mhurhangee/ep-ind-claims huggingface dataset:
A lens case for storing an intraocular lens, comprising: a housing for storing an intraocular lens; a support member configured to support the intraocular lens, the support member comprising a plurality of jaws (312a, 312b), the jaws having a closed configuration for holding the intraocular lens and an open configuration for releasing the intraocular lens; and a passage formed when the jaws are in the open configuration, the passage including an opening in the lens case for transfer of the intraocular lens into an intraocular lens inserter, charaterized in that the jaws have a bias toward the closed configuration, and wherein a first jaw of the jaws is pivotably attached to a first arm and a second jaw of the jaws is pivotally attached to a second arm, the bias being produced by a spring force between the first arm and the second arm. a housing for storing an intraocular lens; a support member configured to support the intraocular lens, the support member comprising a plurality of jaws (312a, 312b), the jaws having a closed configuration for holding the intraocular lens and an open configuration for releasing the intraocular lens; and a passage formed when the jaws are in the open configuration, the passage including an opening in the lens case for transfer of the intraocular lens into an intraocular lens inserter, charaterized in that the jaws have a bias toward the closed configuration, and wherein a first jaw of the jaws is pivotably attached to a first arm and a second jaw of the jaws is pivotally attached to a second arm, the bias being produced by a spring force between the first arm and the second arm.
A conjugated nucleic acid molecule which has the following formula: wherein N is a deoxynucleotide, n is an integer from 21 to 95, the underlined N refers to a nucleotide having a modified phosphodiester backbone, L' is a linker; m is 1 and L is a carboxamido oligoethylene glycol, C is selected from the group consisting of octadecyl or dioleoyl fatty acid, folates or folic acid and cholesterol.
A battery module, comprising: a plurality of cells that are secondary batteries; and a case housing the cells, wherein the case includes a plurality of housing parts respectively housing the cells, characterized by a first holding member and a second holding member for providing a gap, which is an air layer and provided between each of the cells and an associated one of the housing parts, wherein the gap is adapted to keep a predetermined distance between the respective cell and the respective housing part during normal operation condition of the respective cell, and wherein the respective housing part is adapted to contact the respective cell during abnormal operation condition of the respective cell in which the cell is expanded, and wherein the housing part is further adapted to dissipate heat received from the cell during abnormal operation condition. a plurality of cells that are secondary batteries; and a case housing the cells, wherein the case includes a plurality of housing parts respectively housing the cells, characterized by a first holding member and a second holding member for providing a gap, which is an air layer and provided between each of the cells and an associated one of the housing parts, wherein the gap is adapted to keep a predetermined distance between the respective cell and the respective housing part during normal operation condition of the respective cell, and wherein the respective housing part is adapted to contact the respective cell during abnormal operation condition of the respective cell in which the cell is expanded, and wherein the housing part is further adapted to dissipate heat received from the cell during abnormal operation condition.
Voltage converter for direct current with a circuit bridge, comprising a first, second, third and fourth power switch (S 1, S 2, S 3, S 4), which each have a control terminal (G 1, G 2, G 3, G 4) and in each case a load path running between two power terminals (L 1, L 1'; L 2, L 2'; L 3, L 3'; L 4, L 4'), the load paths of the first and second circuit breakers (S 1, S 2) being connected at a first switching node (K 1) and the load paths of the third and fourth circuit breakers (S 3, S 4) being connected to a second switching node (K 2) and each being connected in series between the terminals of a DC input voltage (U ein), and having a transformer whose primary winding is connected to the first and second switching nodes (K 1, K 2), and whose secondary winding has a full-bridge rectifier arrangement connected downstream, which is formed by a parallel circuit of a first (GL 1) and second rectifier branch (GL 2), each of the two rectifier branches consisting of a series circuit of two diodes (D1, D2 or D3, D4), characterized in that a single capacitor (C K) is connected asymmetrically to the second rectifier branch (GL 2) of the full-bridge rectifier arrangement, in that the capacitor (C K) connects the middle node of the second rectifier branch (GL 2) either to the negative or positive output voltage of the full-bridge rectifier arrangement, and that the second rectifier branch (GL 2) consists of simple diodes as slow-switching electronic switches while the first rectifier branch (GL 1) consists of ultrafast or Schottky diodes as fast-switching electronic switches. a single capacitor (C K) is connected asymmetrically to the second rectifier branch (GL 2) of the full-bridge rectifier arrangement, in that the capacitor (C K) connects the middle node of the second rectifier branch (GL 2) either to the negative or positive output voltage of the full-bridge rectifier arrangement, and that the second rectifier branch (GL 2) consists of simple diodes as slow-switching electronic switches while the first rectifier branch (GL 1) consists of ultrafast or Schottky diodes as fast-switching electronic switches.
