mhurhangee/ep-ind-claims huggingface dataset:
Tool for cutting materials comprising a rotatable body with a rotation axis and a front end having cutting edges for cutting the material during movement of the body in a first direction parallel to the rotation axis, wherein the tool has the general design of an end mill including front end cutting edges, wherein each of the cutting edges comprises an inner cutting edge and an outer cutting edge at a radius larger than the radius of the inner cutting edge, the inner cutting edges are located on a first surface of revolution which is at a larger diameter axially in front of portions at a smaller diameter, characterised in that the outer cutting edges are located on a second surface of revolution which is at a larger diameter axially behind portions at a smaller diameter.
Plug connection comprising a first plug connector with a first contact part and a second plug connector with a second contact part, wherein, in the plugged-together state of the plug connection, the contact parts (4, 5) make contact with one another axially in a spring-biased manner, wherein the first contact part has a three-dimensionally-curved end face and the second contact part has a depression in its end face, so that an annular contact region between the contact parts (4, 5) is created, characterised in that the depression widens in a trumpet-like form in the direction of the plug-side end of the second contact part
A vacuum cleaner comprising a cyclone dust collector, wherein the cyclone dust collector includes: a cyclone chamber configured to whirl air introduced from an inlet part to separate dust from the air and including an outlet part provided to discharge the air from which dust is separated, from the cyclone chamber; a grill rotatably provided at the outlet part; a rotor including a first fan on which the grill is mounted and which is rotatably provided and a second fan provided to generate an air flow in a direction opposite an air flow direction of the first fan; a case in which the rotor is rotatably accommodated; and a gap provided between the grill and the case, wherein a plurality of holes are formed in the case, and the case includes a dust removal flow path formed to discharge air introduced from the plurality of holes through the gap. a cyclone chamber configured to whirl air introduced from an inlet part to separate dust from the air and including an outlet part provided to discharge the air from which dust is separated, from the cyclone chamber; a grill rotatably provided at the outlet part; a rotor including a first fan on which the grill is mounted and which is rotatably provided and a second fan provided to generate an air flow in a direction opposite an air flow direction of the first fan; a case in which the rotor is rotatably accommodated; and a gap provided between the grill and the case, wherein a plurality of holes are formed in the case, and the case includes a dust removal flow path formed to discharge air introduced from the plurality of holes through the gap.
A U-joint tool (120; 520) comprising: a drive system (130; 530) configured to allow a first portion (150; 550) to be displaced relative to a second portion (154; 542), wherein the U-joint tool (120; 520) further comprises: a first base member (162; 572) that is detachably attached to the first portion (150; 550), wherein the first base member (162; 572) comprises a first connecting portion (176; 590) for attachment to and detachment from a first socket drive receiving member (160; 570); and a second base member (182; 566) that is detachably attached to the second portion (154; 542), wherein the second base member (182; 566) comprises a second connecting portion (192; 568) for attachment to and detachment from a second socket drive member (180; 560), characterised in that: the first connecting portion (176; 590) comprises a male square drive; and the second connecting portion (192; 568) comprises a male square drive. a drive system (130; 530) configured to allow a first portion (150; 550) to be displaced relative to a second portion (154; 542), wherein the U-joint tool (120; 520) further comprises: a first base member (162; 572) that is detachably attached to the first portion (150; 550), wherein the first base member (162; 572) comprises a first connecting portion (176; 590) for attachment to and detachment from a first socket drive receiving member (160; 570); and a second base member (182; 566) that is detachably attached to the second portion (154; 542), wherein the second base member (182; 566) comprises a second connecting portion (192; 568) for attachment to and detachment from a second socket drive member (180; 560), a first base member (162; 572) that is detachably attached to the first portion (150; 550), wherein the first base member (162; 572) comprises a first connecting portion (176; 590) for attachment to and detachment from a first socket drive receiving member (160; 570); and a second base member (182; 566) that is detachably attached to the second portion (154; 542), wherein the second base member (182; 566) comprises a second connecting portion (192; 568) for attachment to and detachment from a second socket drive member (180; 560), the first connecting portion (176; 590) comprises a male square drive; and the second connecting portion (192; 568) comprises a male square drive.
