mhurhangee/ep-ind-claims huggingface dataset:
An oral dosage form for use in treating osteoporosis, the oral dosage form comprising a safe and effective amount of a pharmaceutical composition comprising: (a) 35 mg risedronate sodium; (b) 100 mg of disodium EDTA; and (c) an enteric coating which provides for release of the risedronate and the EDTA in the lower gastrointestinal tract of a mammal; wherein the oral dosage form is administered weekly. (a) 35 mg risedronate sodium; (b) 100 mg of disodium EDTA; and (c) an enteric coating which provides for release of the risedronate and the EDTA in the lower gastrointestinal tract of a mammal;
A device for mutually fixing component parts of a frame for spectacles, the device comprising a first fixing element which can be associated with a first component part of a frame and which is capable of being connected by sliding coupling inside a second fixing element which can be associated with a second component part of the frame, and locking means which are active between the first and second fixing elements, transversely to the coupling direction, for mutually fixing the first and second component parts of a frame, characterized in that the first fixing element comprises at least a first seat which is capable of slidingly receiving a respective first magnet, in a transverse direction relative to the coupling direction, the at least first seat being open towards the second fixing element, and in that the second fixing element comprises a second seat which is open towards the first fixing element, characterized in that the second fixing element comprises a second magnet, the second magnet being provided near the second seat and the second seat having such an extent as to receive, with reduced connection play, at least in the coupling direction, a portion of the first magnet when the first magnet is moved, with partial extraction from the first seat, by the magnetic attraction force between the first and second magnets (11, 12) produced by the mutual positioning of the first and second magnets with opposite magnetic polarities so that the first magnet, by engaging the first seat and the second seat, prevents the relative movement between the first fixing element and the second fixing element, in order to produce a relative locking between the elements.
A method, comprising: determining channel state information at a wireless access point, AP, corresponding to a wireless station, STA, comprising determining using a plurality of angle of arrival, AoA, antennas at the AP: i) a channel stability measurement corresponding to the AP and the STA and ii) a delay spread measurement corresponding to the AP and the STA; determining, at the AP based on the channel state information comprising the channel stability measurement and the delay spread measurement, one or more fine timing measurement, FTM, parameters; and transmitting, based on the one or more FTM parameters, a plurality of FTM messages between the AP and the STA, wherein the STA is configured to determine an estimated range to the AP based on the plurality of FTM messages. determining channel state information at a wireless access point, AP, corresponding to a wireless station, STA, comprising determining using a plurality of angle of arrival, AoA, antennas at the AP: i) a channel stability measurement corresponding to the AP and the STA and ii) a delay spread measurement corresponding to the AP and the STA; determining, at the AP based on the channel state information comprising the channel stability measurement and the delay spread measurement, one or more fine timing measurement, FTM, parameters; and transmitting, based on the one or more FTM parameters, a plurality of FTM messages between the AP and the STA, wherein the STA is configured to determine an estimated range to the AP based on the plurality of FTM messages.
A glass composite having a gradient index of refraction, comprising: an amorphous phase; and a phase-separated region locally produced and disposed non-uniformly within the amorphous phase; wherein the amorphous phase has a first index of refraction, and the phase-separated region has a second index of refraction, the first index of refraction differing from the second index of refraction; and wherein the glass composite comprises a mixture comprising: GeZ 2 and A 2 Z 3 in a combined molar ratio of 60% to 95%, and one or more of CsX and PbZ in a combined molar ratio of 5% to 40%; wherein A is As, Sb or Ga, X is Cl, Br or I, and Z is S or Se; and wherein the glass composite comprises PbZ in a molar ratio of 15% or less when A is As. an amorphous phase; and a phase-separated region locally produced and disposed non-uniformly within the amorphous phase; wherein the amorphous phase has a first index of refraction, and the phase-separated region has a second index of refraction, the first index of refraction differing from the second index of refraction; and wherein the glass composite comprises a mixture comprising: GeZ 2 and A 2 Z 3 in a combined molar ratio of 60% to 95%, and one or more of CsX and PbZ in a combined molar ratio of 5% to 40%; wherein A is As, Sb or Ga, X is Cl, Br or I, and Z is S or Se; and wherein the glass composite comprises PbZ in a molar ratio of 15% or less when A is As. GeZ 2 and A 2 Z 3 in a combined molar ratio of 60% to 95%, and one or more of CsX and PbZ in a combined molar ratio of 5% to 40%; wherein A is As, Sb or Ga, X is Cl, Br or I, and Z is S or Se; and wherein the glass composite comprises PbZ in a molar ratio of 15% or less when A is As.
