mhurhangee/ep-ind-claims huggingface dataset:
System for rainwater management, comprising: - at least one inlet through which untreated rainwater is introduced into the system, - at least one storage volume for temporarily storing rainwater, - at least one filter which filters the rainwater, - at least one outlet through which filtered rainwater leaves the system again, and - at least one pre-treatment device between the at least one inlet and the at least one storage volume, in which pre-treatment device the rainwater is pre-treated, wherein each inlet is connected to at least one pre-treatment device in such a way that all of the rainwater introduced into the system is compulsorily fed to a pre-treatment device, - wherein each inlet is connected to the at least one storage volume in such a way, and each storage volume is connected to the at least one filter in such a way, and/or each inlet is connected to the at least one filter in such a way that all of the rainwater is compulsorily fed to the filter, - wherein each filter is connected to the at least one outlet, - wherein the system comprises a connection line which connects a fluid outflow opening of the storage volume to a fluid inflow opening of the filter, and - wherein a throttle device is provided in the connection line. - at least one inlet through which untreated rainwater is introduced into the system, - at least one storage volume for temporarily storing rainwater, - at least one filter which filters the rainwater, - at least one outlet through which filtered rainwater leaves the system again, and - at least one pre-treatment device between the at least one inlet and the at least one storage volume, in which pre-treatment device the rainwater is pre-treated, wherein each inlet is connected to at least one pre-treatment device in such a way that all of the rainwater introduced into the system is compulsorily fed to a pre-treatment device, - wherein each inlet is connected to the at least one storage volume in such a way, and each storage volume is connected to the at least one filter in such a way, and/or each inlet is connected to the at least one filter in such a way that all of the rainwater is compulsorily fed to the filter, - wherein each filter is connected to the at least one outlet, - wherein the system comprises a connection line which connects a fluid outflow opening of the storage volume to a fluid inflow opening of the filter, and - wherein a throttle device is provided in the connection line.
A current generator comprising: a first subset of a plurality of current cells (209_1 to 209_n), each of the plurality of current cells (209_1 to 209_n) of the first subset being connected in parallel and comprising a current source, each of the plurality of current cells (209_1 to 209_n) of the first subset being connected to a switch (213_1 to 213_n); a first summer configured to sum the output of the plurality of current cells (209_1 to 209_n) of the first subset; a second subset of a plurality of current cells (223_1 to 223_n), each of the plurality of current cells (223_1 to 223_n) of the second subset being connected in parallel and comprising a current sink, each of the plurality of current cells (223_1 to 223_n) of the second subset being connected to a switch (227_1 to 227_n); a second summer configured to sum the output of the plurality of current cells (223_1 to 223_n) of the second subset; a combiner configured to combine the outputs of the first and second summers; and a control module configured to provide a sequence and to control switching of each switch (213_1 to 213_n, 227_1 to 227_n) according to the sequence to generate a summed output of a selection of the plurality of current cells (209_1 to 209_n) of the first subset at a plurality of quantisation levels to generate positive alternations of a pseudo-sinusoidal, alternating current and to generate a summed output of a selection of the plurality of current cells (223_1 to 223_n) of the second subset at a plurality of quantisation levels to generate negative alternations of a pseudo-sinusoidal, alternating current. a first subset of a plurality of current cells (209_1 to 209_n), each of the plurality of current cells (209_1 to 209_n) of the first subset being connected in parallel and comprising a current source, each of the plurality of current cells (209_1 to 209_n) of the first subset being connected to a switch (213_1 to 213_n); a first summer configured to sum the output of the plurality of current cells (209_1 to 209_n) of the first subset; a second subset of a plurality of current cells (223_1 to 223_n), each of the plurality of current cells (223_1 to 223_n) of the second subset being connected in parallel and comprising a current sink, each of the plurality of current cells (223_1 to 223_n) of the second subset being connected to a switch (227_1 to 227_n); a second summer configured to sum the output of the plurality of current cells (223_1 to 223_n) of the second subset; a combiner configured to combine the outputs of the first and second summers; and a control module configured to provide a sequence and to control switching of each switch (213_1 to 213_n, 227_1 to 227_n) according to the sequence to generate a summed output of a selection of the plurality of current cells (209_1 to 209_n) of the first subset at a plurality of quantisation levels to generate positive alternations of a pseudo-sinusoidal, alternating current and to generate a summed output of a selection of the plurality of current cells (223_1 to 223_n) of the second subset at a plurality of quantisation levels to generate negative alternations of a pseudo-sinusoidal, alternating current.
