mhurhangee/ep-ind-claims huggingface dataset:
A fume decontamination system connectable to any combustion system, characterized in that it includes seven devices (A to G) interconnected sequentially as follows: - The connection of the fume extraction device to the combustion system, - A conducting device comprising ducts (5,8), - A cooling device comprising a cooler, the cooled fume is conducted to a suction device through ducts (10,11) - The suction device, which includes an extractor and an electronic device for regulating the flow thereof, the suction device drives the pressurized fumes to an induction device, - the induction device comprises a drive box, conveyance elements and injection regulators, the induction device concentrates and directs the fumes to a plenum unit,, - The plenum unit comprises an injection plenum and injection channels, and - A biological plant filtering device comprising a biofilter substrate, WHEREIN: The injection plenum channels uniformly distribute the fume in the plant biofilter substrate at different levels of the biofilter substrate to homogenize the entry of fumes to the biofilter substrate and ensure that the fume travels evenly through the biofilter substrate. - The connection of the fume extraction device to the combustion system, - A conducting device comprising ducts (5,8), - A cooling device comprising a cooler, the cooled fume is conducted to a suction device through ducts (10,11) - The suction device, which includes an extractor and an electronic device for regulating the flow thereof, the suction device drives the pressurized fumes to an induction device, - the induction device comprises a drive box, conveyance elements and injection regulators, the induction device concentrates and directs the fumes to a plenum unit,, - The plenum unit comprises an injection plenum and injection channels, and - A biological plant filtering device comprising a biofilter substrate, WHEREIN: The injection plenum channels uniformly distribute the fume in the plant biofilter substrate at different levels of the biofilter substrate to homogenize the entry of fumes to the biofilter substrate and ensure that the fume travels evenly through the biofilter substrate.
A process for the production of a foamed article comprising the steps of: - providing at least a core layer for said article, which core layer comprises a flexible, open-cell foam; - applying said core layer between a lower and an upper mould surface; - allowing a curable, foamable, isocyanate based liquid composition to foam in the open voids of said open-cell foam to produce a further foam filling these open voids while the core layer is maintained between the upper and lower mould surfaces; - allowing the sprayed, curable, foamable composition to penetrate at least partially by gravity into the open-cell foam of the core layer; - removing the produced article from between the supper and lower mould surfaces, wherein the curable, foamable composition is a reactive mixture which is sprayed onto the core layer, characterised in that the curable, foamable composition starts to cure when being sprayed onto the core layer and has a dynamic viscosity, measured at a shear rate of 1/s, of lower than 1000 mPa.s when arriving onto the core layer, the core layer being held in a lying position when spraying the foamable composition thereon; the flexible, open-cell foam having open voids forming at least 90% of the volume of the open-cell foam. - providing at least a core layer for said article, which core layer comprises a flexible, open-cell foam; - applying said core layer between a lower and an upper mould surface; - allowing a curable, foamable, isocyanate based liquid composition to foam in the open voids of said open-cell foam to produce a further foam filling these open voids while the core layer is maintained between the upper and lower mould surfaces; - allowing the sprayed, curable, foamable composition to penetrate at least partially by gravity into the open-cell foam of the core layer; - removing the produced article from between the supper and lower mould surfaces, wherein the curable, foamable composition is a reactive mixture which is sprayed onto the core layer,
Method for producing a TiO 2 -based material with no metals as well as additives other than C and N, the method comprising: - the prior mixing of a titanium alkoxide with an acid; - the adding of water, a phase separator and a source of N to the mixture of titanium alkoxide and acid to obtain a TiO 2 gel; - the washing of the TiO 2 gel with isopropanol (iPrOH); - the drying and the calcinating of the TiO 2 gel in order to produce the TiO 2 -based material with no metals and having open mesopores and macropores, the mesopores having a diameter of between 2nm and 10nm, the macropores having a diameter of between 2μm and 10μm, the mesoporous volume being greater than 0.1cm 3 /g and the macroporous volume being greater than 0.3cm 3 /g, the TiO 2 -based material comprising at least 60%, preferably at least 70%, by weight of TiO 2 in the form of anatase and elementary carbon and/or elementary nitrogen, the elementary carbon and/or the elementary nitrogen each being of a quantity less than or equal to around 2% by weight, the percentages being calculated with respect to the total weight of the material. - the prior mixing of a titanium alkoxide with an acid; - the adding of water, a phase separator and a source of N to the mixture of titanium alkoxide and acid to obtain a TiO 2 gel; - the washing of the TiO 2 gel with isopropanol (iPrOH); - the drying and the calcinating of the TiO 2 gel in order to produce the TiO 2 -based material with no metals and having open mesopores and macropores, the mesopores having a diameter of between 2nm and 10nm, the macropores having a diameter of between 2μm and 10μm, the mesoporous volume being greater than 0.1cm 3 /g and the macroporous volume being greater than 0.3cm 3 /g, the TiO 2 -based material comprising at least 60%, preferably at least 70%, by weight of TiO 2 in the form of anatase and elementary carbon and/or elementary nitrogen, the elementary carbon and/or the elementary nitrogen each being of a quantity less than or equal to around 2% by weight, the percentages being calculated with respect to the total weight of the material.
