mhurhangee/ep-ind-claims huggingface dataset:
A filter apparatus capable of releasing air from a filter body, comprising: a holder (3, 103, 203) having a front panel (5, 105, 205) and a rear panel (7, 107, 207), which are connected to each other by a connecting portion and stand in parallel with each other, wherein the front panel (5, 105, 205) has a center cutout (11, 111, 211); a generally cylindrical filter body (13, 113, 213) sandwiched between the front panel (5, 105, 205) and the rear panel (7, 107, 207) of the holder (3, 103, 203) so as to be able to rotate around its axis of rotation, wherein the filter body (13, 113, 213) comprises a fluid inlet located at the axis of rotation and rotatably held in the center cutout (11, 111, 211) of the front panel (5, 105, 205) of the holder (3, 103, 203), and a fluid outlet located in the vicinity of the circumference of the filter body (13, 113, 213), wherein the front panel (5, 105, 205) of the holder (3, 103, 203) further comprises: an engaging portion (19, 21) for temporarily engaging the fluid outlet at an air releasing position and a filtering position, respectively, when the filter body (13, 113, 213) is rotated in a clockwise direction and counterclockwise direction about the axis of rotation with the fluid inlet being held in the center cutout (11, 111, 211) of the holder (3, 103, 203); fixing means (23, 25, 27) for temporarily fixing the filter body (13, 113, 213) at each engaging position so as not to rotate the filter body (13, 113, 213); and means (39, 139) for easily rotating the filter body (13, 113, 213). a holder (3, 103, 203) having a front panel (5, 105, 205) and a rear panel (7, 107, 207), which are connected to each other by a connecting portion and stand in parallel with each other, wherein the front panel (5, 105, 205) has a center cutout (11, 111, 211); a generally cylindrical filter body (13, 113, 213) sandwiched between the front panel (5, 105, 205) and the rear panel (7, 107, 207) of the holder (3, 103, 203) so as to be able to rotate around its axis of rotation, wherein the filter body (13, 113, 213) comprises a fluid inlet located at the axis of rotation and rotatably held in the center cutout (11, 111, 211) of the front panel (5, 105, 205) of the holder (3, 103, 203), and a fluid outlet located in the vicinity of the circumference of the filter body (13, 113, 213), an engaging portion (19, 21) for temporarily engaging the fluid outlet at an air releasing position and a filtering position, respectively, when the filter body (13, 113, 213) is rotated in a clockwise direction and counterclockwise direction about the axis of rotation with the fluid inlet being held in the center cutout (11, 111, 211) of the holder (3, 103, 203); fixing means (23, 25, 27) for temporarily fixing the filter body (13, 113, 213) at each engaging position so as not to rotate the filter body (13, 113, 213); and means (39, 139) for easily rotating the filter body (13, 113, 213).
A biopsy device, wherein the biopsy device comprises: (a) a needle having a tissue piercing tip and a transverse aperture proximal to the tip; (b) a cutter configured to sever tissue protruding through the aperture; (c) a body portion, wherein the needle is longitudinally movable relative to the body portion; and (d) a needle firing mechanism, wherein the needle firing mechanism comprises a motor operable to retract the needle proximally relative to the body portion; characterised in that the biopsy device further comprises a fork member coupled with a firing rod at a position that is distal from the body portion, wherein the fork member is engaged with the needle to move the needle longitudinally; wherein the needle firing mechanism further comprises a resilient member and a translating member, wherein the translating member is moveable longitudinally in a first direction relative to the body portion to load the resilient member, wherein the translating member is movable longitudinally in a second opposing direction relative to the body portion while the resilient member remains loaded. (a) a needle having a tissue piercing tip and a transverse aperture proximal to the tip; (b) a cutter configured to sever tissue protruding through the aperture; (c) a body portion, wherein the needle is longitudinally movable relative to the body portion; and (d) a needle firing mechanism, wherein the needle firing mechanism comprises
A method of manufacturing a hollow needle used to be joined to an inner peripheral surface of a cylindrical body provided in a medical instrument without an adhesive, the method comprising: a pressing step comprising punching out a plate body having a predetermined shape from a metal plate, and rolling the plate body to be molded into a tubular shape; and a joining step comprising joining a seam portion of the plate body that has been molded into the tubular shape, wherein, when punching out the plate body or rolling the plate body in the pressing step, providing a roughened portion (106, 126), formed as a diamond knurl, an annular groove extending in a circumferential direction of the hollow needle or a large number of recesses recessed relative to the outer peripheral surface of the hollow needle, on at least part of an outer peripheral surface of a portion to be joined to the inner peripheral surface of the cylindrical body of the hollow needle. a pressing step comprising punching out a plate body having a predetermined shape from a metal plate, and rolling the plate body to be molded into a tubular shape; and a joining step comprising joining a seam portion of the plate body that has been molded into the tubular shape, wherein, when punching out the plate body or rolling the plate body in the pressing step, providing a roughened portion (106, 126), formed as a diamond knurl, an annular groove extending in a circumferential direction of the hollow needle or a large number of recesses recessed relative to the outer peripheral surface of the hollow needle, on at least part of an outer peripheral surface of a portion to be joined to the inner peripheral surface of the cylindrical body of the hollow needle.
