mhurhangee/ep-ind-claims huggingface dataset:
Glass or glass ceramic plate having a first upper surface lying in the xy plane in an orthogonal xyz coordinate system and a second upper surface, having a circumferential lower edge and a circumferential upper edge having at least one first edge surface and at least one second edge surface which together form an angle γ, and having a corner surface connecting both edge surfaces (10, 20), having a profile P E and having a corner angle W, wherein the first upper surface has a facet having a facet surface on at least one of the two edge surfaces (10, 20), whereby a remaining edge surface having a profile P R is formed on the edge surface (10, 20), and wherein the profile P R has a contour line K R with a distance z R from the lower edge, and the profile P E has a contour line K E which has a distance z E from the lower edge, characterized in that for the distances z E and z R: z R < z E, and in that between the remaining edge surface and the corner surface a transition surface having a profile P Ü different from the profiles P E and P R is provided, wherein the transition surface has at least three corners (58a,b,c), of which two corners (58b,c) lie on the lower edge, and in that the transition surface forms a first boundary line having the corner surface and a second boundary line having the remaining edge surface, wherein a third corner point of the transition surface lies at the intersection of the first boundary line and the second boundary line. having a first upper surface lying in the xy plane in an orthogonal xyz coordinate system and a second upper surface, having a circumferential lower edge and a circumferential upper edge having at least one first edge surface and at least one second edge surface which together form an angle γ, and having a corner surface connecting both edge surfaces (10, 20), having a profile P E and having a corner angle W, wherein the first upper surface has a facet having a facet surface on at least one of the two edge surfaces (10, 20), whereby a remaining edge surface having a profile P R is formed on the edge surface (10, 20), and wherein the profile P R has a contour line K R with a distance z R from the lower edge, and the profile P E has a contour line K E which has a distance z E from the lower edge, characterized in that for the distances z E and z R: z R < z E, and in that between the remaining edge surface and the corner surface a transition surface having a profile P Ü different from the profiles P E and P R is provided, wherein the transition surface has at least three corners (58a,b,c), of which two corners (58b,c) lie on the lower edge, and in that the transition surface forms a first boundary line having the corner surface and a second boundary line having the remaining edge surface, wherein a third corner point of the transition surface lies at the intersection of the first boundary line and the second boundary line.
Compressor for a supercharging device of an internal combustion engine, having a compressor wheel which is arranged rotationally conjointly on a rotor shaft; an air supply channel for conducting an air mass flow to the compressor wheel; an iris diaphragm mechanism which is arranged upstream of the compressor wheel and which has multiple lamellae, adjustable by means of a rotatably mounted adjusting ring, for closing and opening a diaphragm opening, such that variable setting of a flow cross section for the air mass flow for incident flow on the compressor wheel is possible; an actuator for rotating the adjusting ring; and a compressor housing; wherein the adjusting ring, the iris diaphragm mechanism and the compressor wheel are arranged successively in the flow direction of the air supply channel, characterized in that the adjusting ring forms an integral component of the actuator and is formed as the rotor of an electric motor surrounding the air supply channel, which surrounds the air supply channel in such a manner that the air flow conducted through the air supply channel cools the rotor of the electric motor acting as an adjusting ring. an air supply channel for conducting an air mass flow to the compressor wheel; an iris diaphragm mechanism which is arranged upstream of the compressor wheel and which has multiple lamellae, adjustable by means of a rotatably mounted adjusting ring, for closing and opening a diaphragm opening, such that variable setting of a flow cross section for the air mass flow for incident flow on the compressor wheel is possible; an actuator for rotating the adjusting ring; and a compressor housing; wherein the adjusting ring, the iris diaphragm mechanism and the compressor wheel are arranged successively in the flow direction of the air supply channel, characterized in that the adjusting ring forms an integral component of the actuator and is formed as the rotor of an electric motor surrounding the air supply channel, which surrounds the air supply channel in such a manner that the air flow conducted through the air supply channel cools the rotor of the electric motor acting as an adjusting ring.
A method of wireless communication, comprising, at a relay apparatus associated with one or more other devices: receiving a first message from a downstream relay, wherein the message includes an indication of the number of other devices with which the downstream relay apparatus is associated; generating a second message for an upstream relay in response to the first message, wherein the second message requests an available capacity of the upstream relay; transmitting the second message to the upstream relay; receiving a message from the upstream relay indicating the available capacity of the upstream relay; and determining whether the available capacity of the upstream relay is sufficient to serve the relay apparatus. receiving a first message from a downstream relay, wherein the message includes an indication of the number of other devices with which the downstream relay apparatus is associated; generating a second message for an upstream relay in response to the first message, wherein the second message requests an available capacity of the upstream relay; transmitting the second message to the upstream relay; receiving a message from the upstream relay indicating the available capacity of the upstream relay; and determining whether the available capacity of the upstream relay is sufficient to serve the relay apparatus.
