mhurhangee/ep-ind-claims huggingface dataset:
A process for preparing ethylene oxide by reacting ethylene with oxygen in the presence of a catalyst composition comprising a support having a Brunauer, Emmet and Teller (B.E.T) surface area of at least 500 m 2 /kg, and deposited on the support: - silver metal, - a metal or component comprising rhenium, tungsten, molybdenum or a nitrate- or nitrite-forming compound, and - a Group IA metal or component comprising a Group IA metal having an atomic number of at least 37, and in addition potassium, wherein the value of the expression (Q K / R) + Q HIA is in the range of from 1.5 to 30 mmole/kg, wherein Q HIA and Q K represent the quantities in mmole/kg of the Group IA metal having an atomic number of at least 37 and potassium, respectively, present in the catalyst composition, the ratio of Q HIA to Q K is at least 1:1, the value of Q K is at least 0.01 mmole/kg, and R is a dimensionless number in the range of from 1.5 to 5, the units mmole/kg being relative to the weight of the catalyst composition, wherein a feed comprising ethylene and oxygen is contacted with the catalyst composition, and the feed comprises carbon dioxide, in addition to ethylene and oxygen, in a concentration in the range of from 0.5 to 2 mole-%, relative to the total feed. - silver metal, - a metal or component comprising rhenium, tungsten, molybdenum or a nitrate- or nitrite-forming compound, and - a Group IA metal or component comprising a Group IA metal having an atomic number of at least 37, and in addition potassium,
A delivery device (1,1') for loading, delivering and deploying an implant, wherein the delivery device (1,1') comprises a handle, an inner tubular core, a sheath tube, a guide tip, an inner tube, an anchor, a transition member, and a bending controllable tube, wherein the inner tubular core is coupled, at a proximal end thereof, to an inner tubular core actuation member arranged in the handle, wherein the guide tip is disposed at a distal end of the inner tubular core and fixedly connected to a distal end of the sheath tube, and wherein the sheath tube is configured to press and retain the implant, and is sleeved over the inner tubular core; wherein the inner tube is disposed between the inner tubular core and the sheath tube, and the inner tube is fixed, at a proximal end thereof, to an inner tube fastener arranged in the handle; wherein the anchor is in fixed connection with a distal end of the inner tube and is configured to retain the implant; wherein the transition member is configured as a tubular structure sleeved over the inner tube; the transition member is disposed within the sheath tube; and the transition member and the sheath tube are partially fitted against each other; wherein the transition member comprises a transition section, wherein the transition section is configured as a hollow protrusion, and the transition section is smoothly and detachably coupled, at a distal end thereof, to the proximal end of the sheath tube; wherein the bending controllable tube is fixed, at a distal end thereof, to a proximal end of the transition section; the bending controllable tube is coupled, at a proximal end thereof, to a bending controllable tube actuation member arranged in the handle; and the bending controllable tube comprises a bending control mechanism adapted to adjust an angle of deflection from an axial direction of the bending controllable tube. wherein the inner tube is disposed between the inner tubular core and the sheath tube, and the inner tube is fixed, at a proximal end thereof, to an inner tube fastener arranged in the handle; wherein the anchor is in fixed connection with a distal end of the inner tube and is configured to retain the implant; wherein the transition member is configured as a tubular structure sleeved over the inner tube; the transition member is disposed within the sheath tube; and the transition member and the sheath tube are partially fitted against each other; wherein the transition member comprises a transition section, wherein the transition section is configured as a hollow protrusion, and the transition section is smoothly and detachably coupled, at a distal end thereof, to the proximal end of the sheath tube; wherein the bending controllable tube is fixed, at a distal end thereof, to a proximal end of the transition section; the bending controllable tube is coupled, at a proximal end thereof, to a bending controllable tube actuation member arranged in the handle; and the bending controllable tube comprises a bending control mechanism adapted to adjust an angle of deflection from an axial direction of the bending controllable tube.