A security sheet, comprising: a fibrous sheet material,; a watermark design formed within at least one layer of the fibrous sheet material, the watermark design surrounded by a surrounding region, the watermark design comprising a first region with a first fiber density and a second region with a second fiber density, wherein the first fiber density is less than a fiber density of the surrounding region, and wherein the second fiber density is greater than the fiber density of the surrounding region; means for enhancing the watermark design by rendering the watermark design visually enhanced, machine detectable/readable, or both; and a security element comprising a micro-optic structure, the micro-optic structure comprising: a light-transmitting polymeric substrate; an arrangement of image icons located on or within the polymeric substrate; and an arrangement of microlenses, wherein the arrangement of image icons and the arrangement of microlenses are configured such that when the arrangement of image icons is viewed through the arrangement of microlenses, one or more synthetically magnified optical images are projected. a fibrous sheet material,; a watermark design formed within at least one layer of the fibrous sheet material, the watermark design surrounded by a surrounding region, the watermark design comprising a first region with a first fiber density and a second region with a second fiber density, wherein the first fiber density is less than a fiber density of the surrounding region, and wherein the second fiber density is greater than the fiber density of the surrounding region; means for enhancing the watermark design by rendering the watermark design visually enhanced, machine detectable/readable, or both; and a security element comprising a micro-optic structure, the micro-optic structure comprising: a light-transmitting polymeric substrate; an arrangement of image icons located on or within the polymeric substrate; and an arrangement of microlenses, wherein the arrangement of image icons and the arrangement of microlenses are configured such that when the arrangement of image icons is viewed through the arrangement of microlenses, one or more synthetically magnified optical images are projected. a light-transmitting polymeric substrate; an arrangement of image icons located on or within the polymeric substrate; and an arrangement of microlenses, wherein the arrangement of image icons and the arrangement of microlenses are configured such that when the arrangement of image icons is viewed through the arrangement of microlenses, one or more synthetically magnified optical images are projected.
A paging method, comprising: receiving, by a terminal device, broadcast information, wherein the broadcast information indicates a total quantity of synchronization signals in a synchronization signal set, the synchronization signal set includes at least two synchronization signal blocks, and a synchronization signal block includes a primary synchronization signal and a secondary synchronization signal; determining (S301, S403), by the terminal device, based on a terminal device identifier, an occasion set for paging of the terminal device within a discontinuous reception period, wherein the occasion set for paging comprises at least two occasions for paging receiving (S302, S404), by the terminal device, in a time range corresponding to the occasions for paging comprised in the occasion set for paging, a paging message, wherein the terminal device determines the total quantity of occasions for paging included in the occasion set for paging as being the total quantity of synchronization signals in the synchronization signal set. receiving, by a terminal device, broadcast information, wherein the broadcast information indicates a total quantity of synchronization signals in a synchronization signal set, the synchronization signal set includes at least two synchronization signal blocks, and a synchronization signal block includes a primary synchronization signal and a secondary synchronization signal; determining (S301, S403), by the terminal device, based on a terminal device identifier, an occasion set for paging of the terminal device within a discontinuous reception period, wherein the occasion set for paging comprises at least two occasions for paging receiving (S302, S404), by the terminal device, in a time range corresponding to the occasions for paging comprised in the occasion set for paging, a paging message, wherein the terminal device determines the total quantity of occasions for paging included in the occasion set for paging as being the total quantity of synchronization signals in the synchronization signal set.
