mhurhangee/ep-ind-claims huggingface dataset:
A computer-readable recording medium for recording a program executable by a computer, wherein, when executed by the computer, the program generates a user interface, and the user interface includes: an arrangement area including a plurality of virtual actuators with respect to a tactile stimulation frame, wherein positions of a plurality of actuators are mapped one-to-one to the plurality of virtual actuators; a content area including a reference content having time-series information and multidirectional information; a timeline area in which the tactile stimulation frame is arranged corresponding to the time-series information; and an effect management area including a menu of path effect, wherein the timeline area includes a plurality of tracks corresponding to a plurality of directions corresponding to the multidirectional information; wherein the tactile stimulation frame is subordinate to any one track among the plurality of tracks; wherein, when the menu of path effect is selected by a user and a path is drawn by the user in the arrangement area, the tactile stimulation frame is generated by the path; wherein a multidirectional tactile stimulation pattern is generated by setting driving values to the plurality of virtual actuators corresponding to the path by using the tactile stimulation frame as a component, and wherein the generated multidirectional tactile stimulation pattern is used by a controller for driving the plurality of actuators located at a wearing part. an arrangement area including a plurality of virtual actuators with respect to a tactile stimulation frame, wherein positions of a plurality of actuators are mapped one-to-one to the plurality of virtual actuators; a content area including a reference content having time-series information and multidirectional information; a timeline area in which the tactile stimulation frame is arranged corresponding to the time-series information; and an effect management area including a menu of path effect, wherein the timeline area includes a plurality of tracks corresponding to a plurality of directions corresponding to the multidirectional information; wherein the tactile stimulation frame is subordinate to any one track among the plurality of tracks; wherein, when the menu of path effect is selected by a user and a path is drawn by the user in the arrangement area, the tactile stimulation frame is generated by the path; wherein a multidirectional tactile stimulation pattern is generated by setting driving values to the plurality of virtual actuators corresponding to the path by using the tactile stimulation frame as a component, and wherein the generated multidirectional tactile stimulation pattern is used by a controller for driving the plurality of actuators located at a wearing part.
System for achieving an injectable paste-like mixture for medical purpose starting out from at least one first pulverulent component and a second liquid component, wherein the system includes: - a first piston/cylinder arrangement with a first cylinder with an axial extension and a piston, wherein the first cylinder includes a measured amount of the pulverulent component, - a separate reservoir including a corresponding measured amount of the liquid component, and - means for sealed transfer of said amount of the liquid component to the cylinder for subsequent mixing and injection of the completed mixture, characterized in - that the first piston/cylinder arrangement is a first injection syringe, - that a mixing element being maneuverable by a user is positioned inside the first cylinder, - that at least one gas transferring channel means leading to the first cylinder is arranged at the first cylinder, - that said gas transferring channel means is arranged displaceably in the first cylinder, and is also a maneuvering means leading into the first syringe and coupled to said mixing element - that the separate reservoir is included in a second piston/cylinder arrangement in the form of a second injection syringe and - that engagement means (8',18) are arranged for connecting the first injection syringe to the second injection syringe during transfer of the liquid component and in that said gas transferring channel means is also transfer channel means for transferring the liquid component from said separate reservoir. - a first piston/cylinder arrangement with a first cylinder with an axial extension and a piston, wherein the first cylinder includes a measured amount of the pulverulent component, - a separate reservoir including a corresponding measured amount of the liquid component, and - means for sealed transfer of said amount of the liquid component to the cylinder for subsequent mixing and injection of the completed mixture, characterized in - that the first piston/cylinder arrangement is a first injection syringe, - that a mixing element being maneuverable by a user is positioned inside the first cylinder, - that at least one gas transferring channel means leading to the first cylinder is arranged at the first cylinder, - that said gas transferring channel means is arranged displaceably in the first cylinder, and is also a maneuvering means leading into the first syringe and coupled to said mixing element - that the separate reservoir is included in a second piston/cylinder arrangement in the form of a second injection syringe and - that engagement means (8',18) are arranged for connecting the first injection syringe to the second injection syringe during transfer of the liquid component and in that said gas transferring channel means is also transfer channel means for transferring the liquid component from said separate reservoir.
