mhurhangee/ep-ind-claims huggingface dataset:
A metal-resin joining method of joining a metal member to a composite material member including a fiber reinforced plastic composite material, the method comprising: an applying step of applying a first adhesive (30a, 30b) that is a thermosetting adhesive to a first region (50a, 50b) between the metal member and the composite material member, and applying a second adhesive that is a thermosetting adhesive to a second region between the metal member and the composite material member; a provisional bonding step of irradiating a first irradiation region (46a, 46b) of the metal member opposed to the first region (50a, 50b) with a laser light (41a, 41b), and heating and curing the first adhesive (30a, 30b) to provisionally bond the metal member and the composite material member together; and a main bonding step of curing the second adhesive to bond the metal member and the composite material member together after the provisional bonding step, characterized in that: the main bonding step separates the metal member from the composite material member when a joined position between the metal member and the composite material member is displaced after the provisional bonding step, and executes main bonding after aligning the respective members with each other. an applying step of applying a first adhesive (30a, 30b) that is a thermosetting adhesive to a first region (50a, 50b) between the metal member and the composite material member, and applying a second adhesive that is a thermosetting adhesive to a second region between the metal member and the composite material member; a provisional bonding step of irradiating a first irradiation region (46a, 46b) of the metal member opposed to the first region (50a, 50b) with a laser light (41a, 41b), and heating and curing the first adhesive (30a, 30b) to provisionally bond the metal member and the composite material member together; and a main bonding step of curing the second adhesive to bond the metal member and the composite material member together after the provisional bonding step, characterized in that: the main bonding step separates the metal member from the composite material member when a joined position between the metal member and the composite material member is displaced after the provisional bonding step, and executes main bonding after aligning the respective members with each other.
A composition of bilirubin stock, wherein the bilirubin stock comprises: a base solution; a carbonate salt; bilirubin; and human serum albumin wherein the base solution is an aqueous solution and 100 mL base solution is prepared by dissolving 1 g/dL of sodium chloride, 2.5 g/dL of urea and 0.25 g/dL of potassium phosphate monobasic in 80 mL of purified water, after sodium chloride, urea and potassium phosphate monobasic are dissolved, the volume is made up to 100 mL; the base solution comprises sodium chloride, potassium phosphate monobasic, and urea, wherein the sodium chloride, urea, and potassium phosphate monobasic, are in the ratio of 1:2.5:0.25, wherein the pH of the base solution is adjusted to 7.0 ± 0.2, and wherein the composition of sodium carbonate, bilirubin and human serum albumin with respect to the base solution is in the ratio of 4.5:1:7, wherein the given ratios are weight ratios. a base solution; a carbonate salt; bilirubin; and human serum albumin wherein the base solution is an aqueous solution and 100 mL base solution is prepared by dissolving 1 g/dL of sodium chloride, 2.5 g/dL of urea and 0.25 g/dL of potassium phosphate monobasic in 80 mL of purified water, after sodium chloride, urea and potassium phosphate monobasic are dissolved, the volume is made up to 100 mL; the base solution comprises sodium chloride, potassium phosphate monobasic, and urea, wherein the sodium chloride, urea, and potassium phosphate monobasic, are in the ratio of 1:2.5:0.25, wherein the pH of the base solution is adjusted to 7.0 ± 0.2, and wherein the composition of sodium carbonate, bilirubin and human serum albumin with respect to the base solution is in the ratio of 4.5:1:7, wherein the given ratios are weight ratios.
A method, including: - providing an integrated circuit card in a mobile communication apparatus having an apparatus memory, - receiving (RX, 100, 1000) an update message at the integrated circuit card and updating (102; 1002) the card content in compliance with the update message, - issuing from the card an apparatus memory refresh command (106, 108; 1006), - refreshing the apparatus memory to align the apparatus memory with the updated card content. wherein the method includes: - providing in the integrated circuit card a memory location for storing life cycle status information, the method being characterized in that it further includes: - writing in said memory location a command issue code producing issue of said refresh command (106; 1006) as a result of reception of said update message. - providing an integrated circuit card in a mobile communication apparatus having an apparatus memory, - receiving (RX, 100, 1000) an update message at the integrated circuit card and updating (102; 1002) the card content in compliance with the update message, - issuing from the card an apparatus memory refresh command (106, 108; 1006), - refreshing the apparatus memory to align the apparatus memory with the updated card content. - providing in the integrated circuit card a memory location for storing life cycle status information, the method being characterized in that it further includes: - writing in said memory location a command issue code producing issue of said refresh command (106; 1006) as a result of reception of said update message. - writing in said memory location a command issue code producing issue of said refresh command (106; 1006) as a result of reception of said update message.
