mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for the thermal treatment of metallic products, comprising (a) a support and transport plane to place and forward a product to be treated; (b) at least a collector module which comprises (b-1) at least a collector (14, 16), the collector being provided with (b-1.1) a perforated plate on that side of the collector which is facing the support and transport plane; (b-2) a conduit connected to said at least one collector for feeding it with a fluid, and (b-3) integrated in said conduit, at least a stop valve, in particular an on-off valve, to permit or preclude the flow of said fluid into said at least one collector; and which is characterized in that said at least one stop valve is situated at a distance from the collector which does not exceed 60 cm, preferably does not exceed 35 cm, and still more preferably does not exceed 10 cm and that said perforated plate is provided with holes which are arranged in rows parallel to each other but not in parallel rows with respect to the sides (22a, 22b) of said perforated plate in which said rows are inclined with respect to two opposite sides of the plate of an acute angle β. (a) a support and transport plane to place and forward a product to be treated; (b) at least a collector module which comprises (b-1) at least a collector (14, 16), the collector being provided with (b-1.1) a perforated plate on that side of the collector which is facing the support and transport plane; (b-2) a conduit connected to said at least one collector for feeding it with a fluid, and (b-3) integrated in said conduit, at least a stop valve, in particular an on-off valve, to permit or preclude the flow of said fluid into said at least one collector; and which is characterized in that said at least one stop valve is situated at a distance from the collector which does not exceed 60 cm, preferably does not exceed 35 cm, and still more preferably does not exceed 10 cm and that said perforated plate is provided with holes which are arranged in rows parallel to each other but not in parallel rows with respect to the sides (22a, 22b) of said perforated plate in which said rows are inclined with respect to two opposite sides of the plate of an acute angle β. (b-1) at least a collector (14, 16), the collector being provided with (b-1.1) a perforated plate on that side of the collector which is facing the support and transport plane; (b-2) a conduit connected to said at least one collector for feeding it with a fluid, and (b-3) integrated in said conduit, at least a stop valve, in particular an on-off valve, to permit or preclude the flow of said fluid into said at least one collector;
A process for preparing ammonia and urea in a joint facility, where a crude synthesis gas stream which contains at least the gases hydrogen, nitrogen and carbon dioxide is firstly compressed, then one substream of the crude synthesis gas is washed with ammonia, forming a purified synthesis gas stream depleted in carbon dioxide and also a condensate, where ammonia is synthesized from the purified synthesis gas stream which is depleted in carbon dioxide and urea is synthesized from the condensate to form an aqueous urea composition, characterized in that, in the preparation of ammonia and urea, the crude synthesis gas stream is compressed and then divided into two substreams, namely a first synthesis gas substream and a second synthesis gas substream, with only the first synthesis gas substream being scrubbed with liquid ammonia.
Method for applying an image onto a recording medium, the method comprising the steps of: a. Applying an aqueous primer onto the recording medium; b. Applying an aqueous ink onto the recording medium provided with the primer, characterized in that the aqueous primer comprises a stoichiometric polyelectrolyte complex. a. Applying an aqueous primer onto the recording medium; b. Applying an aqueous ink onto the recording medium provided with the primer, characterized in that the aqueous primer comprises a stoichiometric polyelectrolyte complex.
Method for the variable adjustment of a compression ratio of a combustion chamber, in particular of a cylinder, of an internal combustion engine, wherein the compression ratio is adjusted by means of a device of a piston assigned to the combustion chamber, which piston is coupled to a piston pin via respective connecting regions (22, 24) for connecting the piston to a connecting rod of the internal combustion engine, wherein, for the adjustment of the compression ratio, a rotation of the piston pin, which is assigned to the device and which comprises at least one eccentric element arranged eccentrically relative to the connecting region of the piston pin for connecting the piston pins to the connecting rod, is caused relative to the piston and wherein, for causing the rotation, at least one locking element of the device, which is held on the piston pin or on the piston, is moved from a locking position preventing the rotation into a release position allowing the rotation relative to the piston pin and the piston, whereby the rotation of the piston pin relative to the piston is effected by centrifugal and/or inertial forces of the piston moving in the combustion chamber and/or by compressive forces in the combustion chamber, characterised in that a crank chamber of a crankcase, which crank chamber is assigned to the combustion chamber and the piston and in which at least some sections of a crankshaft of the internal combustion engine are located, is sealed against at least one further chamber of the crankcase, which adjoins the crank chamber, by means of at least one positioning element by moving the positioning element from a first position into a second position, in which the crank chamber is sealed against the further chamber relative to the first position.