A floor tool for an apparatus for cleaning a floor surface, said apparatus including a source of suction, the floor tool including: a housing having an interior surface (that defines a chamber for receiving at least a portion of a cleaning member, the housing including: a chamber inlet for receiving dirty air; and a chamber outlet for communication with the suction source, wherein the housing is formed of at least two housing portions (28, 30) which provide said interior surface and all of said housing portions are permanently connected or permanently joined to each other to form a unitary construction. a chamber inlet for receiving dirty air; and a chamber outlet for communication with the suction source,
A cover for disc-bound, fold-over binding systems, comprising a series of parallel T-shaped slits, wherein the long leg of each T is disposed at an angle of 90 ° with a straight edge of the cover, and extends to this edge of the cover, characterized by the fact that the cover consist of a one-piece sandwich panel containing two rigid outer layers (12A, 12B), which are permanently attached to a flexible core layer, wherein the sandwich panel is provided with an area which runs parallel to the edge of the cover wherein between 0.1% and 100 % of the outer layers (12A and 12B) of the sandwich panel is removed.
A biodegradable product of a polymer composition comprising at least one biodegradable thermoplastic polymer (biopolymer) selected from the group comprising polylactides, polyhydroxyalkanoates and degradable polyesters, containing at least one photocatalytically active substance, characterized in that it additionally contains at least one photochromic substance, and the photocatalytically active substance is a metal compound, namely a metal oxide, a modified metal oxide, a doped metal oxide and/or a semiconductor.
A retention system for a molecular sieve unit, the molecular sieve unit including a housing sealed at a first end via an inlet end cap having an inlet orifice defined therein and at a second end via an outlet end cap having an outlet orifice defined therein, the housing configured to retain a packed sieve bed of adsorptive material, the retention system comprising: a. a perforated plate having a top face and bottom face, wherein the perforated plate is configured to be positioned atop the packed sieve bed proximate the outlet end cap; b. a skirt coupled to the bottom face of the perforated plate, the skirt including a side wall defined between an open bottom end and an open top end of the skirt, the side wall having an inner surface comprising a part which is, in a direction towards the open top end of the skirt, curved towards a central axis of the housing to form a cup-like shape such as to direct the adsorptive material proximate the housing centrally inward toward the central axis of the housing, and an external surface that includes one or more alignment components; and c. a biasing member (48; 66) configured to engage the outlet end cap and the top face of the perforated plate, wherein the biasing member (48;66) is configured to urge the perforated plate against the packed sieve bed. a. a perforated plate having a top face and bottom face, wherein the perforated plate is configured to be positioned atop the packed sieve bed proximate the outlet end cap; b. a skirt coupled to the bottom face of the perforated plate, the skirt including a side wall defined between an open bottom end and an open top end of the skirt, the side wall having an inner surface comprising a part which is, in a direction towards the open top end of the skirt, curved towards a central axis of the housing to form a cup-like shape such as to direct the adsorptive material proximate the housing centrally inward toward the central axis of the housing, and an external surface that includes one or more alignment components; and c. a biasing member (48; 66) configured to engage the outlet end cap and the top face of the perforated plate, wherein the biasing member (48;66) is configured to urge the perforated plate against the packed sieve bed.
A method of emptying an undersea fluid transport pipe that is submerged and full of water, the method comprising pumping out at least a portion of the water present inside the submerged pipe by means of a submersible pump unit connected to a point of the pipe, the volume of water pumped out from the inside of the pipe being compensated by a gas injected under pressure into the submerged pipe from a point thereof that is situated higher than the connection point (12; 14) to the submersible pump unit, the method being characterized in that it comprises: launching scrapers (22, 28) inside the submerged pipe from a high point and from a low point thereof, pushing the scrapers towards each other by gas that is injected under pressure into the inside of the pipe; pumping out the water present inside the submerged pipe by means of a submersible pump unit connected to a point of the pipe that is situated between its high and low points, the volume of water pumped out from the inside of the pipe being compensated by the gas that is injected under pressure into the pipe; on detecting the presence of one of the scrapers at a predetermined distance from the submersible pump unit, stopping the injection of gas pushing said scraper and beginning depressurization of said pipe from the point of the pipe from which said scraper was launched; and on detecting the presence of the other scraper at a predetermined distance from the submersible pump unit, stopping the pump unit and isolating it from the pipe, with total emptying of the pipe being obtained by continuing to inject gas under pressure so as to push the scrapers. launching scrapers (22, 28) inside the submerged pipe from a high point and from a low point thereof, pushing the scrapers towards each other by gas that is injected under pressure into the inside of the pipe; pumping out the water present inside the submerged pipe by means of a submersible pump unit connected to a point of the pipe that is situated between its high and low points, the volume of water pumped out from the inside of the pipe being compensated by the gas that is injected under pressure into the pipe; on detecting the presence of one of the scrapers at a predetermined distance from the submersible pump unit, stopping the injection of gas pushing said scraper and beginning depressurization of said pipe from the point of the pipe from which said scraper was launched; and on detecting the presence of the other scraper at a predetermined distance from the submersible pump unit, stopping the pump unit and isolating it from the pipe, with total emptying of the pipe being obtained by continuing to inject gas under pressure so as to push the scrapers.
