mhurhangee/ep-ind-claims huggingface dataset:
A method of communicating between a first endpoint and a second endpoint, characterized by the method comprising: determining in a first endpoint a control node and one or more participating user equipment, a participating user equipment being configured with a functionality to operate primary connections of at least one primary connection type and secondary connections of at least one secondary connection type; establishing a first communication link between the control node and a serving node using a primary connection; establishing a second communication link between the serving node and a second endpoint; creating separate primary connections between the participating user equipment and the serving node using the respective primary connection type of each participating user equipment; creating secondary connections between the control node and the participating user equipment using the respective secondary connection type of each participating user equipment; operating the first communication link by dividing in the first communication link data streams into separate information blocks and delivering the information blocks over the separate primary connections between the participating user equipment and the serving node, and delivering the information blocks over the secondary connections between the control node and the participating user equipment, wherein the information blocks are formed to match with a transmission resource available through different participating user equipment. determining in a first endpoint a control node and one or more participating user equipment, a participating user equipment being configured with a functionality to operate primary connections of at least one primary connection type and secondary connections of at least one secondary connection type; establishing a first communication link between the control node and a serving node using a primary connection; establishing a second communication link between the serving node and a second endpoint; creating separate primary connections between the participating user equipment and the serving node using the respective primary connection type of each participating user equipment; creating secondary connections between the control node and the participating user equipment using the respective secondary connection type of each participating user equipment; operating the first communication link by dividing in the first communication link data streams into separate information blocks and delivering the information blocks over the separate primary connections between the participating user equipment and the serving node, and delivering the information blocks over the secondary connections between the control node and the participating user equipment, wherein the information blocks are formed to match with a transmission resource available through different participating user equipment.
A medical composition for inhalation comprising the following components: a) water 48-72% by weight b) 1,3-propanediol 25-35% by weight c) hyaluronic acid or a salt thereof 0.10-0.25% by weight d) optionally, a preservative 0.25-0.4% by weight e) optionally, sorbitol 0.3-1% by weight f) one or more botanical active substances 1-30% by weight.
A packaging machine configured to form a wrapper from a web of packaging material and secure the wrapper to a package, the packaging machine comprising: an unwind station base configured to support the web of packaging material; a wrapping station frame spaced apart from the unwind station base; a scoring blade configured to selectively score the web to form a break line extending between opposite lateral sides of the web; a conveyor assembly extending from the unwind station base to the wrapping station frame, the conveyor assembly including a first set of conveyors configured to advance the web towards the wrapping station frame at a first speed and a second set of conveyors configured to advance the web towards the wrapping station frame at a second speed that is greater than the first speed, wherein the difference in conveyor speeds causes the wrapper to break apart from the web at the break line; an elevator secured to the wrapping station frame and configured to lift the package vertically into engagement with the wrapper; characterised in that it further comprises a carriage slidably mounted on the unwind station base, and on which the conveyor assembly is secured; wherein the carriage is configured to selectively slide in a longitudinal direction relative to the wrapping station frame to adjust a travel distance of the wrapper to the elevator. an unwind station base configured to support the web of packaging material; a wrapping station frame spaced apart from the unwind station base; a scoring blade configured to selectively score the web to form a break line extending between opposite lateral sides of the web; a conveyor assembly extending from the unwind station base to the wrapping station frame, the conveyor assembly including a first set of conveyors configured to advance the web towards the wrapping station frame at a first speed and a second set of conveyors configured to advance the web towards the wrapping station frame at a second speed that is greater than the first speed, wherein the difference in conveyor speeds causes the wrapper to break apart from the web at the break line; an elevator secured to the wrapping station frame and configured to lift the package vertically into engagement with the wrapper; characterised in that it further comprises a carriage slidably mounted on the unwind station base, and on which the conveyor assembly is secured; wherein the carriage is configured to selectively slide in a longitudinal direction relative to the wrapping station frame to adjust a travel distance of the wrapper to the elevator.
