mhurhangee/ep-ind-claims huggingface dataset:
A battery comprising at least two battery modules (100; 200, 300) which are held together via at least one connecting element (10; 50), the battery being characterized by the following features: a. A first battery module (100; 200) has a housing having at least one first marginal indentation (101, 102; 201) on a housing exterior. b. A second battery module (100; 300) has a housing having at least one second marginal indentation (101, 102; 302) on a housing exterior. c. The at least one connecting element (10; 50) holding the battery modules together comprises a first end piece (11; 51) and a second end piece (12; 52) and a middle piece (13; 53) connecting the two end pieces. d. The first end piece (11; 51) is in the form of a holding means and preferably form-fittingly engages in the first marginal indentation (101, 102; 201) of the first battery module. e. The second end piece (12; 52) is in the form of a holding means and preferably form-fittingly engages in the second marginal indentation (101, 102; 302) of the second battery module. f. Introduced into the middle piece (13; 53) of the connecting element (10; 50) is an expansion means for expanding the connecting element, in particular the middle piece (13; 53) connecting the two end pieces. a. A first battery module (100; 200) has a housing having at least one first marginal indentation (101, 102; 201) on a housing exterior. b. A second battery module (100; 300) has a housing having at least one second marginal indentation (101, 102; 302) on a housing exterior. c. The at least one connecting element (10; 50) holding the battery modules together comprises a first end piece (11; 51) and a second end piece (12; 52) and a middle piece (13; 53) connecting the two end pieces. d. The first end piece (11; 51) is in the form of a holding means and preferably form-fittingly engages in the first marginal indentation (101, 102; 201) of the first battery module. e. The second end piece (12; 52) is in the form of a holding means and preferably form-fittingly engages in the second marginal indentation (101, 102; 302) of the second battery module. f. Introduced into the middle piece (13; 53) of the connecting element (10; 50) is an expansion means for expanding the connecting element, in particular the middle piece (13; 53) connecting the two end pieces.
Box-like transport container having pairs of feet fitted on two opposite, parallel sides, wherein each foot is fastened at the lower end of a leg and, by way of a sole, projects beyond said leg in the direction of the adjacent leg of the same pair of feet, characterized by two runners which are parallel to the opposite sides, can be positioned on a respective pair of feet and, on each side of the container, connect the two feet to one another in a direction of transport parallel to the opposite sides, wherein the feet and the legs comprise hollow-profile parts, and a window is cut out at both ends of each runner, the peripheries of said window serving for supporting that part of the sole which projects beyond the window.
Yo-yo toy comprising a yo-yo with a freewheel and a housing (2, 3, 12, 13, 14, 15) which surrounds the yo-yo and 0069n which the axle of the yo-yo is mounted, the housing having an outlet opening for the yo-yo string on its upper side, characterized in that the housing has at least one fixing element on its upper side, in particular has a fixing element which is arranged substantially transversely with respect to the axle of the yo-yo and is arranged and configured in such a way that the yo-yo string can be fastened to the fixing element and can be released.
Shell gripping device comprising: - a means for gripping shells, comprising a first and a second jaw, said first jaw being designed to at least partially surround the warhead of the shell and said second jaw being designed to at least partially surround the base of the shell, the first jaw comprising a truncated cone-shaped recess designed to receive the front part of a shell and an opening oriented downwardly and according to a generatrix of the truncated cone-shaped recess, and - a means for adjusting the spacing between the jaws (12, 13) comprising a straight slide, characterized in that the clamping and opening action of the first and second jaws is ensured by an opening cylinder, and the spacing between the jaws (12, 13) is adjustable by means of a spacing cylinder, the second jaw being mounted pivotally mounted around a pivoting axis, wherein the pivoting of the second jaw is controlled by the opening cylinder, thereby ensuring a clamp movement so as to be able to catch a shell between the first jaw and the second jaw. - a means for gripping shells, comprising a first and a second jaw, said first jaw being designed to at least partially surround the warhead of the shell and said second jaw being designed to at least partially surround the base of the shell, the first jaw comprising a truncated cone-shaped recess designed to receive the front part of a shell and an opening oriented downwardly and according to a generatrix of the truncated cone-shaped recess, and - a means for adjusting the spacing between the jaws (12, 13) comprising a straight slide,
