; adjusting two or more of the derived beam signals in accordance with the calculated complex weighting values, in the at least one frequency channel; and cancelling interference in at least one derived beam signal in said at least one frequency channel using two or more adjusted derived beam signals to provide an interference suppressed output signal; wherein calculating complex weighting values comprises using a constant modulus algorithm to determine the weighting values, in which initial weightings are selected for the plurality of derived beam signals so as to accentuate a derived beam signal wherein the derived beam signals are geographically-directed spot beams, and the initial weightings of the constant modulus algorithm are based on a selection of a spot beam from a predetermined geographical location. digitising each antenna element signal, and processing each digitised antenna element signal to separate received signal components in respective frequency channels present in the element signal, wherein each separated antenna element signal for each frequency channel is provided to each of a plurality of beamformers to produce a plurality of derived beam signals; calculating complex weighting values for one or more of the derived beam signals; adjusting two or more of the derived beam signals in accordance with the calculated complex weighting values, in the at least one frequency channel; and cancelling interference in at least one derived beam signal in said at least one frequency channel using two or more adjusted derived beam signals to provide an interference suppressed output signal; wherein calculating complex weighting values comprises using a constant modulus algorithm to determine the weighting values, in which initial weightings are selected for the plurality of derived beam signals so as to accentuate a derived beam signal wherein the derived beam signals are geographically-directed spot beams, and the initial weightings of the constant modulus algorithm are based on a selection of a spot beam from a predetermined geographical location.
A method for network management, the method comprising: generating a map (106, 210) displaying network devices (402, 404); calculating paths between the network devices, including both an underlay path and an overlay path; providing a graphical user interface for selecting path types between each of the network devices, wherein the graphical user interface includes an application manager; displaying, on the graphical user interface, one of the paths based on a selection of the path types between each of the network devices, defining, by the application manager, one or more applications; associating at least some of the paths with the defined one or more applications; receiving a selection of one of the one or more applications; and displaying the path associated with the selected application, wherein calculating paths comprises automatically selecting path types to calculate based on a topology dependency type of an outbound interface at each hop. generating a map (106, 210) displaying network devices (402, 404); calculating paths between the network devices, including both an underlay path and an overlay path; providing a graphical user interface for selecting path types between each of the network devices, wherein the graphical user interface includes an application manager; displaying, on the graphical user interface, one of the paths based on a selection of the path types between each of the network devices, defining, by the application manager, one or more applications; associating at least some of the paths with the defined one or more applications; receiving a selection of one of the one or more applications; and displaying the path associated with the selected application, wherein calculating paths comprises automatically selecting path types to calculate based on a topology dependency type of an outbound interface at each hop.
A recording control device that controls a recording mechanism section which performs recording on a recording medium by a recording head, the recording control device comprising: an image expansion section that expands data input from the outside to create image data for recording; wherein the image expansion section creates the image data and outputs the created image data to the image buffer memory in a prescribed job unit; an image buffer memory that temporarily stores the image data created by the image expansion section; and a recording control section that reads the image data stored in the image buffer memory, and controls the recording mechanism section to record the read image data on the recording medium by the recording head, characterized in that: the recording control section controls the recording speed of the recording mechanism section on the basis of a time interval at which jobs are output from the image expansion section to the image buffer memory. an image expansion section that expands data input from the outside to create image data for recording; wherein the image expansion section creates the image data and outputs the created image data to the image buffer memory in a prescribed job unit; an image buffer memory that temporarily stores the image data created by the image expansion section; and a recording control section that reads the image data stored in the image buffer memory, and controls the recording mechanism section to record the read image data on the recording medium by the recording head,
Securing arrangement in a motor vehicle, comprising a connecting element, for securing a heavy duty component to a hollow profile in a motor vehicle, a hollow profile and a heavy duty component, wherein the connecting element has a profile extension with a rectangular cross section, comprising a top face and a bottom face of the cross section of the profile extension, wherein the connecting element furthermore has a flange face which comprises a cross section of the flange face protruding beyond the cross section of the profile extension, wherein the profile extension and/or the flange face has a bore for bolting to the heavy duty component, wherein the bore for bolting to the heavy duty component is formed in the profile extension, wherein the bore stands perpendicular to the top face and the bottom face of the profile extension, wherein the bore is connected to outer faces of the profile extension in particular by reinforcing webs or wherein the bore stands perpendicular to the flange face, wherein the profile extension is introduced into the hollow profile through a side face of the hollow profile, so that in the inside of the hollow profile, the top face and bottom face of the profile extension are oriented parallel to a top face and bottom face of the hollow profile and are supported vertically, indirectly, by the top face and bottom face of the hollow profile, wherein the flange face of the connecting element lies on the outside against the side face of the hollow profile, wherein the heavy duty component is bolted to the bore of the profile extension or the flange face, characterized in that the hollow profile is a multi-chamber hollow profile, i.e. has inner connecting webs, wherein the connecting webs form vertical supports of the top face and bottom face of the hollow profile, wherein the profile extension is guided through openings in the inner connecting webs, wherein the profile extension additionally lies on the edges of these openings.
