mhurhangee/ep-ind-claims huggingface dataset:
A dispensing system for depositing material on an electronic substrate (12, 300), the dispensing system comprising: a frame; a dispensing unit gantry movably coupled to the frame; a dispensing unit (14, 16) coupled to the dispensing unit gantry, the dispensing unit (14, 16) being configured to deposit material onto the substrate (12, 300) during the dispense operation; a vision system gantry coupled to the frame; a vision system coupled to the vision system gantry, the vision system being configured to obtain one or more images of the electronic substrate (12, 300) prior to performing the dispense operation; and a controller coupled to the dispensing unit gantry, the dispensing unit (14, 16), the vision system gantry, and the vision system, the controller being configured to obtain an image of a fiducial provided on the electronic substrate (12, 300), orient an object with respect to the dispensing unit (14, 16), and perform a dispense operation to secure the object to the electronic substrate (12, 300), characterized in that the controller is further configured to obtain an image of at least a portion of the object, which is an electronic component mounted on the electronic substrate (12, 300), and further configured to determining an orientation of the object based on a location of features of the object with respect to a known location of the single fiducial of the electronic substrate (12, 300) and a position of the dispensing unit (14, 16). a frame; a dispensing unit gantry movably coupled to the frame; a dispensing unit (14, 16) coupled to the dispensing unit gantry, the dispensing unit (14, 16) being configured to deposit material onto the substrate (12, 300) during the dispense operation; a vision system gantry coupled to the frame; a vision system coupled to the vision system gantry, the vision system being configured to obtain one or more images of the electronic substrate (12, 300) prior to performing the dispense operation; and a controller coupled to the dispensing unit gantry, the dispensing unit (14, 16), the vision system gantry, and the vision system, the controller being configured to obtain an image of a fiducial provided on the electronic substrate (12, 300), orient an object with respect to the dispensing unit (14, 16), and perform a dispense operation to secure the object to the electronic substrate (12, 300), characterized in that the controller is further configured to obtain an image of at least a portion of the object, which is an electronic component mounted on the electronic substrate (12, 300), and further configured to determining an orientation of the object based on a location of features of the object with respect to a known location of the single fiducial of the electronic substrate (12, 300) and a position of the dispensing unit (14, 16).
A battery assembly comprising: a battery; a power supply manager for controlling charging of the battery; and a battery cable comprising first and second wires (20a, 20b) having respective first terminals (16a, 16b) for connection to respective terminals of the battery and respective second terminals (18a, 18b) for connection to the PSM, the battery cable having a temperature sensor located in or on one of the respective first terminals (16a, 16b); wherein the PSM is connected to the temperature sensor and configured to control the charging of the battery based on the temperature sensed by the temperature sensor. a battery; a power supply manager for controlling charging of the battery; and a battery cable comprising first and second wires (20a, 20b) having respective first terminals (16a, 16b) for connection to respective terminals of the battery and respective second terminals (18a, 18b) for connection to the PSM, the battery cable having a temperature sensor located in or on one of the respective first terminals (16a, 16b); wherein the PSM is connected to the temperature sensor and configured to control the charging of the battery based on the temperature sensed by the temperature sensor.