A spring assembly, comprising: a spring including one or more first flexing segments (330a-330d) and one or more second flexing segments (331a-331d), characterized by a contact member including a plurality of steps for contacting at least a portion of the spring such that the first and second flexing segments (330a-330d, 331a-331d) can flex during a first actuation stage thereby providing a first biasing force and at least one of the first flexing segments (330a-330d) is prevented from flexing further during a second actuation stage to provide a second biasing force, the second biasing force being higher than the first biasing force. a spring including one or more first flexing segments (330a-330d) and one or more second flexing segments (331a-331d), characterized by a contact member including a plurality of steps for contacting at least a portion of the spring such that the first and second flexing segments (330a-330d, 331a-331d) can flex during a first actuation stage thereby providing a first biasing force and at least one of the first flexing segments (330a-330d) is prevented from flexing further during a second actuation stage to provide a second biasing force, the second biasing force being higher than the first biasing force.
An apparatus comprising a broadcast receiver circuit, an embedded antenna for receiving broadcast signals and a tuning circuit coupled between the antenna and the receiver circuit, which tuning circuit comprises a filter circuit coupled to ground, wherein the tuning circuit is designed to have a first resonance at a first frequency below a broadcast band of interest, and a second resonance at a second frequency above the broadcast band and wherein the tuning circuit comprises an amplifier with an output to the receiver circuit and with an input to the filter circuit, wherein the size of the embedded antenna is less than one tenth of the wavelengths correspondng to the broadcast band, the impedance of the filter circuit and the embedded antenna sums up to a level of less than 50 ohms.
An aerosol generating system comprising a frusto-conically shaped heating element configured to generate the aerosol by evaporating a vaporizable material on a slanted surface of said conically shaped heating element, and a vaporizable material capsule configured to contain a vaporizable material, whereby the vaporizable material capsule comprises a frusto-conically shaped contacting element having a slanted surface configured to mate with the frusto-conically shaped heating element in use, wherein a diameter D1 of a smallest base surface of the frusto-conically shaped heating element is configured to be smaller than a diameter D2 of a smallest base surface of the frusto-conically shaped contacting element of the capsule such that a gap of a determined thickness TH is arranged between the respective slanted surfaces (104, 105) of the heater element and the capsule when the base surfaces of the frusto-conically shaped heating element and contacting element of the capsule are contacted to each other, and wherein an interfacing layer is arranged in said gap contacting the slanted surfaces (104, 105) of both the heating element and contacting element, the interfacing layer comprising a porous material configured to wick vaporizable material from the slanted surface of the contacting element to the slanted surface of the heating element. a frusto-conically shaped heating element configured to generate the aerosol by evaporating a vaporizable material on a slanted surface of said conically shaped heating element, and a vaporizable material capsule configured to contain a vaporizable material, whereby the vaporizable material capsule comprises a frusto-conically shaped contacting element having a slanted surface configured to mate with the frusto-conically shaped heating element in use, wherein a diameter D1 of a smallest base surface of the frusto-conically shaped heating element is configured to be smaller than a diameter D2 of a smallest base surface of the frusto-conically shaped contacting element of the capsule such that a gap of a determined thickness TH is arranged between the respective slanted surfaces (104, 105) of the heater element and the capsule when the base surfaces of the frusto-conically shaped heating element and contacting element of the capsule are contacted to each other, and wherein an interfacing layer is arranged in said gap contacting the slanted surfaces (104, 105) of both the heating element and contacting element, the interfacing layer comprising a porous material configured to wick vaporizable material from the slanted surface of the contacting element to the slanted surface of the heating element.
A method for multicast file delivery of a broadcast in a communication system, comprising: receiving file attributes for decoding at least one file of said broadcast in a first communication session; and receiving said at least one file of said broadcast separately from said file attributes in a second communication session; wherein said first communication session is different from and earlier than said second communication session. receiving file attributes for decoding at least one file of said broadcast in a first communication session; and receiving said at least one file of said broadcast separately from said file attributes in a second communication session; wherein said first communication session is different from and earlier than said second communication session.
