mhurhangee/ep-ind-claims huggingface dataset:
A Fabry Perot resonator spacer, comprising: a tetrahedral body, the tetrahedral body being made of a material having a Poisson ratio and defining a plurality of triangular faces, a plurality of edges, and a plurality of corners, wherein each one of the plurality of corners is truncated to form a mounting surface in a mounting plane, and wherein each one of the plurality of edges is truncated to form a truncated edge and, wherein each one of the plurality of edges is truncated according to φ = tan -1 (1 - υ), where φ is the angle relative to a corresponding one of the mounting planes and υ is the Poisson ratio of the material of the tetrahedral body; a first mirror channel disposed on a first truncated edge of the tetrahedral body and configured to receive a first optical element; a second mirror channel disposed on a second truncated edge of the tetrahedral body and configured to receive a second optical element; and a cavity extending linearly through the tetrahedral body between the first mirror channel and the second mirror channel.
A method comprising: receiving a communication from an access point advertising stationary paging; wherein the access point functions as a paging controller and wherein the communication includes a group ID having a value set to indicate stationary paging support; sending a paging configuration request that includes a field to indicate the request is sent by a stationary station; receiving, in response to the paging configuration request, a paging configuration response from the access point; sending an idle mode request to the access point; receiving an idle mode response from the access point; entering an idle state and characterized by allowing an association with the access point to expire wherein an association ID becomes an expired association ID; and periodically waking to check for a bit corresponding to the expired association ID in a traffic indication map for a wake-on event. receiving a communication from an access point advertising stationary paging; wherein the access point functions as a paging controller and wherein the communication includes a group ID having a value set to indicate stationary paging support; sending a paging configuration request that includes a field to indicate the request is sent by a stationary station; receiving, in response to the paging configuration request, a paging configuration response from the access point; sending an idle mode request to the access point; receiving an idle mode response from the access point; entering an idle state and characterized by allowing an association with the access point to expire wherein an association ID becomes an expired association ID; and periodically waking to check for a bit corresponding to the expired association ID in a traffic indication map for a wake-on event.
A laminated substrate for an organic LED element, comprising: a translucent substrate; a scattering layer, including glass and a solid scattering material, provided on the translucent substrate and having a thickness of 30 μm or less; and an electrode provided on the scattering layer, wherein no covering layer including glass is provided between the scattering layer and the electrode, characterized in that the glass of the scattering layer includes, as represented by mol percentage based on the following oxides, 15% to 60% of B 2 O 3, 20% to 45% of ZnO, 5% to 37% of Bi 2 O 3, 2 to 14% of SiO 2, 0 to 15% of Al 2 O 3, 0 to 20% of P 2 O 5, 0 to 5% of ZrO 2, 0 to 10% of Gd 2 O 3, 0 to 10% of TiO 2, a total of 0 to 20% of alkaline earth metal oxides, and includes substantially no alkali metal oxide, and SiO 2 /Bi 2 O 3 (value obtained by dividing SiO 2 -content by Bi 2 O 3 -content) is less than 1.1, and P 2 O 5 /ZnO (a value obtained by dividing P 2 O 5 -content by ZnO-content) is less than 0.48. a translucent substrate; a scattering layer, including glass and a solid scattering material, provided on the translucent substrate and having a thickness of 30 μm or less; and an electrode provided on the scattering layer, wherein no covering layer including glass is provided between the scattering layer and the electrode, characterized in that the glass of the scattering layer includes, as represented by mol percentage based on the following oxides, 15% to 60% of B 2 O 3, 20% to 45% of ZnO, 5% to 37% of Bi 2 O 3, 2 to 14% of SiO 2, 0 to 15% of Al 2 O 3, 0 to 20% of P 2 O 5, 0 to 5% of ZrO 2, 0 to 10% of Gd 2 O 3, 0 to 10% of TiO 2, a total of 0 to 20% of alkaline earth metal oxides, and includes substantially no alkali metal oxide, and SiO 2 /Bi 2 O 3 (value obtained by dividing SiO 2 -content by Bi 2 O 3 -content) is less than 1.1, and P 2 O 5 /ZnO (a value obtained by dividing P 2 O 5 -content by ZnO-content) is less than 0.48.