A method for establishing at least one secure connection for a session, the method comprising: intercepting, by a device intermediary between a client and a server, a domain name service, DNS, request from the client; determining, by the device according to the intercepted DNS request and configuration data of the device, that the client is preparing to establish a session with the server; sending, by the device responsive to the determination, a client hello message of the device to the server for establishing a first secure connection between the device and the server for the session, prior to the client sending a client hello message of the client for establishing a second secure connection between the client and the device for the session; receiving, by the device, via the first secure connection via the server, a session identifier for the establishment of the first secure connection between the device and the server, the session identifier having a specified value, wherein the session identifier is reused from a prior session; and establishing the second secure connection between the client and the device using the specified value for the session identifier for the establishment of the first secure connection received from the server in response to the client hello message of the device, wherein the specified value is included in the client hello message of the client, to avoid validation of a secure socket layer, SSL, certificate of the device. intercepting, by a device intermediary between a client and a server, a domain name service, DNS, request from the client; determining, by the device according to the intercepted DNS request and configuration data of the device, that the client is preparing to establish a session with the server; sending, by the device responsive to the determination, a client hello message of the device to the server for establishing a first secure connection between the device and the server for the session, prior to the client sending a client hello message of the client for establishing a second secure connection between the client and the device for the session; receiving, by the device, via the first secure connection via the server, a session identifier for the establishment of the first secure connection between the device and the server, the session identifier having a specified value, wherein the session identifier is reused from a prior session; and establishing the second secure connection between the client and the device using the specified value for the session identifier for the establishment of the first secure connection received from the server in response to the client hello message of the device, wherein the specified value is included in the client hello message of the client, to avoid validation of a secure socket layer, SSL, certificate of the device.
Stand mixer comprising a main body, provided with a mobile element rotating about a first rotation axis, and at least one ice cream maker fitting; the stand mixer comprising a base; an upright which protrudes vertically from the base, to which the main body is hinged; at least one motor; and at least one gear coupled to the shaft of the motor and configured to rotate the mobile element of the main body about the first rotation axis and to rotate an attack pin about a second rotation axis; the attack pin being fixed to the rotating element; the first rotation axis and the second rotation axis being parallel; the fitting comprising at least one adapter element, which is provided with a coupling element configured to be coupled to a blade for processing ingredients; wherein the adapter element is configured to cause a rotation of the blade about a third rotation axis and is provided with a through hole arranged so as to be engaged by the attack pin of the stand mixer when the adapter element is coupled to the mobile element of the main body of the stand mixer; the third rotation axis and the first rotation axis being coincident; the adapter element comprises a plate provided with an inner face and with an outer face; wherein the inner face is coupled to the mobile element by a magnetic coupling and the outer face is provided with the coupling element.
An alternating current power cable, comprising a conductor surrounded by at least an inner semiconductive layer comprising a first semiconductive composition, an insulation layer comprising a polymer composition, an outer semiconductive layer comprising a second semiconductive composition and optionally a jacketing layer comprising a jacketing composition, in that order, wherein the polymer composition of the insulation layer comprises a polyolefin and a crosslinking agent, wherein the polyolefin is an LDPE copolymer; wherein the polymer composition of the insulation layer has a dielectric loss expressed as tan δ (50 Hz) of 12.0 x 10 -4 or less, when measured at 25 kV/mm and 130°C according to "Test for Tan δ measurements on 10kV cables" as described in the description part under "Determination methods"; and wherein the polyolefin of the polymer composition is obtained by a high pressure process comprising (a) compressing one or more monomer(s) under pressure in a compressor, using a mineral oil compressor lubricant for lubrication, (b) polymerising a monomer optionally together with one or more comonomer(s) in a polymerisation zone, (c) separating the obtained polyolefin from the unreacted products and recovering the separated polyolefin in a recovery zone. wherein the polymer composition of the insulation layer comprises a polyolefin and a crosslinking agent, wherein the polyolefin is an LDPE copolymer; wherein the polymer composition of the insulation layer has a dielectric loss expressed as tan δ (50 Hz) of 12.0 x 10 -4 or less, when measured at 25 kV/mm and 130°C according to "Test for Tan δ measurements on 10kV cables" as described in the description part under "Determination methods"; and wherein the polyolefin of the polymer composition is obtained by a high pressure process comprising (a) compressing one or more monomer(s) under pressure in a compressor, using a mineral oil compressor lubricant for lubrication, (b) polymerising a monomer optionally together with one or more comonomer(s) in a polymerisation zone, (c) separating the obtained polyolefin from the unreacted products and recovering the separated polyolefin in a recovery zone. (a) compressing one or more monomer(s) under pressure in a compressor, using a mineral oil compressor lubricant for lubrication, (b) polymerising a monomer optionally together with one or more comonomer(s) in a polymerisation zone, (c) separating the obtained polyolefin from the unreacted products and recovering the separated polyolefin in a recovery zone.