Stimulation apparatus (11; 21; 31) for stimulating a region inside a human body, comprising: - a first part (11a; 21a; 31a) which is designed to be inserted at least in part into a vagina or a rectum of a human body, the first part (11a; 21a; 31a) having a front end (51a; 52a; 53a) in the insertion direction and a side wall (51; 52; 53); - a pressure field generating device which is designed to generate a pneumatic alternating pressure field, the alternating pressure field being a varying pressure field which has alternating negative pressure phases and positive pressure phases with respect to the ambient pressure; and - a pressure chamber which is coupled to the pressure field generating device and is designed to absorb an alternating pressure field generated by the pressure field generating device, wherein - the pressure chamber is arranged in the first part (11a; 21a; 31a) and has an opening which is formed in the side wall (51; 52; 53) of the first part (11a; 21a; 31a); - the first part (11a; 21a; 31a), the pressure chamber and the opening are designed such that an alternating pressure field in the pressure chamber can be applied, via the opening, to a region to be stimulated inside the human body; and - a sealing device is provided which is formed on the first part (11a; 21a; 31a) circumferentially around the opening of the pressure chamber and is designed to seal off the pressure chamber from the surroundings, the sealing device being designed such that it rests against an inner surface of the vagina or the rectum after the first part (11a; 21a; 31a) has been inserted. - a first part (11a; 21a; 31a) which is designed to be inserted at least in part into a vagina or a rectum of a human body, the first part (11a; 21a; 31a) having a front end (51a; 52a; 53a) in the insertion direction and a side wall (51; 52; 53); - a pressure field generating device which is designed to generate a pneumatic alternating pressure field, the alternating pressure field being a varying pressure field which has alternating negative pressure phases and positive pressure phases with respect to the ambient pressure; and - a pressure chamber which is coupled to the pressure field generating device and is designed to absorb an alternating pressure field generated by the pressure field generating device, - the pressure chamber is arranged in the first part (11a; 21a; 31a) and has an opening which is formed in the side wall (51; 52; 53) of the first part (11a; 21a; 31a); - the first part (11a; 21a; 31a), the pressure chamber and the opening are designed such that an alternating pressure field in the pressure chamber can be applied, via the opening, to a region to be stimulated inside the human body; and - a sealing device is provided which is formed on the first part (11a; 21a; 31a) circumferentially around the opening of the pressure chamber and is designed to seal off the pressure chamber from the surroundings, the sealing device being designed such that it rests against an inner surface of the vagina or the rectum after the first part (11a; 21a; 31a) has been inserted.
A crystalline salt comprising 5-methyl- -tetrahydrofolic acid and L-valine ethyl ester wherein the molar ratio of 5-methyl- -tetrahydrofolic acid to L-valine ethyl ester is from 1:0.3 to 1:3.0 (in mol/mol) and/or hydrates and/or solvates thereof.
A cosmetic container having a detachable application member comprising a coupling part, an ejection part coupled to an upper end of the coupling part, and an application surface coupled to an upper end of the ejection part, the cosmetic container comprising: a container body having a storage space; a pump for discharging contents of the container body to an outside; a cap for fixing the pump to the container body; a button member, wherein the button member is formed with a first outlet on an upper surface thereof with a push protrusion, and at one side thereof with a latching groove, and wherein the coupling part of the application member is fitted onto a side surface of the first outlet; wherein the button member is coupled to an upper part of the pump and formed to protrude upward of the cap, the application member is detachably attached to the side of the button member, and wherein the application member is provided at a lower side thereof with a latching protrusion and the latching protrusion is formed below the coupling part and is latch-coupled to the latching groove of the button member to fixedly couple the application member to the button member; and wherein the first outlet communicates with a second outlet of the application member to discharge the contents of the container body to an outside. a container body having a storage space; a pump for discharging contents of the container body to an outside; a cap for fixing the pump to the container body; a button member, wherein the button member is formed with a first outlet on an upper surface thereof with a push protrusion, and at one side thereof with a latching groove, and wherein the coupling part of the application member is fitted onto a side surface of the first outlet; wherein the button member is coupled to an upper part of the pump and formed to protrude upward of the cap, the application member is detachably attached to the side of the button member, and wherein the application member is provided at a lower side thereof with a latching protrusion and the latching protrusion is formed below the coupling part and is latch-coupled to the latching groove of the button member to fixedly couple the application member to the button member; and wherein the first outlet communicates with a second outlet of the application member to discharge the contents of the container body to an outside.