Aircraft seat module with a flight passenger seating area (1 0a; 10b), with a door unit (22a; 22b) which in at least one operation state is configured at least for closing a passage region (18a; 18b) to the flight passenger seating area (10a; 10b), with a locking device (28a; 28b) for the door unit (22a; 22b) which is configured to lock the door unit (22a; 22b) in an open position, in particular a maximally open stowage position, and to this end comprises at least one actuator device (56a; 56b) having at least two movably supported locking elements (42a, 44a; 42b, 44b) which are in each case adjustable between a locking position and an unlocking position, characterized in that the locking device (28a; 28b) comprises a locking state indication unit (74a; 74b), which is configured, in the maximally open position of the door unit (22a; 22b), to detect and indicate incomplete locking of at least one of the two locking elements (42a, 44a; 42b, 44b). with a flight passenger seating area (1 0a; 10b), with a door unit (22a; 22b) which in at least one operation state is configured at least for closing a passage region (18a; 18b) to the flight passenger seating area (10a; 10b), with a locking device (28a; 28b) for the door unit (22a; 22b) which is configured to lock the door unit (22a; 22b) in an open position, in particular a maximally open stowage position, and to this end comprises at least one actuator device (56a; 56b) having at least two movably supported locking elements (42a, 44a; 42b, 44b) which are in each case adjustable between a locking position and an unlocking position, characterized in that the locking device (28a; 28b) comprises a locking state indication unit (74a; 74b), which is configured, in the maximally open position of the door unit (22a; 22b), to detect and indicate incomplete locking of at least one of the two locking elements (42a, 44a; 42b, 44b).
Electrical connector comprising: - an insulating housing, for receiving at least one electrical contact terminal connected to a cable, wherein at least one terminal accommodating chamber is formed, said insulating housing comprising a front face intended to mate with a counterpart connector, and a rear wall provided with a rear slot for introducing each terminal in the respective chamber: - a sealing deformable material facing the rear wall, and - a means for pressing the sealing deformable material against the rear wall, wherein the pressing means comprises a flap connected to the housing so as to be able to rotate between an open position in which access to the rear slot is allowed, and a closed position and in the closed position the flap presses the sealing deformable material against the rear wall, so that the sealing deformable material deforms in order to sealingly close the rear slot and come into contact with the cable when it is inserted, wherein the housing comprises a peripheral wall extending perpendicular to the rear wall for holding laterally the sealing deformable material, characterized in that the electrical connector comprises a means (58; 62) for maintaining the sealing deformable material adjacent to the slot, wherein the maintaining means comprises two inner ribs carried by the peripheral wall, each rib facing an end of the slot and having a width corresponding to or greater than the width of the slot. - an insulating housing, for receiving at least one electrical contact terminal connected to a cable, wherein at least one terminal accommodating chamber is formed, said insulating housing comprising a front face intended to mate with a counterpart connector, and a rear wall provided with a rear slot for introducing each terminal in the respective chamber: - a sealing deformable material facing the rear wall, and - a means for pressing the sealing deformable material against the rear wall,
A congestion management apparatus (20, 20b) for installation in a data network, the data network being connected to a first server and a first client, the first server having means for sending a Real-time Transport Protocol over User Datagram Protocol, RTP/UDP, traffic data stream to the first client across the network, said first server and said first client being arranged to communicate with one another across the network by means of Real Time Streaming Protocol, RTSP, control signals comprising control data for controlling said traffic data stream, the congestion management apparatus being adapted to receive said RTP/UDP traffic data stream from the first server and to receive an associated RTSP control signal from the first client the congestion management apparatus comprising means for detecting an Explicit Congestion Notification, ECN, congestion indicator in said traffic data stream; and means (32, 36, 40) for generating congestion control data in response to detecting said congestion indicator,, and characterised in that said apparatus includes means to select an adaptation method according to a protocol associated with said received RTSP control signal, said congestion control data being generated in accordance with said adaptation method and means for modifying the received RTSP control signal by incorporating said congestion control data into said RTSP control signal; and means for sending said modified RTSP control signal incorporating said congestion control data to said first server across said network.
A lead placement system for placing a lead in a subject, comprising: a stylet including a stylet tube formed by a stylet wall encompassing a stylet internal volume, the stylet tube having a stylet body extending along a first axis between a stylet proximal end and a preformed radiused portion, the stylet tube further having a preformed angled portion extending along a second axis from the radiused portion to a stylet distal end; a first tracking device positioned within the angled portion of the stylet internal volume of the stylet tube; and a second tracking device positioned proximal to the radiused portion within the stylet internal volume of the stylet tube; wherein the stylet is substantially rigid and operable to be positioned within a lead internal volume of the lead to move the lead into the subject, whereby the stylet has the radiused portion and the angled portion prior to the stylet being positioned in the lead so as to steer movement of the lead. a stylet including a stylet tube formed by a stylet wall encompassing a stylet internal volume, the stylet tube having a stylet body extending along a first axis between a stylet proximal end and a preformed radiused portion, the stylet tube further having a preformed angled portion extending along a second axis from the radiused portion to a stylet distal end; a first tracking device positioned within the angled portion of the stylet internal volume of the stylet tube; and a second tracking device positioned proximal to the radiused portion within the stylet internal volume of the stylet tube; wherein the stylet is substantially rigid and operable to be positioned within a lead internal volume of the lead to move the lead into the subject, whereby the stylet has the radiused portion and the angled portion prior to the stylet being positioned in the lead so as to steer movement of the lead.