An encoding method for encoding last position information indicating a position of a last non-zero coefficient in a predetermined order in a current block to be encoded, the encoding method comprising: binarizing (S401, S405) the last position information to generate (i) a binary signal which includes a first signal having a length smaller than or equal to a predetermined maximum length and does not include a second signal or (ii) a binary signal which includes the first signal having the predetermined maximum length and the second signal; first encoding (S402, S405) for arithmetically encoding each of binary symbols included in the first signal using a context switched among a plurality of contexts according to a bit position of the binary symbol; and second encoding (S404, S407) for arithmetically encoding the second signal using a fixed probability when the binary signal includes the second signal; characterized in that in the first encoding, a binary symbol at a last bit position of the first signal is arithmetically encoded using a context exclusive to the last bit position, when the first signal has the predetermined maximum length; and each of binary symbols at two or more bit positions other than the last bit position of the first signal is arithmetically encoded using a context common to the two or more bit positions. binarizing (S401, S405) the last position information to generate (i) a binary signal which includes a first signal having a length smaller than or equal to a predetermined maximum length and does not include a second signal or (ii) a binary signal which includes the first signal having the predetermined maximum length and the second signal; first encoding (S402, S405) for arithmetically encoding each of binary symbols included in the first signal using a context switched among a plurality of contexts according to a bit position of the binary symbol; and second encoding (S404, S407) for arithmetically encoding the second signal using a fixed probability when the binary signal includes the second signal; characterized in that in the first encoding, a binary symbol at a last bit position of the first signal is arithmetically encoded using a context exclusive to the last bit position, when the first signal has the predetermined maximum length; and each of binary symbols at two or more bit positions other than the last bit position of the first signal is arithmetically encoded using a context common to the two or more bit positions.
Sports ball comprising a. a surface layer; b. a lattice structure (100; 20; 300; 40; 50; 60; 70; 1100) extending below the surface layer, wherein the lattice structure (100; 20 300; 40; 50, 60; 70; 1100) comprises a plurality of lattice cells comprising radially extending elements (130; 230; 330; 630; 730; 1130); c. wherein the radially extending elements extend essentially radially; d. wherein at least the lattice cells which are adjacent to the surface layer have at least one dimension which is smaller than 5 cm; and e. wherein the plurality of lattice cells comprises a predetermined order. a. a surface layer; b. a lattice structure (100; 20; 300; 40; 50; 60; 70; 1100) extending below the surface layer, wherein the lattice structure (100; 20 300; 40; 50, 60; 70; 1100) comprises a plurality of lattice cells comprising radially extending elements (130; 230; 330; 630; 730; 1130); c. wherein the radially extending elements extend essentially radially; d. wherein at least the lattice cells which are adjacent to the surface layer have at least one dimension which is smaller than 5 cm; and e. wherein the plurality of lattice cells comprises a predetermined order.
A laundry processing apparatus, comprising: a storage tub configured to store laundry; a steam generator which generates steam to be sprayed into the storage tub; a heater configured to heat the steam generator; a nozzle configured to spray the steam into the storage tub; and a guide pipe configured to guide the steam from the steam generator to the nozzle, a water supply mechanism for supplying water to the steam generator, characterized in that the guide pipe includes a branching pipe with a trunk pipe, into which the steam flows, a first pipe (353, 355) branching upwards from the trunk pipe and leading to the nozzle, and a second pipe branching downwards from the trunk pipe and different from the first pipe (353, 355), and the first pipe (353, 355) is situated above a bifurcation of the branching pipe, wherein the water flowing into the branching pipe, flows down through the second pipe due to action of gravity, while the water supply mechanism executes a continuous water supply operation, wherein the steam is sprayed from the nozzle through the trunk pipe and the first pipe (353, 355) while the water supply mechanism supplies the water intermittently to the steam generator, and the water flows into the storage tub through the trunk pipe and the second pipe while the water supply mechanism supplies the water continuously to the steam generator. a storage tub configured to store laundry; a steam generator which generates steam to be sprayed into the storage tub; a heater configured to heat the steam generator; a nozzle configured to spray the steam into the storage tub; and a guide pipe configured to guide the steam from the steam generator to the nozzle, a water supply mechanism for supplying water to the steam generator, characterized in that the guide pipe includes a branching pipe with a trunk pipe, into which the steam flows, a first pipe (353, 355) branching upwards from the trunk pipe and leading to the nozzle, and a second pipe branching downwards from the trunk pipe and different from the first pipe (353, 355), and the first pipe (353, 355) is situated above a bifurcation of the branching pipe, wherein the water flowing into the branching pipe, flows down through the second pipe due to action of gravity, while the water supply mechanism executes a continuous water supply operation, wherein the steam is sprayed from the nozzle through the trunk pipe and the first pipe (353, 355) while the water supply mechanism supplies the water intermittently to the steam generator, and the water flows into the storage tub through the trunk pipe and the second pipe while the water supply mechanism supplies the water continuously to the steam generator.