Method for operating an automatic stop/start system in a motor vehicle with an internal combustion engine, manual gearbox and automatic clutch system, wherein in a state in which the motor vehicle rolls without being powered the internal combustion engine is switched off and the clutch is opened, under certain conditions the internal combustion engine is automatically re-started and the rotational speed of its crankshaft is adjusted approximately to the rotational speed of the input shaft of the manual gearbox, characterized in that in the state in which the motor vehicle rolls without being powered the internal combustion engine is switched off and the clutch is opened, the rotational speed of the input shaft of the manual gearbox is determined continuously from the measured vehicle speed and the gearbox which is presently engaged and is displayed by an electronic gear display, by calculating and/or by measuring which rotational speed is equal to the rotational speed of the output shaft of the clutch, and in that at the moment at which this rotational speed exits an appropriate rotational speed range ( thr2 to thr3), which is within a maximum permissible rotational speed range ( thr1 to thr4), for the crankshaft of the internal combustion engine, the internal combustion engine is started and the rotational speed of its crankshaft is adjusted approximately to the rotational speed of the input shaft of the manual gearbox.
A method comprising: determining, by a Remote Authentication Dial-In User Service, RADIUS, server for a service provider network, change of authorization data for a plurality of services to which a subscriber of the service provider network has subscribed; generating, by the RADIUS server, a plurality of RADIUS messages that form a transaction between the RADIUS server and a network access server acting as a RADIUS client, wherein the plurality of RADIUS messages provide all of the change of authorization data for the plurality of services to the network access server prior to the network access server provisioning the plurality of services using the change of authorization data, the network access server being intermediately positioned between a subscriber access device deployed by the subscriber to access the plurality of services and the RADIUS server; and outputting, by the RADIUS server, the plurality of RADIUS messages to the network access server. determining, by a Remote Authentication Dial-In User Service, RADIUS, server for a service provider network, change of authorization data for a plurality of services to which a subscriber of the service provider network has subscribed; generating, by the RADIUS server, a plurality of RADIUS messages that form a transaction between the RADIUS server and a network access server acting as a RADIUS client, wherein the plurality of RADIUS messages provide all of the change of authorization data for the plurality of services to the network access server prior to the network access server provisioning the plurality of services using the change of authorization data, the network access server being intermediately positioned between a subscriber access device deployed by the subscriber to access the plurality of services and the RADIUS server; and outputting, by the RADIUS server, the plurality of RADIUS messages to the network access server.
Tubular container (11, 21, 31) which is composed of an injectable or castable curing material, having a tag or label which is applied by the in-mould process on the outside, and having a base portion (12, 22, 32), characterized in that the outer periphery of the base portion (12, 22, 32) is adjoined by a conical shape (13, 20, 33) the end of which, having a comparatively large diameter, is connected by way of a radial flange (15, 25, 37) in the region of the base-side end edge to the inner face of the container (11, 21, 31), in that the conical shape is part of the base, and in that the cone angle of the conical shape, being the angle between the cone face and the central axis of the container (11, 21, 31, 41, 63), is between 15 and 45 degrees, and in that the transitions between the axial delimitation faces (12a, 12b) of the base portion and the conical shape and those (13a, 13b) of the conical shape and the axial delimitation faces of the radial flange are configured so as to be angular.
An oral hygiene swab for a patient, the swab having: a stem formed of a rigid mouldable polymer material; and a head portion comprising a second relatively softer material moulded onto said stem, the stem and head portion having a hollow interior, thereby defining an internal passage along the swab, wherein the second material of the head portion provides cleaning formations for contact with the patients mouth and the head portion has openings, in communication between the internal passage and the exterior of the swab, arranged between the cleaning formations. a stem formed of a rigid mouldable polymer material; and a head portion comprising a second relatively softer material moulded onto said stem, the stem and head portion having a hollow interior, thereby defining an internal passage along the swab, wherein the second material of the head portion provides cleaning formations for contact with the patients mouth and the head portion has openings, in communication between the internal passage and the exterior of the swab, arranged between the cleaning formations.