A surgical drill guide apparatus for ligament repairs, comprising: a first guide member having a longitudinal passageway extending therethrough for aiming a first guide pin along a first path to form a first bone tunnel, a second guide member having a longitudinal passageway extending therethrough for aiming a second guide pin along a second path to form a second bone tunnel, and a support extending between the first and second guide members such that the first and second guide members extend at an angle relative to one another and are offset such that the longitudinal axes (13a, 31a) of the longitudinal passageways (13, 31) do not intersect, characterised in that the support has a hole formed therethrough for aiming a third guide pin along a third path. a first guide member having a longitudinal passageway extending therethrough for aiming a first guide pin along a first path to form a first bone tunnel, a second guide member having a longitudinal passageway extending therethrough for aiming a second guide pin along a second path to form a second bone tunnel, and a support extending between the first and second guide members such that the first and second guide members extend at an angle relative to one another and are offset such that the longitudinal axes (13a, 31a) of the longitudinal passageways (13, 31) do not intersect, characterised in that the support has a hole formed therethrough for aiming a third guide pin along a third path.
Measuring arrangement for in-vivo determination of the lactate concentration in blood by means of electrochemical impedance spectroscopy, comprising a substantially flat shaped probe having a longitudinal extension, a transverse extension and a thickness, wherein the longitudinal extension and the transverse extension of the probe are each a multiple of the thickness of the probe, an analyzer circuitry connected to the probe, and communication means connected to the analyzer circuitry for transferring data via a WPAN, wherein the substantially flat shaped probe is arranged at an edge of the measuring arrangement, so that the probe, during operation of the measuring arrangement, faces the animal or human body to be examined, in such a manner that the probe is arranged with its longitudinal and transverse extensions approximately parallel to the surface of the body to be examined, wherein the probe is embedded into a housing, and the housing is made of a non-polar material, preferably of a polyurethane elastomer or a silicone rubber, the analyzer circuitry and the communication means, and preferably an energy supply means, are embedded into the housing, wherein the measuring arrangement is wearable. an analyzer circuitry connected to the probe, and communication means connected to the analyzer circuitry for transferring data via a WPAN, wherein the substantially flat shaped probe is arranged at an edge of the measuring arrangement, so that the probe, during operation of the measuring arrangement, faces the animal or human body to be examined, in such a manner that the probe is arranged with its longitudinal and transverse extensions approximately parallel to the surface of the body to be examined, wherein the probe is embedded into a housing, and the housing is made of a non-polar material, preferably of a polyurethane elastomer or a silicone rubber, the analyzer circuitry and the communication means, and preferably an energy supply means, are embedded into the housing, wherein the measuring arrangement is wearable.
Piston for an internal combustion engine, with a piston head, a piston skirt, and a circumferential recess configured between the piston head and the piston skirt, wherein - the piston has a piston base body and a piston ring element, - the piston base body comprises at least one crown region of a combustion bowl as well as the piston skirt, - the piston ring element comprises at least one piston crown, a wall region of the combustion bowl, a circumferential top land and a circumferential ring belt provided with ring grooves, - the piston ring element has a circumferential cooling channel between the wall region of the combustion bowl and the ring belt, closed with a closure element, - the piston base body and the piston ring element each comprise a circumferential joining seam in the region of the combustion bowl, by way of which seam they are non-releasably connected with one another, characterized in that - an end of the joining seam on the cooling channel side lies outside of the cooling channel. - the piston has a piston base body and a piston ring element, - the piston base body comprises at least one crown region of a combustion bowl as well as the piston skirt, - the piston ring element comprises at least one piston crown, a wall region of the combustion bowl, a circumferential top land and a circumferential ring belt provided with ring grooves, - the piston ring element has a circumferential cooling channel between the wall region of the combustion bowl and the ring belt, closed with a closure element, - the piston base body and the piston ring element each comprise a circumferential joining seam in the region of the combustion bowl, by way of which seam they are non-releasably connected with one another, - an end of the joining seam on the cooling channel side lies outside of the cooling channel.