A connection system for connecting an external device to a streamer, the connection system comprising: a first inner collar having an axial bore for receiving a streamer, wherein the first inner collar is adapted to be coaxially affixed to the streamer at a first location along the length of the streamer and has a peripheral race; a second inner collar having an axial bore for receiving the streamer, wherein the second inner collar is adapted to be coaxially affixed to the streamer at a second location along the length of the streamer and has a peripheral race; a first outer collar (12, 62, 72, 82) having a front edge and an opposite rear edge and an inner face defining an axial bore for rotatably receiving the first inner collar so as to ride on the peripheral race; a second outer collar (12, 62, 72, 82) having a front edge and an opposite rear edge and an inner face defining an axial bore for rotatably receiving the second inner collar so as to ride on the peripheral race; and an external device attached to the first and second outer collars (12, 62, 72, 82); the connection system being characterized in that the axial bores of the first and second outer collars (12, 62, 72, 82) taper outwardly in opposite directions from an intermediate position to the front edge and the opposite rear edge. a first inner collar having an axial bore for receiving a streamer, wherein the first inner collar is adapted to be coaxially affixed to the streamer at a first location along the length of the streamer and has a peripheral race; a second inner collar having an axial bore for receiving the streamer, wherein the second inner collar is adapted to be coaxially affixed to the streamer at a second location along the length of the streamer and has a peripheral race; a first outer collar (12, 62, 72, 82) having a front edge and an opposite rear edge and an inner face defining an axial bore for rotatably receiving the first inner collar so as to ride on the peripheral race; a second outer collar (12, 62, 72, 82) having a front edge and an opposite rear edge and an inner face defining an axial bore for rotatably receiving the second inner collar so as to ride on the peripheral race; and an external device attached to the first and second outer collars (12, 62, 72, 82); the connection system being characterized in that the axial bores of the first and second outer collars (12, 62, 72, 82) taper outwardly in opposite directions from an intermediate position to the front edge and the opposite rear edge.
A method for producing a carbon fiber-reinforced polyarylene sulfide, the method comprising the steps (I-1) to (III-1): (I-1) mixing 100 parts by mass of a polyarylene sulfide and 0.1 to 10 parts by mass of a polycarbodiimide having at least two carbodiimide groups in one molecule, and heating, melt-kneading the resulting mixture to prepare a melt-kneaded product; (II-1) heating the melt-kneaded product, which is prepared in the step (I-1), at a temperature equal to or higher than the glass transition temperature and equal to or lower than the melting point of the polyarylene sulfide to accelerate reaction of the carbodiimide groups in the melt-kneaded product to prepare a polycarbodiimide-modified polyarylene sulfide (C-1); and (III-1) melting the polycarbodiimide-modified polyarylene sulfide (C-1) prepared in the step (II-1), and combining the polycarbodiimide-modified polyarylene sulfide (C-1) with 10 to 300 parts by mass of carbon fibers based on 100 parts by mass of the polyarylene sulfide to prepare a composite. (I-1) mixing 100 parts by mass of a polyarylene sulfide and 0.1 to 10 parts by mass of a polycarbodiimide having at least two carbodiimide groups in one molecule, and heating, melt-kneading the resulting mixture to prepare a melt-kneaded product; (II-1) heating the melt-kneaded product, which is prepared in the step (I-1), at a temperature equal to or higher than the glass transition temperature and equal to or lower than the melting point of the polyarylene sulfide to accelerate reaction of the carbodiimide groups in the melt-kneaded product to prepare a polycarbodiimide-modified polyarylene sulfide (C-1); and (III-1) melting the polycarbodiimide-modified polyarylene sulfide (C-1) prepared in the step (II-1), and combining the polycarbodiimide-modified polyarylene sulfide (C-1) with 10 to 300 parts by mass of carbon fibers based on 100 parts by mass of the polyarylene sulfide to prepare a composite.