A support element or a module for a display case of objects, constituted by a self-supporting wire-shaped element formed by a ribbed reinforcing bar for reinforced concrete profiled into at least three different planes (A, B, C), said reinforcing bar having a succession of straight portions (3, 4, 5, 6, 7, 10, 11, 14, 15, 18, 19, 22, 23, 26, 27) wherein the adjacent portions are bent by 90° with respect to one another, characterised in that said reinforcing bar comprises a three-part sequence of successive portions (3, 4, 5), a first pair of successive portions (6, 7) having a first end which prolongs from a first end of the three-part sequence of successive portions (3, 4, 5), a second pair of successive portions (10, 11) having a first end which prolongs from a second end of the three-part sequence of successive portions (3, 4, 5), a third pair of successive portions (14, 15) having a first end which prolongs from a second end of the first pair of successive portions (6, 7), and a fourth pair of successive portions (18, 19) having a first end which prolongs from a second end of the second pair of successive portions (10, 11), said three-part sequence of successive portions (3, 4, 5) being U-shaped, said first pair of successive portions (6, 7) being L-shaped and arranged at a side of a plane identified by the three-part sequence of successive portions (3, 4, 5), said second pair of successive portions (10, 11) being L-configured and arranged at said side of the plane identified by the three-part sequence of successive portions (3, 4, 5), said third pair of successive portions (14, 15) being identical and coplanar to said first pair of successive portions (6, 7), said fourth pair (18, 19) of successive portions being identical and coplanar to said second pair of successive portions (10, 11).
Stent-graft comprising: an inner stent having a wall structure including juxtaposed strut-patterns with interconnected struts (18, 19) and connectors connecting the strut-patterns, the wall structure of the inner stent having a predetermined length, an outer stent coaxially arranged around the inner stent and having a wall structure including juxtaposed strut-patterns with interconnected struts (35, 36) and connectors connecting the strut-patterns, the wall structure of the outer stent having a predetermined length; and a flexible stretchable material layer arranged between the inner stent and the outer stent, the length of the inner stent being equal to the length of the outer stent, characterized in that the wall structure of the inner stent has a design differing from the design of the wall structure of the outer stent in that the struts (18, 19) of the inner stent are shorter than the struts (35, 36) of the outer stent and the connectors of the inner stent are longer than the connectors of the outer stent or in that the struts (18, 19) of the inner stent are shorter than the struts (35, 36) of the outer stent and the connectors of the inner stent have the same length as the connectors of the outer stent and wherein the inner stent has at least one additional strut-pattern along the predetermined length as compared to the number of strut-patterns of the outer stent. an inner stent having a wall structure including juxtaposed strut-patterns with interconnected struts (18, 19) and connectors connecting the strut-patterns, the wall structure of the inner stent having a predetermined length, an outer stent coaxially arranged around the inner stent and having a wall structure including juxtaposed strut-patterns with interconnected struts (35, 36) and connectors connecting the strut-patterns, the wall structure of the outer stent having a predetermined length; and a flexible stretchable material layer arranged between the inner stent and the outer stent, the length of the inner stent being equal to the length of the outer stent, characterized in that the wall structure of the inner stent has a design differing from the design of the wall structure of the outer stent in that the struts (18, 19) of the inner stent are shorter than the struts (35, 36) of the outer stent and the connectors of the inner stent are longer than the connectors of the outer stent or in that the struts (18, 19) of the inner stent are shorter than the struts (35, 36) of the outer stent and the connectors of the inner stent have the same length as the connectors of the outer stent and wherein the inner stent has at least one additional strut-pattern along the predetermined length as compared to the number of strut-patterns of the outer stent.
