mhurhangee/ep-ind-claims huggingface dataset:
Radio transmission system with multiple channel access for transmission of data packets of different data sources (6, 7, 8) via a communications channel, comprising: - a channel monitoring unit, set up to monitor the channel loading or occupancy of the communications channel; - an evaluating unit, set up to evaluate the monitored channel loading or occupancy; - a channel allocating unit, set up to allocate a sub channel to a data source (6, 7, 8), for which a future channel loading or occupancy is determined on the basis of the evaluated channel loading or occupancy by analysing information from the past in order to be able to make heuristic statements about which data source will require which sub channel for how long; and - a channel control unit, set up for control of the timing of the sub channel allocation. - a channel monitoring unit, set up to monitor the channel loading or occupancy of the communications channel; - an evaluating unit, set up to evaluate the monitored channel loading or occupancy; - a channel allocating unit, set up to allocate a sub channel to a data source (6, 7, 8), for which a future channel loading or occupancy is determined on the basis of the evaluated channel loading or occupancy by analysing information from the past in order to be able to make heuristic statements about which data source will require which sub channel for how long; and - a channel control unit, set up for control of the timing of the sub channel allocation.
A hydraulic circuit for operating a dual acting hydraulic cylinder comprising: a speed component comprising a regeneration valve arranged to return a hydraulic fluid from a rod-side chamber to a piston-side chamber of the cylinder at a start phase of cylinder extraction; and a booster component comprising a first pressure intensifier and a second pressure intensifier arranged in parallel to increase flow of fluid at an end phase of cylinder extraction. a speed component comprising a regeneration valve arranged to return a hydraulic fluid from a rod-side chamber to a piston-side chamber of the cylinder at a start phase of cylinder extraction; and a booster component comprising a first pressure intensifier and a second pressure intensifier arranged in parallel to increase flow of fluid at an end phase of cylinder extraction.
A product that includes: a container (12, 12', 112, 212, 312, 412, 512) including a neck (18, 18', 118, 218, 318, 418, 518) having an interior passage (22, 122, 222, 422); and a fitment (14, 414, 514) for non-refillable dispensing of an original product out of the container, wherein a ring (16, 16', 116, 216, 316, 416, 516) is non-removably coupled to the neck of the container, wherein the fitment (14, 414, 514) is non-removably coupled to the container via the ring, characterised in that the ring is adapted irreversibly to change a characteristic of the ring that is visible from outside of the container to advise a user that the package has been opened. a container (12, 12', 112, 212, 312, 412, 512) including a neck (18, 18', 118, 218, 318, 418, 518) having an interior passage (22, 122, 222, 422); and a fitment (14, 414, 514) for non-refillable dispensing of an original product out of the container, wherein a ring (16, 16', 116, 216, 316, 416, 516) is non-removably coupled to the neck of the container, wherein the fitment (14, 414, 514) is non-removably coupled to the container via the ring, characterised in that the ring is adapted irreversibly to change a characteristic of the ring that is visible from outside of the container to advise a user that the package has been opened.
A device for transporting and/or storing a motor vehicle part, including: - a mounting comprising two parallel longitudinal rails; and - a support system intended to be suspended between both rails, the support system including a hollow bag for receiving the part and two side hooks that are attached onto the bag, each hook defining a longitudinal cavity, for receiving a rail, and a slit for inserting the rail into the cavity, characterized in that at least one of the hooks is capable of pivoting around the rail when the rail is received in the cavity between a removing position, in which the rail can be removed from the cavity through the slit, and a locked position, in which the hook is locked onto the rail. - a mounting comprising two parallel longitudinal rails; and - a support system intended to be suspended between both rails, the support system including a hollow bag for receiving the part and two side hooks that are attached onto the bag, each hook defining a longitudinal cavity, for receiving a rail, and a slit for inserting the rail into the cavity,
A mechanical device for simultaneously drawing films made of a synthetic material in the longitudinal and transverse directions with a use of successive grippers for holding, transporting and drawing the film, the grippers being supported and guided by rails and drawn forward by virtue of an endless chain connecting the grippers to each other, the endless chain being driven by means of one or more sprockets, and comprising, on each side of the film to be drawn, an endless chain guided on two rails (14, 16) having variable distance (E, e), wherein the endless chain consists of a succession of links (9, 10) articulated to one another about vertical axes (11, 12), the grippers being connected to one axis of two or mounted between two links (9, 10), characterized in that the endless chain comprising the succession of links (9, 10) articulated to each other about vertical axes (11, 12) is drawn forward between the two rails (14, 16) in a manner that the grippers protrude on one side of the chain while being guided on one of the two rails, whereas guide pieces are connected to one axis of two or mounted between two links (10, 9) between the grippers and protrude on the opposite side of the chain and move forward on the other one of the two rails such that, in correspondence to the distance (E, e) and/or the variation of the distance of these two rails (14, 16), the successive links (9, 10) of the chain are aligned or, to the contrary, form angles with respect to one another so as to fix and/or modify the distance (d, D) between the successive grippers.