A switch wire connection device comprising an insulation case and a switch pushbutton assembled with the insulation case, the case having a cavity for receiving the switch pushbutton, the switch pushbutton being assembled with a conductive component and a spring, the case being formed with wire sockets in communication with the cavity, an electrical contact being disposed in the cavity of the case, characterized in that the electrical contact having a restriction unit and a contact plate connected with the restriction unit, the contact plate having a first end and a second end, the first end being connected with the restriction unit, the switch pushbutton serving to control the conductive component into electrical contact with the second end of the contact plate or separation from the second end of the contact plate, the restriction unit being formed with a first space and a second space for receiving a metal leaf spring, characterized in that the restriction unit has a first side, a second side connected with the first side, a third side connected with the second side and a fourth side connected with the third side, the first, second, third and fourth sides (51, 52,53, 54) together forming a cuboidal frame structure, wherein the fourth side of the restriction unit is bent toward the second side and extends to form a fifth side, the fifth side and the first side being positioned on the same plane, at least one of the first and fifth sides (51, 55) being bent toward the third side and extending to form at least one subsidiary side (56 or 57) between the first and second spaces (58, 59), the metal leaf spring including a first section and a second section, the first section being assembled with the restriction unit and together mounted in the cavity of the case, the second section having a first leg section and a second leg section, the first and second leg section (78, 79) being respectively swingably received in the first and second spaces (58, 59) of the restriction unit.
Endless woven-fabric belt for use in a paper, cardboard, or tissue machine, having machine-direction threads which intersect with machine cross-direction threads, wherein at least part of the machine direction threads and/or machine cross-direction threads are formed by yarns which are composed substantially of a thermoplastic polymer material that is transparent to light of one wave length or of a wave length range, respectively, wherein the woven-fabric belt prior to being rendered endless is present in an open state having two front-side ends (3, 4), and is subsequently rendered endless in that end portions (6, 1a) of the machine direction threads of the one front-side end and end portions (7, 1b) of the machine direction threads of the other front-side end of the woven-fabric belt are in each case collected in pairs while configuring meeting points, and for configuring a seam region are interwoven with machine cross-direction threads, wherein at least part of the yarns in the seam region by virtue of a material that absorbs the light at the wave length and that is disposed at yarn contact points, and by virtue of the effect of the light on the yarn contact points, are interconnected in a materially integral manner, wherein a plurality of mutually spaced apart strip-shaped woven-fabric portions (19, 20) are formed in the seam region, said woven-fabric portions in the machine cross direction of the woven-fabric belt extending across the entire width of the woven-fabric belt, and the meeting points and the yarn contact points that are interconnected in a materially integral manner being disposed in said woven-fabric portions, wherein in each case one strip-shaped woven-fabric portion without meeting points is formed between two directly adjacent woven-fabric portions (19, 20) that comprise the meeting points, characterized in that the endless woven-fabric belt is formed by a woven fabric which has a maximum of two tiers of machine direction threads and one tier of machine cross-direction threads, or a maximum of two tiers of machine cross-direction threads and one tier of machine direction threads, or one tier of machine cross-direction threads and one tier of machine direction threads, and in that the endless woven-fabric belt has a thread density of 20 to 100 machine direction threads per 2.54 cm (inch), and/or a thread density of 10 to 90 machine cross-direction threads per 2.54 cm (inch).