A seal structure, wherein the seal structure comprises: - a seal ring having an outer wall and an inner wall; - the outer wall including one or more external ribs (562, 564), the external ribs (562, 564) being disposed along a circumferential direction of the outer wall; and - the inner wall including one or more seal contact parts (554, 556) extending inwards from the inner wall, the seal contact parts (554, 556) being disposed along a circumferential direction of the inner wall; wherein the seal ring is made of an elastic material, wherein the elastic material is ethylene propylene diene rubber; - a valve body, a downwardly recessed cavity being provided at a top portion of the valve body; and - a rotating shaft, the rotating shaft passing through the cavity, the seal ring being disposed at the rotating shaft; wherein an adjustment contact part is provided at a bottom portion of the cavity of the valve body, and an adjustment space is provided between the adjustment contact part and a lower portion of the seal ring. - a seal ring having an outer wall and an inner wall; - the outer wall including one or more external ribs (562, 564), the external ribs (562, 564) being disposed along a circumferential direction of the outer wall; and - the inner wall including one or more seal contact parts (554, 556) extending inwards from the inner wall, the seal contact parts (554, 556) being disposed along a circumferential direction of the inner wall; wherein the seal ring is made of an elastic material, wherein the elastic material is ethylene propylene diene rubber; - the outer wall including one or more external ribs (562, 564), the external ribs (562, 564) being disposed along a circumferential direction of the outer wall; and - the inner wall including one or more seal contact parts (554, 556) extending inwards from the inner wall, the seal contact parts (554, 556) being disposed along a circumferential direction of the inner wall; - a valve body, a downwardly recessed cavity being provided at a top portion of the valve body; and - a rotating shaft, the rotating shaft passing through the cavity, the seal ring being disposed at the rotating shaft;
An electric machine, comprising: - a stator comprising a bearing shield assembly (24, 124) comprising a bearing shield (26, 126) and a fixed labyrinth seal ring (28, 128) having a tortuous labyrinth surface (36, 136), - a rotor rotatable about a revolution axis relative to the stator, the rotor comprising a rotor shaft and a rotatable labyrinth seal ring (34, 134) mounted on the rotor shaft, the rotatable labyrinth seal ring (34, 134) having a tortuous labyrinth surface (38, 138) facing the tortuous labyrinth surface (36, 136) of the fixed labyrinth seal ring (28, 128) at a first minimal axial distance (D1, D11) of the tortuous labyrinth surface (36, 136) of the fixed labyrinth seal ring (28, 128) so as to form an annular labyrinth between the tortuous labyrinth surface (36, 136) of the fixed labyrinth seal ring (28, 128) and the tortuous labyrinth surface (38, 138) of the rotatable labyrinth seal ring (34, 134), and - a bearing assembly (16, 116) releasably mounted between the bearing shield assembly (24, 124) and the rotor shaft, for guiding a rotation motion of the rotor relative to the stator about the revolution axis, characterised in that the bearing shield assembly (24, 124) is provided with a fixed contact face (40, 140) and the rotor further comprises an opposite contact face (42, 142) axially facing the fixed contact face (40, 140) of the bearing shield assembly (24, 124) at a second axial distance (D2, D12) of the fixed contact face (40, 140) of the bearing shield assembly (24, 124), the second axial distance (D2, D12) being shorter than the first minimal axial distance (D1, D11). - a stator comprising a bearing shield assembly (24, 124) comprising a bearing shield (26, 126) and a fixed labyrinth seal ring (28, 128) having a tortuous labyrinth surface (36, 136), - a rotor rotatable about a revolution axis relative to the stator, the rotor comprising a rotor shaft and a rotatable labyrinth seal ring (34, 134) mounted on the rotor shaft, the rotatable labyrinth seal ring (34, 134) having a tortuous labyrinth surface (38, 138) facing the tortuous labyrinth surface (36, 136) of the fixed labyrinth seal ring (28, 128) at a first minimal axial distance (D1, D11) of the tortuous labyrinth surface (36, 136) of the fixed labyrinth seal ring (28, 128) so as to form an annular labyrinth between the tortuous labyrinth surface (36, 136) of the fixed labyrinth seal ring (28, 128) and the tortuous labyrinth surface (38, 138) of the rotatable labyrinth seal ring (34, 134), and - a bearing assembly (16, 116) releasably mounted between the bearing shield assembly (24, 124) and the rotor shaft, for guiding a rotation motion of the rotor relative to the stator about the revolution axis,