A laminated glazing comprising a first pane of glazing material joined to a second pane of glazing material by an interlayer structure comprising at least one ply of adhesive interlayer material (54, 56), each of the first and second panes of glazing material having respectively a first major surface and a second opposing major surface, the laminated glazing being configured such that the second major surface of the first pane of glazing material faces the first major surface of the second pane of glazing material, wherein the laminated glazing comprises at least one device, the at least one device comprising transmitter means for emitting at least one (a first) beam of electromagnetic radiation, detector means for detecting electromagnetic radiation and a target having a reflective surface for the first beam of electromagnetic radiation, the reflective surface of the target being a non-specular reflective surface; wherein the transmitter means is configured to emit the first beam of electromagnetic radiation to illuminate the target such that electromagnetic radiation reflected from the reflective surface of the illuminated target follows at least one path towards the first major surface of the first pane of glazing material to illuminate a region thereof; and at least a portion of the electromagnetic radiation reflected off the region of the first major surface of the first pane of glazing material is detectable by the detector means to provide a detection signal; further wherein the transmitter means, the detector means and the target are between the first and second panes of glazing material. wherein the transmitter means is configured to emit the first beam of electromagnetic radiation to illuminate the target such that electromagnetic radiation reflected from the reflective surface of the illuminated target follows at least one path towards the first major surface of the first pane of glazing material to illuminate a region thereof; and at least a portion of the electromagnetic radiation reflected off the region of the first major surface of the first pane of glazing material is detectable by the detector means to provide a detection signal; further wherein the transmitter means, the detector means and the target are between the first and second panes of glazing material.
A composition for 3D printing comprising a thermosetting compound, 1 to 40 parts by weight of a thermoplastic resin, relative to 100 parts by weight of said thermosetting compound, and magnetic particles.
A method implemented by a computer, the method comprising: loading code into a memory of a managed runtime environment; evaluating an instruction of the code, wherein the code is the code of a program executing in the managed runtime environment, and wherein the instruction indicates a first identifier and a payload, the first identifier serving as at least a portion of lookup data usable to obtain the payload; determining a logical element of the program that includes the instruction that provides the first identifier by finding, via the runtime environment, a topmost stack frame; obtaining a second identifier of the logical element of the program to associate with metadata, the second identifier serving as at least a portion of the lookup data; each time the instruction is executed to set the metadata corresponding to the first identifier, adding data to a set that indicates a context, wherein the context includes a scope or other data identifying the instruction; and storing the first identifier, the second identifier, the context and the payload in a memory of the managed runtime environment; wherein the payload includes a reference to code that when executed computes the metadata, wherein the reference comprises a reference to a callback function that when executed computes the metadata from state available during runtime. loading code into a memory of a managed runtime environment; evaluating an instruction of the code, wherein the code is the code of a program executing in the managed runtime environment, and wherein the instruction indicates a first identifier and a payload, the first identifier serving as at least a portion of lookup data usable to obtain the payload; determining a logical element of the program that includes the instruction that provides the first identifier by finding, via the runtime environment, a topmost stack frame; obtaining a second identifier of the logical element of the program to associate with metadata, the second identifier serving as at least a portion of the lookup data; each time the instruction is executed to set the metadata corresponding to the first identifier, adding data to a set that indicates a context, wherein the context includes a scope or other data identifying the instruction; and storing the first identifier, the second identifier, the context and the payload in a memory of the managed runtime environment; wherein the payload includes a reference to code that when executed computes the metadata, wherein the reference comprises a reference to a callback function that when executed computes the metadata from state available during runtime.
A paper currency handling apparatus comprising: a paper currency storage unit which receives paper currencies; characterized by a feeder port which inserts or dispenses paper currencies by opening or closing a shutter, wherein said shutter has an inner shutter and an outer shutter; a transport path (10x, 40x, 50x, 60x, 70x) which transports the paper currencies between the feeder port and the paper currency storage unit; an open/close control unit which controls open/close operations of the inner shutter and the outer shutter independently; and a paper currency posture modification unit which modifies posture of paper currencies present between the outer shutter and the inner shutter, and pushes the paper currencies downward. a paper currency storage unit which receives paper currencies; characterized by a feeder port which inserts or dispenses paper currencies by opening or closing a shutter, wherein said shutter has an inner shutter and an outer shutter; a transport path (10x, 40x, 50x, 60x, 70x) which transports the paper currencies between the feeder port and the paper currency storage unit; an open/close control unit which controls open/close operations of the inner shutter and the outer shutter independently; and a paper currency posture modification unit which modifies posture of paper currencies present between the outer shutter and the inner shutter, and pushes the paper currencies downward.