A sounding reference signal, SRS, transmission method, comprising: Receiving, by a terminal, configuration information of an SRS subframe that is from a base station in a current cell in which a terminal is located; Determining, by the terminal, a configuration of the SRS subframe according to the received configuration information; and Sending, by the terminal, an SRS in the SRS subframe according to the determined configuration of the SRS subframe, wherein the SRS subframe is an uplink subframe, or is a subframe in which a quantity of uplink symbols is not less than a quantity of downlink symbols; and all uplink symbols in the SRS subframe can be used to carry an SRS; characterized in that a symbol transmission mode of the terminal in the SRS subframe comprises: sending SRSs on all symbols in the SRS subframe without multiplexing the SRSs with the Physical Uplink Shared Channel or the Physical Uplink Control Channel; and the configuration information further comprises: indication information used to indicate the symbol transmission mode of the terminal in the SRS subframe. Receiving, by a terminal, configuration information of an SRS subframe that is from a base station in a current cell in which a terminal is located; Determining, by the terminal, a configuration of the SRS subframe according to the received configuration information; and Sending, by the terminal, an SRS in the SRS subframe according to the determined configuration of the SRS subframe, wherein the SRS subframe is an uplink subframe, or is a subframe in which a quantity of uplink symbols is not less than a quantity of downlink symbols; and all uplink symbols in the SRS subframe can be used to carry an SRS; characterized in that a symbol transmission mode of the terminal in the SRS subframe comprises: sending SRSs on all symbols in the SRS subframe without multiplexing the SRSs with the Physical Uplink Shared Channel or the Physical Uplink Control Channel; and the configuration information further comprises: indication information used to indicate the symbol transmission mode of the terminal in the SRS subframe. sending SRSs on all symbols in the SRS subframe without multiplexing the SRSs with the Physical Uplink Shared Channel or the Physical Uplink Control Channel; and the configuration information further comprises: indication information used to indicate the symbol transmission mode of the terminal in the SRS subframe.
A vehicle comprising: a display configured to display a user interface, UI, including a plurality of objects a touch input device (100, 200) including a concave region, the touch input device (100, 200) being configured to detect a touch gesture; and a controller configured to control the display to display a selection of an object corresponding to a first position among the plurality of objects when a gesture moving from the first position on a periphery of the concave region to the center thereof is detected, wherein the display is configured to display a text input user interface arranged so that a plurality of text objects surround a predetermined reference point, wherein the concave region comprises a first region (110, 210) disposed on the center of the concave region and a second region (120, 220) disposed on an edge portion of the first region (110, 210), and the second region (120, 220) includes a gradient greater than a gradient in a tangential direction of the first region (110, 210) at a boundary between the first region (110, 210) and the second region (120, 220). a display configured to display a user interface, UI, including a plurality of objects a touch input device (100, 200) including a concave region, the touch input device (100, 200) being configured to detect a touch gesture; and a controller configured to control the display to display a selection of an object corresponding to a first position among the plurality of objects when a gesture moving from the first position on a periphery of the concave region to the center thereof is detected, wherein the display is configured to display a text input user interface arranged so that a plurality of text objects surround a predetermined reference point, wherein the concave region comprises a first region (110, 210) disposed on the center of the concave region and a second region (120, 220) disposed on an edge portion of the first region (110, 210), and the second region (120, 220) includes a gradient greater than a gradient in a tangential direction of the first region (110, 210) at a boundary between the first region (110, 210) and the second region (120, 220).
A build chamber for an additive manufacturing system for printing three-dimensional parts, the build chamber comprising: a chamber (142; 604) having an opening with first and second opposing edges; a build platen within the chamber (142; 604); a baffle door expandable across the chamber opening so as to enclose the build platen, the baffle door having a first baffle section attached at the first opposing edge and configured to extend between a first position adjacent the first opposing edge and a second position adjacent the second opposing edge, a second baffle section attached at the second opposing edge and configured to extend between a first position adjacent the second opposing edge and a second position adjacent the first opposing edge, and a third baffle section positioned between the first and second baffle sections and having a frame, a tool port for receiving an additive manufacturing tool, and a set of baffles on either side of the tool port, the baffles configured to expand and contract, in a direction substantially perpendicular to expansion and contraction of the first and the second baffle sections (121, 122), as the tool port moves within the frame, characterized in that the first and the second baffle sections (121, 122) are independently operable. a chamber (142; 604) having an opening with first and second opposing edges; a build platen within the chamber (142; 604); a baffle door expandable across the chamber opening so as to enclose the build platen, the baffle door having a first baffle section attached at the first opposing edge and configured to extend between a first position adjacent the first opposing edge and a second position adjacent the second opposing edge, a second baffle section attached at the second opposing edge and configured to extend between a first position adjacent the second opposing edge and a second position adjacent the first opposing edge, and a third baffle section positioned between the first and second baffle sections and having a frame, a tool port for receiving an additive manufacturing tool, and a set of baffles on either side of the tool port, the baffles configured to expand and contract, in a direction substantially perpendicular to expansion and contraction of the first and the second baffle sections (121, 122), as the tool port moves within the frame, characterized in that the first and the second baffle sections (121, 122) are independently operable.