A display apparatus comprising: a display unit configured to display a screen; and a pair of directional speakers symmetrically disposed at opposite sides of the display unit, characterised in that each of the pair of directional speakers comprises: a driver unit configured to generate a sound, and a guide tube having a hollow tube shape and configured to guide the sound generated by the driver unit to be radiated to the outside, and the guide tube has a plurality of sound radiation holes linearly aligned on a surface thereof; and wherein the plurality of sound radiation holes have a same size, and intervals between the plurality of sound radiation holes change from a first end of the guide tube on a driver unit side to a second end of the guide tube opposite to the first end. a display unit configured to display a screen; and a pair of directional speakers symmetrically disposed at opposite sides of the display unit, characterised in that each of the pair of directional speakers comprises: a driver unit configured to generate a sound, and a guide tube having a hollow tube shape and configured to guide the sound generated by the driver unit to be radiated to the outside, and the guide tube has a plurality of sound radiation holes linearly aligned on a surface thereof; and wherein the plurality of sound radiation holes have a same size, and intervals between the plurality of sound radiation holes change from a first end of the guide tube on a driver unit side to a second end of the guide tube opposite to the first end. a driver unit configured to generate a sound, and a guide tube having a hollow tube shape and configured to guide the sound generated by the driver unit to be radiated to the outside, and the guide tube has a plurality of sound radiation holes linearly aligned on a surface thereof; and wherein the plurality of sound radiation holes have a same size, and intervals between the plurality of sound radiation holes change from a first end of the guide tube on a driver unit side to a second end of the guide tube opposite to the first end.
A soft capsule comprising: a) a soft capsule shell, wherein the soft capsule shell comprises: - 40 to 80 wt% of gelatin, - 10 to 50 wt% of plasticizer selected from the group consisting of glycerol, sorbitol, propylene glycol, polyethylene glycol, dibutyl sebacate, diethyl phthalate, dimethyl phthalate, triacetin, tributyl citrate, triethyl citrate, and mixtures thereof, the amounts by weight being expressed with respect to the total weight of the soft capsule shell; and b) a pharmaceutical composition comprising: - calcifediol, - an oily component selected from the group consisting of a medium chain triglyceride, isopropyl myristate, a C 14 -C 18 alkyl alcohol, a C 14 -C 18 alkenyl alcohol, lanolin alcohol and mixtures thereof, and - a pharmaceutically acceptable organic solvent selected from the group consisting of ethanol, isopropanol, propylene glycol, polyethylene glycol, benzyl alcohol and mixtures thereof; wherein the soft capsule shell encapsulates the pharmaceutical composition and wherein said pharmaceutical composition is devoid of waxes. a) a soft capsule shell, wherein the soft capsule shell comprises: - 40 to 80 wt% of gelatin, - 10 to 50 wt% of plasticizer selected from the group consisting of glycerol, sorbitol, propylene glycol, polyethylene glycol, dibutyl sebacate, diethyl phthalate, dimethyl phthalate, triacetin, tributyl citrate, triethyl citrate, and mixtures thereof, the amounts by weight being expressed with respect to the total weight of the soft capsule shell; and - 40 to 80 wt% of gelatin, - 10 to 50 wt% of plasticizer selected from the group consisting of glycerol, sorbitol, propylene glycol, polyethylene glycol, dibutyl sebacate, diethyl phthalate, dimethyl phthalate, triacetin, tributyl citrate, triethyl citrate, and mixtures thereof, b) a pharmaceutical composition comprising: - calcifediol, - an oily component selected from the group consisting of a medium chain triglyceride, isopropyl myristate, a C 14 -C 18 alkyl alcohol, a C 14 -C 18 alkenyl alcohol, lanolin alcohol and mixtures thereof, and - a pharmaceutically acceptable organic solvent selected from the group consisting of ethanol, isopropanol, propylene glycol, polyethylene glycol, benzyl alcohol and mixtures thereof; wherein the soft capsule shell encapsulates the pharmaceutical composition and wherein said pharmaceutical composition is devoid of waxes. - calcifediol, - an oily component selected from the group consisting of a medium chain triglyceride, isopropyl myristate, a C 14 -C 18 alkyl alcohol, a C 14 -C 18 alkenyl alcohol, lanolin alcohol and mixtures thereof, and - a pharmaceutically acceptable organic solvent selected from the group consisting of ethanol, isopropanol, propylene glycol, polyethylene glycol, benzyl alcohol and mixtures thereof;
An ohmic contact (10, 12) for a multiple channel FET, comprising: a plurality of slit-shaped recesses in a wafer on which a multiple channel FET resides, each recess having a depth at least equal to the depth of the lowermost channel layer of said FET, said recesses aligned linearly with each other, said line of recesses oriented perpendicular to the direction of current flow between said FET's source and drain; ohmic metals in and on the sidewalls of each of said slit-shaped recesses such that ohmic contact is made to each of said multiple channel layers; wherein each of said slit-shaped recesses has an inside edge which current flows to or from and an outside edge, characterised in that, the ohmic contact further comprises a linear connecting recess which is contiguous with the outside edge of each of said slit-shaped recesses, said ohmic metals also in said linear connecting recess such that said ohmic metals interconnect said slit-shaped recesses and said linear connecting recess with said multiple channel layers. a plurality of slit-shaped recesses in a wafer on which a multiple channel FET resides, each recess having a depth at least equal to the depth of the lowermost channel layer of said FET, said recesses aligned linearly with each other, said line of recesses oriented perpendicular to the direction of current flow between said FET's source and drain; ohmic metals in and on the sidewalls of each of said slit-shaped recesses such that ohmic contact is made to each of said multiple channel layers; wherein each of said slit-shaped recesses has an inside edge which current flows to or from and an outside edge, characterised in that, the ohmic contact further comprises a linear connecting recess which is contiguous with the outside edge of each of said slit-shaped recesses, said ohmic metals also in said linear connecting recess such that said ohmic metals interconnect said slit-shaped recesses and said linear connecting recess with said multiple channel layers.