A magneto mechanical resonator device, comprising: a ferromagnetic resonator element having a length substantially equal to an integer multiple of a 1⁄2 wavelength of a resonant frequency of the ferromagnetic resonator element, the ferromagnetic resonator element formed from an amorphous metal ribbon, and wherein N equals an even number of at least 2; and at least one bias magnetic element (140a, 140b) disposed along a lateral side (151, 152) of the ferromagnetic resonator element, characterized in that, a 1⁄2 wavelength length of the resonator element is a 1⁄2 wavelength segment (1551a, 155b) and wherein each adjacent 1⁄2 wavelength segment (1551a, 155b) is biased in an opposite direction. a ferromagnetic resonator element having a length substantially equal to an integer multiple of a 1⁄2 wavelength of a resonant frequency of the ferromagnetic resonator element, the ferromagnetic resonator element formed from an amorphous metal ribbon, and wherein N equals an even number of at least 2; and at least one bias magnetic element (140a, 140b) disposed along a lateral side (151, 152) of the ferromagnetic resonator element,
A method for controlling an apparatus being an elevator, an escalator or automatic doors, the method comprising detecting whether a fault is present in the apparatus, characterized in that the fault is stored in a fault memory or fault recorder, the method further comprises: determining, when the fault is present, whether an automatic fault clearing may be carried out by determining whether the fault in the apparatus fulfills a certain condition, and if it is determined that the automatic fault clearing may be carried out, performing the automatic fault clearing by automatically clearing one or more faults from the fault memory or fault recorder. detecting whether a fault is present in the apparatus, characterized in that the fault is stored in a fault memory or fault recorder, the method further comprises: determining, when the fault is present, whether an automatic fault clearing may be carried out by determining whether the fault in the apparatus fulfills a certain condition, and if it is determined that the automatic fault clearing may be carried out, performing the automatic fault clearing by automatically clearing one or more faults from the fault memory or fault recorder. determining, when the fault is present, whether an automatic fault clearing may be carried out by determining whether the fault in the apparatus fulfills a certain condition, and if it is determined that the automatic fault clearing may be carried out, performing the automatic fault clearing by automatically clearing one or more faults from the fault memory or fault recorder.
A non-transitory program storage device, readable by a programmable control device and comprising instructions stored thereon to cause one or more programmable control devices to: obtain (110, 115) a temporal sequence of images of a scene; determine (210, 220), for each of the obtained images, at least one quality metric value; detect, by an image processor, if the scene in the temporal sequence of images contains action; characterized in that the instructions stored thereon cause one or more programmable control devices to: divide the temporal sequence of images into two or more sections, in response to determination that the scene contains action; calculate distance between images of the temporal sequence of images, and divide the temporal sequence of images based on the calculated distance between the images into the two or more sections to show various stages of the action; compare the quality metric values of images within each section; select, for each of the two or more sections, an image as a keeper image based on the comparison of the quality metric values. obtain (110, 115) a temporal sequence of images of a scene; determine (210, 220), for each of the obtained images, at least one quality metric value; detect, by an image processor, if the scene in the temporal sequence of images contains action; characterized in that the instructions stored thereon cause one or more programmable control devices to: divide the temporal sequence of images into two or more sections, in response to determination that the scene contains action; calculate distance between images of the temporal sequence of images, and divide the temporal sequence of images based on the calculated distance between the images into the two or more sections to show various stages of the action; compare the quality metric values of images within each section; select, for each of the two or more sections, an image as a keeper image based on the comparison of the quality metric values. divide the temporal sequence of images into two or more sections, in response to determination that the scene contains action; calculate distance between images of the temporal sequence of images, and divide the temporal sequence of images based on the calculated distance between the images into the two or more sections to show various stages of the action; compare the quality metric values of images within each section; select, for each of the two or more sections, an image as a keeper image based on the comparison of the quality metric values.
A bead dosing means for dispensing creams or gel-like products as tube contents from a tube, wherein the bead dosing means can be applied to the tube, wherein the bead dosing means comprises a dosing wheel and the dosing wheel has a dosing chamber, wherein the dosing chamber cooperates with a spherical piston, wherein the dosing wheel is arranged rotatably on the bead dosing means and has an exit hole, wherein a product pressed into the dosing chamber pushes the spherical piston in the direction of an exit hole, wherein the dosing wheel is turned by 180°, as a result of which the spherical piston is located again in the region of the point of discharge of the product from the tube, wherein by pressing the tube further product is pushed into the dosing chamber and pushes the spherical piston again in the direction of the other exit hole and in so doing the product first introduced is pushed out of the exit hole, characterised in that the dosing wheel consists of two half-shells (8, 9) and the bead dosing means has a non-return valve which comprises a sealing collar, the non-return valve being spring-loaded relative to the sealing collar, the non-return valve having a spring element for closing the sealing collar and a compression spring element which controls the contact pressure to the half-shells (9, 10) for tight operation, and the spherical piston, lying in a sealing seat, closing the dosing chamber.