A running profile generation device comprising: a storage that stores speed limit information, vehicle performance information, and route information; a speed limit setter that acquires, from the storage, at least one speed limit section of a running section being set based on a departure point and an arrival point of the running section, the speed limit section being a section delimited at positions at which a speed limit changes; characterized by a reverse coasting curve generator that determines a base point based on a terminal position and an upper limit speed of the speed limit section and generates a reverse coasting curve from the base point based on the vehicle performance information and the route information stored in the storage, the upper limit speed being set according to a speed limit for the speed limit section; a parameter setter that determines a coasting start position based on the generated reverse coasting curve; and a simulator that generates a running profile by performing a running simulation based on the set running section, the speed limit information on the running section, the generated reverse coasting curve, the set coasting start position, and the vehicle performance information and the route information stored in the storage, wherein the reverse coasting curve generator sets a range below the upper limit speed as a coasting range and sets a range equal to or above the upper limit speed to the upper limit speed during coasting from the base point toward the departure point. a storage that stores speed limit information, vehicle performance information, and route information; a speed limit setter that acquires, from the storage, at least one speed limit section of a running section being set based on a departure point and an arrival point of the running section, the speed limit section being a section delimited at positions at which a speed limit changes; characterized by a reverse coasting curve generator that determines a base point based on a terminal position and an upper limit speed of the speed limit section and generates a reverse coasting curve from the base point based on the vehicle performance information and the route information stored in the storage, the upper limit speed being set according to a speed limit for the speed limit section; a parameter setter that determines a coasting start position based on the generated reverse coasting curve; and a simulator that generates a running profile by performing a running simulation based on the set running section, the speed limit information on the running section, the generated reverse coasting curve, the set coasting start position, and the vehicle performance information and the route information stored in the storage, wherein the reverse coasting curve generator sets a range below the upper limit speed as a coasting range and sets a range equal to or above the upper limit speed to the upper limit speed during coasting from the base point toward the departure point.
A method for determining the number of sessions on an optical disc, comprising the steps of: receiving a request for the number of data recorded sessions on an optical disc; acquiring, from an optical disc having a recording region divided into a plurality of sessions in which data are to be recorded, data management information about data recording and acquiring, based on the data management information, the number of sessions in which data are recorded; if the number of the data recorded sessions is greater than 1, regarding all the closed data recorded sessions, except for a last closed session, as a single pseudo closed data recorded session, and determining that the number of data recorded sessions is 2; and if the number of the data recorded sessions is equal to 1, determining the number of data recorded sessions is 1; determining, if the number of data recorded sessions is determined as 2, whether there are any open data sessions, and if there is an open data session determining that the number of data recorded sessions is 3; responding to the original request with the determined value of the number of data recorded sessions. receiving a request for the number of data recorded sessions on an optical disc; acquiring, from an optical disc having a recording region divided into a plurality of sessions in which data are to be recorded, data management information about data recording and acquiring, based on the data management information, the number of sessions in which data are recorded; if the number of the data recorded sessions is greater than 1, regarding all the closed data recorded sessions, except for a last closed session, as a single pseudo closed data recorded session, and determining that the number of data recorded sessions is 2; and if the number of the data recorded sessions is equal to 1, determining the number of data recorded sessions is 1; determining, if the number of data recorded sessions is determined as 2, whether there are any open data sessions, and if there is an open data session determining that the number of data recorded sessions is 3; responding to the original request with the determined value of the number of data recorded sessions.
An alpha4beta7 integrin heterodimer specific antibody having a heavy chain variable region consisting of SEQ ID NO:5, and a light chain variable region consisting of SEQ ID NO: 2, for use in a method of treating ulcerative colitis in a subject, comprising administering to the subject the alpha4beta7 integrin heterodimer specific antibody by subcutaneous injection in an amount and at an interval of: (a) monthly doses of 21 mg for three months; or (b) 210 mg as a single dose, wherein the antibody further comprises a light chain constant region consisting of SEQ ID NO:7 and a heavy chain constant region consisting of SEQ ID NO:8. (a) monthly doses of 21 mg for three months; or (b) 210 mg as a single dose,
Botulinum toxin for use in a method of preventing maladaptive neuronal plasticity, comprising the step of administering a therapeutically effective amount of a botulinum toxin to at least a portion of a 1A sensory afferent of at least one muscle prior to the onset of spasticity and/or before maladaptive neuronal plasticity becomes clinically apparent and wherein said administration prevents or attenuates the development of said maladaptive neuronal plasticity.
A surgical system, comprising: a handle; a steerable cannula configured to have a surgical device advanced therethrough, the cannula including concentric inner and outer tubes (294, 296) that have distal ends fixed together, the outer tube being configured to move relative to the inner tube and thereby cause a distal portion of the cannula to articulate; and a steering knob at a distal end of the handle and configured to be actuated to cause movement of the outer tube relative to the inner tube; wherein the inner and outer tubes (294, 296) extend distally from the handle and the knob; wherein the inner tube is held in a fixed position relative to the handle due to a proximal coupling element at a proximal end of the inner tube being seated in a depression formed in the handle; characterised in that the steering knob is operatively coupled to the outer tube via corresponding threads on the knob and the outer tube. a handle; a steerable cannula configured to have a surgical device advanced therethrough, the cannula including concentric inner and outer tubes (294, 296) that have distal ends fixed together, the outer tube being configured to move relative to the inner tube and thereby cause a distal portion of the cannula to articulate; and a steering knob at a distal end of the handle and configured to be actuated to cause movement of the outer tube relative to the inner tube; wherein the inner and outer tubes (294, 296) extend distally from the handle and the knob; wherein the inner tube is held in a fixed position relative to the handle due to a proximal coupling element at a proximal end of the inner tube being seated in a depression formed in the handle; characterised in that the steering knob is operatively coupled to the outer tube via corresponding threads on the knob and the outer tube.