An optical system, comprising: a plurality of light fibers, each light fiber receiving light from a light source; at least one collimating lens, the at least one collimating lens receiving light from the plurality of light fibers; a diffuser, the diffuser receiving light from the at least one collimating lens; a lens assembly (406, 408), the lens assembly receiving light from the diffuser; and an optical element, the optical element providing at least one aperture to receive light from the lens assembly to input light into an integrating rod. a plurality of light fibers, each light fiber receiving light from a light source; at least one collimating lens, the at least one collimating lens receiving light from the plurality of light fibers; a diffuser, the diffuser receiving light from the at least one collimating lens; a lens assembly (406, 408), the lens assembly receiving light from the diffuser; and an optical element, the optical element providing at least one aperture to receive light from the lens assembly to input light into an integrating rod.
A method for securing an interface and for securing a process for establishing a secure communication link between a first Application Function located in an unsecure zone and a second Authentication Function, comprising: - the first Application Function sending an authentication request message to the second Authentication Function; - the first Application Function receiving a response to the authentication request from the second Authentication Function including an authentication challenge; - the first Application Function sending a challenge response to the second Authentication Function; - upon receiving a response indicating success from the second Authentication Function, the first Application Function generating a session key using secret authentication credentials and information included in the authentication challenge; and - the first Application Function handshaking with the second Authentication Function and establishing the secure communication link using the session key, thereby securing the interface between the first Application Function and the second Authentication Function, wherein the first Application Function is a Network Application Function, NAF, and the second Authentication Function is a Bootstrapping Server Functionality, BSF, as defined in Generic Bootstrapping Architecture, GBA. - the first Application Function sending an authentication request message to the second Authentication Function; - the first Application Function receiving a response to the authentication request from the second Authentication Function including an authentication challenge; - the first Application Function sending a challenge response to the second Authentication Function; - upon receiving a response indicating success from the second Authentication Function, the first Application Function generating a session key using secret authentication credentials and information included in the authentication challenge; and - the first Application Function handshaking with the second Authentication Function and establishing the secure communication link using the session key, thereby securing the interface between the first Application Function and the second Authentication Function, wherein the first Application Function is a Network Application Function, NAF, and the second Authentication Function is a Bootstrapping Server Functionality, BSF, as defined in Generic Bootstrapping Architecture, GBA.
An organic composite gas storage tank comprising: a hollow central portion which is substantially cylindrical and formed integrally with first and second end portions and which defines a longitudinal tank axis; the first end portion comprising a hollow truncated conical region which meets the hollow central portion at a first end thereof, the outer and inner radii of the hollow truncated conical region decreasing in a direction along the longitudinal tank axis away from the hollow central portion; characterised by an organic fibre winding extending at least between first and second positions along the length of the tank which coincide with the hollow truncated conical region of the first end portion and the hollow cylindrical portion respectively, the organic fibre winding having windings in planes which are inclined to the longitudinal tank axis and in that the hollow truncated conical region of the firstend portion has a wall thickness, defined at a given position along the longitudinal tank axis by the difference between the outer and inner radii of the tank at that position, which decreases in a direction along the longitudinal tank axis away from the hollow central portion. a hollow central portion which is substantially cylindrical and formed integrally with first and second end portions and which defines a longitudinal tank axis; the first end portion comprising a hollow truncated conical region which meets the hollow central portion at a first end thereof, the outer and inner radii of the hollow truncated conical region decreasing in a direction along the longitudinal tank axis away from the hollow central portion; characterised by an organic fibre winding extending at least between first and second positions along the length of the tank which coincide with the hollow truncated conical region of the first end portion and the hollow cylindrical portion respectively, the organic fibre winding having windings in planes which are inclined to the longitudinal tank axis and in that the hollow truncated conical region of the firstend portion has a wall thickness, defined at a given position along the longitudinal tank axis by the difference between the outer and inner radii of the tank at that position, which decreases in a direction along the longitudinal tank axis away from the hollow central portion.
A guiding tube for placing medical implants within body tissue, comprising an elongated, dimensionally stable tubular body encompassing an inner channel wherein the tubular body comprises at least one electromagnetic element, which is configured to generate a directional electromagnetic field within the inner channel and in a predefined orientation with respect to the tubular body.
