mhurhangee/ep-ind-claims huggingface dataset:
Composition of compound comprising a compound of the formula: wherein R 1 is H, ribose, 2'-deoxyribose, ribose phosphorylated on a 5' or 3' end, deoxyribose phosphorylated on a 5' or 3' end, methylcyclopentanes, phosphate, amine, nitro, or silyl; wherein R 2 is 2 H or ZX 3 where Z may be 12 C or 13 C and X may be 2 H or 1 H; wherein R 3 is 1 H or 2 H; wherein Q 1 can be 12 C or 13 C; and with the proviso that at least one atom in R 2, R 3, Q 1 or Q 2 is a heavy isotope; wherein the 13 C, 2 H or both are enriched at least 20% more individually or collectively in comparison to naturally occurring 13 C, 2 H or both at the same position in the compound, or a pharmaceutically acceptable salt thereof, for use in reducing genome methylation or demethylation. wherein R 1 is H, ribose, 2'-deoxyribose, ribose phosphorylated on a 5' or 3' end, deoxyribose phosphorylated on a 5' or 3' end, methylcyclopentanes, phosphate, amine, nitro, or silyl; wherein R 2 is 2 H or ZX 3 where Z may be 12 C or 13 C and X may be 2 H or 1 H; wherein R 3 is 1 H or 2 H; wherein Q 1 can be 12 C or 13 C; and with the proviso that at least one atom in R 2, R 3, Q 1 or Q 2 is a heavy isotope; wherein the 13 C, 2 H or both are enriched at least 20% more individually or collectively in comparison to naturally occurring 13 C, 2 H or both at the same position in the compound, or a pharmaceutically acceptable salt thereof, for use in reducing genome methylation or demethylation.
A liquid container comprising a box and a flexible bag accommodated in the box and containing a liquid and having a first end and a second end, the first end being fixed at a wall part of the box, characterized in that the box has two parts (14, 16) that are telescopically movable relative to one another, an elastic member is provided for urging the two parts (14, 16) of the box apart, and said first end of the bag is fixed at one of the parts of the box and said second end of the bag is fixed at the other of the two parts of the box.
A steering control device comprising: a steering unit configured to receive steering input from a driver; a turning unit mechanically uncoupled from the steering unit and configured to turn a turning wheel (5FL, 5FR); characterized in that a turning control unit configured to control a turning amount of the turning unit based on a steering amount of the steering unit; a steering reaction force control unit configured to set a steering reaction force characteristic such that the larger a self-aligning torque, the larger a steering reaction force, on coordinates with the self-aligning torque and the steering reaction force as coordinate axes, and to apply the steering reaction force corresponding to the self-aligning torque to the steering unit based on the steering reaction force characteristic; a lateral position detection unit configured to detect a lateral position of an own vehicle relative to a driving lane marking; and an offset unit configured to offset the steering reaction force characteristic on the coordinates in such a direction that the closer the detected lateral position to the driving lane marking, the larger the absolute value of the steering reaction force. a steering unit configured to receive steering input from a driver; a turning unit mechanically uncoupled from the steering unit and configured to turn a turning wheel (5FL, 5FR); characterized in that a turning control unit configured to control a turning amount of the turning unit based on a steering amount of the steering unit; a steering reaction force control unit configured to set a steering reaction force characteristic such that the larger a self-aligning torque, the larger a steering reaction force, on coordinates with the self-aligning torque and the steering reaction force as coordinate axes, and to apply the steering reaction force corresponding to the self-aligning torque to the steering unit based on the steering reaction force characteristic; a lateral position detection unit configured to detect a lateral position of an own vehicle relative to a driving lane marking; and an offset unit configured to offset the steering reaction force characteristic on the coordinates in such a direction that the closer the detected lateral position to the driving lane marking, the larger the absolute value of the steering reaction force.
A light emitting device comprising: a mounting board which includes an insulator including a front face and a back face, a pair of front face wiring parts disposed on the front face of the insulator, a connection wiring part disposed on the front face of the insulator, and spaced apart from the front face wiring parts, a pair of back face terminals disposed on the back face of the insulator, first interlayer wiring parts penetrating the insulator and electrically connecting the front face wiring parts and the back face terminals, and one or more second interlayer wiring parts embedded in the insulator to be in contact with the connection wiring part and spaced apart from the back face terminals; a first light emitting element disposed to straddle one of the pair of front face wiring parts and the connection wiring part; and a second light emitting element disposed to straddle the other of the pair of front face wiring parts and the connection wiring part. a mounting board which includes an insulator including a front face and a back face, a pair of front face wiring parts disposed on the front face of the insulator, a connection wiring part disposed on the front face of the insulator, and spaced apart from the front face wiring parts, a pair of back face terminals disposed on the back face of the insulator, first interlayer wiring parts penetrating the insulator and electrically connecting the front face wiring parts and the back face terminals, and one or more second interlayer wiring parts embedded in the insulator to be in contact with the connection wiring part and spaced apart from the back face terminals; a first light emitting element disposed to straddle one of the pair of front face wiring parts and the connection wiring part; and a second light emitting element disposed to straddle the other of the pair of front face wiring parts and the connection wiring part.