Hinge device for moving a decorative panel and comprising a first member hinged to a second member by means of a hinge pin and an elastic member; the first member being assigned to be fixed to the frame or body of an appliance and the second member being assigned to be fixed to a door of the same appliance; the elastic member being connected to the first member and interacting between the latter and the second member by means of transmission elements to impart a closing elastic force to the second member where the decorative panel is constrained to slide parallel to the door and perpendicularly to the hinge pin by interconnection constraint members of said door and panel; wherein said device comprises a joint member for the decorative panel and assigned to move the latter along the constraint members; at least in one operating condition of the device, said joint member is hinged by means of a first pin to a first end of a rocker element whose opposite end bears a sliding pin movable in a shaped slot, wherein a connection member is pivoted, by means of a second pin, to the second member in a separate point from the hinge pin; such connection member being connected to the elastic member by means of a connection element of the transmission elements; the median portion of the rocker element is pivoted by means of a third pin to a first end of an arm element whose opposite second end is rotatably engaged to the hinge pin, where in an installed condition of the device and of the panel, the position, the dimensional ratios and the connection of the second member, the rocker element, the connection member and the arm element and the shape and orientation of the shaped slot in cooperation with the constraint members impose to the joint member a motion parallel to the door, away from the hinge pin in correspondence with the actuation of the device towards a maximum opening condition thereof, and approaching the hinge pin in correspondence with the actuation of the device towards its closed condition, said device being characterized in that the shaped slot is fixed to, or made in, the connection member of the transmission elements.
An intermediate transfer medium which comprises a substrate, a protective layer and a receiving layer which are layered on a surface of the substrate; wherein the protective layer comprises two or more kinds of binder resins and a filler; wherein a mixed binder resin which consists of said two or more kinds of binder resins has a storage elastic modulus G' of not less than 1.0 x 10 5 Pa and not more than 1.0 x 10 9 Pa at '70 °C - 90 °C, and the storage elastic modulus G' of more than 1.0 x 10 9 Pa at 35 °C; wherein the mixed binder resin includes a binder resin having a number average molecular weight (Mn) of not less than 8,000 and not more than 30,000, and a glass transition temperature (Tg) of not less than 36 °C and not more than 60 °C; and wherein the filler has a particle diameter of not less than 1 nm and not more than 200 nm.
Motor vehicle closing device comprising at least one closing element (1, 2), for example a catch and/or a pawl as components of a motor vehicle latch, and comprising at least one sensor unit (4, 5), which detects movements of the closing element (1, 2), characterized in that the sensor unit (4, 5) is designed for three-dimensional detection of the movements of the closing element (1, 2).
A method of manufacturing a carbon/carbon brake disk comprising: forming a fibrous network (Step 301) from an oxidized carbon fiber precursor; carbonizing the oxidized carbon fiber precursor (Step 302) by heating the oxidized carbon fiber precursor at 1400-2800° C to form a carbon fiber preform; infiltrating the carbon fiber preform with carbon (Step 303) using chemical vapor infiltration or deposition (CVI/CVD) processing to increase the density of the preform to form a carbon/carbon (C/C) part; heating the C/C part (Step 306); and performing a final chemical vapor deposition process (Step 307) to at least partially fill in a micro-crack in the C/C part at 1000° C; and characterized in that the heating the C/C part (Step 306) is performed at a temperature in the range from 1400° C to 2200° C for a duration of 4 hours to 14 hours; and wherein the performing the final chemical vapor deposition process (Step 307) is performed for a duration of 20 to 100 hours. forming a fibrous network (Step 301) from an oxidized carbon fiber precursor; carbonizing the oxidized carbon fiber precursor (Step 302) by heating the oxidized carbon fiber precursor at 1400-2800° C to form a carbon fiber preform; infiltrating the carbon fiber preform with carbon (Step 303) using chemical vapor infiltration or deposition (CVI/CVD) processing to increase the density of the preform to form a carbon/carbon (C/C) part; heating the C/C part (Step 306); and
A spinning reel spool (4, 104) delivering fishing line forward, the spinning reel spool (4, 104) comprising: a ring member (8, 108) for guiding fishing line forward and a spool body (41, 141) having a body portion, characterized in that the spool body has a protruding portion (4d, 104d, 204d) integrally formed on a front side of the body portion, the protruding portion (4d, 104d, 204d) protruding from the body portion in an axial direction of the spool body (41, 141), the ring member (8, 108) being disposed on an outer circumferential surface of the protruding portion (4d, 104d, 204d), the protruding portion (4d, 104d, 204d) comprising a plastically deformable part (4k, 104k), and the ring member (8, 108) being held between the body portion and the plastically deformable part (4k, 104k) of the protruding portion (4d, 104d, 204d) by deforming the plastically deformable part (4k, 104k).
