mhurhangee/ep-ind-claims huggingface dataset:
A spacer (330, 430) configured to space two turbocharger bearings, the spacer (330, 430) comprising: an annular body that defines a central through bore and that comprises an axial end face (334, 434), an opposing axial end face (336, 436), a lubricant passage (333, 433) configured to direct lubricant to the axial end face (334, 434), and a lubricant passage (333, 433) configured to direct lubricant to the opposing axial end face (336, 436), wherein the annular body comprises at least one lubricant inlet (331, 431) located on an outer surface and disposed between the axial end faces (434, 436), characterised in that each of the lubricant passages (333, 433) comprises a portion of a radially displaced through bore with an axis disposed substantially parallel to an axis of the central through bore. an annular body that defines a central through bore and that comprises an axial end face (334, 434), an opposing axial end face (336, 436), a lubricant passage (333, 433) configured to direct lubricant to the axial end face (334, 434), and a lubricant passage (333, 433) configured to direct lubricant to the opposing axial end face (336, 436), wherein the annular body comprises at least one lubricant inlet (331, 431) located on an outer surface and disposed between the axial end faces (434, 436), characterised in that each of the lubricant passages (333, 433) comprises a portion of a radially displaced through bore with an axis disposed substantially parallel to an axis of the central through bore.
A system made of at least one orthopedic component (10, 11, 12, 15) comprising at least one energy store (115, 125) and a plurality of electrical and/or electronic devices (110, 120) and at least one operator control device and/or feedback device, which is assigned to the electrical and/or electronic devices (110, 120) and coupled thereto, characterized in that the feedback device has at least one feedback element (101, 103, 105), which is embodied as an optical, tactile, acoustic and/or thermal output device.
A projection device, comprising a housing and a display module, wherein the display module is configured in the housing and comprises a frame, an optical engine assembly, and at least one first electronic component (126, 128), wherein: the frame comprises a first assembling portion and at least one second assembling portion; the optical engine assembly is assembled to the first assembling portion in a first direction; the at least one first electronic component (126, 128) is assembled to the at least one second assembling portion in a second direction different from the first direction; and the at least one first electronic component (126, 128) includes two first electronic components (126, 128); characterized in that: the at least one second assembling portion includes two second assembling portions, the two first electronic components (126, 128) are respectively assembled on the two second assembling portions and are respectively located on opposite sides of the optical engine assembly. the frame comprises a first assembling portion and at least one second assembling portion; the optical engine assembly is assembled to the first assembling portion in a first direction; the at least one first electronic component (126, 128) is assembled to the at least one second assembling portion in a second direction different from the first direction; and the at least one first electronic component (126, 128) includes two first electronic components (126, 128);
A data processing apparatus for mapping symbols received from a predetermined number of sub-carrier signals of Orthogonal Frequency Division Multiplexed (OFDM) symbols into an output symbol stream, the data processing apparatus comprising a de-interleaver operable to read-into a memory the predetermined number of data symbols from the OFDM sub-carrier signals, and to read-out of the memory the data symbols into the output symbol stream to effect the mapping, the read-out being in a different order than the read-in, the order being determined from a set of addresses, with the effect that the data symbols are de-interleaved from the OFDM sub-carrier signals, an address generator operable to generate the set of addresses, an address being generated for each of the received data symbols for mapping the data symbol received from the OFDM sub-carrier signal into the output symbol stream, the address generator comprising a linear feedback shift register including a predetermined number of register stages and being operable to generate a pseudo-random bit sequence in accordance with a generator polynomial, a permutation circuit operable to receive the content of the shift register stages and to permute the order of the bits present in the register stages in accordance with a permutation code to form an address of one of the OFDM sub-carriers, and a control unit operable in combination with an address check circuit to re-generate an address when a generated address exceeds a predetermined maximum valid address, wherein the predetermined maximum valid address is approximately four thousand, the linear feedback shift register has eleven register stages with a generator polynomial for the linear feedback shift register of R i ′ 10 = R i − 1 ′ 0 ⊕ R i − 1 ′ 2, and the permutation code forms, with an additional bit, a twelve bit address, characterised in that the permutation circuit is arranged to change the permutation code, which permutes the order of the bits of the register stages to form the set of addresses from one OFDM symbol to another.