A method of operating a first base station in a cellular telecommunications network the method comprising the steps of: the first base station determining to switch to an energy saving mode; and the first base station sending a first message to a second base station, characterised in that the first message includes: energy saving mode data for the first base station, the energy saving mode data relating to the first base station, a request that the second base station act in a compensation mode for the first base station, and compensation data relating to a third base station that the first base station is acting in the compensation mode for. the first base station determining to switch to an energy saving mode; and the first base station sending a first message to a second base station, characterised in that the first message includes: energy saving mode data for the first base station, the energy saving mode data relating to the first base station, a request that the second base station act in a compensation mode for the first base station, and compensation data relating to a third base station that the first base station is acting in the compensation mode for. energy saving mode data for the first base station, the energy saving mode data relating to the first base station, a request that the second base station act in a compensation mode for the first base station, and compensation data relating to a third base station that the first base station is acting in the compensation mode for.
A method, comprising: implementing an arrhythmia discrimination algorithm, wherein the arrhythmia discrimination algorithm discriminates between supraventricular tachycardia and ventricular tachycardia using at least a programmable parameter programmed to a first value; analyzing an earlier SVT event, wherein analyzing the earlier SVT event includes sensing a physiological signal during the earlier SVT event, and identifying characteristics of the sensed physiological signal from stored data associated with the physiological signal from the earlier SVT event; characterized in that the method further comprises analyzing a cardiac signal to classify the cardiac signal as either an SVT or a VT using the arrhythmia discrimination algorithm with the programmable parameter automatically programmed to a second value, wherein the second value is determined from the identified characteristics of the sensed physiological signal. implementing an arrhythmia discrimination algorithm, wherein the arrhythmia discrimination algorithm discriminates between supraventricular tachycardia and ventricular tachycardia using at least a programmable parameter programmed to a first value; analyzing an earlier SVT event, wherein analyzing the earlier SVT event includes sensing a physiological signal during the earlier SVT event, and identifying characteristics of the sensed physiological signal from stored data associated with the physiological signal from the earlier SVT event; characterized in that the method further comprises analyzing a cardiac signal to classify the cardiac signal as either an SVT or a VT using the arrhythmia discrimination algorithm with the programmable parameter automatically programmed to a second value, wherein the second value is determined from the identified characteristics of the sensed physiological signal.
Domestic appliance door with an outer disc and at least one inner disc, wherein an adhesive region of a fastening bracket of the domestic appliance door is adhered to the outer disc and the at least one inner disc is mounted with a supporting profile of the domestic appliance door and the supporting profile is fastened to an offset region of the fastening bracket, wherein the offset region is spaced apart from the adhesive region with the aid of at least two spacing webs (34, 35, 36, 37) of the fastening bracket, characterised in that at least one spacing web (34, 35, 36, 37) and preferably all spacing webs have an imprint which raises the area moment of inertia, extending over at least 70% of the length of the spacing web and in particular extending over the entire length of the spacing web.
Gripper arrangement with at least one gripper, which is configured with at least two gripper arms which can be moved in relation to each other and which are tensioned in a closed position by at least one closing spring device, for clamping bottles or containers in a container area (6.1), wherein the gripper arms are configured for clamping by partially gripping around the respective container at the container area (6.1), wherein a closure element is additionally provided, which can be moved in linear fashion in a radial direction in a controlled manner between a blocking position, in which the closure element blocks the gripper arms in their closed position, and therefore blocks the closed gripper against opening, and a release position, in which the closure element releases the gripper arms for opening the gripper, wherein the closure element comprises at least one blocking surface (21.1), with which the closure element, at least in the position blocking the gripper, engages behind the gripper arm at the control surfaces (7.2) located there, and wherein the closure element can be tensioned by at least one spring element into its blocking position.
Relief orthosis with a foot part, which has a sole, with a shank part, which extends away from the foot part in the proximal direction, and with at least one fastening element (5, 6), which secures the orthosis on a user and which is arranged on the foot part and/or on the shank part, wherein the foot part is designed to be modifiable in length, characterized in that the foot part comprises a forefoot component, which is flexurally elastic.
