mhurhangee/ep-ind-claims huggingface dataset:
A medium support member comprising: - a table having a top surface; - an overlay placed on the top surface of the table, the overlay having a top surface and a bottom surface and a plurality of through-holes; - a spacer array provided between the top surface of the table and the bottom surface of the overlay to define a gap between the table and the overlay, and - at least one vacuum passage communicating with said gap for creating an underpressure in the gap, - wherein at least portions of the overlay and corresponding portions of the table are held together by magnetic attraction, characterized in that magnetic strips (32, 34, 36) are secured to the overlay, and the table is made of a magnetically attractable material, and in that the spacer array comprises spacers that are formed by the magnetic strips (32, 34, 36) and wherein at least some of the spacers (32, 34, 36) formed by magnetic strips are arranged to form a frame that delimits and seals the gap between the bottom surface of the overlay and the top surface of the table. - a table having a top surface; - an overlay placed on the top surface of the table, the overlay having a top surface and a bottom surface and a plurality of through-holes; - a spacer array provided between the top surface of the table and the bottom surface of the overlay to define a gap between the table and the overlay, and - at least one vacuum passage communicating with said gap for creating an underpressure in the gap, - wherein at least portions of the overlay and corresponding portions of the table are held together by magnetic attraction,
A use of a cover as vessel cover for vessels in the form of cooking vessels or household vessels, wherein the cover, which is formed from a plurality of individual segments, can be placed on the vessel edge, wherein the individual segments are mounted at different heights so as to be capable of being rotated with respect to one another about an axis of rotation, so that they can be fanned out in the manner of a screen for the purpose of forming the cover, which at least partially covers the vessel, and can be rotated one onto the other so as to form a stack in an inoperative position, characterized in that the axis of rotation is arranged at an end of a stem-like support element, which has a handle, which, in the closed state, projects over the cover, wherein the individual segments are mounted to the support element in such a way that the stack of the individual segments, which are rotated one onto the other, is arranged above or below the support element in the inoperative position.
A hydrogelating agent containing a benzamide derivative represented by Formula and a benzamide derivative represented by Formula: wherein k1 is 0; m1 is 42 to 45; n1 is 2; R 1 is OC 14 H 29; R 2 is OCH 3; and R 3 is OC 14 H 29; wherein X is OH; k2 is 0; m2 is 42 to 45; n2 is 2; R 4 is OC 14 H 29; R 5 is OCH 3; and R 6 is OC 14 H 29.
A method of providing fault tolerance to a primary match server, the primary match server operative to process a first transaction in response to receipt thereof and generate a first primary result based thereon, the process being dependent upon completion of an operation by the primary match server, the method comprising: determining, subsequent to the primary match server's receipt of the first transaction, that the primary match server is unlikely to generate the first primary result and, based thereon, preventing the primary match server from completing the operation; and providing a first backup match server operative to process a first copy of the first transaction received by the primary match server after the primary match server has generated the first primary result and generate a first backup result based thereon; characterized in that the method further comprises providing a second backup match server operative to process a second copy of the first transaction received by the primary match server after the primary match server has generated the first primary result and generate a second backup result based thereon. determining, subsequent to the primary match server's receipt of the first transaction, that the primary match server is unlikely to generate the first primary result and, based thereon, preventing the primary match server from completing the operation; and providing a first backup match server operative to process a first copy of the first transaction received by the primary match server after the primary match server has generated the first primary result and generate a first backup result based thereon; characterized in that the method further comprises providing a second backup match server operative to process a second copy of the first transaction received by the primary match server after the primary match server has generated the first primary result and generate a second backup result based thereon.
A surgical handpiece comprising: an insert removably coupled to the handpiece, the insert configured to allow aspiration of fluid and tissue through the insert during a surgical procedure, wherein the handpiece includes a groove, the groove configured for housing of the insert, and wherein the handpiece includes an aspiration channel, the channel in-line with the groove(llc) so as to allow aspiration of fluid and tissue through the channel and into the insert wherein the insert is placed within the groove by placing the distal end of the insert into a proximal opening of the groove and pushing the insert longitudinally along the groove towards the distal end of the handpiece.
A bearing, comprising: a ball member; a race; a liner located on an interior surface of the race, the liner having a first surface bonded to an interior surface of the race, the liner having a second surface that is adjacent to the ball member; a wafer (221, 921) having a wear surface that is aligned with the second surface of the liner, the wafer (221, 921) being an electrically conductive member; and wherein the wafer (221, 921) is configured to wear along with the liner. a ball member; a race; a liner located on an interior surface of the race, the liner having a first surface bonded to an interior surface of the race, the liner having a second surface that is adjacent to the ball member; a wafer (221, 921) having a wear surface that is aligned with the second surface of the liner, the wafer (221, 921) being an electrically conductive member; and wherein the wafer (221, 921) is configured to wear along with the liner.