An adaptor for a flush sash window or door locking system comprising a double entry keep, the adaptor comprising: a base plate; a first cam; and a second cam, wherein the base plate is adapted to be attached to an operation rod of a shootbolt assembly, the operation rod having a longitudinal axis, and wherein the first and second cams (170,180) are arranged on the base plate, the first cam being arranged substantially in-line with the longitudinal axis of the operation rod of the shootbolt assembly, and the second cam being arranged out of line with the longitudinal axis of the operation rod of the shootbolt assembly. a base plate; a first cam; and a second cam,
A composite button for intelligent toilet, said composite button is configured to be disposed on the toilet, wherein said composite button is configured to cooperate to functional buttons of the toilet by sliding along the surface where the composite button disposed on, wherein the composite button comprises a fixing block, at least two contact switches with different directions are disposed below the fixing block; a multi-directional pushing rod is disposed on the bottom of said fixing block, said multi-directional pushing rod is disposed between said at least two contact switches below the fixing block, and said multi-directional pushing rod can move between said at least two contact switches and the trigger the contact switch, and characterized in that at least one contact switche is fixed on the surface of the fixing block, a minor button which can move up and down to trigger contact switch is positioned on the top of each contact switch.
A non-linear interference detection method in a wireless communication system having a victim signal and an offending signal, the method including: determining a magnitude of the victim signal raised to a first power to produce a first signal; determining a magnitude of the offending signal raised to a second power to produce a second signal; and correlating the first signal and the second signal to produce an output signal indicative of an extent to which the offending signal interferes with the victim signal. determining a magnitude of the victim signal raised to a first power to produce a first signal; determining a magnitude of the offending signal raised to a second power to produce a second signal; and correlating the first signal and the second signal to produce an output signal indicative of an extent to which the offending signal interferes with the victim signal.
Bar feeder magazine for machine tools, comprising a guide base extending in a longitudinal direction, a set of bar guiding elements guided on the guide base for displacement in the longitudinal direction, each of said guiding elements having a bearing receptacle for a bar of material rotatable about an axis of alignment in a supply position, said receptacle being arranged coaxially to the axis of alignment parallel to the longitudinal direction, wherein the set of bar guiding elements is able to be brought into at least one bar guiding position, the bearing receptacles of the bar guiding elements, in said bar guiding position, guiding the bars of material arranged in the supply position in the longitudinal direction at a distance from one another and centred relative to the axis of alignment, a bar advancing element guided on the guide base and having a receptacle for a bar of material located in the supply position, the bar of material in the supply position being movable with said advancing element in the direction of the axis of alignment in a controlled manner and, as a result, being suppliable to the machine tool for machining, wherein the set of bar guiding elements and the bar advancing element are movable into a bar loading position, the bar of material able to be brought into an insertion starting position coaxial to the axis of alignment in said loading position, the bar of material being insertable into the bearing receptacles of the set of bar guiding elements proceeding from said starting position, and wherein the guide base is arranged in a spatial area located on a first side of a vertical longitudinal central plane extending through the axis of alignment and wherein an access area to the bar feeder magazine is arranged in a spatial area located on a second side of the vertical longitudinal central plane facing away from the guide base, characterized in that the guide base has two tracks (22, 24) parallel to one another and extending at a distance from one another, the set of bar guiding elements as well as the bar advancing element being guided on said tracks, and that the bar guiding elements and the bar advancing element extend between the tracks (22, 24).
An actuator, the actuator comprising: - a housing; - a drive member supported within the housing, the drive member configured to operably engage and rotate an elongated member; - a shaft adapter supported relative to the drive member adjacent a first end of the housing, the shaft adapter comprising: - a drive member engaging portion; and - an elongated member engaging portion configured to secure and rotationally fix the shaft adapter relative to the elongated member; - a wall defining a securement slot that is configured to receive a securement element of an anti-rotation bracket; and - a positioning device supported relative to the wall, the positioning device including an engagement structure configured to engage the securement element of the anti-rotation bracket that has been inserted into the securement slot; characterized in that the engagement structure defines a first travel path along the securement slot having a first length during installation of the actuator, and defines a second travel path along the securement slot having a second length during operation of the actuator, the second length being greater than the first length. - a housing; - a drive member supported within the housing, the drive member configured to operably engage and rotate an elongated member; - a shaft adapter supported relative to the drive member adjacent a first end of the housing, the shaft adapter comprising: - a drive member engaging portion; and - an elongated member engaging portion configured to secure and rotationally fix the shaft adapter relative to the elongated member; - a drive member engaging portion; and - an elongated member engaging portion configured to secure and rotationally fix the shaft adapter relative to the elongated member; - a wall defining a securement slot that is configured to receive a securement element of an anti-rotation bracket; and - a positioning device supported relative to the wall, the positioning device including an engagement structure configured to engage the securement element of the anti-rotation bracket that has been inserted into the securement slot;