An infrared radiation heater comprising: a combustion chamber having an opening formed on one side, and including a combustion space; a combustion device provided in the combustion chamber and configured to combust air-fuel mixture made by mixing fuel with air; and a radiator provided in the opening and configured to be heated by heat generated from the combustion device and including a radiation plane configured to emit infrared radiation, the combustion device including: a nozzle provided in a flow path of the air, and configured to inject the fuel; and a tubular body including a side surface that faces a direction with a predetermined angle with respect to the radiation plane, and a plurality of voids being formed on the side surface, wherein the air-fuel mixture flows into the tubular body from a first end of the tubular body in the nozzle side, and wherein the tubular body releases the air-fuel mixture from the voids into the combustion chamber; characterized in that the combustion device further includes: an ignition device provided outside of the tubular body and configured to ignite the air-fuel mixture, and a heat insulator provided at a second end of the tubular body and configured to insulate between the tubular body and the radiator, wherein the radiator is located to face the heat insulator. a combustion chamber having an opening formed on one side, and including a combustion space; a combustion device provided in the combustion chamber and configured to combust air-fuel mixture made by mixing fuel with air; and a radiator provided in the opening and configured to be heated by heat generated from the combustion device and including a radiation plane configured to emit infrared radiation, the combustion device including: a nozzle provided in a flow path of the air, and configured to inject the fuel; and a tubular body including a side surface that faces a direction with a predetermined angle with respect to the radiation plane, and a plurality of voids being formed on the side surface, wherein the air-fuel mixture flows into the tubular body from a first end of the tubular body in the nozzle side, and wherein the tubular body releases the air-fuel mixture from the voids into a nozzle provided in a flow path of the air, and configured to inject the fuel; and a tubular body including a side surface that faces a direction with a predetermined angle with respect to the radiation plane, and a plurality of voids being formed on the side surface, wherein the air-fuel mixture flows into the tubular body from a first end of the tubular body in the nozzle side, and wherein the tubular body releases the air-fuel mixture from the voids into the combustion chamber; an ignition device provided outside of the tubular body and configured to ignite the air-fuel mixture, and a heat insulator provided at a second end of the tubular body and configured to insulate between the tubular body and the radiator, wherein the radiator is located to face the heat insulator.
A method, comprising: obtaining a plurality of datasets, each dataset comprising time correlated operational parameter values, the operational parameter values including values of feature parameters and values of target parameters; first classifying a portion of the datasets as either a first or second class of datasets based on a target parameter value indicated by each of the datasets; generating a decision tree based on the plurality of datasets and the first classifying; generating a rule set from the decision tree; filtering the rule set; identifying, from the plurality of datasets, a dataset of the first class that satisfies at least two sub-rules included in the filtered rule set; identifying a first feature parameter of the identified dataset based on a first of the at least two sub-rules; identifying a second feature parameter of the identified dataset based on a second sub-rule of the at least two sub-rules; identifying a first remedial action based on the first feature parameter; identifying a second remedial action based on the second feature parameter; determining a first impact of the first remedial action; determining a second impact of the second remedial action; and conditionally performing one or more of the first remedial action or the second remedial action based on the first impact and the second impact, wherein determining the first impact is based on one or more of a number of users affected by the first remedial action, a priority of a device affected by the first remedial action, or a priority of network communication affected by the first remedial action. obtaining a plurality of datasets, each dataset comprising time correlated operational parameter values, the operational parameter values including values of feature parameters and values of target parameters; first classifying a portion of the datasets as either a first or second class of datasets based on a target parameter value indicated by each of the datasets; generating a decision tree based on the plurality of datasets and the first classifying; generating a rule set from the decision tree; filtering the rule set; identifying, from the plurality of datasets, a dataset of the first class that satisfies at least two sub-rules included in the filtered rule set; identifying a first feature parameter of the identified dataset based on a first of the at least two sub-rules; identifying a second feature parameter of the identified dataset based on a second sub-rule of the at least two sub-rules; identifying a first remedial action based on the first feature parameter; identifying a second remedial action based on the second feature parameter; determining a first impact of the first remedial action; determining a second impact of the second remedial action; and conditionally performing one or more of the first remedial action or the second remedial action based on the first impact and the second impact, wherein determining the first impact is based on one or more of a number of users affected by the first remedial action, a priority of a device affected by the first remedial action, or a priority of network communication affected by the first remedial action.
Device for simulating variable lung compliance, comprising; a structure having two main components (3, 4) between which an artificial lung is situated, the main components (3, 4) being adapted to be moved away from each other by the artificial lung when the artificial lung is inflated and are adapted to move towards one another to force air out of the artificial lung in an exhalation phase; a spring (17, 18) selectively attachable between the two main components (3, 4) to provide a force that acts to move the two main components (3, 4) towards one another; a holding mechanism (22, 32) comprising a spring gripping means actuable by an actuator to move the spring gripping means between a gripping position attaching the spring (17, 18) to the two main components (3, 4) and a spring releasing position, characterized in that the gripping means comprises a hook with an inclined face facing the spring (17, 18) and an undercut adjacent to the inclined face and facing away from the spring (17, 18), and the inclined face is adapted to abut a loop on the spring (17, 18) and guide the loop into the undercut so that the loop is caught in the undercut.