A method of melting and refining an alloy, the method comprising: vacuum induction melting starting materials to provide a vacuum induction melted alloy; electroslag remelting at least a portion of the vacuum induction melted alloy to provide an electroslag remelted alloy; vacuum arc remelting at least a portion of the electroslag remelted alloy to provide a singly vacuum arc remelted alloy; and vacuum arc remelting at least a portion of the singly vacuum arc remelted alloy using a vacuum level less than 20 microns of pressure (μPa), an arc gap in the range of 6-12 mm, and a melt rate of 6-9 pounds per minute (1 lb/min = 0,007 559 872 833 333 3 kg/s) to provide a doubly vacuum arc remelted alloy; wherein the vacuum induction melted alloy comprises, in weight percentages based on total alloy weight: 12.5-13.5 Co; 15.5-16.5 Cr; 0.75-1.20 Fe; 3.8-4.2 Mo; 3.8-4.2 W; 0.6-0.8 Nb; 3.55-3.90 Ti; 1.95-2.30 Al; 0.03-0.06 Zr; 0.005-0.011 C; 0.01-0.02 B; and Ni. vacuum induction melting starting materials to provide a vacuum induction melted alloy; electroslag remelting at least a portion of the vacuum induction melted alloy to provide an electroslag remelted alloy; vacuum arc remelting at least a portion of the electroslag remelted alloy to provide a singly vacuum arc remelted alloy; and vacuum arc remelting at least a portion of the singly vacuum arc remelted alloy using a vacuum level less than 20 microns of pressure (μPa), an arc gap in the range of 6-12 mm, and a melt rate of 6-9 pounds per minute (1 lb/min = 0,007 559 872 833 333 3 kg/s) to provide a doubly vacuum arc remelted alloy; wherein the vacuum induction melted alloy comprises, in weight percentages based on total alloy weight: 12.5-13.5 Co; 15.5-16.5 Cr; 0.75-1.20 Fe; 3.8-4.2 Mo; 3.8-4.2 W; 0.6-0.8 Nb; 3.55-3.90 Ti; 1.95-2.30 Al; 0.03-0.06 Zr; 0.005-0.011 C; 0.01-0.02 B; and Ni.
A method for sealing a seam in a wall of a pool of a nuclear facility, making use of a mobile robot carrying a dispenser for an adhesive tape, the method comprising: - controlling a plurality of suction systems (V11 - V 14; V21 - V24), the dispenser being mechanically integral with a first suction system (V21 - V24), one or more suction systems (V11 - V14) of the plurality of suction systems (V11 - V14; V21 - V24) being mounted in a frame (RA1, RA2), the frame (RA1, RA2) comprising a crosspiece movably mounted in translation in the frame along a first direction (Ty) of the frame (RA1, RA2), the crosspiece supporting the first suction system (V21 - V24) and the dispenser, the crosspiece supporting an arm mechanically integral with the dispenser, the arm being mounted to move in translation relative to the crosspiece in at least a second direction (Tx, Tz) being different from the first direction (Ty), and - controlling the movement of the first suction system (V21 - V24) relative to the second suction system (V11 - V14) of said plurality of suction systems. - controlling a plurality of suction systems (V11 - V 14; V21 - V24), the dispenser being mechanically integral with a first suction system (V21 - V24), one or more suction systems (V11 - V14) of the plurality of suction systems (V11 - V14; V21 - V24) being mounted in a frame (RA1, RA2), the frame (RA1, RA2) comprising a crosspiece movably mounted in translation in the frame along a first direction (Ty) of the frame (RA1, RA2), the crosspiece supporting the first suction system (V21 - V24) and the dispenser, the crosspiece supporting an arm mechanically integral with the dispenser, the arm being mounted to move in translation relative to the crosspiece in at least a second direction (Tx, Tz) being different from the first direction (Ty), and - controlling the movement of the first suction system (V21 - V24) relative to the second suction system (V11 - V14) of said plurality of suction systems.
A free space optical communication system comprising: a free space optical communication system receiver comprising: a central optical sensor; and a plurality of further optical sensors disposed around a peripheral edge of the central optical sensor, a means for moving the free space optical communication system receiver relative to an optical signal incident on the free space optical communication system; and a controller configured to, using measurements of the incident optical signal by the plurality of further optical sensors, control the means so as to move the free space optical communication system receiver relative to the incident optical signal and characterised in that the receiver further comprises: a symmetric bi-focal lens configured to focus the incident optical signal to produce a central focussed beam, onto the free space optical communication system receiver and an outer focussed beam on the further optical sensors (601- 604). a central optical sensor; and a plurality of further optical sensors disposed around a peripheral edge of the central optical sensor, a means for moving the free space optical communication system receiver relative to an optical signal incident on the free space optical communication system; and a controller configured to, using measurements of the incident optical signal by the plurality of further optical sensors, control the means so as to move the free space optical communication system receiver relative to the incident optical signal and characterised in that the receiver further comprises: a symmetric bi-focal lens configured to focus the incident optical signal to produce a central focussed beam, onto the free space optical communication system receiver and an outer focussed beam on the further optical sensors (601- 604).
