mhurhangee/ep-ind-claims huggingface dataset:
Refrigeration method, during which a user, at a so-called "user temperature", is supplied with frigories by means of a working gas, such as helium, that is cooled in a refrigeration circuit, that comprises at least one compressor station, in which said working gas is compressed, then at least one cold box in which the working gas is cooled by causing it to pass through a plurality of heat exchangers (5, 15, 25), said method comprising a cool down step (a), during which, in a first cool down phase, the frigories supplied by the cooled working gas are used to lower the user temperature, when said user temperature is greater than 150 K, and/or a keep cool step (b), during which the frigories supplied by the cooled working gas, when the user temperature is below a cold set point of less than 95 K, are used to maintain the user temperature below said cold set point, and in the first phase of the cool down step (a) and/or during the keep cool step (b) respectively, the working gas is cooled by having said working gas flow into a cold box that comprises, in series, at least one first brazed aluminium plate heat exchanger, one second plate heat exchanger, and one third brazed aluminium plate heat exchanger in such a way that most, and preferably all, of the flow of working gas is caused to enter the cold box, initially through the first heat exchanger, before passing all or part of said flow of working gas through the second heat exchanger, then through the third heat exchanger, and then at least 1%, and preferably at least 4% of the flow of said working gas originating from the compressor station and entering the cold box, is passed through the second heat exchanger, then at least 1%, and preferably at least 4% of said flow of working gas is passed through the third heat exchanger, before said flow of working gas is directed to the user in order to supply the latter with frigories, said method being characterised in that the first and the third heat exchangers are brazed fin heat exchangers, and the second heat exchanger is a welded plate heat exchanger, and in that, during the cool down step (a), and more particularly in the first cool down phase, the flow of working gas, upstream of the second heat exchanger, is distributed between a first so-called "cooling branch", which successively passes through the second heat exchanger and the third heat exchanger, and a second so-called "by-pass branch", which bypasses the second heat exchanger and the third heat exchanger to then join the flow of working gas originating from said third heat exchanger.
A method of wireless communications performed by a base station, BS, comprising: transmitting control information in a subframe of a first subset of subframes to schedule data transmissions in one or more subframes of a second subset of subframes, wherein the first subset of subframes is designated for transmitting control information without transmitting data and the second subset of subframes is designated for transmitting data without transmitting control information; transmitting the data in the one or more subframes of the second subset in accordance with the transmitted control information; and wherein the subframe containing control information is user equipment specifically configured, characterized by providing an indication of which subframes belong in the first subset. transmitting control information in a subframe of a first subset of subframes to schedule data transmissions in one or more subframes of a second subset of subframes, wherein the first subset of subframes is designated for transmitting control information without transmitting data and the second subset of subframes is designated for transmitting data without transmitting control information; transmitting the data in the one or more subframes of the second subset in accordance with the transmitted control information; and wherein the subframe containing control information is user equipment specifically configured, characterized by providing an indication of which subframes belong in the first subset.
A connecting system for a ring terminal for a baseplate of a terminal block, comprising: an electrical connecting member for the terminal, first and second holding means for the terminal, a biasing means configured to bias the holding means (20, 30) one towards the other, the connecting system being configured such that the ring terminal bearing against at least one of the holding means (20, 30) generates a relative gap (l 1) of the holding means (20, 30) one with respect to the other, the connecting system being further configured to move the holding means (20, 30) closer to each other thereafter, under the bias of the biasing means when the holding means (20, 30) are located facing the ring of the terminal, so as to hold the ring terminal relative to the connecting member, a clamping means for the terminal configured to attach the ring terminal relative to the electrical connecting member, once the ring terminal is held by the holding means (20, 30). an electrical connecting member for the terminal, first and second holding means for the terminal, a biasing means configured to bias the holding means (20, 30) one towards the other, a clamping means for the terminal configured to attach the ring terminal relative to the electrical connecting member, once the ring terminal is held by the holding means (20, 30).