A method of initiating handover of a User Equipment, UE, from a cell of a source enhanced Node B, eNB, to a cell of a target enhanced Node B, eNB, via the X2 interface, the method comprising: • at the source eNB, maintaining a Neighbor Relation Table, NRT, identifying the connectivity of the source eNB to cells of its neighboring eNBs, this information including for each eNB cell an indication that the eNB cell is an open, closed or hybrid eNB cell and, for each closed and hybrid eNB cell, a Closed Subscriber Group, CSG, identity; • determining that a handover of the UE is required and using the information stored in the NRT to identify closed and optionally hybrid eNBs cells to which a subscriber of the UE has access; • selecting a target eNB cell from the available open eNBs cells and the identified closed and optionally hybrid eNBs cells; and • performing handover of the UE from the source to the target eNB cell including establishing an X2 interface between the source and the target eNBs where no such interface exists a priori. • at the source eNB, maintaining a Neighbor Relation Table, NRT, identifying the connectivity of the source eNB to cells of its neighboring eNBs, this information including for each eNB cell an indication that the eNB cell is an open, closed or hybrid eNB cell and, for each closed and hybrid eNB cell, a Closed Subscriber Group, CSG, identity; • determining that a handover of the UE is required and using the information stored in the NRT to identify closed and optionally hybrid eNBs cells to which a subscriber of the UE has access; • selecting a target eNB cell from the available open eNBs cells and the identified closed and optionally hybrid eNBs cells; and • performing handover of the UE from the source to the target eNB cell including establishing an X2 interface between the source and the target eNBs where no such interface exists a priori.
A method for channel vacation used in radio communication devices, the method comprising: periodically transmitting timing synchronization information of a first network, from a first radio communication device serving as a control device in a first network; and embedding, by a second radio communication device controlled by the first radio communication device, the timing synchronization information transmitted from the first radio communication device in a frame allowed to be transmitted, characterized in that the method further comprising: identifying, by a third radio communication device in a second network different from the first network, the first network based on the timing synchronization information transmitted from the second radio communication device to determine a period of time in which a command frame is allowed to be transmitted in the second network; and giving notice, from the third radio communication device in the second network, to the first radio communication device and the second radio communication device in the first network to vacate a current radio channel, based on the determined period of time. periodically transmitting timing synchronization information of a first network, from a first radio communication device serving as a control device in a first network; and embedding, by a second radio communication device controlled by the first radio communication device, the timing synchronization information transmitted from the first radio communication device in a frame allowed to be transmitted, characterized in that the method further comprising: identifying, by a third radio communication device in a second network different from the first network, the first network based on the timing synchronization information transmitted from the second radio communication device to determine a period of time in which a command frame is allowed to be transmitted in the second network; and giving notice, from the third radio communication device in the second network, to the first radio communication device and the second radio communication device in the first network to vacate a current radio channel, based on the determined period of time. identifying, by a third radio communication device in a second network different from the first network, the first network based on the timing synchronization information transmitted from the second radio communication device to determine a period of time in which a command frame is allowed to be transmitted in the second network; and giving notice, from the third radio communication device in the second network, to the first radio communication device and the second radio communication device in the first network to vacate a current radio channel, based on the determined period of time.