A method used by a terminal to connect to a virtual private network, VPN, comprising: receiving, by a VPN control device, a first handshake message sent by a router gateway, wherein the first handshake message is sent by the router gateway after the router gateway receives a second handshake message sent by a terminal, and the second handshake message is used to initiate a negotiation process of a first Secure Sockets Layer, SSL, session to the VPN control device; determining, by the VPN control device according to the first handshake message, a session parameter of the first SSL session by negotiating with the terminal, and attempting to authenticate the terminal by using the first SSL session; after the terminal is authenticated, determining, by the VPN control device, an Internet Protocol, IP, address of a first VPN gateway to which the terminal is allowed to connect; and notifying, by the VPN control device, the terminal of the IP address of the first VPN gateway, wherein the first handshake message carries a direct route entry of the router gateway, and the direct route entry comprises a subnet prefix of a VPN gateway that is located on the router gateway in a bypass mode; and the determining, by the VPN control device, an IP address of a first VPN gateway comprises: obtaining, by the VPN control device from a list of configured IP addresses of all VPN gateways, an IP address of a VPN gateway that belongs to the subnet prefix, of the VPN gateway, comprised in the direct route entry, and determining the obtained IP address of the VPN gateway as the IP address of the first VPN gateway. receiving, by a VPN control device, a first handshake message sent by a router gateway, wherein the first handshake message is sent by the router gateway after the router gateway receives a second handshake message sent by a terminal, and the second handshake message is used to initiate a negotiation process of a first Secure Sockets Layer, SSL, session to the VPN control device; determining, by the VPN control device according to the first handshake message, a session parameter of the first SSL session by negotiating with the terminal, and attempting to authenticate the terminal by using the first SSL session; after the terminal is authenticated, determining, by the VPN control device, an Internet Protocol, IP, address of a first VPN gateway to which the terminal is allowed to connect; and notifying, by the VPN control device, the terminal of the IP address of the first VPN gateway, wherein the first handshake message carries a direct route entry of the router gateway, and the direct route entry comprises a subnet prefix of a VPN gateway that is located on the router gateway in a bypass mode; and the determining, by the VPN control device, an IP address of a first VPN gateway comprises: obtaining, by the VPN control device from a list of configured IP addresses of all VPN gateways, an IP address of a VPN gateway that belongs to the subnet prefix, of the VPN gateway, comprised in the direct route entry, and determining the obtained IP address of the VPN gateway as the IP address of the first VPN gateway.
A cooking device comprising at least one device body, at least one cooking compartment provided in the device body, and at least one device door controlling access into the cooking compartment, comprising: - at least one air suction channel which is in connection with the cooking compartment from at least one side and receives the air inside the cooking compartment; - at least one water tank which is in connection with the air suction channel and suitable for cooling and filtering the air from the air suction channel by means of water; - at least one vacuum pump for sucking the air, wherein air sucked from the cooking compartment first passes through the water tank; - at least one water inlet apparatus for conveying water into the water tank; and - at least one water outlet apparatus for discharging the water in the water tank to the outside. characterized by the water tank comprising at least one hollow tank body, at least one tank cover, at least one distribution plate in the form of a perforated plate which is located in the tank chamber and which is suitable for passing the air through the water in the water tank with bubble form when the tank is filled with water, and at least one guiding element for passing the air received in the water tank over the distribution plate; and wherein the cooking device further comprises at least one filter chamber comprising at least one filtering element. - at least one air suction channel which is in connection with the cooking compartment from at least one side and receives the air inside the cooking compartment; - at least one water tank which is in connection with the air suction channel and suitable for cooling and filtering the air from the air suction channel by means of water; - at least one vacuum pump for sucking the air, wherein air sucked from the cooking compartment first passes through the water tank; - at least one water inlet apparatus for conveying water into the water tank; and - at least one water outlet apparatus for discharging the water in the water tank to the outside. characterized by the water tank comprising at least one hollow tank body, at least one tank cover, at least one distribution plate in the form of a perforated plate which is located in the tank chamber and which is suitable for passing the air through the water in the water tank with bubble form when the tank is filled with water, and at least one guiding element for passing the air received in the water tank over the distribution plate; and wherein the cooking device further comprises at least one filter chamber comprising at least one filtering element.