A pivotally retractable seed planting apparatus comprising: a) a main frame assembly adapted in use to be towed by or attached to the rear of a vehicle, the main frame assembly comprising at least one first wheel mounted thereto; b) a pivotally retractable transverse member connected to the main frame assembly, the pivotally retractable transverse member comprising: i) a first transverse frame member; ii) a pivot mechanism configured to rotate the first transverse frame member in relation to the main frame assembly; iii) a lift system configured to lift the first transverse frame member; iv) at least one second wheel mounted thereto; c) a central transverse member connected to the main frame assembly, the central transverse member comprising a second transverse frame member; d) a pivoting transverse member connected to the central transverse member, the pivoting transverse member comprising: i) a third transverse frame member; and ii) at least one third wheel mounted thereto; wherein in a transportation position the pivotally retractable transverse member extends over the main frame assembly; characterized in, that the central transverse member further comprises a pivot mechanism configured to rotate the second transverse frame member in relation to the main frame assembly; and that in said transportation position the pivoting transverse member extends underneath the main frame assembly, the main frame assembly comprising at least one retractable wheel to allow passage of the pivoting transverse member. a) a main frame assembly adapted in use to be towed by or attached to the rear of a vehicle, the main frame assembly comprising at least one first wheel mounted thereto; b) a pivotally retractable transverse member connected to the main frame assembly, the pivotally retractable transverse member comprising: i) a first transverse frame member; ii) a pivot mechanism configured to rotate the first transverse frame member in relation to the main frame assembly; iii) a lift system configured to lift the first transverse frame member; iv) at least one second wheel mounted thereto; i) a first transverse frame member; ii) a pivot mechanism configured to rotate the first transverse frame member in relation to the main frame assembly; iii) a lift system configured to lift the first transverse frame member; iv) at least one second wheel mounted thereto; c) a central transverse member connected to the main frame assembly, the central transverse member comprising a second transverse frame member; d) a pivoting transverse member connected to the central transverse member, the pivoting transverse member comprising: i) a third transverse frame member; and ii) at least one third wheel mounted thereto; i) a third transverse frame member; and ii) at least one third wheel mounted thereto;
A process for making a moulded panel for use in furniture and interior design applications, the panel comprising an outer skin formed of polystyrene or high impact polystyrene encapsulating a cellular plastic core formed from a heat activated foamable plastic particulate material, and wherein the area of the largest face of the panel is greater than 1 m 2; characterised in that the core comprises mixed waste plastic and the process comprises introducing the mixed waste plastic into the mould in particulate form, and forming the outer skin as a continuous, solid skin which extends over the entire surface of the panel with no openings, vent holes or injection cavities so that the core is completely encapsulated.
A method for loading, from the front, a cassette into a high density enclosure, comprising: advancing a cassette tray to a cassette installation position inside a chassis; inserting a cassette into a cassette bay (218,220) formed between two rails disposed on said cassette tray by placing a rear portion of said cassette on the tray so that a respective rear post of said cassette is located between a front post stop area and rear post stop on each of said rails; tilting said cassette slightly upward so that a front portion of said cassette is higher than said rear portion of said cassette; pushing said cassette backward into said cassette bay (218,220) while maintaining said tilt of said cassette until said rear posts of said cassette engage with and are maintained inside said rear post stops on said rails; and applying downward pressure on said front portion of said cassette until said cassette is seated in said rail by interaction of a front post of said cassette resting inside said front post stop area. advancing a cassette tray to a cassette installation position inside a chassis; inserting a cassette into a cassette bay (218,220) formed between two rails disposed on said cassette tray by placing a rear portion of said cassette on the tray so that a respective rear post of said cassette is located between a front post stop area and rear post stop on each of said rails; tilting said cassette slightly upward so that a front portion of said cassette is higher than said rear portion of said cassette; pushing said cassette backward into said cassette bay (218,220) while maintaining said tilt of said cassette until said rear posts of said cassette engage with and are maintained inside said rear post stops on said rails; and applying downward pressure on said front portion of said cassette until said cassette is seated in said rail by interaction of a front post of said cassette resting inside said front post stop area.