A method for producing a three-dimensionally shaped trim part of a motor vehicle, which part has a visible side and a mounting side, the method comprising the following steps: - pressure-injecting a flowable material into a chamber of an injection molding tool which has at least two mold shells (3, 4) which, when assembled together, form the chamber having a negative mold of the trim part, at least one first of the mold shells shaping the visible side and at least one second of the mold shells shaping the mounting side of the trim part, - curing the material in the chamber, and - generating a gas pressure which acts in a planar manner between the second mold shell and the material during curing, - removing the cured material, as a trim part, from the chamber of the injection molding tool, - characterized in that at least the first mold shell is cooled during the curing and the material is pressed flat against the first mold shell by the generated gas pressure, so that the material in the chamber cools faster on the side facing the first mold shell than the material on the side facing the second mold shell. - pressure-injecting a flowable material into a chamber of an injection molding tool which has at least two mold shells (3, 4) which, when assembled together, form the chamber having a negative mold of the trim part, at least one first of the mold shells shaping the visible side and at least one second of the mold shells shaping the mounting side of the trim part, - curing the material in the chamber, and - generating a gas pressure which acts in a planar manner between the second mold shell and the material during curing, - removing the cured material, as a trim part, from the chamber of the injection molding tool, - characterized in that at least the first mold shell is cooled during the curing and the material is pressed flat against the first mold shell by the generated gas pressure, so that the material in the chamber cools faster on the side facing the first mold shell than the material on the side facing the second mold shell.
Starter device for an internal combustion engine, in particular of an automobile, comprising: - an inertia starter arranged to start the internal combustion engine via a crown wheel, - an electric motor arranged to drive the inertia starter in rotation, - a control rod for initiating the electrical supply of the electric motor, - an electrical contact element arranged so that it can be pushed by the control rod to initiate the electrical supply of the electric motor, - a contactor with a longitudinal axis and comprising a movable assembly arranged so as to move the inertia starter along the longitudinal axis, this movable assembly comprising an elastic return element forming a spring of the tooth-against-tooth type, arranged to allow this movable assembly to initiate the electrical supply of the electric motor and to engage the inertia starter in the crown wheel of the internal combustion engine, - unidirectional slowing means provided to slow the movement of the movable assembly along the longitudinal axis at least while the inertia starter is substantially in the tooth-against-tooth position against the crown wheel of the internal combustion engine, and comprising at least one elastomer part and/or at least one ram, - the at least one unidirectional slowing means being arranged such that the control rod can come to rest against this unidirectional slowing means, or being arranged at least partially inside the movable assembly. - an inertia starter arranged to start the internal combustion engine via a crown wheel, - an electric motor arranged to drive the inertia starter in rotation, - a control rod for initiating the electrical supply of the electric motor, - an electrical contact element arranged so that it can be pushed by the control rod to initiate the electrical supply of the electric motor, - a contactor with a longitudinal axis and comprising a movable assembly arranged so as to move the inertia starter along the longitudinal axis, this movable assembly comprising an elastic return element forming a spring of the tooth-against-tooth type, arranged to allow this movable assembly to initiate the electrical supply of the electric motor and to engage the inertia starter in the crown wheel of the internal combustion engine, - unidirectional slowing means provided to slow the movement of the movable assembly along the longitudinal axis at least while the inertia starter is substantially in the tooth-against-tooth position against the crown wheel of the internal combustion engine, and comprising at least one elastomer part and/or at least one ram, - the at least one unidirectional slowing means being arranged such that the control rod can come to rest against this unidirectional slowing means, or being arranged at least partially inside the movable assembly.