A luminaire comprising: a lamp which generates light and heat and which has a temperature sensitive section(s) (32, 33) the cooling of which is desirable for longevity of the lamp; optical element(s) proximate to the lamp to collect and direct the light to form a light beam; and a hot mirror window allowing transmission of the light beam, and reflection of heat, wherein the hot mirror window shape is formed by a plurality of sections (160, 162) mounted at angles relative to the light beam and lamp to direct reflected heat away from the lamp and to direct airflow toward an aperture(s) in the window, wherein the aperture is positioned to direct greater airflow proximate to the temperature sensitive sections (32, 33) of the lamp for cooling of the lamp. a lamp which generates light and heat and which has a temperature sensitive section(s) (32, 33) the cooling of which is desirable for longevity of the lamp; optical element(s) proximate to the lamp to collect and direct the light to form a light beam; and a hot mirror window allowing transmission of the light beam, and reflection of heat, wherein the hot mirror window shape is formed by a plurality of sections (160, 162) mounted at angles relative to the light beam and lamp to direct reflected heat away from the lamp and to direct airflow toward an aperture(s) in the window, wherein the aperture is positioned to direct greater airflow proximate to the temperature sensitive sections (32, 33) of the lamp for cooling of the lamp.
Adsorber structure for an adsorption heat exchanger, wherein - the adsorber structure has directed transport structures for transporting heat and for transporting adsorptive vapours, said transport structures being substantially aligned in a gradient direction, - the transport structures are formed by organic and inorganic fibres, - vapour channels, in particular micro-vapour channels, for transporting matter, which have been left behind by the organic fibres after a pyrolysis process, and - the inorganic fibres are designed as heat-conducting fibres and are connected to a first surface of the adsorber structure, whereas the vapour channels are closed towards the first surface and are largely open to the environment towards an opposing, second surface. - the adsorber structure has directed transport structures for transporting heat and for transporting adsorptive vapours, said transport structures being substantially aligned in a gradient direction, - the transport structures are formed by organic and inorganic fibres, - vapour channels, in particular micro-vapour channels, for transporting matter, which have been left behind by the organic fibres after a pyrolysis process, and - the inorganic fibres are designed as heat-conducting fibres and are connected to a first surface of the adsorber structure, whereas the vapour channels are closed towards the first surface and are largely open to the environment towards an opposing, second surface.
Method for producing an electrode stack for an energy store of a motor vehicle, wherein cathodes and anodes as electrodes are alternately stacked on top of one another with a separator strip interposed, wherein first the cathodes and anodes are laid on the separator strip, so that an electrode strip is produced, wherein after that the electrode strip is folded multiple times to stack the cathodes and the anodes on top of one another, and wherein the electrode strip is oriented in a horizontal plane for the folding, and from there is folded in sections or as a whole between the electrodes, characterized in that the electrode strip is fed in the direction of a holder and folded into the holder in steps, and in that at least two opposite grippers are guided along a curved track, which is oriented at least substantially perpendicular to the extent of the electrode strip or the track, in such a way that they grip the electrode strip in steps between every second electrode (4, 6) and fold the electrode strip into the holder through the curved movement.
A railing composed of an assembly of spare parts ready to be assembled, including - at least two uprights each formed of a flat vertical blade including at least one upper drilling and one lower drilling (21 "), - at least two transverse elements (4', 4") intended to be positioned transversely to the uprights: an upper transverse element and a lower transverse element (4"), the upper transverse element being intended to be inserted in the upper drillings carried out in the uprights and the lower transverse element (4") being intended to be inserted in the lower drillings (21") carried out in the uprights, the upper transverse element, respectively lower, and said upper drillings, respectively lower, having a complementary shape, - for each transverse element (4', 4"), at least one temporary fastening means arranged on the edge of each upright and intended to apply a contact force directly on said transverse element so as to contrain the latter against the inner wall of the drilling (21, 21', 21") and ensure its maintaining in position on said upright, characterized in that said railing includes as spare parts: - for each upright, a plate on which said upright is intended to be fastened, - at least one sheet intended to be arranged against or between or around upper and lower (4") transverse elements. - at least two uprights each formed of a flat vertical blade including at least one upper drilling and one lower drilling (21 "), - at least two transverse elements (4', 4") intended to be positioned transversely to the uprights: an upper transverse element and a lower transverse element (4"), the upper transverse element being intended to be inserted in the upper drillings carried out in the uprights and the lower transverse element (4") being intended to be inserted in the lower drillings (21") carried out in the uprights, the upper transverse element, respectively lower, and said upper drillings, respectively lower, having a complementary shape, - for each transverse element (4', 4"), at least one temporary fastening means arranged on the edge of each upright and intended to apply a contact force directly on said transverse element so as to contrain the latter against the inner wall of the drilling (21, 21', 21") and ensure its maintaining in position on said upright, characterized in that said railing includes as spare parts: - for each upright, a plate on which said upright is intended to be fastened, - at least one sheet intended to be arranged against or between or around upper and lower (4") transverse elements.