A cooker with a steam generating function comprising: a heating chamber; a removable water tank having an opening concave portion and configured to store water to generate steam; and a water tank housing portion which removably stores the water tank and which comprises a connecting member inserted into the opening concave portion of the water tank for connecting the water tank, wherein the cooker is configured to supply heat and the steam into the heating chamber, thereby heat treating an object to be heated, CHARACTERIZED IN THAT: the connecting member is formed by a soft material; the connecting member comprises: a convex-shaped guide portion which is formed over a round in a circumferential direction of the connecting member for guiding insertion of the connecting member into the opening concave portion of the water tank, and which comprises a rounded tip, a convex-shaped seal portion which is coupled to the opening concave portion of the water tank and formed over a round in the circumferential direction of the connecting member for ensuring a seal, and a coupling portion which is provided on an opposite side of the seal portion from the guide portion in an axial direction of the connecting member, and which comprises an inner part having a shape of a hollow tube; and the guide portion, the seal portion and the coupling portion are integrated. a heating chamber; a removable water tank having an opening concave portion and configured to store water to generate steam; and a water tank housing portion which removably stores the water tank and which comprises a connecting member inserted into the opening concave portion of the water tank for connecting the water tank, the connecting member is formed by a soft material; the connecting member comprises: a convex-shaped guide portion which is formed over a round in a circumferential direction of the connecting member for guiding insertion of the connecting member into the opening concave portion of the water tank, and which comprises a rounded tip, a convex-shaped seal portion which is coupled to the opening concave portion of the water tank and formed over a round in the circumferential direction of the connecting member for ensuring a seal, and a coupling portion which is provided on an opposite side of the seal portion from the guide portion in an axial direction of the connecting member, and which comprises an inner part having a shape of a hollow tube; and a convex-shaped guide portion which is formed over a round in a circumferential direction of the connecting member for guiding insertion of the connecting member into the opening concave portion of the water tank, and which comprises a rounded tip, a convex-shaped seal portion which is coupled to the opening concave portion of the water tank and formed over a round in the circumferential direction of the connecting member for ensuring a seal, and a coupling portion which is provided on an opposite side of the seal portion from the guide portion in an axial direction of the connecting member, and which comprises an inner part having a shape of a hollow tube; and the guide portion, the seal portion and the coupling portion are integrated.
Method for controlling a driver assist system, characterized in that a plurality of driving manoeuvres respectively separately adapted to different driving situations are offered, and that a selected driving manoeuvre is activated and carried out until the selected driving manoeuvre is completed or is aborted by automated or manual intervention, and in that upon conclusion of the carrying out of the selected driving manoeuvre the driver assist system returns to a basic function and executes said basic function and/or the driving manoeuvre prescribed thereby as long as the driver assist system is activated.
Device having two components (2, 3), of which a first component is designed as an upper part and a second component is designed as a lower part, on each of which components (2, 3) at least one tab (5, 6) projects at an angle in the region of a bend, which tabs (5, 6) are assigned to one another in pairs and form at least one closure of the device, and of which one tab has a push-through opening, through which a closure pin held by the associated other tab can be pushed with a pin head provided at the free pin end in such a way that the closure pin with its pin head pivots a closure flap from an initial position resting against the adjacent tab into an open position against the restoring force of a spring element, until the closure flap pivots back into its initial position, in which the closure flap, which is penetrated by a pin shank of the closure pin, engages behind the pin head, wherein the closure flap is pivotable in the region of the bend about a pivot axis arranged in the longitudinal direction of the bending line of the bend, wherein at least the component carrying the tab with the closure flap has at least one bead in the region of the bend, wherein the closure flap has a first indentation or protrusion on its transverse side facing the adjacent component and rests with this first indentation or protrusion against the at least one bead in such a way, and wherein the closure flap is secured against slipping in the longitudinal direction of the bending line, characterized in that the spring element, which is designed as at least one rubber ring, at least one leg spring and/or at least one helical tension spring, is held secured to the closure flap on at least one longitudinal side of the closure flap by at least one second protrusion or indentation (16, 17) of the closure flap.