A control arrangement for controlling oxidation of a steam reformer in a fuel cell system, each fuel cell in the fuel cell system comprising an anode side, a cathode side, and an electrolyte between the anode side and the cathode side, and the fuel cell system comprising a main pipe line for flowing fuel in the fuel cell system and the steam reformer for converting the fuel to a composition suitable for the fuel cells, characterised by, that the control arrangement comprises an oxygen source for providing oxygen in the control arrangement, a diluting gas source for providing diluting gas in the control arrangement, means connected to both the oxygen source and to the diluting gas source for mixing oxygen from the oxygen source and gas being circulated back from the steam reformer in the control arrangement into diluting gas from the diluting gas source to provide feeding of oxidation gas to the steam reformer, means for forming oxygen content information from the gas circulation of the control arrangement, and control means for controlling oxygen content of the gas circulation by controlling at least the amount of provided oxygen into the feeding of oxidation gas to the steam reformer on the basis of the oxygen content information.
A modular tent comprising: an upper tent portion defining a first base surface area, the upper tent portion is capable of being attached to a plurality of candidate base extensions (110, 205), wherein the upper tent portion includes a door that is openable and closable using a fastener; and a given base extension included among the candidate base extensions (110, 205), the base extension having a floor surface having a second base surface area, the second base surface area being greater than the first base surface area, wherein the base extension includes a door extension that is openable and closable using a different fastener, wherein the base extension, when attached to the upper tent portion, results in a base surface area of the modular tent increasing from the first base surface area to the second base surface area. an upper tent portion defining a first base surface area, the upper tent portion is capable of being attached to a plurality of candidate base extensions (110, 205), wherein the upper tent portion includes a door that is openable and closable using a fastener; and a given base extension included among the candidate base extensions (110, 205), the base extension having a floor surface having a second base surface area, the second base surface area being greater than the first base surface area, wherein the base extension includes a door extension that is openable and closable using a different fastener, wherein the base extension, when attached to the upper tent portion, results in a base surface area of the modular tent increasing from the first base surface area to the second base surface area.
A polythiol compound having the general Formula VIA, VIB or VIC: wherein: R 1 is a C 1 -C 18 alkylene group, C 2 -C 18 oxyalkylene group, C 2 -C 18 thioalkylene group, C 6 -C 18 arylene or C 7 -C 18 aralkylene group, wherein alkylene groups, oxyalkylene group and thioalkylene group may be unsubstituted or may be substituted with one or more halogen or hydroxyl; and arylene groups may be unsubstituted or may be substituted with one or more halogen; and, R 2 is H or methyl. R 1 is a C 1 -C 18 alkylene group, C 2 -C 18 oxyalkylene group, C 2 -C 18 thioalkylene group, C 6 -C 18 arylene or C 7 -C 18 aralkylene group, wherein alkylene groups, oxyalkylene group and thioalkylene group may be unsubstituted or may be substituted with one or more halogen or hydroxyl; and arylene groups may be unsubstituted or may be substituted with one or more halogen; and, R 2 is H or methyl.
A method in a user equipment for handling a cell change, the user equipment being comprised in a wireless communications network, the method comprising: performing at least one Reference Signal Time Difference, RSTD, measurement; performing the cell change during the at least one RSTD measurement; altering a duration of a measurement time over which the said at least one RSTD measurement is performed; and/or altering a measurement bandwidth over which the said at least one RSTD measurement is performed; and re-performing the at least one RSTD measurement; and adjusting measurement accuracy based on the altered measurement time and/or bandwidth. performing at least one Reference Signal Time Difference, RSTD, measurement; performing the cell change during the at least one RSTD measurement; altering a duration of a measurement time over which the said at least one RSTD measurement is performed; and/or altering a measurement bandwidth over which the said at least one RSTD measurement is performed; and re-performing the at least one RSTD measurement; and adjusting measurement accuracy based on the altered measurement time and/or bandwidth.