Method for monitoring damage to a shaft, by means of - arranging at least one strain gauge (R s) on an outer surface of the shaft, - detecting deformation of the shaft by using a measured signal (U b) from the at least one strain gauge (R s), - detecting the temperature of the shaft, - detecting sound emissions from the shaft, which are an indicator for damage to the shaft, by evaluating the measured signal (U b) in the ultrasonic range, wherein the measured signal (U b) is additionally evaluated as a function of the temperature of the shaft. - arranging at least one strain gauge (R s) on an outer surface of the shaft, - detecting deformation of the shaft by using a measured signal (U b) from the at least one strain gauge (R s), - detecting the temperature of the shaft, - detecting sound emissions from the shaft, which are an indicator for damage to the shaft, by evaluating the measured signal (U b) in the ultrasonic range,
A dental restoration model with a positive model of a dental restoration, which positive model at least defines the outer contour of a dental restoration to be produced by lost wax casting technique, the positive model having a pinning area, which is especially set according to a predetermined optimization process, characterized in that the pinning area is provided with a guiding member, which accommodates and/or guides a material feeder (22, 24, 26 and 28), wherein the material feeder (22, 24, 26 and 28) has a lower melting point than the guiding member and/or the positive model.
A system for treating a patient having a disorder related to the patient's intestine and further having a reservoir provided for receiving and temporarily collecting therein intestinal contents and formed by at least one bent portion of human intestine, with laterally adjacent sections thereof being cut open along their mutual contact line and the resulting upper halves and lower halves thereof being interconnected so as to form the reservoir, and further adapted to remain within the patient's body when emptying the reservoir, said system comprising: an artificial flow control device implantable in the patient's body and adapted to control flow of the intestinal contents from the reservoir when implanted in relation thereto, wherein the flow control device comprises a pump for emptying the reservoir and wherein the pump and the reservoir are separate from each other and wherein the pump is adapted to being implanted in the patient's body separate from but in close proximity to the reservoir so as to act on the reservoir from the outside thereof.
A combination of Bone morphogenic protein Binding Peptide and recombinant human osteogenic protein-1 (rhOP-1) for use in inducing bone formation or repair.
An inductive heating assembly comprising: a support frame (170, 210, 310); at least one pair of spiral induction heating coils mounted on the support frame and being aligned with one another in a generally parallel orientation, the pair of induction heating coils being spaced apart from each other by a coil separation distance; and an electrical power supply electrically connected to the pair of induction heating coils; characterized in that each spiral induction heating coil is fabricated from a machined or milled flat metal plate, the machining or milling defining a spiral form of the spiral induction heating coil. a support frame (170, 210, 310); at least one pair of spiral induction heating coils mounted on the support frame and being aligned with one another in a generally parallel orientation, the pair of induction heating coils being spaced apart from each other by a coil separation distance; and an electrical power supply electrically connected to the pair of induction heating coils; characterized in that each spiral induction heating coil is fabricated from a machined or milled flat metal plate, the machining or milling defining a spiral form of the spiral induction heating coil.
Sales and transport container for the presentation of goods, with respective vertical longitudinal and transverse side walls (2, 3, 4, 5) in opposing pairs which are connected in the region of corner-side support posts (6, 7, 8, 9) such that the container constructed as a mesh table has a usage space, into which is introduced at least one base reaching beneath it for easy removal of the goods and said base at least in the unloaded state is positionable into different positions of use, wherein the base is connected to at least one adjusting device receiving it in a displaceable manner, wherein the adjusting device connected to the base is provided with at least one adjusting member engaging directly on the base, wherein in the region of the support posts (6, 7, 8, 9) in each case one adjusting member comprising an energy storing mechanism is provided and wherein a pre-loadable spring is provided as the energy storing mechanism, characterised in that the spring has in a vertical installation position an upper guide pinion and a brake pinion such that these pinions (15, 16) are connectable to a respective rack (17, 17') provided in the support post (6, 7, 8, 9) and a guided lifting movement (arrow B, B') for the base can thus be triggered and braked.