An interior permanent magnet rotor comprising: a rotor being disposable for rotation within, and relative to a ring-shaped stator, the rotor comprises: a shaft rotatably supportable by a housing; a magnetic plate pair disposed about an outer circumference of the rotor, each magnetic plate (304, 305) of the magnetic plate pair having opposing sides (306, 308) that extend from the outer circumference toward the shaft, the opposing sides (306, 308) are bounded by an inner end (312, 313) of each magnetic plate (304, 305); characterized by a triangular member disposed between the magnetic plate pair and the shaft, the triangular member having a flat surface mated and physically contacted to each inner end (312, 313) of each magnetic plate (304, 305) of the magnetic plate pair, wherein the triangular member is non-magnetic. a rotor being disposable for rotation within, and relative to a ring-shaped stator, the rotor comprises: a shaft rotatably supportable by a housing; a magnetic plate pair disposed about an outer circumference of the rotor, each magnetic plate (304, 305) of the magnetic plate pair having opposing sides (306, 308) that extend from the outer circumference toward the shaft, the opposing sides (306, 308) are bounded by an inner end (312, 313) of each magnetic plate (304, 305); characterized by a triangular member disposed between the magnetic plate pair and the shaft, the triangular member having a flat surface mated and physically contacted to each inner end (312, 313) of each magnetic plate (304, 305) of the magnetic plate pair, wherein the triangular member is non-magnetic. a shaft rotatably supportable by a housing; a magnetic plate pair disposed about an outer circumference of the rotor, each magnetic plate (304, 305) of the magnetic plate pair having opposing sides (306, 308) that extend from the outer circumference toward the shaft, the opposing sides (306, 308) are bounded by an inner end (312, 313) of each magnetic plate (304, 305); characterized by a triangular member disposed between the magnetic plate pair and the shaft, the triangular member having a flat surface mated and physically contacted to each inner end (312, 313) of each magnetic plate (304, 305) of the magnetic plate pair, wherein the triangular member is non-magnetic.
Mobile hygienising apparatus designed to be coupled with a thermal conditioning station, said thermal conditioning station being provided with an internal space, said hygienising apparatus comprising a box body defining a chamber in which hygienising means is housed that is arranged for performing a hygienising cycle in said internal space of said thermal conditioning station characterised in that said hygienising apparatus is further provided with coupling means and with sealing means designed to permit a seal connection with said thermal conditioning station, in such a manner that said chamber is sealingly connected to said internal space.
A first radio station configured to operate a first cell, comprising: a communication control unit configured to support Dual Connectivity using the first cell and a second cell served by a second radio station, wherein the communication control unit is further configured to: transmit transmission constraint information to the second radio station and a radio terminal that performs the Dual Connectivity, the transmission constraint information being related to uplink signal transmission by the radio terminal over one or more subframe periods on the first and second cells (10, 20) when the second cell has been activated for the Dual Connectivity; receive reception constraint information from the second radio station, the reception constraint information being related to downlink signal reception by the radio terminal over one or more subframe periods at least on the second cell when the second cell has been activated for the Dual Connectivity; and transmit the reception constraint information to the radio terminal. a communication control unit configured to support Dual Connectivity using the first cell and a second cell served by a second radio station, wherein the communication control unit is further configured to: transmit transmission constraint information to the second radio station and a radio terminal that performs the Dual Connectivity, the transmission constraint information being related to uplink signal transmission by the radio terminal over one or more subframe periods on the first and second cells (10, 20) when the second cell has been activated for the Dual Connectivity; receive reception constraint information from the second radio station, the reception constraint information being related to downlink signal reception by the radio terminal over one or more subframe periods at least on the second cell when the second cell has been activated for the Dual Connectivity; and transmit the reception constraint information to the radio terminal. transmit transmission constraint information to the second radio station and a radio terminal that performs the Dual Connectivity, the transmission constraint information being related to uplink signal transmission by the radio terminal over one or more subframe periods on the first and second cells (10, 20) when the second cell has been activated for the Dual Connectivity; receive reception constraint information from the second radio station, the reception constraint information being related to downlink signal reception by the radio terminal over one or more subframe periods at least on the second cell when the second cell has been activated for the Dual Connectivity; and transmit the reception constraint information to the radio terminal.
An electrically conductive paper fabric comprising fiber materials, chemical additives and residual moisture, characterized in that the paper fabric includes cellulose-containing fiber materials and carbon fibers, due to the mixing ratio of which the specific resistance of the paper fabric is in a range between 10 -1 Ωm and 10 -6 Ωm, wherein the content of carbon fibers is more than 35% or between more than 35% and 99%, preferably between 45% and 85%, particularly preferably between 50% and 80%, further particularly preferably more than 50%, and the carbon fibers have a fiber length in a range between 1μm to 50000μm, preferably in a range between 8000μm to 50000μm, particularly preferably in a range between 1μm to 8000μm and further particularly preferably in a range between 5000μm to 8000μm.
A dental milling machine comprising a closed milling chamber having a supply air opening and an outlet which are substantially opposed to each other in relation to the milling chamber, and generating an airflow which passes across a machining area wherein a milling tool performs a milling operation on a milling workpiece, one side of the milling chamber, especially the front side, comprising an openable door, characterized in that the bottom wall of the milling chamber is formed to extend at least partially inclined and rounded, the bottom wall being closed below the machining area and having substantially constant inclination, and in that the outlet connects to the lowermost region of the bottom wall.