A method for establishing a neighbor connection, comprising: Establishing, by a local device, N virtual systems in a same Intermediate System to Intermediate System,-IS-IS, process as a local IS-IS system, wherein N is an integer being greater than or equal to 1, the local IS-IS system and the N virtual systems are identified using different system IDs, and determining, for each IS-IS interface of the local device, a system from the local IS-IS system and the virtual systems; enabling, by the local device, each IS-IS interface; establishing, by the local device, virtual neighbor connections between the local IS-IS system and each of the virtual systems (202, 203, 204), each virtual neighbor connection having a route cost of 0; and sending, by the local device, a packet to establish a neighbor connection with a remote device via an IS-IS interface connected to the remote device, the packet carrying a system ID of the IS-IS interface. Establishing, by a local device, N virtual systems in a same Intermediate System to Intermediate System,-IS-IS, process as a local IS-IS system, wherein N is an integer being greater than or equal to 1, the local IS-IS system and the N virtual systems are identified using different system IDs, and N is an integer being greater than or equal to 1, the local IS-IS system and the N virtual systems are identified using different system IDs, and determining, for each IS-IS interface of the local device, a system from the local IS-IS system and the virtual systems; enabling, by the local device, each IS-IS interface; establishing, by the local device, virtual neighbor connections between the local IS-IS system and each of the virtual systems (202, 203, 204), each virtual neighbor connection having a route cost of 0; and sending, by the local device, a packet to establish a neighbor connection with a remote device via an IS-IS interface connected to the remote device, the packet carrying a system ID of the IS-IS interface.
A method comprising: receiving, by a secure interface control of a system, an initialization instruction from an untrusted entity of the system to set donated storage from the untrusted entity as secure, wherein the untrusted entity facilitates deploying one or more virtual machines on the system, and the secure interface control facilitates the untrusted entity in providing one or more services to the one or more virtual machines; implementing, by the secure interface control the initialization instruction through assigning a portion of the donated storage as zone-specific storage and tagging the zone-specific storage with a unique-secure domain for secure control that prevents access by the untrusted entity and the one or more virtual machines; and assigning, by the secure interface control, secure guest-domain-specific storage and tagging the secure-guest-domain-specific storage as belonging to the secure interface control and qualified with an associated secure-guest-domain, wherein the secure-guest-domain provides secure access to one of the one or more virtual machines and prevents access from the untrusted entity. receiving, by a secure interface control of a system, an initialization instruction from an untrusted entity of the system to set donated storage from the untrusted entity as secure, wherein the untrusted entity facilitates deploying one or more virtual machines on the system, and the secure interface control facilitates the untrusted entity in providing one or more services to the one or more virtual machines; implementing, by the secure interface control the initialization instruction through assigning a portion of the donated storage as zone-specific storage and tagging the zone-specific storage with a unique-secure domain for secure control that prevents access by the untrusted entity and the one or more virtual machines; and assigning, by the secure interface control, secure guest-domain-specific storage and tagging the secure-guest-domain-specific storage as belonging to the secure interface control and qualified with an associated secure-guest-domain, wherein the secure-guest-domain provides secure access to one of the one or more virtual machines and prevents access from the untrusted entity.
