mhurhangee/ep-ind-claims huggingface dataset:
Fire valve formed by a body which is composed of a frame and a tunnel in which a butterfly damper is mounted pivotably about an axis (xx) between a closed position which separates an inner side from an outer side and an open smoke extraction position, - the body and the butterfly damper formed by a plate each being produced by means of an assembly of refractory plates (11, 51, 211) which are cut and adhesively bonded, the assembly (11, 51) forming the body and the plate of the butterfly damper being provided with steel reinforcements which are fixed directly to the plate assemblies, the reinforcements (60, 70) of the body being fixed at the outer side of the assemblies of the tunnel and the frame and the reinforcements (240, 249) in the form of angled members of the butterfly damper on the two faces of the plate, and - the inner side of the tunnel being provided at the inner side of the valve with an upper seat and at the outer side with a lower seat against which the plate of the butterfly damper abuts in a closed position, these stops being supplemented by upper and lower left and right half-seats (282, 283), and the lower/upper seats (280, 281) for the upper edge and the lower edge of the plate which form supports for thermally insulating and reinforcing the closure position are interposed between the inner surface of the tunnel and a sheet metal component which is screwed by means of screws against the inner surface of the tunnel and - the two faces of the plate being reinforced by means of angled members perpendicular to the pivot axis (xx). - the body and the butterfly damper formed by a plate each being produced by means of an assembly of refractory plates (11, 51, 211) which are cut and adhesively bonded, the assembly (11, 51) forming the body and the plate of the butterfly damper being provided with steel reinforcements which are fixed directly to the plate assemblies, the reinforcements (60, 70) of the body being fixed at the outer side of the assemblies of the tunnel and the frame and the reinforcements (240, 249) in the form of angled members of the butterfly damper on the two faces of the plate, and - the inner side of the tunnel being provided at the inner side of the valve with an upper seat and at the outer side with a lower seat against which the plate of the butterfly damper abuts in a closed position, these stops being supplemented by upper and lower left and right half-seats (282, 283), and the lower/upper seats (280, 281) for the upper edge and the lower edge of the plate which form supports for thermally insulating and reinforcing the closure position are interposed between the inner surface of the tunnel and a sheet metal component which is screwed by means of screws against the inner surface of the tunnel and - the two faces of the plate being reinforced by means of angled members perpendicular to the pivot axis (xx).
A mobile telecommunications network including: a network core operable to provide core network functions; and a radio access network having radio means for wireless communication with mobile terminals registered with the telecommunications network, and control means operable to host a plurality of applications (20, 20A, 20B) for use by users of the mobile terminals, each application having respective capabilities; wherein the control means includes a client function and the network core includes a director function operable to communicate with the client function; wherein the control means is operable to exchange information with the network core, the information comprising the capabilities of the applications (20, 20A, 20B) hosted by the control means; and wherein the director function is operable to provide the client function with respective policy data which specifies how requests relating to respective ones of the mobile terminals are handled by the control means, which policy data is dependent upon the capabilities of the applications (20, 20A, 20B) hosted by the control means. a network core operable to provide core network functions; and a radio access network having radio means for wireless communication with mobile terminals registered with the telecommunications network, and control means operable to host a plurality of applications (20, 20A, 20B) for use by users of the mobile terminals, each application having respective capabilities; radio means for wireless communication with mobile terminals registered with the telecommunications network, and control means operable to host a plurality of applications (20, 20A, 20B) for use by users of the mobile terminals, each application having respective capabilities; wherein the control means includes a client function and the network core includes a director function operable to communicate with the client function; wherein the control means is operable to exchange information with the network core, the information comprising the capabilities of the applications (20, 20A, 20B) hosted by the control means; and wherein the director function is operable to provide the client function with respective policy data which specifies how requests relating to respective ones of the mobile terminals are handled by the control means, which policy data is dependent upon the capabilities of the applications (20, 20A, 20B) hosted by the control means.
A method of determining a zero offset of a vibratory meter at a process condition, the method comprising: measuring a flow rate of a material in the vibratory meter; determining if the measured flow rate is less than a low flow threshold; measuring one or more operational parameters of the vibratory meter; determining if the one or more measured operational parameters of the vibratory meter are within a corresponding range; and if the measured flow rate is less than the low flow threshold and if the one or more measured operational parameters of the vibratory meter are within the corresponding range, then determining that a no-flow condition is present and determining a zero offset of the vibratory meter based on the measured flow rate. measuring a flow rate of a material in the vibratory meter; determining if the measured flow rate is less than a low flow threshold; measuring one or more operational parameters of the vibratory meter; determining if the one or more measured operational parameters of the vibratory meter are within a corresponding range; and if the measured flow rate is less than the low flow threshold and if the one or more measured operational parameters of the vibratory meter are within the corresponding range, then determining that a no-flow condition is present and determining a zero offset of the vibratory meter based on the measured flow rate.