A method of treating an alkaline aqueous system for biocide control, comprising contacting an acidified solution that comprises a monoalkyldithiocarbamate salt and alkyl isothiocyanate, with said alkaline aqueous system, wherein said acidified solution is formed by adding formic acid, benzoic acid, citric acid, or a combination thereof to a solution comprising at least one monoalkyldithio-carbamate salt, wherein the total amount of monoalkyldithiocarbamate (as alkyl isothiocyanate and as dithiocarbamate salt) present in said alkaline aqueous system is from 1 ppm to 200 ppm, based on weight, and wherein said alkaline aqueous system remains alkaline upon dispersal of said acidified solution, and wherein the acidified solution has a pH of from 2 to 5.
Use of a fresh produce storage device for containing a fresh produce including herbs, fruits or vegetables, the fresh produce storage device having a pocket with an opening for receiving said fresh produce, the pocket being formed, at least in part, from a composite sheet of material comprising: an inner layer formed from a water permeable material; a central layer formed from a water absorbent wadding; and an outer layer, characterized in that - the composite sheet of material further comprises: at least a second inner layer formed from a water permeable material, and - the outer layer is formed from a water permeable material. an inner layer formed from a water permeable material; a central layer formed from a water absorbent wadding; and an outer layer, - the composite sheet of material further comprises: at least a second inner layer formed from a water permeable material, and - the outer layer is formed from a water permeable material.
A dynamic color mixing device comprising: (a) at least one light emitting diode unit each including: a first LED of a first color; and a second LED of a second color; (b) means for supplying respective driving signals to each of said first LED and second LED individually, said respective driving signals individually controlling relative intensity outputs of said respective first LED and second LED, wherein said means for supplying further individually frequency modulates with fixed pulse width the respective driving signals supplied to each of said first LED and second LED to individually control their relative intensity outputs and further amplitude modulates the respective driving signals supplied to each of said first LED and second LED; and (c) means for sensing colors of light output from at least a portion of said at least one LED unit; and wherein said means for supplying further controls the amplitude modulation based on the sensed colors. (a) at least one light emitting diode unit each including: a first LED of a first color; and a second LED of a second color; a first LED of a first color; and a second LED of a second color; (b) means for supplying respective driving signals to each of said first LED and second LED individually, said respective driving signals individually controlling relative intensity outputs of said respective first LED and second LED, wherein said means for supplying further individually frequency modulates with fixed pulse width the respective driving signals supplied to each of said first LED and second LED to individually control their relative intensity outputs and further amplitude modulates the respective driving signals supplied to each of said first LED and second LED; and (c) means for sensing colors of light output from at least a portion of said at least one LED unit; and
A method for recovering valuable metals from waste batteries, the method comprising: a roasting step for roasting the waste batteries at a temperature of higher than or equal to 300°C and lower than 600°C; an oxidation step for carrying out an oxidation treatment by roasting the waste batteries roasted in the roasting step at a temperature of from 1100°C to 1200°C; and dry step for melting the waste batteries after the oxidation step, and separately collecting slag and an alloy of valuable metals. a roasting step for roasting the waste batteries at a temperature of higher than or equal to 300°C and lower than 600°C; an oxidation step for carrying out an oxidation treatment by roasting the waste batteries roasted in the roasting step at a temperature of from 1100°C to 1200°C; and dry step for melting the waste batteries after the oxidation step, and separately collecting slag and an alloy of valuable metals.
A decoding method for decoding MPEG-4 video signals associated with a block X of 64 Discrete Cosine Transform coefficients, the method comprising: receiving MPEG-4 video signals comprising a plurality of blocks of data, each block comprising a quantised DC residual signal, determining a first gradient between a quantised DC coefficient DC A of a previously decoded block A that is horizontally adjacent to and left of the block X, and a quantised DC coefficient DC B of a previously decoded block B that is vertically adjacent to and above the block A; determining a second gradient between DC B and a quantised DC coefficient DC C of a previously decoded block C that is vertically adjacent to and above the block X, wherein each of the block A, the block B and the block C is inside a boundary of a video object plane containing the block X; when the first gradient is less than the second gradient, predicting a quantised DC coefficient DC X of the block X from DC C, otherwise, predicting the quantised DC coefficient DC X from DC A; identifying the quantised DC residual signal for the block X from the MPEG-4 video signals; generating a quantised DC coefficient for the block X from the predicted quantised DC coefficient DC X of the block X and the quantised DC residual signal for the block X; and generating image data for the block X according to an inverse discrete cosine transform based on the generated quantised DC coefficient. receiving MPEG-4 video signals comprising a plurality of blocks of data, each block comprising a quantised DC residual signal, determining a first gradient between a quantised DC coefficient DC A of a previously decoded block A that is horizontally adjacent to and left of the block X, and a quantised DC coefficient DC B of a previously decoded block B that is vertically adjacent to and above the block A; determining a second gradient between DC B and a quantised DC coefficient DC C of a previously decoded block C that is vertically adjacent to and above the block X, wherein each of the block A, the block B and the block C is inside a boundary of a video object plane containing the block X; when the first gradient is less than the second gradient, predicting a quantised DC coefficient DC X of the block X from DC C, otherwise, predicting the quantised DC coefficient DC X from DC A; identifying the quantised DC residual signal for the block X from the MPEG-4 video signals; generating a quantised DC coefficient for the block X from the predicted quantised DC coefficient DC X of the block X and the quantised DC residual signal for the block X; and generating image data for the block X according to an inverse discrete cosine transform based on the generated quantised DC coefficient.