An ophthalmic surgical system, comprising: a display device operable to generate an overlay display on an image of a patient's eye, wherein the display device is adapted to project the display in the optical path of a surgical microscope, a user interface operable to receive a user selection of one or more of user-selectable surgical parameters to be displayed, characterized in that the display device is operable to display on an image of a patient's eye a plurality of non-overlapping display sectors falling within a sector of a circle centered at the center of the display, each display sector displaying one of a plurality of the user-selected phacoemulsification and/or vitrectomy surgical parameters. a display device operable to generate an overlay display on an image of a patient's eye, wherein the display device is adapted to project the display in the optical path of a surgical microscope, a user interface operable to receive a user selection of one or more of user-selectable surgical parameters to be displayed, characterized in that the display device is operable to display on an image of a patient's eye a plurality of non-overlapping display sectors falling within a sector of a circle centered at the center of the display, each display sector displaying one of a plurality of the user-selected phacoemulsification and/or vitrectomy surgical parameters.
A method comprising: at an electronic device: receiving one or more entered characters; after receiving the one or more entered characters, displaying a suggestion region (506; 606; 906) that includes a set of one or more suggestions (514A-C; 614A-C; 914A-C) including one or more character strings that start with the one or more entered characters; while displaying the set of one or more suggestions, receiving one or more additional entered characters; and responsive to receiving the one or more additional entered characters, updating the set of suggestions, wherein the updating comprises: changing a first suggestion in the set of one or more suggestions from a first character string to a second character string, characterized in that the changing of the first suggestion comprises, while maintaining display of a first portion of the first character string: ceasing to display a second portion of the first character string that is incompatible with the one or more additional entered characters, such that for the first suggestion the first portion is displayed alone; adding the one or more additional entered characters to the first portion of the first character string; and adding a first set of one or more predicted characters to the first portion of the first character string to display the second character string. receiving one or more entered characters; after receiving the one or more entered characters, displaying a suggestion region (506; 606; 906) that includes a set of one or more suggestions (514A-C; 614A-C; 914A-C) including one or more character strings that start with the one or more entered characters; while displaying the set of one or more suggestions, receiving one or more additional entered characters; and responsive to receiving the one or more additional entered characters, updating the set of suggestions, wherein the updating comprises: changing a first suggestion in the set of one or more suggestions from a first character string to a second character string, characterized in that the changing of the first suggestion comprises, while maintaining display of a first portion of the first character string: ceasing to display a second portion of the first character string that is incompatible with the one or more additional entered characters, such that for the first suggestion the first portion is displayed alone; adding the one or more additional entered characters to the first portion of the first character string; and adding a first set of one or more predicted characters to the first portion of the first character string to display the second character string. ceasing to display a second portion of the first character string that is incompatible with the one or more additional entered characters, such that for the first suggestion the first portion is displayed alone; adding the one or more additional entered characters to the first portion of the first character string; and adding a first set of one or more predicted characters to the first portion of the first character string to display the second character string.
A nucleic acid analysis apparatus, comprising: a lower unit comprising a lower heating unit configured to apply heat by contacting a microchip; an upper unit comprising an upper heating unit configured to apply heat by contacting the microchip; an opening/closing structure configured from a hinge between the lower unit and the upper unit; and a chip holding unit configured to change a position between a first holding position that holds the microchip in midair between the lower unit and the upper unit, and a second holding position that holds the microchip in contact with the lower and upper heating units, wherein the chip holding unit is connected by the hinge and moves between the first holding position and the second holding position in coordination with opening and closing of the opening/closing structure. a lower unit comprising a lower heating unit configured to apply heat by contacting a microchip; an upper unit comprising an upper heating unit configured to apply heat by contacting the microchip; an opening/closing structure configured from a hinge between the lower unit and the upper unit; and a chip holding unit configured to change a position between a first holding position that holds the microchip in midair between the lower unit and the upper unit, and a second holding position that holds the microchip in contact with the lower and upper heating units, wherein the chip holding unit is connected by the hinge and moves between the first holding position and the second holding position in coordination with opening and closing of the opening/closing structure.