A golf swing training apparatus which comprises: - a mounting bar; - an extendable length arm stabilizer terminating in a headrest; - a swing cam rotatable around said arm stabilizer about an axis through said arm stabilizer; - an adjustable length guideline extending from said swing cam which terminates in a golf club connector; and - a pair of guide rods (80, 82) extending from said mounting bar, and wherein - each rod (80,82) of said pair of guide rods (80, 82) includes a gear (98, 100) having teeth, the gears (98, 100) engaging each other so that movement of one guide rod will cause movement of the other guide rod, the gears (98, 100) being arranged to rotate with respect to each other. - a mounting bar; - an extendable length arm stabilizer terminating in a headrest; - a swing cam rotatable around said arm stabilizer about an axis through said arm stabilizer; - an adjustable length guideline extending from said swing cam which terminates in a golf club connector; and - a pair of guide rods (80, 82) extending from said mounting bar, and wherein - each rod (80,82) of said pair of guide rods (80, 82) includes a gear (98, 100) having teeth, the gears (98, 100) engaging each other so that movement of one guide rod will cause movement of the other guide rod, the gears (98, 100) being arranged to rotate with respect to each other.
A handlebar for controlling a travelling direction of a vehicle, the handlebar comprising: a transverse support for mounting to a vehicle, the transverse support extending substantially along a first axial direction; a first grippable element extending from a first end of the transverse support, the first grippable element including a free end; and a mounting arrangement for mounting an attachment to the handlebar, wherein the mounting arrangement comprises a mounting plate arranged to at least partially abut a surface of the transverse support or the first grippable element, the mounting plate having a first face, wherein the first face includes a hole for receiving a fastener for mounting an attachment, wherein the mounting plate is at least partially located within a cavity formed in the transverse support or the first grippable element, wherein the first face is at least partially accessible via an opening in an external surface of the transverse support or the first grippable element, wherein the mounting plate includes a second face opposite to the first face, characterised in that the second face is accessible via a cavity entrance in the transverse support or the first grippable element, the cavity entrance leading to the cavity, wherein the cavity entrance is spaced from the opening. a transverse support for mounting to a vehicle, the transverse support extending substantially along a first axial direction; a first grippable element extending from a first end of the transverse support, the first grippable element including a free end; and a mounting arrangement for mounting an attachment to the handlebar, wherein the mounting arrangement comprises a mounting plate arranged to at least partially abut a surface of the transverse support or the first grippable element, the mounting plate having a first face, wherein the first face includes a hole for receiving a fastener for mounting an attachment, wherein the mounting plate is at least partially located within a cavity formed in the transverse support or the first grippable element, wherein the first face is at least partially accessible via an opening in an external surface of the transverse support or the first grippable element, wherein the mounting plate includes a second face opposite to the first face, characterised in that the second face is accessible via a cavity entrance in the transverse support or the first grippable element, the cavity entrance leading to the cavity, wherein the cavity entrance is spaced from the opening.
A communications adapter for receiving an electrical communications plug-type connector, the communications adapter comprising: a housing, the housing including an opening for receiving an electrical communications plug-type connector; a printed circuit board, the printed circuit board including electrical traces for providing a plurality of electrical paths from a first end of the printed circuit board to a second end of the printed circuit board; a plurality of contact springs (15, 16), each contact spring (15, 16) having a fixed end and a contact end opposite the fixed end, the fixed ends of the contact springs (15, 16) being mechanically and electrically connected in a generally linear arrangement to the first end of the printed circuit board, and the contact ends of the contact springs (15, 16) generally pointing towards the second end of the printed circuit board, wherein the plurality of contact springs (15, 16) include first, inner contact springs that are symmetrical along a first spring central axis of the respective first contact spring, and second, outer contact springs that are asymmetrical along a second spring central axis of the respective second contact spring; characterized in that each second contact spring is wider at the fixed end than at the contact end for providing a larger elastic bending range than the first contact springs, wherein each second contact spring has a first width (W 0) at the fixed end and a final width (W 6) at the contact end. a housing, the housing including an opening for receiving an electrical communications plug-type connector; a printed circuit board, the printed circuit board including electrical traces for providing a plurality of electrical paths from a first end of the printed circuit board to a second end of the printed circuit board; a plurality of contact springs (15, 16), each contact spring (15, 16) having a fixed end and a contact end opposite the fixed end, the fixed ends of the contact springs (15, 16) being mechanically and electrically connected in a generally linear arrangement to the first end of the printed circuit board, and the contact ends of the contact springs (15, 16) generally pointing towards the second end of the printed circuit board, wherein the plurality of contact springs (15, 16) include first, inner contact springs that are symmetrical along a first spring central axis of the respective first contact spring, and second, outer contact springs that are asymmetrical along a second spring central axis of the respective second contact spring; characterized in that each second contact spring is wider at the fixed end than at the contact end for providing a larger elastic bending range than the first contact springs, wherein each second contact spring has a first width (W 0) at the fixed end and a final width (W 6) at the contact end.