Panel printing device comprising a feeder for a carrier to be printed and a printing unit, wherein the panel printing device comprises at least one means for discharging electrostatic charges from the carrier, characterized in that the means for discharging electrostatic charges comprises at least one roller, brush or lip made of a conductive material which electrically conductively contacts the carrier at least in the area of the printing unit and which is connected to an electrical ground potential, and wherein the roller, brush or lip at least partially consists of an electrically conductive plastic material, and/or wherein the roller, brush or lip at least at the contact areas with the carrier consists of a plastic mesh material into which metal threads are weaved, and/or wherein the panel printing device comprises an ionizing means disposed upstream of the printing unit by means of which an ionized air flow is directed over the carrier to be printed. characterized in that the means for discharging electrostatic charges comprises at least one roller, brush or lip made of a conductive material which electrically conductively contacts the carrier at least in the area of the printing unit and which is connected to an electrical ground potential, and wherein the roller, brush or lip at least partially consists of an electrically conductive plastic material, and/or wherein the roller, brush or lip at least at the contact areas with the carrier consists of a plastic mesh material into which metal threads are weaved, and/or wherein the panel printing device comprises an ionizing means disposed upstream of the printing unit by means of which an ionized air flow is directed over the carrier to be printed.
A power tool portion, comprising: a rotatable collar and a locking member arranged to be actuated by the rotatable collar; wherein the rotatable collar is rotatable about an axis for actuating the locking member to removably engage the locking member with a second locking member of a second power tool portion when present, thereby releasably locking the power tool portion with the second power tool portion along the axis; wherein the power tool portion further comprises: a groove on an inner surface of the rotatable collar; a stop member movable parallel to the axis between an extended position and a retracted position; and a biasing member biasing the stop member to the extended position; characterised in that at the extended position, the stop member is engaged with the groove of the rotatable collar such that rotation of the locking member is obstructed; and wherein at the retracted position, the stop member is not engaged with the groove of the rotatable collar such that rotation of the locking member is unobstructed. a rotatable collar and a locking member arranged to be actuated by the rotatable collar; wherein the rotatable collar is rotatable about an axis for actuating the locking member to removably engage the locking member with a second locking member of a second power tool portion when present, thereby releasably locking the power tool portion with the second power tool portion along the axis; wherein the power tool portion further comprises: a groove on an inner surface of the rotatable collar; a stop member movable parallel to the axis between an extended position and a retracted position; and a biasing member biasing the stop member to the extended position; characterised in that at the extended position, the stop member is engaged with the groove of the rotatable collar such that rotation of the locking member is obstructed; and wherein at the retracted position, the stop member is not engaged with the groove of the rotatable collar such that rotation of the locking member is unobstructed. a groove on an inner surface of the rotatable collar; a stop member movable parallel to the axis between an extended position and a retracted position; and a biasing member biasing the stop member to the extended position; characterised in that at the extended position, the stop member is engaged with the groove of the rotatable collar such that rotation of the locking member is obstructed; and wherein at the retracted position, the stop member is not engaged with the groove of the rotatable collar such that rotation of the locking member is unobstructed.
A garment steamer comprising: - a handle for holding the garment steamer, - a steam generator for generating steam, and - a water tank for containing water to be supplied to the steam generator, the water tank being detachable from the handle, the water tank comprising: i) a water inlet for receiving water, ii) a door assembly (108, 109) being adapted to take a first position in which the water inlet is fluidly closed, and a second position in which the water inlet is opened, characterized in that the door assembly and the handle are adapted and cooperate with each other such that the handle maintains the door assembly in the first position when the water tank is attached to the handle. - a handle for holding the garment steamer, - a steam generator for generating steam, and - a water tank for containing water to be supplied to the steam generator, the water tank being detachable from the handle, the water tank comprising: i) a water inlet for receiving water, ii) a door assembly (108, 109) being adapted to take a first position in which the water inlet is fluidly closed, and a second position in which the water inlet is opened, characterized in that the door assembly and the handle are adapted and cooperate with each other such that the handle maintains the door assembly in the first position when the water tank is attached to the handle. i) a water inlet for receiving water, ii) a door assembly (108, 109) being adapted to take a first position in which the water inlet is fluidly closed, and a second position in which the water inlet is opened, characterized in that the door assembly and the handle are adapted and cooperate with each other such that the handle maintains the door assembly in the first position when the water tank is attached to the handle.