An isolated Escherichia bacteria that is genetically modified to express NAD-dependent formate dehydrogenase which is capable of oxidizing formate to carbon dioxide; and formate-tetrahydrofolate ligase.
A magnet-bearing moving part for permanent magnet synchronous machine provided for movement in front of a fixed stator comprising a set of induction coils, the moving part including a metallic frame and a series of permanent magnets secured to said frame, these magnets being arranged in rows parallel to each other and perpendicular to the movement of the moving part, these magnets being of the same polarity within the same row, the moving part also comprising at least one non-magnetic securing strip longitudinally placed between two successive rows of permanent magnets and mechanically secured to the frame, wherein said securing strip: • extends substantially over the entire length of these two rows and contributes to blocking all the magnets of these two rows, • comprises a support base with convex rounded lateral sides, which ensures the vertical blocking of the magnets of these two rows, and a longitudinal upper extension that acts as a spacer between these two rows and provides lateral blocking of the magnets of these two rows on the side of the securing strip, and each magnet of these two rows comprises, at its edge adjacent to the securing strip, a concave rounded portion of a height equal to at least half of the total height of the magnet and of a shape complementary to the corresponding convex rounded lateral side of the support base of the securing strip, in which the support base of the securing strip is at least partially engaged. • extends substantially over the entire length of these two rows and contributes to blocking all the magnets of these two rows, • comprises a support base with convex rounded lateral sides, which ensures the vertical blocking of the magnets of these two rows, and a longitudinal upper extension that acts as a spacer between these two rows and provides lateral blocking of the magnets of these two rows on the side of the securing strip,
A communication apparatus comprising: receiving means for receiving a trigger frame, from an access point, which indicates a plurality of resource units splitting a communication channel in a frequency domain; obtaining means for obtaining, from the trigger frame, information indicating whether sensing energy of the communication channel is required; sensing means for sensing the energy of the communication channel during a predetermined period after the reception of the trigger frame in a case where the information indicates the sensing is required; and transmission means for transmitting a signal on one or more resource units in a case where the sensed energy is below a threshold. receiving means for receiving a trigger frame, from an access point, which indicates a plurality of resource units splitting a communication channel in a frequency domain; obtaining means for obtaining, from the trigger frame, information indicating whether sensing energy of the communication channel is required; sensing means for sensing the energy of the communication channel during a predetermined period after the reception of the trigger frame in a case where the information indicates the sensing is required; and transmission means for transmitting a signal on one or more resource units in a case where the sensed energy is below a threshold.
A method, meant to be implemented in a decentralised system for managing the circulation of vehicles over a railway network, the railway network being divided into a plurality of resources (1 to 6), each resource being characterised by an allocation state and an interlocking state, and driven by a ground controller connected to a communication infrastructure, the system being based on the presence of on board controllers aboard vehicles, called equipped vehicles, in order to manage the allocation and interlocking of resources required for the movement of the corresponding equipped vehicle, directly with ground controllers driving the said resources through the exchange of suitable messages over the said infrastructure, characterised in that, in order to allow the circulation of a non-equipped vehicle over the said railway network, the method consists, at the level of a central controller, on the ground, connected to the communication infrastructure, of emulating a controller, called emulated controller, which would be on board the non-equipped vehicle, the central controller estimating a current position of the non-equipped vehicle based on the signals transmitted by a plurality of reading devices placed along the tracks of the railway network and connected to the communication infrastructure.
A motor comprising a first, stationary permanent magnet, comprising a second permanent magnet, wherein the second permanent magnet is arranged opposite the first permanent magnet and can be moved away from and towards the latter and wherein the poles of the two permanent magnets (1, 2) are oriented so as to repel each other contrarily, as well as comprising a magnetic shielding plate of a material, which shields magnetic fields, in the area between the two permanent magnets (1, 2), wherein, for activating the motor, the magnetic shielding plate is initially located between the two permanent magnets (1, 2) and shields the magnetic fields thereof on both sides from one another, the magnetic shielding plate is subsequently moved out of the area between the two permanent magnets (1, 2) such that, due to the magnetic force of repulsion, the second permanent magnet moves away from the first permanent magnet, and the magnetic shielding plate is finally moved between the two permanent magnets (1, 2) again such that the magnetic fields on both sides are shielded from one another again and that, as a result of this, the second permanent magnet moves back into its initial position again due to a reset force, characterised in that the second permanent magnet is fixed in its initial position until the magnetic shielding plate is pulled out completely.