Layer structure for a thin-film solar cell, comprising - a photovoltaic absorber layer doped, at least in a region bordering a front-contact-side surface of the photovoltaic absorber layer, with at least one alkali metal, and - an oxidic passivating layer on the of the photovoltaic absorber layer, the oxidic passivating layer being a corrosion protection layer for the photovoltaic absorber layer and built-in into the photovoltaic absorber layer at the front-contact-side surface, wherein the photovoltaic absorber layer is converted at the surface, - wherein the photovoltaic absorber layer comprises Cu(In 1-x Ga x)(Se 1-y S y) 2, where 0 ≤ x,y ≤ 1, and the oxidic passivating layer comprises In,Ga) 2 O 3 and/or M x (In,Ga) y O z, where M = K, Rb, Cs and where 0 < x, y, z, or - wherein the photovoltaic absorber layer comprises Cu 2 ZnSn(Se 1-x S x) 4, where 0 ≤ x ≤ 1, and the oxidic passivating layer comprises SnO x, where x = 1 to 2. - a photovoltaic absorber layer doped, at least in a region bordering a front-contact-side surface of the photovoltaic absorber layer, with at least one alkali metal, and - an oxidic passivating layer on the of the photovoltaic absorber layer, the oxidic passivating layer being a corrosion protection layer for the photovoltaic absorber layer and built-in into the photovoltaic absorber layer at the front-contact-side surface, wherein the photovoltaic absorber layer is converted at the surface, - wherein the photovoltaic absorber layer comprises Cu(In 1-x Ga x)(Se 1-y S y) 2, where 0 ≤ x,y ≤ 1, and the oxidic passivating layer comprises In,Ga) 2 O 3 and/or M x (In,Ga) y O z, where M = K, Rb, Cs and where 0 < x, y, z, or - wherein the photovoltaic absorber layer comprises Cu 2 ZnSn(Se 1-x S x) 4, where 0 ≤ x ≤ 1, and the oxidic passivating layer comprises SnO x, where x = 1 to 2.
An opening and closing device for an electronic device, comprising: a pair of stands (11L, 11R); a base plate rotatably supported by the pair of stands (11L, 11R) so as to rotate between a closed position and an open position; a sliding plate slidably provided on the base plate so as to slide between a first position where the sliding plate is superposed on the base plate and a second position where the sliding plate projects from the base plate; an urging part configured to urge the sliding plate toward the second position relative to the base plate; said opening and closing device being characterized in that it further comprises: a movement restriction mechanism including a first member (60L, 60R) provided on one of a stand (11L, 11R) and the sliding plate and a second member (70L, 70R) provided on the other of the stand (11L, 11R) and the sliding plate, wherein the movement restriction mechanism is configured to restrict a movement of the base plate relative to the stand (11L, 11R) and a movement of the sliding plate relative to the base plate by an engagement of the first member (60L, 60R) and the second member (70L, 70R) when the base plate is at the closed position; and a moving and urging mechanism (70L, 70R; 63L, 63R) configured to move and urge the sliding plate toward the first position from the second position with a movement of the base plate from the open position to the closed position. a pair of stands (11L, 11R); a base plate rotatably supported by the pair of stands (11L, 11R) so as to rotate between a closed position and an open position; a sliding plate slidably provided on the base plate so as to slide between a first position where the sliding plate is superposed on the base plate and a second position where the sliding plate projects from the base plate; an urging part configured to urge the sliding plate toward the second position relative to the base plate; a movement restriction mechanism including a first member (60L, 60R) provided on one of a stand (11L, 11R) and the sliding plate and a second member (70L, 70R) provided on the other of the stand (11L, 11R) and the sliding plate, wherein the movement restriction mechanism is configured to restrict a movement of the base plate relative to the stand (11L, 11R) and a movement of the sliding plate relative to the base plate by an engagement of the first member (60L, 60R) and the second member (70L, 70R) when the base plate is at the closed position; and a moving and urging mechanism (70L, 70R; 63L, 63R) configured to move and urge the sliding plate toward the first position from the second position with a movement of the base plate from the open position to the closed position.
A seal for a valve which has a valve closing member, said seal comprising: a liner (52, 156) made of a flexible, resilient material, and said liner (52, 156) comprises a first ring having an inner surface surrounding a bore, said inner surface being in use sealingly engageable with said valve closing member; characterized by first (56, 164) and second (58, 166) lobes positioned on opposite sides of said first ring, said lobes (56, 58, 164, 166) extending circumferentially around said first ring and projecting in opposite directions from one another along and towards an axis coaxial with said bore; wherein each said lobe comprises a band having a first edge attached to said first ring and a second oppositely disposed edge comprising a sealing surface facing said axis. a liner (52, 156) made of a flexible, resilient material, and said liner (52, 156) comprises a first ring having an inner surface surrounding a bore, said inner surface being in use sealingly engageable with said valve closing member; characterized by first (56, 164) and second (58, 166) lobes positioned on opposite sides of said first ring, said lobes (56, 58, 164, 166) extending circumferentially around said first ring and projecting in opposite directions from one another along and towards an axis coaxial with said bore; wherein each said lobe comprises a band having a first edge attached to said first ring and a second oppositely disposed edge comprising a sealing surface facing said axis.