Method for operating a remote controlled network element in a telecommunication network comprising - a first step of configuring the network element by means of a new configuration, the first step of configuring the network element being triggered by the network element itself, - a second step of measuring if a network connection failure between the network element and a network management system of the telecommunication network exists after the network element has been configured in the first step and - a third step of setting the network element automatically to a standard configuration and establishing a network connection between the network element and the network management system using the standard configuration when a network connection failure has been detected in the second step, wherein the third step comprises a step of loading a previous IPSec certificate in case that the previous IPSec certificate has been at least partly replaced in the first step, wherein the third step further comprises a step of establishing a network connection between the network element and the network management system using the previous IPSec certificate and preferably a step of requesting a new IPSec certificate. - a first step of configuring the network element by means of a new configuration, the first step of configuring the network element being triggered by the network element itself, - a second step of measuring if a network connection failure between the network element and a network management system of the telecommunication network exists after the network element has been configured in the first step and - a third step of setting the network element automatically to a standard configuration and establishing a network connection between the network element and the network management system using the standard configuration when a network connection failure has been detected in the second step,
A resource database server to support resource management on a mobile computing device, the resource database server configured to: receive a request for resource information from the mobile computing device; determine the resource information associated with a location defined by a future context of the mobile computing device in response to receiving the request, wherein the resource information includes information usable by the mobile computing device to connect to a display at the location defined by the future context, and wherein the resource information further includes information useable by the mobile computing device to configure itself to interoperate with the display; and send the requested resource information along with a device driver for a resource located at the location defined by the future context to the mobile computing device. receive a request for resource information from the mobile computing device; determine the resource information associated with a location defined by a future context of the mobile computing device in response to receiving the request, wherein the resource information includes information usable by the mobile computing device to connect to a display at the location defined by the future context, and wherein the resource information further includes information useable by the mobile computing device to configure itself to interoperate with the display; and send the requested resource information along with a device driver for a resource located at the location defined by the future context to the mobile computing device.
A device (410, 710, 710') for improving breathing, comprising: a mouth cover (412, 712) comprising a base membrane including first and second surfaces (412a, 412b, 720a, 720b) opposite one another, a central open region therethrough, and an adhesive on at least a portion of the first surface (412a, 720a) for detachably attaching the mouth cover to skin of a user surrounding the user's mouth; and a valve membrane (420, 520, 620, 720) attached to one of the first and second surfaces of the base member such that the valve membrane extends across the central open region, the valve membrane including one or more valve elements (426, 526, 626, 726) adjacent the central open region, the one or more valve elements including beveled edges (427, 527, 627, 727) adjacent corresponding beveled edges of the valve membrane such that the one or more valve elements are movable away from the valve membrane in a first direction to create one or more openings (429, 629) through the valve membrane to allow airflow in the first direction through the central open region, the beveled edges seating the one or more valve elements in the one or more openings to prevent the one or more valve elements from moving in a second direction opposite the first direction and preventing airflow in the second direction. a mouth cover (412, 712) comprising a base membrane including first and second surfaces (412a, 412b, 720a, 720b) opposite one another, a central open region therethrough, and an adhesive on at least a portion of the first surface (412a, 720a) for detachably attaching the mouth cover to skin of a user surrounding the user's mouth; and a valve membrane (420, 520, 620, 720) attached to one of the first and second surfaces of the base member such that the valve membrane extends across the central open region, the valve membrane including one or more valve elements (426, 526, 626, 726) adjacent the central open region, the one or more valve elements including beveled edges (427, 527, 627, 727) adjacent corresponding beveled edges of the valve membrane such that the one or more valve elements are movable away from the valve membrane in a first direction to create one or more openings (429, 629) through the valve membrane to allow airflow in the first direction through the central open region, the beveled edges seating the one or more valve elements in the one or more openings to prevent the one or more valve elements from moving in a second direction opposite the first direction and preventing airflow in the second direction.
A computer-implemented method comprising: receiving, from a mobile device, a bitstream formatted into a series of packets carrying speech data as part of a communication session; inspecting the packets of the bitstream; determining, based at least in part on a result of inspecting the packets, that the bitstream is associated with an audio codec that provides improved performance of the mobile device as compared to legacy audio codecs in similar radio conditions; and adapting a radio link for the communication session according to the audio codec, wherein the audio codec, which provides improved performance of the mobile device as compared to legacy audio codecs, comprises an enhanced voice services, EVS, codec. receiving, from a mobile device, a bitstream formatted into a series of packets carrying speech data as part of a communication session; inspecting the packets of the bitstream; determining, based at least in part on a result of inspecting the packets, that the bitstream is associated with an audio codec that provides improved performance of the mobile device as compared to legacy audio codecs in similar radio conditions; and adapting a radio link for the communication session according to the audio codec, wherein the audio codec, which provides improved performance of the mobile device as compared to legacy audio codecs, comprises an enhanced voice services, EVS, codec.