An ophthalmic lens comprising a substrate (1, 31, 40) with two main faces, and, on at least one face, a first coating (3, 33, 43, 53) which is in contact with a second coating (2, 34, 44, 52), the first coating (3, 33, 43, 53) being positioned between the second coating (2, 34, 44, 52) and the substrate (1, 31, 40), the first coating (3, 33, 43, 53) is a release layer (3, 33, 43, 53), adapted so that it can be selectively activated in order to diminish mechanical properties or adhesion that enable the second coating (2, 34, 44, 52) to be fastened to the substrate before activation of the first coating (1, 31, 40), such that the second coating is arranged to be removed by activation of the first coating and such that the ophthalmic lens comprising a substrate remains free of the second coating.
Method of MR imaging comprising the steps of: - generating and acquiring chemical shift encoded echo signals in a pre-scan by subjecting an object to a first imaging sequence, wherein the first imaging sequence generates the echo signals of the pre-scan at two or more different echo times; - deriving a fat fraction map from the echo signals of the pre-scan wherein the fat fraction map is derived using a two- or multi-point Dixon technique; - generating and acquiring chemical shift encoded echo signals in a clinical scan by subjecting the object to a second imaging sequence, wherein the second imaging sequence generates the echo signals of the clinical scan at two or more different echo times; - deriving a field map estimate from the fat fraction map and from the echo signals of the clinical scan; - reconstructing a MR image from the echo signals of the clinical scan, wherein signal contributions from fat and water are separated using a two- or multi-point Dixon technique on the basis of the field map estimate. - generating and acquiring chemical shift encoded echo signals in a pre-scan by subjecting an object to a first imaging sequence, wherein the first imaging sequence generates the echo signals of the pre-scan at two or more different echo times; - deriving a fat fraction map from the echo signals of the pre-scan wherein the fat fraction map is derived using a two- or multi-point Dixon technique; - generating and acquiring chemical shift encoded echo signals in a clinical scan by subjecting the object to a second imaging sequence, wherein the second imaging sequence generates the echo signals of the clinical scan at two or more different echo times; - deriving a field map estimate from the fat fraction map and from the echo signals of the clinical scan; - reconstructing a MR image from the echo signals of the clinical scan, wherein signal contributions from fat and water are separated using a two- or multi-point Dixon technique on the basis of the field map estimate.
A bipolar forceps, comprising: a shaft having opposing jaw members (110, 120) at as distal end thereof; a drive assembly for moving said jaw members relative to one another from a first position wherein the jaw members are disposed in spaced relation relative to one another to a second position wherein the jaw members cooperate to grasp tissue therebetween; and a handle, the handle having: a first fixed gripping portion and a first movable actuator for independently actuating said drive assembly to move said jaw members; a second fixed gripping portion and a second movable actuator for independently actuating said drive assembly to move said jaw members; a source of electrical energy connected to each jaw member such that the jaw members are capable of conducting energy through tissue held therebetween to effect a tissue seal; and a selectively advanceable knife assembly that is operable independently of the drive assembly for cutting tissue along the tissue seal. a shaft having opposing jaw members (110, 120) at as distal end thereof; a drive assembly for moving said jaw members relative to one another from a first position wherein the jaw members are disposed in spaced relation relative to one another to a second position wherein the jaw members cooperate to grasp tissue therebetween; and a handle, the handle having: a first fixed gripping portion and a first movable actuator for independently actuating said drive assembly to move said jaw members; a second fixed gripping portion and a second movable actuator for independently actuating said drive assembly to move said jaw members; a source of electrical energy connected to each jaw member such that the jaw members are capable of conducting energy through tissue held therebetween to effect a tissue seal; and a selectively advanceable knife assembly that is operable independently of the drive assembly for cutting tissue along the tissue seal. a first fixed gripping portion and a first movable actuator for independently actuating said drive assembly to move said jaw members; a second fixed gripping portion and a second movable actuator for independently actuating said drive assembly to move said jaw members; a source of electrical energy connected to each jaw member such that the jaw members are capable of conducting energy through tissue held therebetween to effect a tissue seal; and a selectively advanceable knife assembly that is operable independently of the drive assembly for cutting tissue along the tissue seal.