A method comprising: receiving network information; using said network information to determine whether a change to a network is required, and if so, using said network information to determine at least one cause of a change to the network being required; and characterised by: providing, in dependence of the at least one cause, at least one option for a hardware adjustment to said network, determining if at least one trigger event is occurring in dependence on said network information, the trigger event resulting an increase in the traffic or load of the network, wherein said network information comprises: network environment information determined using context-based analytics of contextual information external to said network, and the at least one trigger event is an event outside the scope of network implementation. receiving network information; using said network information to determine whether a change to a network is required, and if so, using said network information to determine at least one cause of a change to the network being required; and characterised by: providing, in dependence of the at least one cause, at least one option for a hardware adjustment to said network, determining if at least one trigger event is occurring in dependence on said network information, the trigger event resulting an increase in the traffic or load of the network, wherein said network information comprises: network environment information determined using context-based analytics of contextual information external to said network, and the at least one trigger event is an event outside the scope of network implementation. providing, in dependence of the at least one cause, at least one option for a hardware adjustment to said network, determining if at least one trigger event is occurring in dependence on said network information, the trigger event resulting an increase in the traffic or load of the network, wherein said network information comprises: network environment information determined using context-based analytics of contextual information external to said network, and the at least one trigger event is an event outside the scope of network implementation. network environment information determined using context-based analytics of contextual information external to said network, and the at least one trigger event is an event outside the scope of network implementation.
A secured aircraft wireless network access system, the system comprising: at least one server, the at least one server comprising one or more electronic flight bag service applications; an aircraft data network comprising a network coupled to the at least one server; a wireless access point having a plurality of single user wireless channels, the wireless access point coupled to the aircraft data network; and at least one Near Field Communication node hardwire coupled to the wireless access point, the NFC node located within the cockpit of an aircraft; wherein the at least one NFC node is configured to transmit a logon credential to a first EFB using a first wireless NFC link, the logon credential associated with a first single user wireless channel from the wireless access point, wherein the logon credential is freshly generated by the wireless access point upon receiving an access request via at least one NFC node from the first EFB; and wherein upon receiving the logon credential from the first EFB at the wireless access point, the wireless access point establishes a second wireless link over the first single user wireless channel with the first EFB that couples the first EFB to the one or more EFB service applications. at least one server, the at least one server comprising one or more electronic flight bag service applications; an aircraft data network comprising a network coupled to the at least one server; a wireless access point having a plurality of single user wireless channels, the wireless access point coupled to the aircraft data network; and at least one Near Field Communication node hardwire coupled to the wireless access point, the NFC node located within the cockpit of an aircraft; wherein the at least one NFC node is configured to transmit a logon credential to a first EFB using a first wireless NFC link, the logon credential associated with a first single user wireless channel from the wireless access point, wherein the logon credential is freshly generated by the wireless access point upon receiving an access request via at least one NFC node from the first EFB; and wherein upon receiving the logon credential from the first EFB at the wireless access point, the wireless access point establishes a second wireless link over the first single user wireless channel with the first EFB that couples the first EFB to the one or more EFB service applications.
A compound being CB OH 10, corresponding to the following formula: or a salt or a solvate thereof, for therapeutic use as a physiological gas carrier, wherein said gas is O 2.
A roller for ceramic slab kilns, comprising a roller body, having an outer surface which in use is intended to come into contact with ceramic slabs, said roller body being made of a first refractory material having a mullite content of not less than 40% by weight, wherein said roller comprises a protective coating, which covers said roller body at least at said outer surface, characterized in that said protective coating is made of a second refractory material having a content between 15% and 45% by weight of zirconia and has an average thickness of not less than 45um.
A process for producing a mesoporous carbon material comprising: i) carbonising nanocrystalline cellulose in an inorganic matrix, said NCC being a template for the inorganic matrix and a carbon precursor, and ii) removing the inorganic matrix from the carbonised NCC. i) carbonising nanocrystalline cellulose in an inorganic matrix, said NCC being a template for the inorganic matrix and a carbon precursor, and ii) removing the inorganic matrix from the carbonised NCC.