A method of controlling a digital sight for a hand-carried projectile-firing device, characterized in that it comprises: a step of, by using a vertical accelerometer and a horizontal accelerometer, performing horizontal alignment and then aligning a gyroscope measurement axis with a firing direction, wherein the gyroscope, the vertical accelerometer and the horizontal accelerometer are arranged on a same plane; a step of, after the aligning step, acquiring a first approximate azimuth angle from auxiliary information, wherein said auxiliary information includes one or more information obtained from compass, sun, stars, geographic features, geomagnetic sensor, or corresponds to one or more of a previously calculated second approximate azimuth angle, a previously calculated first precise azimuth angle and a previously calculated second precise azimuth angle; a step of, after the step of acquiring the first approximate azimuth angle, calculating a second approximate azimuth angle; and a step of, after the step of calculating the second approximate azimuth angle, calculating a first precise azimuth angle wherein the step of calculating the second approximate azimuth angle comprises a step of determining availability of said first approximate azimuth angle acquired at the step, said first approximate azimuth angle being determined available when a difference between said first approximate azimuth angle and a previous first approximate azimuth angle acquired from initial auxiliary information, falls within a preset error range. a step of, by using a vertical accelerometer and a horizontal accelerometer, performing horizontal alignment and then aligning a gyroscope measurement axis with a firing direction, wherein the gyroscope, the vertical accelerometer and the horizontal accelerometer are arranged on a same plane; a step of, after the aligning step, acquiring a first approximate azimuth angle from auxiliary information, wherein said auxiliary information includes one or more information obtained from compass, sun, stars, geographic features, geomagnetic sensor, or corresponds to one or more of a previously calculated second approximate azimuth angle, a previously calculated first precise azimuth angle and a previously calculated second precise azimuth angle; a step of, after the step of acquiring the first approximate azimuth angle, calculating a second approximate azimuth angle; and a step of, after the step of calculating the second approximate azimuth angle, calculating a first precise azimuth angle wherein the step of calculating the second approximate azimuth angle comprises a step of determining availability of said first approximate azimuth angle acquired at the step, said first approximate azimuth angle being determined available when a difference between said first approximate azimuth angle and a previous first approximate azimuth angle acquired from initial auxiliary information, falls within a preset error range.
A ferrule (78, 122) for an implantable medical device, the ferrule (78, 122) comprising a first frame body to attach to an insulator assembly of the implantable medical device and characterized by: a second frame body to attach to a housing of the implantable medical device; and a spacer flange that connects between and cantilevers the second frame body from the first frame body, the spacer flange to deflect relative to the first frame body in response to forces applied to the second frame body to limit transfer of forces from the second frame body to the first frame body. a second frame body to attach to a housing of the implantable medical device; and a spacer flange that connects between and cantilevers the second frame body from the first frame body, the spacer flange to deflect relative to the first frame body in response to forces applied to the second frame body to limit transfer of forces from the second frame body to the first frame body.
A method for preparing a light absorber of a solar cell comprising the steps of: (i) applying, on an electrode, a first solution containing an adduct of a compound represented by MXX' (Chemical Formula 1) and a polar aprotic solvent containing a NH or NCH 3 structure, (ii) subsequently applying a second solution containing a solvent and one or two types of compounds represented by AX" (Chemical Formula 2) on the electrode, the solvents of the first and second solutions being different; and (iii) heat-treating the resulting electrode: wherein M is a divalent metal cation; X, X' and X" are each independently the same or different halogen; and A is an organic cation represented by R 1 R 2 R 3 R 4 N + or (R 5 R 6 N=CH-NR 7 R 8) +, wherein R 1, R 2, R 3, R 4, R 5, R 6, R 7 and R 8 are each independently hydrogen or C 1-10 alkyl, with the proviso that at least one of R 1, R 2, R 3 and R 4 is C 1-10 alkyl. (i) applying, on an electrode, a first solution containing an adduct of a compound represented by MXX' (Chemical Formula 1) and a polar aprotic solvent containing a NH or NCH 3 structure, (ii) subsequently applying a second solution containing a solvent and one or two types of compounds represented by AX" (Chemical Formula 2) on the electrode, the solvents of the first and second solutions being different; and (iii) heat-treating the resulting electrode: