mhurhangee/ep-ind-claims huggingface dataset:
A modulation device for use in a charged-particle multi-beamlet lithography system, the modulation device comprising: - a beamlet blanker array for patterning a plurality of beamlets in accordance with a pattern, wherein the beamlet blanker array comprises a plurality of modulators and a plurality of light sensitive elements, the light sensitive elements being arranged to receive pattern data carrying light beams (14, 141) and to convert the light beams into electrical signals, the light sensitive element being electrically connected to one or more modulators for providing the received pattern data to the one or more modulators; wherein the beamlet blanker array comprises a substrate provided with a first area comprising at least one modulator and a second area free of modulators and including one or more light sensitive elements; characterized in that the modulation device further comprises - a shielding structure of an electrically conductive material arranged to substantially shield electric fields generated in proximity of the light sensitive elements from the modulators, wherein the shielding structure is arranged to be set at a predetermined potential; and in that the projection of the shielding structure onto the beamlet blanker array forms a boundary between the first and second areas, thereby shielding the modulators from electric fields generated in the proximity of the light sensitive elements. - a beamlet blanker array for patterning a plurality of beamlets in accordance with a pattern, wherein the beamlet blanker array comprises a plurality of modulators and a plurality of light sensitive elements, the light sensitive elements being arranged to receive pattern data carrying light beams (14, 141) and to convert the light beams into electrical signals, the light sensitive element being electrically connected to one or more modulators for providing the received pattern data to the one or more modulators; - a shielding structure of an electrically conductive material arranged to substantially shield electric fields generated in proximity of the light sensitive elements from the modulators, wherein the shielding structure is arranged to be set at a predetermined potential;
A interference filter for receiving an incident light and selecting a light component of the incident light to be transmitted through the interference filter as filtered light, comprising: - a patterned metal mirror (110, 410) disposed on a substrate; - a dielectric mirror; and - a spacer (120, 420) placed between the patterned metal mirror (110, 410) and the dielectric mirror, wherein the patterned metal mirror (110, 410) and the dielectric mirror are configured to enable optical interference in the spacer (120, 420) to select the light component of the incident light to be transmitted, and the patterned metal mirror (110, 410) is covered by the spacer (120, 420) on all sides except for the side facing the substrate, thereby preventing the metal mirror (110,140) from degradation. - a patterned metal mirror (110, 410) disposed on a substrate; - a dielectric mirror; and - a spacer (120, 420) placed between the patterned metal mirror (110, 410) and the dielectric mirror,
A method of determining, by a virtual base station controller VBSC in communication with a plurality of base station subsystems BSSs, if legs of a call should be locally switched in a corresponding BSS, the method comprising: receiving an identifier associated with a subscriber from a mobile terminated, MT, leg of a call; sending a short message service, SMS, message on behalf of the subscriber to a virtual subscriber, the SMS message being sent from a first function within the VBSC and the virtual subscriber also being associated with a second function within the VBSC; receiving the SMS message by the second function associated with the virtual subscriber; extracting the Mobile Station International Subscriber Directory Number, MSISDN, of the subscriber from the received SMS message; and using the MSISDN to match the legs of a subsequent call of the subscriber in order to determine if that subsequent call should be locally switched. receiving an identifier associated with a subscriber from a mobile terminated, MT, leg of a call; sending a short message service, SMS, message on behalf of the subscriber to a virtual subscriber, the SMS message being sent from a first function within the VBSC and the virtual subscriber also being associated with a second function within the VBSC; receiving the SMS message by the second function associated with the virtual subscriber; extracting the Mobile Station International Subscriber Directory Number, MSISDN, of the subscriber from the received SMS message; and using the MSISDN to match the legs of a subsequent call of the subscriber in order to determine if that subsequent call should be locally switched.
A method, comprising: mixing a catalytic metal salt, a templating agent, a solvent, and water to form a water-in-oil microemulsion; adding a substrate precursor to the water-in-oil microemulsion to form a slurry; and calcining the slurry to form a substrate having a porous template that is capable of supporting a catalyst composition. mixing a catalytic metal salt, a templating agent, a solvent, and water to form a water-in-oil microemulsion; adding a substrate precursor to the water-in-oil microemulsion to form a slurry; and calcining the slurry to form a substrate having a porous template that is capable of supporting a catalyst composition.
A shared memory switch comprising: one or more input ports (221, 223, 225); one or more output ports (241, 243, 245); a memory controller; and a shared buffer including a storage array comprising an array of cells configured to hold packets of data received from one or more sources through the one or more input ports and to be transmitted to one or more destinations through the one or more output ports, said array of cells configured to store a dynamically resizable retry buffer; wherein the memory controller is configured to allocate each cell in the storage array to a respective use case, the use cases including input buffering, output queuing, free cell allocation, and retry buffering; wherein each cell of the storage array allocated to the output queue is configured to store a packet of data received from the one or more sources in a queue to be transmitted to the one or more destinations using link level retry protocols; and wherein the memory controller is further configured to reallocate a first cell of the storage array allocated to the output queue to a retry buffer allocation after the shared memory switch transmits a packet of data from the first cell to one of the one or more destinations, and in response to the one destination not receiving the packet, the memory controller is further configured to resend the packet as a retransmit from the first cell having the retry buffer allocation. one or more input ports (221, 223, 225); one or more output ports (241, 243, 245); a memory controller; and a shared buffer including a storage array comprising an array of cells configured to hold packets of data received from one or more sources through the one or more input ports and to be transmitted to one or more destinations through the one or more output ports, said array of cells configured to store a dynamically resizable retry buffer; wherein the memory controller is configured to allocate each cell in the storage array to a respective use case, the use cases including input buffering, output queuing, free cell allocation, and retry buffering; wherein each cell of the storage array allocated to the output queue is configured to store a packet of data received from the one or more sources in a queue to be transmitted to the one or more destinations using link level retry protocols; and wherein the memory controller is further configured to reallocate a first cell of the storage array allocated to the output queue to a retry buffer allocation after the shared memory switch transmits a packet of data from the first cell to one of the one or more destinations, and in response to the one destination not receiving the packet, the memory controller is further configured to resend the packet as a retransmit from the first cell having the retry buffer allocation.
Stamp with a pivotable stamping insert, comprising at least a top part, a bottom part and a stamping insert with an assembled band unit (AB unit), wherein a receiving device for an exchangeable ink cartridge with pad is provided in the bottom part, and the stamping insert can be moved in the vertical direction from a resting position, in which the text plate abuts against the ink cartridge with pad, into a stamping position for producing a stamp impression by the text plate, and the stamping insert is rotatable by approximately 180° by means of a reversing mechanism, wherein the rear side of the upper part has a reversing opening for the stamping insert arranged in the bottom part, and the bottom part has, on that side on which the reversing opening is arranged in the upper part, an opening for pivoting the stamping insert outwards, characterised in that on either side face (21,22) of the top part there is one grip opening each (23,24) for reaching through to the bottom part to grip elements (29,30) of an inserted ink cartridge with pad, which extends onto the rear side of the top part and opens into a removal opening, which extends over the entire length of the rear side, so that the two lateral grip openings (23,24) on the side faces (21,22) are connected via the removal opening on the rear side, wherein two guide elements (19,20) are arranged on the top part which laterally delimit the reversing opening and at the same time guide the bottom part, and in the resting position of the stamping insert, when the ink cartridge with pad is inserted, partially project over the latter, so that the ink cartridge with pad is protected from falling out or being pulled out.
A method for laminating a coating from a Hard Multi-Coat, hereafter HMC, carrier on to a multifocal lens (22; 40; 50; 60; 70; 80; 90; 110; 120; 140; 150) comprising the steps of: arranging a lamination station having a fixed platform to support a carrier, a coating and a multifocal lens and a flexible membrane (14; 14a) sealed along its periphery to form a closed chamber which can be pressurized to expand said flexible membrane (14; 14a) toward said fixed platform; arranging a fluid source to selectively pressurize said closed chamber so that said flexible membrane (14; 14a) applies variable levels of pressure within a carrier stress limit to laminate the coating on to the lens, wherein the membrane (14; 14a) applies pressure which is radially symmetric with respect to the carrier; providing a spacer with predetermined dimensions and configuration; positioning the spacer between the HMC carrier and a pressurized laminating device,-such that the spacer is located in a region of the carrier which is designated to deliver a coating to the near vision region of the lens; and laminating the coating on to the lens (22; 40; 50; 60; 70; 80; 90; 110; 120; 140; 150) whereby the spacer asymmetrically increases the pressure applied to said HMC carrier to eliminate lamination defects on the lens. arranging a lamination station having a fixed platform to support a carrier, a coating and a multifocal lens and a flexible membrane (14; 14a) sealed along its periphery to form a closed chamber which can be pressurized to expand said flexible membrane (14; 14a) toward said fixed platform; arranging a fluid source to selectively pressurize said closed chamber so that said flexible membrane (14; 14a) applies variable levels of pressure within a carrier stress limit to laminate the coating on to the lens, wherein the membrane (14; 14a) applies pressure which is radially symmetric with respect to the carrier; providing a spacer with predetermined dimensions and configuration; positioning the spacer between the HMC carrier and a pressurized laminating device,-such that the spacer is located in a region of the carrier which is designated to deliver a coating to the near vision region of the lens; and laminating the coating on to the lens (22; 40; 50; 60; 70; 80; 90; 110; 120; 140; 150) whereby the spacer asymmetrically increases the pressure applied to said HMC carrier to eliminate lamination defects on the lens.
Die-casting machine for a casting plant for the production of castings in aluminium or its alloys, comprising: - a cradle rotatable on command with respect to a transverse rotation axis; - a fixed die-holder suitable to support a fixed die, placed on board the cradle, fixed to the cradle and disposed in proximity of the rotation axis; - a carriage; - a movable die-holder suitable to support a movable die, placed on board the carriage and facing the fixed die-holder; - a die movement group for moving the movable die-holder, arranged on board the carriage; - a die group comprising a well wherein the die group is provided with the fixed die-holder and the moveable die-holder; wherein the die-casting machine is characterized in that the carriage is disposed on board the cradle, on the side opposite the rotation axis with respect to the fixed die-holder, translatable on command along a longitudinal translation axis, orthogonal the rotation axis; - a cradle rotatable on command with respect to a transverse rotation axis; - a fixed die-holder suitable to support a fixed die, placed on board the cradle, fixed to the cradle and disposed in proximity of the rotation axis; - a carriage; - a movable die-holder suitable to support a movable die, placed on board the carriage and facing the fixed die-holder; - a die movement group for moving the movable die-holder, arranged on board the carriage; - a die group comprising a well wherein the die group is provided with the fixed die-holder and the moveable die-holder;
A front-loading washing machine comprising: a cabinet comprising a first laundry item inlet; a tub disposed inside the cabinet to retain wash water; a drum disposed inside the tub to accommodate laundry items; and a door configured to open and close the first laundry item inlet, wherein the door comprises, a second laundry item inlet formed at a front side of the door; a door glass structured with at least a portion protruding toward an inside of the cabinet when the first laundry item inlet is closed by the door; a glass opening is provided at the door glass so that, when the first laundry item inlet is closed by the door, laundry items inserted through a second laundry item inlet pass through the glass opening to be accommodated inside the drum; a connection chute configured to form a movement passage of laundry items from the second laundry item inlet to the glass opening; wherein the door further comprises a sub-door configured to open and close the second laundry item inlet, and a rear sealing unit disposed between a rear end of the connection chute and the glass opening. a cabinet comprising a first laundry item inlet; a tub disposed inside the cabinet to retain wash water; a drum disposed inside the tub to accommodate laundry items; and a door configured to open and close the first laundry item inlet, wherein the door comprises, a second laundry item inlet formed at a front side of the door; a door glass structured with at least a portion protruding toward an inside of the cabinet when the first laundry item inlet is closed by the door; a glass opening is provided at the door glass so that, when the first laundry item inlet is closed by the door, laundry items inserted through a second laundry item inlet pass through the glass opening to be accommodated inside the drum; a connection chute configured to form a movement passage of laundry items from the second laundry item inlet to the glass opening; wherein the door further comprises a sub-door configured to open and close the second laundry item inlet, and a rear sealing unit disposed between a rear end of the connection chute and the glass opening.
Angular contact bearing assembly for use in a steering column, comprising: - at least one rolling bearing comprising conductive components; - a sleeve for mounting the at least one conductive rolling bearing on a shaft; and - at least one conductive part creating an electrically conductive contact between at least one of the conductive components of the at least one rolling bearing and the shaft, said conductive part is provided with a first contact portion to the at least one conductive rolling bearing, a second contact portion to the shaft, and a force transmission portion connecting the first contact portion and the second contact portion, characterized in that the conductive part is formed as a clip snapped on a brim of the sleeve such that a pressure applied to the first contact portion and/or to the second contact portion is at least partially transferred to the other contact portion (26, 30) respectively, and at least one of the portions (26; 30; 44) is elastically deformable. - at least one rolling bearing comprising conductive components; - a sleeve for mounting the at least one conductive rolling bearing on a shaft; and - at least one conductive part creating an electrically conductive contact between at least one of the conductive components of the at least one rolling bearing and the shaft, said conductive part is provided with a first contact portion to the at least one conductive rolling bearing, a second contact portion to the shaft, and a force transmission portion connecting the first contact portion and the second contact portion,
A plasticizer composition comprising a) one or more compounds of the general formula, in which X is in each case an unbranched or branched C 2 -C 8 -alkylene group or an unbranched or branched C 2 -C 8 -alkenylene group, comprising at least one double bond, Y is in each case an unbranched or branched C 2 -C 12 -alkylene group or an unbranched or branched C 2 -C 12 -alkenylene group, comprising at least one double bond, a is an integer from 1 to 100 and R 1 independently of one another are selected from unbranched or branched C 1 -C 12 -alkyl radicals, where the groups Y present in the compounds can be identical or different from one another and where if the compounds comprise more than one group X, these may be identical or different from one another, and b) one or more compounds of the general formula, in which R 2 and R 3, independently of one another, are selected from branched and unbranched C 7 -C 12 -alkyl radicals. a) one or more compounds of the general formula, in which X is in each case an unbranched or branched C 2 -C 8 -alkylene group or an unbranched or branched C 2 -C 8 -alkenylene group, comprising at least one double bond, Y is in each case an unbranched or branched C 2 -C 12 -alkylene group or an unbranched or branched C 2 -C 12 -alkenylene group, comprising at least one double bond, a is an integer from 1 to 100 and R 1 independently of one another are selected from unbranched or branched C 1 -C 12 -alkyl radicals, where the groups Y present in the compounds can be identical or different from one another and where if the compounds comprise more than one group X, these may be identical or different from one another, and X is in each case an unbranched or branched C 2 -C 8 -alkylene group or an unbranched or branched C 2 -C 8 -alkenylene group, comprising at least one double bond, Y is in each case an unbranched or branched C 2 -C 12 -alkylene group or an unbranched or branched C 2 -C 12 -alkenylene group, comprising at least one double bond, a is an integer from 1 to 100 and R 1 independently of one another are selected from unbranched or branched C 1 -C 12 -alkyl radicals, b) one or more compounds of the general formula, in which R 2 and R 3, independently of one another, are selected from branched and unbranched C 7 -C 12 -alkyl radicals.
Refrigeration device, in particular domestic refrigeration device, having a machine space, which contains at least a compressor, an evaporation dish mounted on the compressor and a ventilator for driving a flow of cooling air on a cooling air path which runs through the machine space, wherein the cooling air path comprises an evaporation section which extends over the evaporation dish and via which at least one part of the cooling air flow is guided, the ventilator is arranged upstream of the evaporation section, characterised in that the ventilator is an axial ventilator with a vertically arranged rotor axis in order to drive an air flow directed against a ceiling of the machine space.
A method of manufacturing an expandable medical stent including drainage features, the method comprising: using a mandrel having a high-low pattern formed within an outer surface of the mandrel to braid an expandable metal support structure having a high-low pattern in at least some adjacent windings; removing the expandable metal support structure from the mandrel; and forming a polymeric layer over the expandable metal support structure; wherein the polymeric layer conforms to the high-low pattern of the expandable metal support structure to form the drainage features. using a mandrel having a high-low pattern formed within an outer surface of the mandrel to braid an expandable metal support structure having a high-low pattern in at least some adjacent windings; removing the expandable metal support structure from the mandrel; and forming a polymeric layer over the expandable metal support structure; wherein the polymeric layer conforms to the high-low pattern of the expandable metal support structure to form the drainage features.