Anchoring means for fastening an elongate member into a substrate, said elongate member having a foot of substantially constant cross-section, characterised in that said anchoring means includes: at least one elongate collet having an inward face shaped to fit along and around a section of said foot; and an elongate housing having an internal cavity shaped and dimensioned to house said at least one collet and said foot in combination; wherein said at least one collet has a, top end and a bottom end, and an outward face which tapers inwardly from said top end towards said bottom end in a first upper portion and in a second lower portion and wherein said internal cavity of the housing tapers inwardly in a corresponding first and second portion such that in use downward pressure on said collet can create wedging contact between said outward face and said housing at first upper and second lower portions; characterised in that said second lower portion is spaced from the first upper portion along the length of the collet, and in that said outward face of each said collet is untapered between said first upper portion and said second lower portion, whereby in use substantially no wedging contact occurs between It and the housing between said first upper and second lower portions. at least one elongate collet having an inward face shaped to fit along and around a section of said foot; and an elongate housing having an internal cavity shaped and dimensioned to house said at least one collet and said foot in combination; wherein said at least one collet has a, top end and a bottom end, and an outward face which tapers inwardly from said top end towards said bottom end in a first upper portion and in a second lower portion and wherein said internal cavity of the housing tapers inwardly in a corresponding first and second portion such that in use downward pressure on said collet can create wedging contact between said outward face and said housing at first upper and second lower portions; characterised in that said second lower portion is spaced from the first upper portion along the length of the collet, and in that said outward face of each said collet is untapered between said first upper portion and said second lower portion, whereby in use substantially no wedging contact occurs between It and the housing between said first upper and second lower portions.
An electronic apparatus comprising: a first antenna element; a second antenna element comprising a ground plate, a radiation plate provided facing the ground plate, and a short-circuit member, the radiation plate being configured to radiate radio waves, the short-circuit member configured to short-circuit the radiation plate and the ground plate; and a circuit board on which a wiring pattern electrically connected to the first antenna element is provided and a predetermined element is mounted, wherein the first antenna element is provided between the ground plate and the radiation plate, and the radiation plate is configured to receive radio waves emitted from the first antenna element and to radiate the radio waves, wherein the radiation plate is larger in size than the ground plate. a first antenna element; a second antenna element comprising a ground plate, a radiation plate provided facing the ground plate, and a short-circuit member, the radiation plate being configured to radiate radio waves, the short-circuit member configured to short-circuit the radiation plate and the ground plate; and a circuit board on which a wiring pattern electrically connected to the first antenna element is provided and a predetermined element is mounted, wherein the first antenna element is provided between the ground plate and the radiation plate, and the radiation plate is configured to receive radio waves emitted from the first antenna element and to radiate the radio waves, wherein the radiation plate is larger in size than the ground plate.
A low-alloy high-strength high-toughness steel plate having a plate thickness of 80 mm or greater, with the components in percentage by mass being: C: 0.08-0.25%; Si: 0.10-1.00%; Mn: 0.50-2.00%; P: < 0.020%; S: < 0.010%; Cr: 0.10-2.00%; Mo: 0-1.00%; Ni: 0-2.00%; Nb: 0.010-0.080%; V: ≤ 0.10%; Ti: ≤ 0.060%; B: 0.0005-0.0040%; Al: 0.010-0.080%; Ca: 0.010-0.080%; N: ≤ 0.0080%; O: ≤ 0.0080%; H: ≤ 0.0004%; and the balance being Fe and inevitable impurities, and at the same time, the foregoing elements satisfying the following relationships: 0.20% ≤ (Cr/5 + Mn/6 + 50B) ≤ 0.55%, 0.02% ≤ (Mo/3 + Ni/5 + 2Nb) ≤ 0.45%, and 0.01% ≤ (Al + Ti) ≤ 0.13%; wherein said low-alloy high-strength high-toughness steel plate has a Brinell hardness of 390 HB to 460 HB, a yield strength of 900 MPa to 1100 MPa, a tensile strength of 1100 MPa to 1400 MPa, an elongation rate of 11% to 15%, and a Charpy V-notch longitudinal impact energy at -40°C of ≥ 40 J; and wherein the microstructure of said low-alloy high-strength high-toughness steel plate is martensite + residual austenite or martensite + bainite + residual austenite.
Screw connection for machine construction, special machine construction and plant construction, having a first element comprising an external thread and a first head part, wherein the external thread part comprises an encircling groove adjacent to the first head part, and having a second element (1200; 1300) comprising an internal thread (1211; 1311) and a second head part (1220; 1320), characterized in that, the second element is formed as a sleeve nut (1200; 1300), wherein the sleeve is formed as a smooth circular cylinder (1210; 1310) and when the first element is screwed fully into the second element (1200; 1300), a surface between the first head part and the second head part (1220; 1320) is formed as a smooth circular cylinder (1210; 1310) and a part of the smooth circular cylinder is received in the groove and wherein the first element and the second element are formed from rust-resistant steel and wherein the smooth circular cylinder (1210; 1310) is suitable for pinning by absorbing radial forces via the region formed as smooth circular cylinder.