mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a wheel/hub assembly including an axle shaft , a wheel , and a hub supporting the wheel on the axle shaft , the wheel/hub assembly having a target resonant frequency of vibration; and a tuned mass-spring damper vibrationally coupled to the wheel/hub assembly and having a counteracting resonant frequency of vibration that is predetermined with reference to the target resonant frequency of vibration, wherein the damper is configured in distinct portions of elastic material having properties of density and stiffness that are predetermined with reference to the counteracting resonant frequency, characterized in that the damper comprises: an inner layer of rubber; and an outer layer of rubber that overlies and is bonded to the inner layer ; wherein the inner layer is configured to be mounted on an outer race of a bearing on the axle shaft . a wheel/hub assembly including an axle shaft , a wheel , and a hub supporting the wheel on the axle shaft , the wheel/hub assembly having a target resonant frequency of vibration; and a tuned mass-spring damper vibrationally coupled to the wheel/hub assembly and having a counteracting resonant frequency of vibration that is predetermined with reference to the target resonant frequency of vibration, wherein the damper is configured in distinct portions of elastic material having properties of density and stiffness that are predetermined with reference to the counteracting resonant frequency, characterized in that the damper comprises: an inner layer of rubber; and an outer layer of rubber that overlies and is bonded to the inner layer ; wherein the inner layer is configured to be mounted on an outer race of a bearing on the axle shaft . an inner layer of rubber; and an outer layer of rubber that overlies and is bonded to the inner layer ; wherein the inner layer is configured to be mounted on an outer race of a bearing on the axle shaft .
Tapping apparatus for transmitting electrical energy from a spatially fixed, busbar to a tapping device which can be moved along the busbar or is also spatially fixed, comprising: - at least one connection housing , the busbar being mechanically connected to the tapping device by means of the connection housing , - a current tapping apparatus which comprises sliding contact elements for collecting electrical energy from the busbar , the current tapping apparatus being mechanically rigidly connected to the connection housing , - characterized in that the connection housing comprises at least one base support , on which an upper control circuit boards and a lower control circuit boards are mounted, the base support being mounted between the two control circuit boards , and thus the two control circuit boards are mounted one above the other, so stacked arranged, in a direction perpendicular to a direction of travel , and further, wherein the control circuit boards are each designed and intended to drive, to control and/or to regulate at least one electric motor. - at least one connection housing , the busbar being mechanically connected to the tapping device by means of the connection housing , - a current tapping apparatus which comprises sliding contact elements for collecting electrical energy from the busbar , the current tapping apparatus being mechanically rigidly connected to the connection housing , - characterized in that the connection housing comprises at least one base support , on which an upper control circuit boards and a lower control circuit boards are mounted, the base support being mounted between the two control circuit boards , and thus the two control circuit boards are mounted one above the other, so stacked arranged, in a direction perpendicular to a direction of travel , and further, wherein the control circuit boards are each designed and intended to drive, to control and/or to regulate at least one electric motor.
A personal health care article which comprises a nonwoven web comprising a first filament comprising a first health care active and a second filament comprising a second health care active wherein said first health care active and said second health care active are different; the filaments comprising: a. from 10% to 80%, by weight on a dry filament basis, of a backbone material; b. greater than 10%, by weight on a dry filament basis, of the health care active wherein said health care active is releasable from said filament wherein said filament is exposed to conditions of intended use; and c. less than 20%, by weight of the filament, moisture; wherein the filaments have a length of at least 5.08 cm. a. from 10% to 80%, by weight on a dry filament basis, of a backbone material; b. greater than 10%, by weight on a dry filament basis, of the health care active wherein said health care active is releasable from said filament wherein said filament is exposed to conditions of intended use; and c. less than 20%, by weight of the filament, moisture; wherein the filaments have a length of at least 5.08 cm.