A device for introducing an agent into a fire suppression fluid carried by a pipe, comprising: a housing having an inlet configured to receive the agent into the housing and an outlet that defines a portion of the housing configured to release the agent from the housing into the pipe; a stopper that is moveable relative to the outlet between a closed position where the stopper prevents passage from the inlet to the outlet and an open position where the inlet is in communication with the outlet; and a vane that causes movement of the stopper from the closed position to the open position responsive to contact between the vane and fire suppression fluid flowing past the vane; the vane being moveable in a direction of fluid flow past the housing; charactgerized by the vane being situated downstream of at least a portion of the housing; and the stopper being supported on a pin that is slideable within the housing, one end of the pin being received against a biasing member that is configured to react against the pin and a surface within the housing and to urge the pin into a position where the stopper is in the closed position. a housing having an inlet configured to receive the agent into the housing and an outlet that defines a portion of the housing configured to release the agent from the housing into the pipe; a stopper that is moveable relative to the outlet between a closed position where the stopper prevents passage from the inlet to the outlet and an open position where the inlet is in communication with the outlet; and a vane that causes movement of the stopper from the closed position to the open position responsive to contact between the vane and fire suppression fluid flowing past the vane; the vane being moveable in a direction of fluid flow past the housing; charactgerized by the vane being situated downstream of at least a portion of the housing; and the stopper being supported on a pin that is slideable within the housing, one end of the pin being received against a biasing member that is configured to react against the pin and a surface within the housing and to urge the pin into a position where the stopper is in the closed position.
An additive for an antimicrobial ink, sealant, coating or varnish, manufactured in two phases: Phase 1, an oil phase comprising Glutaric acid dialdehyde, Didecyldimethylammonium chloride, Alkyldimethylbenzylammonium chloride, Pinus sylvestris, Ethoxylate Alcohol Laureth 7, Octadecenoic acid, Parachlorometaxylenol, Epoxy-cis-9-octadecenoic acid, Palmityl alcohol, Cetyl alcohol wax, Hydroxy-9-cis-octadecenoic acid, 2-Hydroxypropanoic acid, Ethylenediaminetetraacetic acid, Methylchloroisothiazolinone; and Phase 2, a micro-emulsion phase, comprising Ethoxylate Alcohol Laureth-7, Cetyl alcohol wax, Pinus sylvestris, Propan-2-ol.
Progressive die for the chipping machining of workpieces comprising a chipping/machining tool, a collet chuck to hold the tool and a collet chuck lining composing a recess for the insertion of the collet chuck whereby the collet chuck is engineered to auto-travel along the longitudinal axis of the collet chuck lining thus adjusting the radial distance between a cutting edge and the longitudinal axis, characterised in that the progressive die comprises a socket, which slips over the collet chuck lining, whereby the socket has either one or any number of cutting edges and either one or any number of flutes.
Clothes drying machine, or combined clothes washing and drying machine, comprising a drum holding the clothes to be dried, a conduit (2, 10) adapted to convey a flow of drying air into said drum and out thereof, a fan adapted to blow a first flow of drying air through said conduit, a heating element adapted to heat up the air in said conduit at a location upstream of said drum, a motor adapted to selectively drive said drum rotatably, means for producing atomised moisture, said means being adapted to release a flow of said atomised moisture into said conduit according to selected times and modes, a condenser, through which said flow of drying air is caused to circulate, and in that said moisture atomising means at least partially uses condensation water produced by said condenser, a pan adapted to collect the condensation water produced by said condenser, a primary reservoir adapted to be supplied via an appropriate conduit with the water coming from said pan and to deliver this water to said moisture atomising means, characterized in that said moisture atomising means is an ultrasound atomiser which is arranged on the bottom of the condensation water collection pan.