A gas turbine engine comprising: an oil tank assembly comprising: an oil tank defining an interior; and a heat exchanger integrated with the oil tank and having a cooling conduit defined at least in part by a fuel line of a fuel circuit; wherein the oil tank has a wall with an internal passage, which forms a portion of the fuel line; and wherein the fuel line passes through the interior; and an engine core with a combustion section; the fuel circuit fluidly coupled to the combustion section; and an oil circuit fluidly coupled to the engine core, the oil circuit comprising the oil tank. an oil tank assembly comprising: an oil tank defining an interior; and a heat exchanger integrated with the oil tank and having a cooling conduit defined at least in part by a fuel line of a fuel circuit; wherein the oil tank has a wall with an internal passage, which forms a portion of the fuel line; and wherein the fuel line passes through the interior; and an oil tank defining an interior; and a heat exchanger integrated with the oil tank and having a cooling conduit defined at least in part by a fuel line of a fuel circuit; wherein the oil tank has a wall with an internal passage, which forms a portion of the fuel line; and wherein the fuel line passes through the interior; and an engine core with a combustion section; the fuel circuit fluidly coupled to the combustion section; and an oil circuit fluidly coupled to the engine core, the oil circuit comprising the oil tank.
An infrared imager suitable for detecting an infrared flux in a first and a second spectral band (B1, B2), the first band and the second band being continuous and noncontiguous with one another, the imager comprising an enclosure, the enclosure having a first temperature, the enclosure comprising: - a separator separating an incident infrared flux into two separate fluxes, the first flux being the portion of the incident infrared flux in the first spectral band and the second flux being the portion of the incident infrared flux in the second spectral band, - a single detector able to detect a flux in both spectral bands (B1, B2), the single detector being cooled to a second temperature, the second temperature being strictly lower than the first temperature, - a switching optic movable between a first position in which the first flux is sent to the single detector and a second position in which the second flux is sent to the single detector, and - a first reflector having a first bottom at a temperature strictly below the first temperature, the first reflector being positioned so that the image of the first bottom in the first spectral band by the switching optic in the second position is situated on the single detector. - a separator separating an incident infrared flux into two separate fluxes, the first flux being the portion of the incident infrared flux in the first spectral band and the second flux being the portion of the incident infrared flux in the second spectral band, - a single detector able to detect a flux in both spectral bands (B1, B2), the single detector being cooled to a second temperature, the second temperature being strictly lower than the first temperature, - a switching optic movable between a first position in which the first flux is sent to the single detector and a second position in which the second flux is sent to the single detector, and - a first reflector having a first bottom at a temperature strictly below the first temperature, the first reflector being positioned so that the image of the first bottom in the first spectral band by the switching optic in the second position is situated on the single detector.
Injection-moulding tool, more particularly a split mould, for generating at least one partially film-coated moulding with a cavity for the moulding to be produced with at least two mould blocks (6, 7, 8, 9) restricting the cavity partially, the mould block surfaces (6', 7', 8', 9') of which are adjacent to each other when the injection moulding tool is closed, with a mould plate and with a guide connected to the mould blocks (6, 7, 8, 9) and the mould plate, that supports the mould blocks (6, 7, 8, 9) against the mould plate so they can move, characterised in that the injection moulding tool exhibits a block closing plate and that, to simplify the introduction of the film into the cavity, the guide forms a guide layer of the mould blocks (6, 7, 8, 9) with mutually adjacent mould block surfaces (6', 7', 8', 9') distanced from the mould plate, in which the guide exhibits both a block guide to guide the mould blocks (6, 7, 8, 9) and a linear guide to guide the block guide against the mould plate, wherein the block guide supports the mould blocks (6, 7, 8, 9) so they can move along the block closing plate, and the linear guide supports the block closing plate so that it can move against the mould plate, wherein the block guide and the linear guide run at a mutual incline.
Joint compound composition comprising: a) 50 to 60% of calcium sulphate hemihydrate; b) 5 to 15% of an organic binder in powder form; and c) 0.05 to 0.2% of a water repellent; the water repellent being chosen from oleic acid, stearic acid and their alkali metal or alkaline-earth metal salts. a) 50 to 60% of calcium sulphate hemihydrate; b) 5 to 15% of an organic binder in powder form; and c) 0.05 to 0.2% of a water repellent; the water repellent being chosen from oleic acid, stearic acid and their alkali metal or alkaline-earth metal salts.