A method of operating an alarm monitoring station, comprising: receiving an alarm signal from an alarm panel at a monitored premises; establishing an audio communication channel between the alarm monitoring station and the alarm panel; upon establishing the audio communication channel with the monitored premises, receiving, by the alarm monitoring station, from the alarm panel, live audio data captured at the premises; buffering the live audio data at the alarm monitoring station; retrieving, by the alarm monitoring station, from the alarm panel, buffered audio data that has been captured and buffered at the alarm panel; pre-pending, at the alarm monitoring station, the retrieved buffered audio data to the live audio data buffered at the alarm monitoring station such that the buffer at the alarm monitoring station is filled concurrently with data representing events currently occurring as well as the data buffered at the alarm panel representing past event; and signalling the alarm panel at the monitored premises to cease to buffer audio data at the alarm panel after the audio communication channel has been established. receiving an alarm signal from an alarm panel at a monitored premises; establishing an audio communication channel between the alarm monitoring station and the alarm panel; upon establishing the audio communication channel with the monitored premises, receiving, by the alarm monitoring station, from the alarm panel, live audio data captured at the premises; buffering the live audio data at the alarm monitoring station; retrieving, by the alarm monitoring station, from the alarm panel, buffered audio data that has been captured and buffered at the alarm panel; pre-pending, at the alarm monitoring station, the retrieved buffered audio data to the live audio data buffered at the alarm monitoring station such that the buffer at the alarm monitoring station is filled concurrently with data representing events currently occurring as well as the data buffered at the alarm panel representing past event; and signalling the alarm panel at the monitored premises to cease to buffer audio data at the alarm panel after the audio communication channel has been established.
A method for decoding a bitstream (206, 301, 401, 501) corresponding to a coded video picture comprising a plurality of tile segments (202, 203) that co-exist with slices within the coded video picture such that the coded video picture (201, 301) is divided into the tile segments by tile segment boundaries and into slices by slice boundaries, the method comprising: in respect of at least one tile segment of the coded video picture not having an associated tile segment header, obtaining from a parameter set contained in the bitstream (206, 301, 401, 501) an indication (313, 414) that a sample adaptive offset operation is to be applied across tile segment boundaries of the coded video picture, wherein the indication from the parameter set is defined individually for the sample adaptive offset operation; in respect of at least one slice, obtaining from a slice header an indication that a sample adaptive offset operation is to be applied across a slice boundary, wherein the indication from the slice header is defined individually for the sample adaptive offset operation; and controlling the sample adaptive offset operation across a tile segment boundary between tile segments in response to the indication from the parameter set and controlling the sample adaptive offset operation across the slice boundary in response to the indication from the slice header, wherein if a tile segment boundary and a slice boundary are aligned and the indication from the parameter set contradicts the indication from the slice header, the indication from the parameter set overwrites the indication from the slice header, wherein the coded video picture contains at least two tile segments without an associated segment header. in respect of at least one tile segment of the coded video picture not having an associated tile segment header, obtaining from a parameter set contained in the bitstream (206, 301, 401, 501) an indication (313, 414) that a sample adaptive offset operation is to be applied across tile segment boundaries of the coded video picture, wherein the indication from the parameter set is defined individually for the sample adaptive offset operation; in respect of at least one slice, obtaining from a slice header an indication that a sample adaptive offset operation is to be applied across a slice boundary, wherein the indication from the slice header is defined individually for the sample adaptive offset operation; and controlling the sample adaptive offset operation across a tile segment boundary between tile segments in response to the indication from the parameter set and controlling the sample adaptive offset operation across the slice boundary in response to the indication from the slice header, wherein if a tile segment boundary and a slice boundary are aligned and the indication from the parameter set contradicts the indication from the slice header, the indication from the parameter set overwrites the indication from the slice header, wherein the coded video picture contains at least two tile segments without an associated segment header.