A receive polarisation diversity multi-antenna system comprising an earth plane, a first slot type antenna and at least one second patch-type antenna, said first and second antennas sharing the same earth plane, the slot of the first antenna being arranged in said earth plane and the patch of the second antenna at least partially overhanging said slot, said first and second antennas having a common operating frequency band, characterised in that: - said slot is open on one side over its width and its length is substantially equal to an odd multiple of the quarter of the wavelength guided in the slot, in said operating frequency band and/or - the patch is electrically connected to the earth plane and its length is substantially equal to an odd multiple of the quarter of the wavelength guided in the patch, in said operating frequency band, the system being configured so that signals respectively received by the first antenna and second antenna are combined to provide said receive polarisation diversity. - said slot is open on one side over its width and its length is substantially equal to an odd multiple of the quarter of the wavelength guided in the slot, in said operating frequency band and/or - the patch is electrically connected to the earth plane and its length is substantially equal to an odd multiple of the quarter of the wavelength guided in the patch, in said operating frequency band,
A thermo spray gun system comprising: a thermal spray gun; at least one fixture comprising at least first and second nozzle tips (4, 20) and being movable between: a first position wherein the first nozzle nip (4, 20) is utilized to spray a coating material; and a second position wherein the second nozzle nip (4, 20) is utilized to spray a coating material; the first nozzle tip and the second nozzle tip are arranged on the fixture, and the fixture is arranged downstream of the thermal spray gun to position at least one of the first and second nozzle tips (4, 20) into a spraying or alignment position with the thermal spray gun for spraying the coating material characterized in that the thermo spray gun system further comprising a control controlling the movement of the at least one fixture between the first and second positions. a first position wherein the first nozzle nip (4, 20) is utilized to spray a coating material; and
A mouthpiece or filter 201 comprising a longitudinally extending rod 202 of filtering material of uniform cross section along its full length, the longitudinally extending rod 202 comprising three longitudinally extending channels 203 which extend along the full length of the mouthpiece or filter wherein the three channels are arranged in a triangular pattern.
An exhaust purification device of an internal combustion engine arranging in an engine exhaust passage an NO x storage catalyst storing NO x contained in an exhaust gas when an air-fuel ratio of an inflowing exhaust gas is lean and releasing stored NO x when the air-fuel ratio of the inflowing exhaust gas becomes the stoichiometric air-fuel ratio or rich and arranging upstream of the NO x storage catalyst in the engine exhaust passage an NO x adsorption catalyst adsorbing NO x contained in exhaust gas when at a low temperature and desorbing an adsorbed NO x when a temperature rises, wherein the exhaust purification device is configured such that a NO x storage rate of the NO x storage catalyst is determined from a NO x storage amount and a temperature of the NO x storage catalyst, and, if it is determined that the NO x storage rate has exceeded a predetermined NO x storage rate (DB 0), when the NO x storage catalyst is able to store NO x, a temperature of NO x adsorption catalyst is forcibly made to rise to a target temperature at which an amount of NO x which the NO x storage catalyst can store is desorbed, and the NO x desorbed from the NO x adsorption catalyst is made to be stored in the NO x storage catalyst, wherein said target temperature is made a temperature where an NO x desorption rate from the NO x adsorption catalyst becomes less than the NO x storage rate to the NO x storage catalyst.
Shaft with a first hollow shaft element which is connected to a second hollow shaft element by welding, wherein the first and the second hollow shaft element (1; 2) each have a first end portion (13; 23), a second end portion (14; 24), which is situated opposite the first end portion (13; 23) in a longitudinal direction of the hollow shaft element (1; 2) and at which a weld seam is to be arranged, and a hole (18; 28) extending in the longitudinal direction through the first and the second hollow shaft element (1; 2), wherein the hole (18; 28) has a diameter widening (15; 25) between the first and the second end portion (13, 14; 23, 24) and wherein the weld seam connects the second hollow shaft element to the second end portion (14; 24) of the first hollow shaft element, characterized in that an outer contour (11; 12) of the first and of the second hollow shaft element (1; 2) tapers towards the second end portion (14; 24), in that an inside diameter (121; 221) of the first hollow shaft element in the region of the first end portion (13; 23) and an inside diameter of the first hollow shaft element in the region of the second end portion (14; 24) are smaller than an inside diameter of the first hollow shaft element in the region of the diameter widening (15; 25), and in that the inside diameter of the first and of the second hollow shaft element (1; 2) in the region of the first end portion and the inside diameter of the first and of the second hollow shaft element (1; 2) in the region of the second end portion are the same size.
Polymer composition containing at least one polyolefin and at least one thermoplastic elastomer, wherein the at least one thermoplastic elastomer is a copolymer having at least one diene-based block A and at least one alpha-methylstyrene-based block B, wherein the ratio of the difference between the shrinkage of the polyolefin and the shrinkage of the polymer composition to the shrinkage of the polyolefin has at least a value of 30%, where the shrinkages are determined to DIN ISO 294-4, wherein the polymer composition contains reinforcing fibres in an amount of 10% by weight to 70% by weight, based in each case on the total weight of the polymer composition, where the reinforcing fibres comprise glass fibres configured as flat fibres. wherein the at least one thermoplastic elastomer is a copolymer having at least one diene-based block A and at least one alpha-methylstyrene-based block B, wherein the ratio of the difference between the shrinkage of the polyolefin and the shrinkage of the polymer composition to the shrinkage of the polyolefin has at least a value of 30%, where the shrinkages are determined to DIN ISO 294-4, wherein the polymer composition contains reinforcing fibres in an amount of 10% by weight to 70% by weight, based in each case on the total weight of the polymer composition, where the reinforcing fibres comprise glass fibres configured as flat fibres.