Method for determining the absolute position of a first terminal unit in a mobile radio network, comprising the following steps: - determination of an absolute position of at least one second terminal unit (420, 430, 440) with a first direct satellite-based position determining method; - determination of a relative position of the first terminal unit with respect to the second terminal unit (420, 430, 440) with a second position determining method; - determination of the absolute position of the first terminal unit based on the absolute position of the second terminal unit (420, 430, 440) and the relative position of the first terminal unit with respect to the second terminal unit (420, 430, 440), wherein the first and the second position determining methods are different methods, characterised in that the above named method steps are used for determining a multiplicity - n - of positions of the first terminal unit for a multiplicity - n - of second terminal units (420, 430, 440), and in that the position of the first terminal unit is determined based on the multiplicity - n - of positions of the second terminal units (420, 430, 440), wherein the definitive position of the first terminal unit is established as the position which minimises the sum of the squares of the distances to the individual positions of the multiplicity - n - of the determined positions which are based on corresponding absolute and relative positions, wherein the absolute positions are determined for each adjacent second terminal unit (420, 430, 440) with the first position determining method, and wherein the relative positions of the first terminal unit with respect to the respective second terminal units (420, 430, 440) are determined for each second adjacent terminal unit (420, 430, 440) with the second position determining method. - determination of an absolute position of at least one second terminal unit (420, 430, 440) with a first direct satellite-based position determining method; - determination of a relative position of the first terminal unit with respect to the second terminal unit (420, 430, 440) with a second position determining method; - determination of the absolute position of the first terminal unit based on the absolute position of the second terminal unit (420, 430, 440) and the relative position of the first terminal unit with respect to the second terminal unit (420, 430, 440),
Compound having the general formula 1, for use in the treatment and/or prevention of a tumoral disease, wherein R 1, R 2, and R 3 are independently selected from the group comprising (a) H, (b) an C 1 -C 18 alkyl, wherein said alkyl is straight, branched or cyclic, (c) a C 1 -C 18 alkenyl, wherein said alkenyl is straight, branched or cyclic, (d) an aryl or heteroaryl, (e) a polysubstituted benzyl group, (f) an acyl group, or acyl groups being branched, heteroatom-substituted or aryl-substituted, (g) a sugar or another acetal, and (h) a sulfonyl group; R 4 and R 5 are independently selected from the group comprising (a') H, (b') C 1 -C 18 alkyl, wherein said alkyl is straight, branched or cyclic, (c') a C 1 -C 18 alkenyl, wherein said alkenyl is straight, branched or cyclic, (d') an aryl or heteroaryl, (e') a benzyl group, (f) an acyl group, or acyl groups being branched, heteroatom-substituted or aryl-substituted, (g') a C- or O-linked sugar or another acetal, (h') -OH or -SH, (i') an alkoxy group, wherein the alkyl group of said alkoxy group is straight, branched or cyclic, (j') an alkyl group bound via a sulfur atom, (k') a sulfonyl group, (l') a nitrogen group, (m') -Fl, -Cl, -Br, -I, -CN, and (n') a hetero substituent; and R 3 and R 4 as well as R 4 and R 5 are optionally linked, thereby resulting in ring; as well as salts and solvates thereof. R 1, R 2, and R 3 are independently selected from the group comprising (a) H, (b) an C 1 -C 18 alkyl, wherein said alkyl is straight, branched or cyclic, (c) a C 1 -C 18 alkenyl, wherein said alkenyl is straight, branched or cyclic, (d) an aryl or heteroaryl, (e) a polysubstituted benzyl group, (f) an acyl group, or acyl groups being branched, heteroatom-substituted or aryl-substituted, (g) a sugar or another acetal, and (h) a sulfonyl group; R 4 and R 5 are independently selected from the group comprising (a') H, (b') C 1 -C 18 alkyl, wherein said alkyl is straight, branched or cyclic, (c') a C 1 -C 18 alkenyl, wherein said alkenyl is straight, branched or cyclic, (d') an aryl or heteroaryl, (e') a benzyl group, (f) an acyl group, or acyl groups being branched, heteroatom-substituted or aryl-substituted, (g') a C- or O-linked sugar or another acetal, (h') -OH or -SH, (i') an alkoxy group, wherein the alkyl group of said alkoxy group is straight, branched or cyclic, (j') an alkyl group bound via a sulfur atom, (k') a sulfonyl group, (l') a nitrogen group, (m') -Fl, -Cl, -Br, -I, -CN, and (n') a hetero substituent; and R 3 and R 4 as well as R 4 and R 5 are optionally linked, thereby resulting in ring;