A method of printing labels with reduced waste, comprising: a) printing a label on an end-portion of a label roll; b) advancing the label roll via a take-up printer ribbon spool drive clutch such that the end-portion passes a cutter mechanism wherein the drive clutch includes a two-piece ratcheting mechanism and a compression ratchet spring, the two-piece ratcheting mechanism including a first ratchet piece having a first set of angled ratchet teeth and a second ratchet piece having a second set of angled ratchet teeth complementary to the first set of angled ratchet teeth, the compression ratchet spring pressing together the first ratchet piece and the second ratchet piece to engage the first set of angled ratchet teeth and the second set of angled ratchet teeth; and c) twisting a shaft of a payout printer ribbon spool reverse clutch to prime a return spring; d) cutting the end-portion with the cutter mechanism, thereby defining a new end-portion; and e) reversing the label roll by a driving force from the return spring to align the new end-portion with a printer head. a) printing a label on an end-portion of a label roll; b) advancing the label roll via a take-up printer ribbon spool drive clutch such that the end-portion passes a cutter mechanism wherein the drive clutch includes a two-piece ratcheting mechanism and a compression ratchet spring, the two-piece ratcheting mechanism including a first ratchet piece having a first set of angled ratchet teeth and a second ratchet piece having a second set of angled ratchet teeth complementary to the first set of angled ratchet teeth, the compression ratchet spring pressing together the first ratchet piece and the second ratchet piece to engage the first set of angled ratchet teeth and the second set of angled ratchet teeth; and c) twisting a shaft of a payout printer ribbon spool reverse clutch to prime a return spring; d) cutting the end-portion with the cutter mechanism, thereby defining a new end-portion; and e) reversing the label roll by a driving force from the return spring to align the new end-portion with a printer head.
A sensing device comprising: a stator; and a rotor of which at least a portion is disposed in the stator, wherein the stator includes a stator holder, a stator body coupled to the stator holder, and a first stator tooth and a second stator tooth disposed in the stator body, the rotor includes a rotor holder, a rotor body coupled to the rotor holder, and a magnet coupled to the rotor body, the first stator tooth includes a first body and a plurality of first teeth connected to the first body and spaced apart from each other, the second stator tooth includes a second body and a plurality of second teeth connected to the second body and spaced apart from each other, and the plurality of first teeth and the plurality of second teeth overlap in a radial direction, characterized in that the magnet includes a first unit magnet, a second unit magnet, and a connecting portion disposed between the first unit magnet and the second unit magnet; the first unit magnet includes a first region (231a-1) and a second region (231a-2); and each of the first region (231a-1) and the second region (231a-2) includes an N-pole region and an S-pole region, and wherein the N-pole region of the first region (231a-1) and the S-pole region of the second region (231a-2) are disposed adjacently to each other, and wherein a width of the first unit magnet in the axial direction is larger than a width of the connecting portion in the axial direction, and wherein the unit magnets and the connecting portion are integrally formed. a stator; and a rotor of which at least a portion is disposed in the stator, wherein the stator includes a stator holder, a stator body coupled to the stator holder, and a first stator tooth and a second stator tooth disposed in the stator body, the rotor includes a rotor holder, a rotor body coupled to the rotor holder, and a magnet coupled to the rotor body, the first stator tooth includes a first body and a plurality of first teeth connected to the first body and spaced apart from each other, the second stator tooth includes a second body and a plurality of second teeth connected to the second body and spaced apart from each other, and the plurality of first teeth and the plurality of second teeth overlap in a radial direction, characterized in that the magnet includes a first unit magnet, a second unit magnet, and a connecting portion disposed between the first unit magnet and the second unit magnet; the first unit magnet includes a first region (231a-1) and a second region (231a-2); and each of the first region (231a-1) and the second region (231a-2) includes an N-pole region and an S-pole region, and wherein the N-pole region of the first region (231a-1) and the S-pole region of the second region (231a-2) are disposed adjacently to each other, and wherein a width of the first unit magnet in the axial direction is larger than a width of the connecting portion in the axial direction, and wherein the unit magnets and the connecting portion are integrally formed.