Assembly of a consumption meter and a sensor device for monitoring the consumption meter, wherein the consumption meter comprises a transparent plate with behind it a roll counter and/or circulating disc, which rotates about a rotation axis and is provided with an indication at the outer circumference for monitoring the circulation of the roll counter or the circulating disc, wherein the sensor device is secured to the outer side of the transparent plate, the sensor device comprising a lighting system with a light source and a light sensor, wherein the light beam of the lighting system from the light source is directed to the outer circumference of the roll counter or the circulating disc, characterized in that the light beam forms a straight line on an imaginary straight projection plane which extends parallel to and at a distance from the transparent plate, wherein the light line is at an angle with respect to a direction of rotation of the outer circumference of the roll counter or circulating disc.
A data storage device coupled to a host, comprising: a plurality of flash memory devices (150; 350), each of the flash memory devices being arranged into a plurality of blocks having a plurality of pages (371, 373, 375) for storing data; and a memory controller operationally coupled with the flash memory devices, the memory controller being configured to: receive a logical to physical address translation map from a host device, wherein a physical address includes a physical address for one of the flash memory devices; store the logical to physical address translation map in a memory module on the memory controller; receive read commands directly from an application running on the host device such that the commands bypass a driver on the host device, wherein the read commands include logical memory addresses that refer to the logical locations on the flash memory devices; and translate the logical addresses to physical memory addresses using the logical to physical address translation map. a plurality of flash memory devices (150; 350), each of the flash memory devices being arranged into a plurality of blocks having a plurality of pages (371, 373, 375) for storing data; and a memory controller operationally coupled with the flash memory devices, the memory controller being configured to: receive a logical to physical address translation map from a host device, wherein a physical address includes a physical address for one of the flash memory devices; store the logical to physical address translation map in a memory module on the memory controller; receive read commands directly from an application running on the host device such that the commands bypass a driver on the host device, wherein the read commands include logical memory addresses that refer to the logical locations on the flash memory devices; and translate the logical addresses to physical memory addresses using the logical to physical address translation map. receive a logical to physical address translation map from a host device, wherein a physical address includes a physical address for one of the flash memory devices; store the logical to physical address translation map in a memory module on the memory controller; receive read commands directly from an application running on the host device such that the commands bypass a driver on the host device, wherein the read commands include logical memory addresses that refer to the logical locations on the flash memory devices; and translate the logical addresses to physical memory addresses using the logical to physical address translation map.
An iron-air rechargeable battery, comprising: a composite electrode including an iron electrode and a hydrogen electrode integrated therewith, and an insulating layer between the iron electrode and the hydrogen electrode; an air electrode spaced from the composite electrode; and an electrolyte in contact with the composite electrode and the air electrode; and one or more charge/discharge controllers designed to charge the iron electrode while at the same time discharging the hydrogen electrode, wherein the hydrogen electrode generates electricity for charging the iron electrode from the hydrogen evolved during charge and self-discharge of the iron electrode. a composite electrode including an iron electrode and a hydrogen electrode integrated therewith, and an insulating layer between the iron electrode and the hydrogen electrode; an air electrode spaced from the composite electrode; and an electrolyte in contact with the composite electrode and the air electrode; and one or more charge/discharge controllers designed to charge the iron electrode while at the same time discharging the hydrogen electrode, wherein the hydrogen electrode generates electricity for charging the iron electrode from the hydrogen evolved during charge and self-discharge of the iron electrode.
A method of establishing a secure connection with a smart media (105, 210), the method comprising: receiving, from a card reader (120-1, 120-2, 220, 510), unencrypted identifying information regarding the smart media (105, 210); determining, with a computer (175, 250), an encryption key based on the unencrypted identifying information; establishing a secure communications link between the computer (175, 250) and the card reader (120-1, 120-2, 220, 510), wherein the secure communications link is established based on at least a portion of the unencrypted identifying information read from the smart media (105, 210) by the card reader; and communicating encrypted data to be written to the smart media (105, 210) by the card reader (120-1, 120-2, 220, 510) without decryption to the card reader, via the secure communications link. receiving, from a card reader (120-1, 120-2, 220, 510), unencrypted identifying information regarding the smart media (105, 210); determining, with a computer (175, 250), an encryption key based on the unencrypted identifying information; establishing a secure communications link between the computer (175, 250) and the card reader (120-1, 120-2, 220, 510), wherein the secure communications link is established based on at least a portion of the unencrypted identifying information read from the smart media (105, 210) by the card reader; and communicating encrypted data to be written to the smart media (105, 210) by the card reader (120-1, 120-2, 220, 510) without decryption to the card reader, via the secure communications link.