A pharmaceutical composition for once or twice daily administration of a monomethyl fumarate prodrug, wherein said MMF prodrug is 2-(2,5-dioxopyrrolidin-1-yl)ethyl methyl fumarate or a pharmaceutically acceptable salt thereof, said composition comprising 2-(2,5-dioxopyrrolidin-1-yl)ethyl methyl fumarate or a pharmaceutically acceptable salt thereof and a controlled release polymer, wherein the controlled release polymer is in the form of a coating applied to a core containing the 2-(2,5-dioxopyrrolidin-1-yl)ethyl methyl fumarate or a pharmaceutically acceptable salt thereof.
A method for controlling a machine, the method comprising: calculating, using a performance model of the machine, a set of inter-stage conditions (152A-E) of the machine corresponding to one of a set of input conditions and a set of output conditions during an operation of the machine, wherein the machine includes a turbine component having a fluid path therein traversing a plurality of turbine stages and a plurality of inter-stage positions (152A-E), and wherein each of the set of input conditions, the set of output conditions, and the set of inter-stage conditions (152A-E) includes one of a temperature, a pressure, and a flow rate; calibrating the performance model of the machine based on a difference between a predicted value in the performance model of the machine and one of the set of input conditions and the set of output conditions; and adjusting an operating parameter of the machine based on the calibrated performance model and the calculated set of inter-stage conditions (152A-E) of the machine. calculating, using a performance model of the machine, a set of inter-stage conditions (152A-E) of the machine corresponding to one of a set of input conditions and a set of output conditions during an operation of the machine, wherein the machine includes a turbine component having a fluid path therein traversing a plurality of turbine stages and a plurality of inter-stage positions (152A-E), and wherein each of the set of input conditions, the set of output conditions, and the set of inter-stage conditions (152A-E) includes one of a temperature, a pressure, and a flow rate; calibrating the performance model of the machine based on a difference between a predicted value in the performance model of the machine and one of the set of input conditions and the set of output conditions; and adjusting an operating parameter of the machine based on the calibrated performance model and the calculated set of inter-stage conditions (152A-E) of the machine.
A method for laying a pipe for oil-pipelines, gas-pipelines and the like, in a laying site, such as for example a prefabricated tunnel, comprising the following steps: a. providing at least first and second gripping means (2,3) activatable for firmly gripping the pipe such as to be solidly constrained therewith, or for releasing the pipe; b. arranging the first and second gripping means (2,3) with respect to the pipe, in such a way that they are located at predetermined points along the longitudinal development direction of the pipe; c. moving the first and/or the second gripping means (2,3) when activated to grip the pipe, such that only a predetermined longitudinal section of the pipe Is received in the laying site, the first and second gripping means (2, 3) being at all times arranged with respect to the pipe, and activated, instant by instant, in such a way that the pipe is at all times solidly gripped by at least one of the first and second gripping means (2, 3); and d. iterating the above step until a predetermined number of predetermined longitudinal sections of the pipe are housed in the laying site, and being characterized in that the first gripping means and the second gripping means comprise at least a vice activatable to close, such as to solidly grip the pipe and be solidly constrained thereto, or alternatively being active to open such as to release the pipe. a. providing at least first and second gripping means (2,3) activatable for firmly gripping the pipe such as to be solidly constrained therewith, or for releasing the pipe; b. arranging the first and second gripping means (2,3) with respect to the pipe, in such a way that they are located at predetermined points along the longitudinal development direction of the pipe; c. moving the first and/or the second gripping means (2,3) when activated to grip the pipe, such that only a predetermined longitudinal section of the pipe Is received in the laying site, the first and second gripping means (2, 3) being at all times arranged with respect to the pipe, and activated, instant by instant, in such a way that the pipe is at all times solidly gripped by at least one of the first and second gripping means (2, 3); and d. iterating the above step until a predetermined number of predetermined longitudinal sections of the pipe are housed in the laying site, and being characterized in that the first gripping means and the second gripping means comprise at least a vice activatable to close, such as to solidly grip the pipe and be solidly constrained thereto, or alternatively being active to open such as to release the pipe.
An exhaust gas cleaning system, comprising an active regenerable particulate filter and an SCR catalyst, characterized in that the SCR catalyst consists of a hydrothermally microporous stable zeolite SSZ-39 promoted with copper, and wherein the SCR catalyst is integrated into the particulate filter.