Clamping apparatus for accommodating a plurality of cores of a cable in a clamping comprising - at least two clamping limbs (2a, 2b, 3a, 3b), - a clamping region (23, 33) which is formed on the respective clamping limb (2a, 2b, 3a, 3b), and - a mating surface, which is associated with the respective clamping region (23, 33), in the form of a clamping face (14, 24), so that in each case one core of the cable can be clamped in between a respective clamping region (23, 33) and the associated clamping face (14, 24), that is to say the respective core of the cable can be clamped against the associated clamping face (14, 24), wherein a respective clamping limb (2a, 2b, 3a, 3b) can be moved in an elastic manner into a clamping position in which, by means of the clamping region (23, 33) of the said clamping limb, a core can be clamped against the associated clamping face (14, 24) under prestress, and wherein a respective clamping limb (2a, 2b, 3a, 3b) can be deflected out of the clamping position into a release position in which a core can be inserted between the clamping region (23, 33) and the associated clamping face (14, 24) and can be removed therefrom, and wherein an operating region (26, 36) is formed on the respective clamping limb (2a, 2b, 3a, 3b), which operating region is at a distance from the clamping region (23, 33) and is designed to allow deflection of the clamping limb (2a, 2b, 3a, 3b) by virtue of an operating element, which is different from the core to be clamped, acting on the operating region (26, 36), wherein the clamping limbs (2a, 2b, 3a, 3b) each extend along a direction (y) of longitudinal extent and in the process run substantially parallel to one another, characterized in that the operating region (26, 36) of a respective clamping limb (2a, 2b, 3a, 3b) is designed as a guide region on which an operating element can be guided for the purpose of deflecting the clamping limb, wherein the guide region runs in an inclined manner in relation to the direction (y) of longitudinal extent of the associated clamping limb (2a, 2b, 3a, 3b). - at least two clamping limbs (2a, 2b, 3a, 3b), - a clamping region (23, 33) which is formed on the respective clamping limb (2a, 2b, 3a, 3b), and - a mating surface, which is associated with the respective clamping region (23, 33), in the form of a clamping face (14, 24), so that in each case one core of the cable can be clamped in between a respective clamping region (23, 33) and the associated clamping face (14, 24), that is to say the respective core of the cable can be clamped against the associated clamping face (14, 24),
Method for compressing a set of input binary data values x, all coded in a same number B of bits, without counting the sign bit when the input binary data values comprise negative values, comprising the step of determining a corresponding set of compressed output data values x', all coded in a smaller number b of bits, without counting a sign bit, wherein the set of compressed output data values x' is obtainable by the steps of: a) for each input binary data value x, determining y as follows: (i) If the set of input binary data values comprises negative values, determining y, being the absolute value of x, and x s, being the sign of x, coded in one bit; (ii) If the set of input binary data values comprises no negative values, determining y, being the value of x; b) computing the quantization step size dq d q = 2 B + 1 2 b + 1 − 1 c) dividing the range of values of y, [0, 2 B -1[, in 2 b subranges, • the first subrange being [0, INT(dq/2)[ • the i th subrange being [INT((i-3/2)*dq)+1, INT((i-1/2)*dq)[, for i going from 2 to 2 b d) determining, for each value of y, the subrange i wherefrom it is an element and computing y'=i-1; e) If the set of input binary data values comprises negative values, • for each input binary data value x, determining x', being the value of y' together with x s; f) If the set of input binary data values comprises no negative values, • for each input binary data value x, determining x', being the value of y'. a) for each input binary data value x, determining y as follows: (i) If the set of input binary data values comprises negative values, determining y, being the absolute value of x, and x s, being the sign of x, coded in one bit; (ii) If the set of input binary data values comprises no negative values, determining y, being the value of x; (i) If the set of input binary data values comprises negative values, determining y, being the absolute value of x, and x s, being the sign of x, coded in one bit; (ii) If the set of input binary data values comprises no negative values, determining y, being the value of x; b) computing the quantization step size dq d q = 2 B + 1 2 b + 1 − 1 c) dividing the range of values of y, [0, 2 B -1[, in 2 b subranges, • the first subrange being [0, INT(dq/2)[ • the i th subrange being [INT((i-3/2)*dq)+1, INT((i-1/2)*dq)[, for i going from 2 to 2 b • the first subrange being [0, INT(dq/2)[ • the i th subrange being [INT((i-3/2)*dq)+1, INT((i-1/2)*dq)[, for i going from 2 to 2 b d) determining, for each value of y, the subrange i wherefrom it is an element and computing y'=i-1; e) If the set of input binary data values comprises negative values, • for each input binary data value x, determining x', being the value of y' together with x s; • for each input binary data value x, determining x', being the value of y' together with x s; f) If the set of input binary data values comprises no negative values, • for each input binary data value x, determining x', being the value of y'. • for each input binary data value x, determining x', being the value of y'.
A lighting device comprising a main body, a lighting body and a filter (30, 30', 30") characterized in that said filter is at least partially made of anodized metal for treating air, wherein said metal comprises a superficial porous layer of an oxide of said metal comprising at least one antimicrobial substance, and in that said filter comprises a plurality of threadlike elements of said anodized metal, at least partially in non-permanent contact with each other, randomly deformed to form a plurality of non-linear pathways, and/or a plurality of sheet metal disks with holes.