A ring-pull top for cans, manufactured from a cold-rolled steel sheet made of an unalloyed or low-alloyed steel with a carbon content of less than 0.1 wt% and the following upper limits for the weight proportions of the alloying constituents: - N: 0.02%, - Mn: 0.4%, - Si: 0.04%, - Al: 0.1%, - Cr: 0.1%, - P: 0.03%, - Cu: 0.1%, - Ni: 0.1%, - Sn: 0.04%, - Mo: 0.04%, - V: 0.04%, - Ti: 0.05%, - Nb: 0.05%, - B: 0.005%, - and other alloying constituents: 0.05%, wherein the steel sheet is annealed in a recrystallizing fashion by heating with electromagnetic induction at a heating rate of more than 75 K/s and cooled after the recrystallizing annealing at a cooling rate of at least 100 K/s and subsequently coated with a protective layer. - N: 0.02%, - Mn: 0.4%, - Si: 0.04%, - Al: 0.1%, - Cr: 0.1%, - P: 0.03%, - Cu: 0.1%, - Ni: 0.1%, - Sn: 0.04%, - Mo: 0.04%, - V: 0.04%, - Ti: 0.05%, - Nb: 0.05%, - B: 0.005%, - and other alloying constituents: 0.05%,
A service path establishment method, wherein the method comprises: receiving, by a network controller, a service path request message of a first label switched path, LSP, wherein the first LSP comprises at least two second LSPs, and a bandwidth of the first LSP is equal to a sum of bandwidths of each of the at least two second LSPs, and wherein the first LSP has a service association attribute to indicate that a service performance difference between any of the at least two second LSPs comprised in the first LSP falls within a preset threshold range, the service performance difference comprising a delay or a bit error rate; computing, by the network controller, routing information of the second LSPs; and sending, by the network controller, the routing information of the second LSPs to a node device, so that the node device establishes the first LSP according to the routing information of the second LSPs. receiving, by a network controller, a service path request message of a first label switched path, LSP, wherein the first LSP comprises at least two second LSPs, and a bandwidth of the first LSP is equal to a sum of bandwidths of each of the at least two second LSPs, and wherein the first LSP has a service association attribute to indicate that a service performance difference between any of the at least two second LSPs comprised in the first LSP falls within a preset threshold range, the service performance difference comprising a delay or a bit error rate; computing, by the network controller, routing information of the second LSPs; and sending, by the network controller, the routing information of the second LSPs to a node device, so that the node device establishes the first LSP according to the routing information of the second LSPs.
A wireless local area network, WLAN, comprising: access points (20, 21, 22) arranged to maintain wireless links with terminals (10, 11, 12); terminals (10, 11, 12) each arranged to initiate a wireless link with one of said access points and become connected, and to associate with said access point during a service session; and a central association server connected to each of the access points(20, 21, 22); characterised in that the central association server is arranged to: gather information from a plurality of connected terminals (10, 11, 12) via the wireless links between terminals and access points (20, 21, 22); determine, based on the gathered information, with which access point a terminal which has initiated a wireless link and become connected should associate during its service session; and notify the terminal, via the access point with which the terminal initiated the wireless link, of the access point so determined. access points (20, 21, 22) arranged to maintain wireless links with terminals (10, 11, 12); terminals (10, 11, 12) each arranged to initiate a wireless link with one of said access points and become connected, and to associate with said access point during a service session; and a central association server connected to each of the access points(20, 21, 22); characterised in that the central association server is arranged to: gather information from a plurality of connected terminals (10, 11, 12) via the wireless links between terminals and access points (20, 21, 22); determine, based on the gathered information, with which access point a terminal which has initiated a wireless link and become connected should associate during its service session; and notify the terminal, via the access point with which the terminal initiated the wireless link, of the access point so determined. gather information from a plurality of connected terminals (10, 11, 12) via the wireless links between terminals and access points (20, 21, 22); determine, based on the gathered information, with which access point a terminal which has initiated a wireless link and become connected should associate during its service session; and notify the terminal, via the access point with which the terminal initiated the wireless link, of the access point so determined.
A method of identifying a network object group from a plurality of network objects (x 1 to x M) of a communications network, the method comprising: grouping network objects based on a function of a plurality of key performance indicators, KPIs (k 1 to k N), which are common to the plurality of network objects (x 1 to x M), wherein grouping network objects based on a function of a plurality of KPIs comprises: representing network objects of the plurality of network objects (x 1 to x M) using a respective set of data vectors (k 1 _x 1 to k N _x 1...... k 1 _x M to k N _x M), wherein a set of data vectors relates to the KPIs available at a network object; and is characterised by comparing at least one data vector between a plurality of network objects (x 1 to x M) to determine a relation value (r); and identifying a network object group at a first hierarchical level if the network objects have a relation value (r) above a first threshold value. representing network objects of the plurality of network objects (x 1 to x M) using a respective set of data vectors (k 1 _x 1 to k N _x 1...... k 1 _x M to k N _x M), wherein a set of data vectors relates to the KPIs available at a network object; and is characterised by comparing at least one data vector between a plurality of network objects (x 1 to x M) to determine a relation value (r); and identifying a network object group at a first hierarchical level if the network objects have a relation value (r) above a first threshold value.