A map providing device that provides map data describing a map of roads on which a vehicle travels, the map providing device comprising: a storage unit that stores the map data; a communicator that receives update data describing road information of an update target portion that is an update target in the map data stored in the storage unit; a searcher that searches for the update target portion included in the map data; and a processor that reflects, on the map data, the update data corresponding to the update target portion obtained through the search by the searcher, wherein the searcher further includes: a first searcher that searches for the update target portion included in a planned travel route on which the vehicle is scheduled to travel; and a second searcher that searches for the update target portion from an end point of the planned travel route as a starting point of search, characterized in that the second searcher searches for the update target portion if an amount of the update target portion found by the first searcher does not reach a predetermined amount. a storage unit that stores the map data; a communicator that receives update data describing road information of an update target portion that is an update target in the map data stored in the storage unit; a searcher that searches for the update target portion included in the map data; and a processor that reflects, on the map data, the update data corresponding to the update target portion obtained through the search by the searcher, wherein the searcher further includes: a first searcher that searches for the update target portion included in a planned travel route on which the vehicle is scheduled to travel; and a second searcher that searches for the update target portion from an end point of the planned travel route as a starting point of search, a first searcher that searches for the update target portion included in a planned travel route on which the vehicle is scheduled to travel; and a second searcher that searches for the update target portion from an end point of the planned travel route as a starting point of search,
Vertebral osteosynthesis equipment and revision assembly for this vertebral osteosynthesis equipment, the vertebral osteosynthesis equipment comprising at least one bone anchoring member including a threaded proximal pin, at least one connecting part comprising a hole for its engagement on that threaded proximal pin, and at least one nut designed to be screwed on the thread outwardly comprised by the pin for receiving that nut; characterized in that: - the revision assembly comprises a threaded extension rod having a widened end that defines a threaded axial cavity, said threaded axial cavity being dimensioned to allow the threaded extension rod to be screwed onto said thread provided on the threaded pin; - the hole provided in said connecting part has a diameter such that it is capable to receive said widened end of the threaded extension rod therethrough; and - the revision assembly comprises a so-called "reassembly" nut suitable for being screwed onto said threaded extension rod. - the revision assembly comprises a threaded extension rod having a widened end that defines a threaded axial cavity, said threaded axial cavity being dimensioned to allow the threaded extension rod to be screwed onto said thread provided on the threaded pin; - the hole provided in said connecting part has a diameter such that it is capable to receive said widened end of the threaded extension rod therethrough; and - the revision assembly comprises a so-called "reassembly" nut suitable for being screwed onto said threaded extension rod.
A sprinkler comprising: a sprinkler body; a nozzle associated with one end of the sprinkler body; a cap secured to or integral with an opposite end of the sprinkler body, the cap including a central opening and at least one spider ingress opening positioned radially outward of the central opening; a deflector plate assembly supported by the cap and including a deflector plate at an upstream end facing the nozzle, a spool assembly supported in the central opening of the cap, and a counterbalance weight at a downstream end, wherein the deflector plate assembly is pitched at an angle relative to the sprinkler body; a spider barrier disposed in engagement with the cap and defining an enclosure over the at least one spider ingress opening; and a sprinkler head cover positioned over the counterbalance weight and secured to the cap. a sprinkler body; a nozzle associated with one end of the sprinkler body; a cap secured to or integral with an opposite end of the sprinkler body, the cap including a central opening and at least one spider ingress opening positioned radially outward of the central opening; a deflector plate assembly supported by the cap and including a deflector plate at an upstream end facing the nozzle, a spool assembly supported in the central opening of the cap, and a counterbalance weight at a downstream end, wherein the deflector plate assembly is pitched at an angle relative to the sprinkler body; a spider barrier disposed in engagement with the cap and defining an enclosure over the at least one spider ingress opening; and a sprinkler head cover positioned over the counterbalance weight and secured to the cap.
Hydrogel comprising: a human plasma-derived element selected from human platelet rich plasma, human platelet lysate, or combinations thereof; wherein the human plasma-derived element is directly linked to at least one polymerizable moiety selected from a methacrylate, acrylate, ethacrylate, thiol, acrylamide, aldehyde, azide, amine reactive group, cyclic oligosaccharides, or combinations thereof, wherein 10-15 % (w human platelet lysate/ V hydrogel) of the human platelet lysate is directly linked to at least one polymerizable moiety selected from a methacrylate; and wherein the methacrylation degree is between 14-25%. a human plasma-derived element selected from human platelet rich plasma, human platelet lysate, or combinations thereof; wherein the human plasma-derived element is directly linked to at least one polymerizable moiety selected from a methacrylate, acrylate, ethacrylate, thiol, acrylamide, aldehyde, azide, amine reactive group, cyclic oligosaccharides, or combinations thereof, wherein 10-15 % (w human platelet lysate/ V hydrogel) of the human platelet lysate is directly linked to at least one polymerizable moiety selected from a methacrylate; and wherein the methacrylation degree is between 14-25%.