An articulating seat pan assembly for a seat system for a passenger aircraft wherein the seat system includes a passenger seat frame having at least one pair of generally parallel spar tubes (50,52) laterally positioned across said passenger seat frame, said articulating seat pan assembly comprising: (a) at least two pairs of opposed crescent-shaped seat pan roller assemblies attachable to said spar tubes (50,52) wherein each of said seat pan roller assemblies include a seat pan roller attached to its upper surface; and (b) a seat pan adapted to be mounted onto said pairs of opposed seat pan roller assemblies whereby said seat pan articulates along said seat pan rollers from back to front of said passenger seat frame; and being characterized in that it also comprises: (c) a cross brace adjoining said pair of opposed seat pan roller assemblies, said cross brace adapted to prevent the rotation of each pair of opposed seat pan roller assemblies about the radius of each of said spar tubes (50,52). (a) at least two pairs of opposed crescent-shaped seat pan roller assemblies attachable to said spar tubes (50,52) wherein each of said seat pan roller assemblies include a seat pan roller attached to its upper surface; and (b) a seat pan adapted to be mounted onto said pairs of opposed seat pan roller assemblies whereby said seat pan articulates along said seat pan rollers from back to front of said passenger seat frame; and being characterized in that it also comprises: (c) a cross brace adjoining said pair of opposed seat pan roller assemblies, said cross brace adapted to prevent the rotation of each pair of opposed seat pan roller assemblies about the radius of each of said spar tubes (50,52).
Apparatus for producing an object by means of additive manufacturing, comprising: - a process chamber for receiving a bath of material which can be solidified by exposure to electromagnetic radiation; - a support for positioning the object in relation to the surface level of the bath of material; - a solidifying device for solidifying a selective layer-part of the material on the surface level by means of electromagnetic radiation; and - an optical control device with a focus unit provided in an optical pathway of the electromagnetic radiation of the solidifying device, and arranged for controlling at least the focus of the electromagnetic radiation emitted by the solidifying device on the surface level; wherein the optical control device comprises: - a sensor element arranged for detecting a measure for the accuracy of the focus of the electromagnetic radiation, wherein the sensor element is arranged upstream of the surface level; - a focus correction lens element provided in the optical pathway of the electromagnetic radiation, and arranged to be movable in the direction of at least an optical axis thereof; and - a focus correction control unit, connected to said sensor element and to said focus correction element, and arranged for moving said focus correction lens element in response to a signal obtained by said sensor element - a beamsplitter element provided in the optical pathway of the electromagnetic radiation, and arranged for providing a beam of transmitted light and a beam of reflected light, and wherein the sensor element is arranged downstream of the beamsplitter element. - a process chamber for receiving a bath of material which can be solidified by exposure to electromagnetic radiation; - a support for positioning the object in relation to the surface level of the bath of material; - a solidifying device for solidifying a selective layer-part of the material on the surface level by means of electromagnetic radiation; and - an optical control device with a focus unit provided in an optical pathway of the electromagnetic radiation of the solidifying device, and arranged for controlling at least the focus of the electromagnetic radiation emitted by the solidifying device on the surface level; - a sensor element arranged for detecting a measure for the accuracy of the focus of the electromagnetic radiation, wherein the sensor element is arranged upstream of the surface level; - a focus correction lens element provided in the optical pathway of the electromagnetic radiation, and arranged to be movable in the direction of at least an optical axis thereof; and - a focus correction control unit, connected to said sensor element and to said focus correction element, and arranged for moving said focus correction lens element in response to a signal obtained by said sensor element - a beamsplitter element provided in the optical pathway of the electromagnetic radiation, and arranged for providing a beam of transmitted light and a beam of reflected light, and wherein the sensor element is arranged downstream of the beamsplitter element.