A device for generating a return force for a control stick that is movable from a neutral position along a travel path, the device comprising mechanical connection means for connecting the stick to resilient return means for returning the stick towards the neutral position, the mechanical connection means and the resilient return means are arranged to produce, over a first portion of the travel path, a first strength of return force and, over a second portion of the travel path, a second strength of return force, and in that the mechanical connection means include a transmission part adapted firstly to be mechanically connected to said stick in such a manner that any movement of said stick along the second portion of the travel path corresponds to turning movement of the transmission part, and secondly to transmit the return force to said stick at least when the stick is positioned in the second portion of the travel path characterized in that the resilient return means comprise at least a first type of resilient return means, each resilient means of the first type comprising first and second torsion bars (14, 15) and means for providing rotary coupling between the first and second torsion bars and the transmission part, these coupling means being arranged: • to couple said first torsion bar to the transmission part when said transmission part is pivoted relative to a predetermined reference position (Ref) through an angle forming part of a first angular coupling sector; • to couple said second torsion bar to the transmission part when said transmission part is pivoted, relative to the predetermined reference position (Ref) through an angle forming part of a second angular coupling sector different from the first angular sector; and • to decouple said second torsion bar from the transmission part when said transmission part is pivoted relative to the predetermined reference position (Ref) through an angle lying outside the second predetermined angular sector. • to couple said first torsion bar to the transmission part when said transmission part is pivoted relative to a predetermined reference position (Ref) through an angle forming part of a first angular coupling sector; • to couple said second torsion bar to the transmission part when said transmission part is pivoted, relative to the predetermined reference position (Ref) through an angle forming part of a second angular coupling sector different from the first angular sector; and • to decouple said second torsion bar from the transmission part when said transmission part is pivoted relative to the predetermined reference position (Ref) through an angle lying outside the second predetermined angular sector.
A surgical instrument, comprising: an outer shaft; an end effector coupled to the outer shaft; a rotatable drive shaft coaxially disposed within an inner lumen of the outer shaft; and a plurality of selectively engageable clutches (6110, 6210, 6310) configured to transfer torque from the rotatable drive shaft to the end effector, wherein each of the plurality of clutches is configured to convert rotation of the drive shaft into one of a plurality of movements of the end effector relative to the outer shaft, wherein each clutch (6110, 6210, 6310) includes an electromagnet (6140, 6240, 6340), wherein each clutch is in a disengaged state in the absence of current flow to the electromagnet, characterised by a plurality of lockouts (6150, 6250, 6350), wherein each lockout is configured to prevent one of the end effector movements when the corresponding clutch is in its disengaged state. an outer shaft; an end effector coupled to the outer shaft; a rotatable drive shaft coaxially disposed within an inner lumen of the outer shaft; and a plurality of selectively engageable clutches (6110, 6210, 6310) configured to transfer torque from the rotatable drive shaft to the end effector, wherein each of the plurality of clutches is configured to convert rotation of the drive shaft into one of a plurality of movements of the end effector relative to the outer shaft, wherein each clutch (6110, 6210, 6310) includes an electromagnet (6140, 6240, 6340), wherein each clutch is in a disengaged state in the absence of current flow to the electromagnet, characterised by a plurality of lockouts (6150, 6250, 6350), wherein each lockout is configured to prevent one of the end effector movements when the corresponding clutch is in its disengaged state.
An ex-vivo process for obtaining information associated with at least one portion of a biological sample, comprising: forwarding at least one first electro-magnetic radiation to a section near or in the at least one portion of the sample; receiving at least one second electro-magnetic radiation provided from said section near or in the at least one portion of the biological sample; and identifying a deformation of the section at a plurality of depths as a function of at least one of (i) a phase of said at least one second electro-magnetic radiation provided from the section, or (ii) a rate of change of at least one of the phase or an amplitude of the at least one second electro-magnetic radiation. forwarding at least one first electro-magnetic radiation to a section near or in the at least one portion of the sample; receiving at least one second electro-magnetic radiation provided from said section near or in the at least one portion of the biological sample; and identifying a deformation of the section at a plurality of depths as a function of at least one of (i) a phase of said at least one second electro-magnetic radiation provided from the section, or (ii) a rate of change of at least one of the phase or an amplitude of the at least one second electro-magnetic radiation.