A liquid crystal display comprising: a first substrate; a first electrode formed on the first substrate; a second substrate facing the first substrate; a second electrode formed on the second substrate and facing the first electrode; a liquid crystal layer formed between the first and second electrodes (191; 270) and filled with liquid crystals; and a charge supplying unit comprising a plurality of charge supplying circuits adapted to supply charges to the first electrode several times to apply a bend voltage (Vbend) for transitioning the arrangement of the liquid crystals; wherein each charge supplying circuit is adapted to apply a common voltage (Vcom) to the first electrode after having applied the bend voltage (Vbend); characterized in that each charge supplying circuit (7 10) comprises: a capacitor (Cb) connected to the common voltage (Vcom) and a reference node; a first switching element connected to the bend voltage (Vbend) source and the reference node; and a second switching element connected to the reference node and the first electrode; wherein the first and second switching elements (S2, S3) are adapted to be alternately turned on, so as to supply said charges to the first electrode several times. a first substrate; a first electrode formed on the first substrate; a second substrate facing the first substrate; a second electrode formed on the second substrate and facing the first electrode; a liquid crystal layer formed between the first and second electrodes (191; 270) and filled with liquid crystals; and a charge supplying unit comprising a plurality of charge supplying circuits adapted to supply charges to the first electrode several times to apply a bend voltage (Vbend) for transitioning the arrangement of the liquid crystals; wherein each charge supplying circuit is adapted to apply a common voltage (Vcom) to the first electrode after having applied the bend voltage (Vbend); characterized in that each charge supplying circuit (7 10) comprises: a capacitor (Cb) connected to the common voltage (Vcom) and a reference node; a first switching element connected to the bend voltage (Vbend) source and the reference node; and a second switching element connected to the reference node and the first electrode; wherein the first and second switching elements (S2, S3) are adapted to be alternately turned on, so as to supply said charges to the first electrode several times.
Electrical cable connector support for holding a connector in a fixed position within a motor vehicle seat, said seat comprising a framework and a moulded upholstery foam, said connector support comprising an anchoring part for anchoring said support within said seat and a stapling part surmounting said anchoring part to engagingly receive said connector; characterized in that said anchoring part is apertured so as to be able to engage in said upholstery foam when said upholstery foam is moulded.
A method in a user equipment for communicating with a base station in a communications network, wherein there is a set of plural alternative user equipment categories and wherein the user equipment is configured to communicate with the base station according to a selectable of two or more user equipment categories of the set of plural alternative user equipment categories, the method comprising: sending (701a, 701b, 701c, 701d, 801) information about the two or more user equipment categories to the base station; signaling the number of supported Multiple Input Multiple Output, MIMO, layers for each frequency band combination to the base station; selecting (704b, 704d, 802) one of the two or more user equipment categories if information indicating the one of the two or more user equipment categories is received from the base station; selecting (703a, 703c, 803) a default of the two or more user equipment categories if no information indicating which of the two or more user equipment categories is received from the base station; determining (703a, 704b, 703c, 704d, 804) a soft buffer size of a soft buffer comprised in the user equipment according to the selected user equipment category; and communicating (704a, 705b, 704c, 705d, 805) with the base station according to the selected user equipment category and applying the determined soft buffer size. sending (701a, 701b, 701c, 701d, 801) information about the two or more user equipment categories to the base station; signaling the number of supported Multiple Input Multiple Output, MIMO, layers for each frequency band combination to the base station; selecting (704b, 704d, 802) one of the two or more user equipment categories if information indicating the one of the two or more user equipment categories is received from the base station; selecting (703a, 703c, 803) a default of the two or more user equipment categories if no information indicating which of the two or more user equipment categories is received from the base station; determining (703a, 704b, 703c, 704d, 804) a soft buffer size of a soft buffer comprised in the user equipment according to the selected user equipment category; and communicating (704a, 705b, 704c, 705d, 805) with the base station according to the selected user equipment category and applying the determined soft buffer size.