A method comprising: receiving, at a mobile device in a first operational state, a beacon message from a beacon device over a short-range communication link; determining a score based on the beacon message and one or more criteria for causing a transition from the first operational state to a second operational state, wherein the second operational state consumes more energy from a battery of the mobile device than the first operational state; selecting a threshold value based on a remaining charge of the mobile device's battery, wherein the lower the battery charge, the higher the threshold is set; determining whether the score exceeds the threshold for causing the transition; if the score does not exceed the threshold, maintaining the mobile device in the first operational state; and if the score exceeds the threshold, transitioning the mobile device to the second operational state and presenting the beacon message through the mobile device in the second operational state, wherein transitioning the mobile device to the second operational state comprises activating a screen of the mobile device, and wherein presenting the beacon message comprises displaying content corresponding to the beacon message on the screen. receiving, at a mobile device in a first operational state, a beacon message from a beacon device over a short-range communication link; determining a score based on the beacon message and one or more criteria for causing a transition from the first operational state to a second operational state, wherein the second operational state consumes more energy from a battery of the mobile device than the first operational state; selecting a threshold value based on a remaining charge of the mobile device's battery, wherein the lower the battery charge, the higher the threshold is set; determining whether the score exceeds the threshold for causing the transition; if the score does not exceed the threshold, maintaining the mobile device in the first operational state; and if the score exceeds the threshold, transitioning the mobile device to the second operational state and presenting the beacon message through the mobile device in the second operational state, wherein transitioning the mobile device to the second operational state comprises activating a screen of the mobile device, and wherein presenting the beacon message comprises displaying content corresponding to the beacon message on the screen.
A drug reconstitution device comprising a single use disposable liquid transfer unit, a reusable control and drive unit removably connectable to the liquid transfer unit, and a pump engine, the disposable liquid transfer unit including a housing, a docking interface configured for coupling at least one of first and second constituent containers (2, 4) to the housing, and fluid flow system configured for transferring liquid from the first constituent container to the second constituent container, the control and drive unit comprising a pump drive configured to drive the pump engine during a fluid pumping action, the pump drive comprising a transmission output coupling removably engaged with a transmission input coupling of the pump engine, characterized in that the pump engine is configured as a bi-directional rotary pump comprising a rotor rotatably moveable in a stator wherein said pump engine is integrally mounted in the liquid transfer unit, the transmission output coupling of the pump drive engaging with the transmission coupling of the pump engine when the liquid transfer unit and control and drive unit are connected.
NO x purification method of an exhaust purification system of an internal combustion engine in which an exhaust purification catalyst for reacting NO x contained in exhaust gas and reformed hydrocarbons is arranged inside of an engine exhaust passage, a precious metal catalyst (51, 52) is carried on an exhaust gas flow surface of the exhaust purification catalyst and a basic exhaust gas flow surface part is formed around the precious metal catalyst (51, 52), the exhaust purification catalyst reducing the NO x which is contained in exhaust gas if a concentration of hydrocarbons flowing into the exhaust purification catalyst is made to vibrate within a predetermined range of amplitude and within a predetermined range of period and being increased in storage amount of NO x which is contained in exhaust gas if the vibration period of the hydrocarbon concentration is made longer than the predetermined range, at the time of engine operation, to reduce the NO x which is contained in exhaust gas at the exhaust purification catalyst, characterized in that the concentration of hydrocarbons flowing into the exhaust purification catalyst is made to vibrate within said predetermined range of amplitude and within said predetermined range of period, at this time, a nitrogen-containing intermediate produced at an NO x reduction process is exhausted from the exhaust purification catalyst, and an intermediate purification catalyst for removal of the exhausted nitrogen-containing intermediate is provided downstream of the exhaust purification catalyst inside of the engine exhaust passage, wherein inside the exhaust purification catalyst, NO x contained in exhaust gas and reformed hydrocarbons react so as to form a reducing intermediate containing nitrogen and hydrocarbons, NO x is reduced by a reducing action of the produced reducing intermediate, said nitrogen-containing intermediate is derived from the reducing intermediate, and said vibration period of the hydrocarbon concentration is a vibration period required for continued production of the reducing intermediate.
A composition comprising at least one protein comprising an amino acid sequence having sequence identity greater than 97% to the amino acid sequence of any one of SEQ ID NO: 56, 58 and 60.