A spindle of a drilling tool of the type with a fluid conveyed through the interior of a drill bit to a drilling zone, which spindle is drivable by a motor of the drilling tool, wherein the spindle comprises: - a socket portion for receiving and attaching a drill bit to the spindle, the socket portion having a first axial length of a first diameter adapted to receiving an attachment portion of the drill bit, - a fluid conduit for conveying a fluid to the socket portion, the fluid conduit having a second diameter which second diameter is narrower than the first diameter of the socket portion, wherein the attachment portion has a specific second axial length adapted to be shorter than the specific axial length of the socket portion such that, in use when the drill bit is installed in the socket portion), an interface space having the first diameter is formed between the fluid conduit and the drill bit, a fluid conveyor (60;70) arranged to connect the fluid conduit to the drill bit, the fluid conveyor having a third diameter, which third diameter is narrower than the first diameter, so as to avoid that fluid is gathered in a periphery of the interface space between the fluid conduit and the drill bit when the drill bit is installed in the socket portion, characterised in that the fluid conveyor (60;70) comprises a tubular portion (61;71) that is partly insertable into the fluid conduit of the spindle, the tubular portion (51;61;71) having a first axial end (62;72) configured to extend into the fluid conduit of the spindle and a second axial end (63;73) configured to abut the drill bit when the drill bit is installed in the socket portion and wherein the fluid conveyor (60, 70) comprises a first O-ring (65, 74) arranged to abut the mouth of the fluid conduit of the spindle and a second O-ring (66, 75) arranged to abut the mouth of the fluid channel of the drill bit, and wherein a spring (64, 76) is arranged between these O-ring (65,66; 74, 75). - a socket portion for receiving and attaching a drill bit to the spindle, the socket portion having a first axial length of a first diameter adapted to receiving an attachment portion of the drill bit, - a fluid conduit for conveying a fluid to the socket portion, the fluid conduit having a second diameter which second diameter is narrower than the first diameter of the socket portion, wherein the attachment portion has a specific second axial length adapted to be shorter than the specific axial length of the socket portion such that, in use when the drill bit is installed in the socket portion), an interface space having the first diameter is formed between the fluid conduit and the drill bit,
A mechanism particularly suitable for use with lifting systems of sectional doors comprising a gear including at least a pair of independent main bodies provided inside a housing, each of said main bodies being provided with a cavity; each of said main bodies comprising toothed profiles meshing with one another and formed on a portion of lateral surface of said main bodies, the remaining portion of said lateral surface of said main bodies being arranged with grooves for winding of two opposite extending cables of the mechanism and having a diameter lower than the inner diameter of the teeth of the toothed profile; one rotating shaft for each main body, housed in said cavity; a band torsional spring for each main body, having a first end fastened to said shaft and a second end fastened to the inner wall of said cavity of the main body; and an overrunning mechanism comprising a ratchet which consists of a saw-toothed wheel keyed on a grooved lower end of one of the shafts, a gullet tooth hinged on a bend of a lower plate of the housing and an elastic element being arranged to push the gullet tooth to be permanently engaged with the teeth of said wheel; said band torsional springs being under full load when the sectional door is closed, and being fully released when the sectional door is fully open, and the relief curve of the band torsional springs being proportional to the weight vertically exerted by said sectional door, said weight being variable along the vertical during the lifting operation of a sectional door, the weight of the already lifted door portion being supported by horizontal guides and no longer by the band torsional spring; said two opposite extending cables being extendable up to fixed points provided on the base panel of a sectional door and each one of the extending cables being provided with a corresponding snub pulley of the mechanism, attachable to the end of a lintel; and said rotating shafts being mounted with their axis X arranged on a vertical plane and each shaft being provided with at least one pair of upper and lower bearings, each bearing abutting against a shoulder of said shaft and a lower plate through a bend of an upper plate, said lower plate is shaped so as to abut on a projection made on the side wall of cavity.
A heavy load tire comprising a tread portion, wherein the tread portion is partitioned into a plurality of portions by a widthwise groove extending in a tire widthwise direction, and at least one of a circumferential groove extending in a tire circumferential direction and a tread end that is an end portion of the tread portion, the circumferential groove and the widthwise groove are formed on at least one side of a tire equator line, the widthwise groove is composed of a first inner widthwise groove, which opens to the circumferential groove, extends inward in the tire widthwise direction, and reaches the tire equator line, and a first outer widthwise groove, which is wider than the first inner widthwise groove, opens to the circumferential groove at a position opposed to the first inner widthwise groove, and extends outward in the tire widthwise direction, and are arrayed in the tire circumferential direction, the first inner widthwise groove has an inflection point where a direction of a convex or a concave with respect to the tire circumferential direction changes, extends from the inflection point to the tire equator line with an angle against the tire widthwise direction becoming smaller toward the tire equator line, and has a curved convex shape toward a tire normal rotation direction side from the inflection point to the circumferential groove, and a groove wall (16e1) forming the first outer widthwise groove on a side opposite to a tire normal rotation direction extends outward in the tire widthwise direction while being inclined toward a side opposite to the tire normal rotation direction, wherein the first inner widthwise groove and the first outer widthwise groove are connected with each other so that groove wall positions on the tire normal rotation direction side are aligned, wherein the angle δ formed by the tire widthwise direction and the groove wall (16e1) of the first outer widthwise groove on a side opposite to the tire normal rotation direction is within the range of 0° < δ ≤ 30° at the opening position of the first outer widthwise groove and the circumferential groove, and wherein a groove wall forming the first outer widthwise groove on the tire normal rotation direction side, which is a groove wall opposed to the groove wall (16e1) on a side opposite to a tire normal rotation direction, extends outward in the tire widthwise direction while being inclined toward a side opposite to the tire normal rotation direction and extends along the tire widthwise direction in the middle, so that the first outer widthwise groove extends with the groove width becoming larger toward the outer side in the tire widthwise direction from the middle.