Apparatus for cutting a preferably thick-walled extruded pipe, comprising at least one separating tool and a receiving unit for the separating tool, the separating tool being movable radially to the extrusion axis and rotatable around the pipe to be cut via further means in order to cut the pipe, the receiving unit comprising two racks (11, 12) arranged in a block, the first rack being movable back and forth axially and the second rack radially to the extrusion axis, the axial movement being transformed into a radial movement, and the separating tool being arranged at the second rack, characterized in that the block with the racks (11, 12) is arranged on a receiving dis,, the first rack being connected to a ring element which is movable back and forth on a sleeve along the extrusion axis.
A tower structure for use in a body of water, comprising a hollow outer section with a first end equipped with an opening, wherein an inner section is telescopically accommodated in the cavity of the outer section through the opening in the said first end and is telescopically movable in the outer section from a position in which essentially the whole of the inner section is accommodated in the outer section, to a position in which a length of the inner section projects above the first end of the outer section, characterised in that the inner section is divided by means of partitions into a plurality of chambers (6, 6') fluid-connected via ducts and openings, where at least one chamber is fluid-connected via at least one duct to a source for a ballasting fluid, and where a chamber at a second end of the outer section has an inlet for ballast water to provide for an initial tilt of the tower structure, whereby the chambers (6, 6') can selectively, and by a gradual flow through the openings, be filled with ballasting fluid, the openings being situated in the top of all the partitions when the tower structure is in a horizontal position.
An antenna assembly, comprising: an antenna that includes: a metal signal layer having a radiating surface; and a feed port; and a waveguide surrounding the antenna and configured to guide electromagnetic energy transmitted from the radiating surface in a direction away from the antenna; and a controller module connected to the feed port and configured to drive the antenna to transmit electromagnetic energy from the radiating surface; wherein the antenna, waveguide, and controller module are configured such that, when the controller module drives the antenna, the transmitted electromagnetic energy matches a reception characteristic of an implantable device and is sufficient for the implantable device to create one or more electrical pulses of sufficient amplitude to stimulate neural tissue of a patient, solely using electromagnetic energy received from the antenna, when the implantable device is located at least 10 centimeters away from the antenna; wherein the radiating surface is adjustable from a first spatial orientation to a second spatial orientation such that polarized electromagnetic energy received at a dipole antenna located on the implantable device in the patient is increased. an antenna that includes: a metal signal layer having a radiating surface; and a feed port; and a metal signal layer having a radiating surface; and a feed port; and a waveguide surrounding the antenna and configured to guide electromagnetic energy transmitted from the radiating surface in a direction away from the antenna; and a controller module connected to the feed port and configured to drive the antenna to transmit electromagnetic energy from the radiating surface; wherein the antenna, waveguide, and controller module are configured such that, when the controller module drives the antenna, the transmitted electromagnetic energy matches a reception characteristic of an implantable device and is sufficient for the implantable device to create one or more electrical pulses of sufficient amplitude to stimulate neural tissue of a patient, solely using electromagnetic energy received from the antenna, when the implantable device is located at least 10 centimeters away from the antenna; wherein the radiating surface is adjustable from a first spatial orientation to a second spatial orientation such that polarized electromagnetic energy received at a dipole antenna located on the implantable device in the patient is increased.
An inkjet recording apparatus, comprising: a carriage incorporating an image forming unit which forms an image on a recording medium by ejecting ink from an inkjet head; a scanning device which scans the recording medium by bi-directionally moving the carriage along a direction perpendicular to a direction of conveyance of the recording medium; a platen arranged opposite the carriage and supporting the recording medium from a rear surface side thereof; and a temperature control device (80, 82, 84, 76, 78, 176, 276) carrying out temperature control of the platen by a temperature adjustment mechanism provided on the carriage or is provided detachably, wherein the temperature control device carries out temperature control throughout the whole range of the platen in the width direction, by moving the carriage by the scanning device, characterized by further comprising a maintenance unit having a cap (62, 64, 66, 68) for keeping nozzles of the inkjet head moist, wherein the temperature adjustment mechanism is provided in a portion or entirety of a surface of the cap (62, 64, 66, 68) on an opposite side to the surface which keeps the nozzles moist; and when adjusting the temperature of the platen, the cap is separated from the maintenance unit, and the cap is fixed to the inkjet head. a carriage incorporating an image forming unit which forms an image on a recording medium by ejecting ink from an inkjet head; a scanning device which scans the recording medium by bi-directionally moving the carriage along a direction perpendicular to a direction of conveyance of the recording medium; a platen arranged opposite the carriage and supporting the recording medium from a rear surface side thereof; and a temperature control device (80, 82, 84, 76, 78, 176, 276) carrying out temperature control of the platen by a temperature adjustment mechanism provided on the carriage or is provided detachably, wherein the temperature control device carries out temperature control throughout the whole range of the platen in the width direction, by moving the carriage by the scanning device, characterized by further comprising a maintenance unit having a cap (62, 64, 66, 68) for keeping nozzles of the inkjet head moist, wherein the temperature adjustment mechanism is provided in a portion or entirety of a surface of the cap (62, 64, 66, 68) on an opposite side to the surface which keeps the nozzles moist; and when adjusting the temperature of the platen, the cap is separated from the maintenance unit, and the cap is fixed to the inkjet head.