A dosing system for dispensing at least one chemical composition into a tank of a toilet, the dosing system comprising: - at least one sensor (203; 231; 232; 233) configured to obtain a parameter representative of a current state of an environment of the toilet; - a non-transitory control unit capable of receiving the measured parameter and configured to generate at least one activation signal for triggering dispensing of an amount of the at least one chemical composition into the tank of the toilet based at least in part on the obtained parameter; - a dosing device, configured to be inserted inside the tank of the toilet and wherein the dosing device is further configured to float on a surface of water contained inside the tank of the toilet, the dosing device comprising: - at least one cavity containing the at least one chemical composition, - a dispensing mechanism (204, 205) coupled with the at least one cavity, the dispensing mechanism being configured to receive the at least one activation signal from the non-transitory control unit and to dispense the amount of the at least one chemical composition into the tank of the toilet upon reception of the at least one activation signal, characterized in that at least one of the non-transitory control unit and the at least one sensor is an integral part of the dosing device. - at least one sensor (203; 231; 232; 233) configured to obtain a parameter representative of a current state of an environment of the toilet; - a non-transitory control unit capable of receiving the measured parameter and configured to generate at least one activation signal for triggering dispensing of an amount of the at least one chemical composition into the tank of the toilet based at least in part on the obtained parameter; - a dosing device, configured to be inserted inside the tank of the toilet and wherein the dosing device is further configured to float on a surface of water contained inside the tank of the toilet, the dosing device comprising: - at least one cavity containing the at least one chemical composition, - a dispensing mechanism (204, 205) coupled with the at least one cavity, the dispensing mechanism being configured to receive the at least one activation signal from the non-transitory control unit and to dispense the amount of the at least one chemical composition into the tank of the toilet upon reception of the at least one activation signal, - at least one cavity containing the at least one chemical composition, - a dispensing mechanism (204, 205) coupled with the at least one cavity, the dispensing mechanism being configured to receive the at least one activation signal from the non-transitory control unit and to dispense the amount of the at least one chemical composition into the tank of the toilet upon reception of the at least one activation signal,
A switching power supply device comprising: a switching circuit that (S1 to S4) configured to convert DC input power into AC power by means of a switching operation; a transformer having a primary winding and a secondary winding (L2, L21, L22),the primary winding of the transformer being supplied with the AC power; a first rectifier (D2, D21, D22) having a cathode and an anode, the cathode of the first rectifier being connected in series to a first end of the secondary winding of the transformer, the anode of the first rectifier being connected directly to a ground, a second end of the secondary winding being connected to an output of the switching power supply device via an output winding, and the first rectifier being configured to rectify AC power induced in the secondary winding of the transformer into direct current power; a second rectifier (D3, D31, D32) having a cathode and an anode, the anode of the second rectifier being connected in parallel between the secondary winding of the transformer and the cathode of the first rectifier; a load connected in series to the cathode of the second rectifier; and a capacitor having a first end and a second end, the first end of the capacitor being connected in parallel between the cathode of the second rectifier and the load, the second end of the capacitor being connected directly to the ground, the capacitor being configured to absorb a surge generated in the first rectifier and function as an auxiliary power supply for the load. a switching circuit that (S1 to S4) configured to convert DC input power into AC power by means of a switching operation; a transformer having a primary winding and a secondary winding (L2, L21, L22),the primary winding of the transformer being supplied with the AC power; a first rectifier (D2, D21, D22) having a cathode and an anode, the cathode of the first rectifier being connected in series to a first end of the secondary winding of the transformer, the anode of the first rectifier being connected directly to a ground, a second end of the secondary winding being connected to an output of the switching power supply device via an output winding, and the first rectifier being configured to rectify AC power induced in the secondary winding of the transformer into direct current power; a second rectifier (D3, D31, D32) having a cathode and an anode, the anode of the second rectifier being connected in parallel between the secondary winding of the transformer and the cathode of the first rectifier; a load connected in series to the cathode of the second rectifier; and a capacitor having a first end and a second end, the first end of the capacitor being connected in parallel between the cathode of the second rectifier and the load, the second end of the capacitor being connected directly to the ground, the capacitor being configured to absorb a surge generated in the first rectifier and function as an auxiliary power supply for the load.