Contacting system for the electrical interconnection of a number of energy storage cells of an electrical energy store, comprising a number of cell pole connectors, formed for the electrical interconnection of in each case at least two cell poles of the energy storage cells respectively having at least two cell pole contact elements, wherein a) at least one of the cell pole connectors comprises at least one board contact element, which is formed for the contacting of an electronic circuit and is connected in an electrically conducting manner to one of the cell pole contact elements of the cell pole connector by way of a contacting web, and the contacting web comprises at least two web segments (20, 20.1) aligned obliquely in relation to a cell pole contacting plane of the cell pole contact element, which have a U-shaped profile in sections perpendicular to the cell pole contacting plane, and b) the contacting web is formed in one piece with at least one cell pole contact element of the respective cell pole connector, or, in the case of multi-layered formation of the cell pole contact elements comprising at least two layers of material, the contacting web is connected in one piece with that layer of material which, given proper electrical connection, is connected directly to the cell poles. a) at least one of the cell pole connectors comprises at least one board contact element, which is formed for the contacting of an electronic circuit and is connected in an electrically conducting manner to one of the cell pole contact elements of the cell pole connector by way of a contacting web, and the contacting web comprises at least two web segments (20, 20.1) aligned obliquely in relation to a cell pole contacting plane of the cell pole contact element, which have a U-shaped profile in sections perpendicular to the cell pole contacting plane, and b) the contacting web is formed in one piece with at least one cell pole contact element of the respective cell pole connector, or, in the case of multi-layered formation of the cell pole contact elements comprising at least two layers of material, the contacting web is connected in one piece with that layer of material which, given proper electrical connection, is connected directly to the cell poles.
An endoscope distal tip comprising: a tubular assembly including a distal end, a proximal end, an outer endoscope tube, an inner endoscope tube, and at least one connecting rib extending to and between the outer endoscope tube and the inner endoscope tube, wherein the at least one rib rigidly couples the inner endoscope tube to the outer endoscope tube, the distal tip further comprising a plurality of optical fibres extending longitudinally within a space formed between the outer endoscope tube and the inner endoscope tube, and by the distal tip further comprising an aggregating member (38, 138) positioned between the inner endoscope tube and the outer endoscope tube and distally to the connecting rib, the aggregating member (38, 138) displacing a portion of the plurality of optical fibres, wherein the aggregating member comprises a tubular member having a tapered exterior surface that is provided between the inner endoscope tube and the outer endoscope tube and distally to the connecting rib wherein the tubular member is provided between the inner endoscope tube and a plurality of optical fibers contained within the outer endoscope tube. a tubular assembly including a distal end, a proximal end, an outer endoscope tube, an inner endoscope tube, and at least one connecting rib extending to and between the outer endoscope tube and the inner endoscope tube, wherein the at least one rib rigidly couples the inner endoscope tube to the outer endoscope tube, the distal tip further comprising a plurality of optical fibres extending longitudinally within a space formed between the outer endoscope tube and the inner endoscope tube, and by the distal tip further comprising an aggregating member (38, 138) positioned between the inner endoscope tube and the outer endoscope tube and distally to the connecting rib, the aggregating member (38, 138) displacing a portion of the plurality of optical fibres, wherein the aggregating member comprises a tubular member having a tapered exterior surface that is provided between the inner endoscope tube and the outer endoscope tube and distally to the connecting rib wherein the tubular member is provided between the inner endoscope tube and a plurality of optical fibers contained within the outer endoscope tube.
A method for preventing scale formation in circulating fluid, wherein the method comprises adding a scale-inhibiting polymer, or a composition comprising the scale-inhibiting polymer and a solvent, to the fluid; wherein the scale-inhibiting polymer comprises two or more recurring units wherein at least one recurring unit is a sulfonate-containing monomer selected from 2-sulfoethyl methacrylate and salts thereof; and at least one recurring unit is maleic acid; and wherein the fluid is an aqueous alkali cyanide solution.
A relay ( 200, 300, 400) comprising, a switch assembly capable of providing a trigger signal based on a switching status; an energisation element capable of energisation to affect the switch assembly; and a light indication for indicating a switching status of the switch assembly, wherein the light indication comprises an optical filter (218, 310, 418), the optical filter (218, 310, 418) being mechanically movable to alter the light indication based on the switching status.