A compound of formula wherein R 1 is halogen, optionally substituted C 1 -C 3 alkyl, cyclopropyl, optionally substituted C 1 -C 3 alkoxy, cyano, hydroxyl, nitro or NH 2, wherein the optional substituents may consist of one or more halo or alkoxy groups; R 2 is H or F; R 3 is H, halogen, C 1 -C 3 alkyl, C 1 -C 3 alkoxy, cyano or a ring N; R 4 is H, halogen, C 1 -C 3 alkyl, C 1 -C 3 alkoxy, cyano or a ring N and n is 0-3. wherein R 1 is halogen, optionally substituted C 1 -C 3 alkyl, cyclopropyl, optionally substituted C 1 -C 3 alkoxy, cyano, hydroxyl, nitro or NH 2, wherein the optional substituents may consist of one or more halo or alkoxy groups; R 2 is H or F; R 3 is H, halogen, C 1 -C 3 alkyl, C 1 -C 3 alkoxy, cyano or a ring N; R 4 is H, halogen, C 1 -C 3 alkyl, C 1 -C 3 alkoxy, cyano or a ring N and n is 0-3.
An agricultural device for laying out and compressing harvested crop material wherein the agricultural device is adapted for connection with a vehicle and comprises: a first tool for transporting and laying out the harvested crops and; a second tool for processing the laid out harvested crop; wherein the first tool and the second tool are coupled; characterised in that the first and the second tool are adapted to be operated by the connection with the vehicle, and that said second tool is a rotary harrow. a first tool for transporting and laying out the harvested crops and; a second tool for processing the laid out harvested crop; wherein the first tool and the second tool are coupled; characterised in that the first and the second tool are adapted to be operated by the connection with the vehicle, and that said second tool is a rotary harrow.
A process for culturing Bacillus cells producing a protein of interest, comprising the steps of: (a) providing a pre-culture of said Bacillus cells; (b) inoculating a production bioreactor with the pre-culture of step (a); and (c) culturing the Bacillus cells in the production bioreactor under conditions conducive for the production of the protein of interest, wherein the pre-culture of step (a) is performed in fed-batch mode, and wherein the Bacillus cells are cells of Bacillus subtilis, Bacillus pumilus, Bacillus licheniformis, or Bacillus lentus. (a) providing a pre-culture of said Bacillus cells; (b) inoculating a production bioreactor with the pre-culture of step (a); and (c) culturing the Bacillus cells in the production bioreactor under conditions conducive for the production of the protein of interest, wherein the pre-culture of step (a) is performed in fed-batch mode, and wherein the Bacillus cells are cells of Bacillus subtilis, Bacillus pumilus, Bacillus licheniformis, or Bacillus lentus.
A method (100, 200), in a synchronisation control unit, for synchronising a plurality of distributed devices with a network, the method (100, 200) comprising: receiving (104, 204) a wireless synchronisation signal from a base station of a communications network over a wireless channel; processing (108, 208) the received synchronisation signal, wherein processing (108, 208) the received synchronisation signal comprises recovering the phase of the received synchronisation signal by correcting for a wireless propagation delay between the base station and the synchronisation control unit; and transmitting (120, 220) the processed synchronisation signal to the plurality of distributed devices over a local connection which is different to the wireless channel over which the wireless synchronisation signal is received. receiving (104, 204) a wireless synchronisation signal from a base station of a communications network over a wireless channel; processing (108, 208) the received synchronisation signal, wherein processing (108, 208) the received synchronisation signal comprises recovering the phase of the received synchronisation signal by correcting for a wireless propagation delay between the base station and the synchronisation control unit; and transmitting (120, 220) the processed synchronisation signal to the plurality of distributed devices over a local connection which is different to the wireless channel over which the wireless synchronisation signal is received.