Container for the storage of hydrogen by absorption of the hydrogen in a hydrogen-storage material , said container comprising the hydrogen-storage material , and also comprising: - a shell with a longitudinal axis (X) closed at both longitudinal ends, - a hydrogen supply and collection pipe extending along the longitudinal axis (X), comprising a plurality of hydrogen-passage orifices , - a stack of a plurality of separation elements along the longitudinal axis (X), each separation element comprising a passage for mounting the separation element around the pipe , and each separation element forming a base substantially perpendicular to the longitudinal axis (X) receiving the hydrogen-storage material so as to form a plurality of beds of hydrogen-storage material , characterised in that the largest transverse dimension (Td) of the separation elements is less than the largest transverse dimension (Tv) of the internal volume (V) of the shell in which the pipe , the separation elements and the hydrogen-storage materials are situated, and in that the container comprises a plurality of seals , each seal being associated with a separation element , each seal extending over the entire periphery of the corresponding separation element and in contact with the shell , in the space (E) formed between the separation element and the shell because of the difference in the largest transverse dimension (Td, Tv), in that each seal comprises a main portion extending longitudinally in contact with the longitudinal edge of the separation element , and in that each seal further comprises a first portion and a second portion extending transversely towards the pipe on either side of the corresponding separation element from the main portion of the seal . - a shell with a longitudinal axis (X) closed at both longitudinal ends, - a hydrogen supply and collection pipe extending along the longitudinal axis (X), comprising a plurality of hydrogen-passage orifices , - a stack of a plurality of separation elements along the longitudinal axis (X), each separation element comprising a passage for mounting the separation element around the pipe , and each separation element forming a base substantially perpendicular to the longitudinal axis (X) receiving the hydrogen-storage material so as to form a plurality of beds of hydrogen-storage material , characterised in that the largest transverse dimension (Td) of the separation elements is less than the largest transverse dimension (Tv) of the internal volume (V) of the shell in which the pipe , the separation elements and the hydrogen-storage materials are situated, in that each seal comprises a main portion extending longitudinally in contact with the longitudinal edge of the separation element , and in that each seal further comprises a first portion and a second portion extending transversely towards the pipe on either side of the corresponding separation element from the main portion of the seal .
An information processing system comprising an output control unit configured to control a display output unit in a manner that a display object (Rs) indicating a sequential passage of time is displayed, wherein the display object (Rs) indicates a playback position of content, the display object (Rs) including a plurality of areas (R1-R13) corresponding to a plurality of pieces (C1-C13) of the content arranged along a predetermined figure (Q), wherein the output control unit change the playback position of the content according to a pointing operation of a user to a position corresponding to the display object (Rs), wherein the display object (Rs) includes an indicator (Si) that indicates the playback position of the content, wherein the indicator (S1) moves along the predetermined figure (Q), the indicator (Si) moving around the figure (Q) in a predetermined time period, and wherein the output control unit determines color information of the areas (R1-R13) corresponding to the pieces (C1-C13) of content on a basis of color information extracted from image data corresponding to the pieces (C1-C13) of content, wherein when a total amount of playback time of content subject exceeds the predetermined time period, the output control unit controls the output unit in a manner that an object (J) for adjusting the plurality of areas (R1-R13) included in the display object (Rs) is displayed, wherein different areas of the plurality of areas (R1-R13) are displayed in the display object (Rs) according to a user operation of moving of the object (J) along the predetermined figure (Q). an output control unit configured to control a display output unit in a manner that a display object (Rs) indicating a sequential passage of time is displayed, wherein the display object (Rs) indicates a playback position of content, the display object (Rs) including a plurality of areas (R1-R13) corresponding to a plurality of pieces (C1-C13) of the content arranged along a predetermined figure (Q), wherein the output control unit change the playback position of the content according to a pointing operation of a user to a position corresponding to the display object (Rs), wherein the display object (Rs) includes an indicator (Si) that indicates the playback position of the content, wherein the indicator (S1) moves along the predetermined figure (Q), the indicator (Si) moving around the figure (Q) in a predetermined time period, and wherein the output control unit determines color information of the areas (R1-R13) corresponding to the pieces (C1-C13) of content on a basis of color information extracted from image data corresponding to the pieces (C1-C13) of content, wherein when a total amount of playback time of content subject exceeds the predetermined time period, the output control unit controls the output unit in a manner that an object (J) for adjusting the plurality of areas (R1-R13) included in the display object (Rs) is displayed, wherein different areas of the plurality of areas (R1-R13) are displayed in the display object (Rs) according to a user operation of moving of the object (J) along the predetermined figure (Q).
A power feed unit configured to feed electric power of two or more batteries provided with a microcomputer to an electronic apparatus , the power feed unit comprising: two or more accommodation sections configured to accommodate the two or more batteries ; two or more first terminal sections at least one or more of which are provided for each of the accommodation sections, the two or more first terminal sections each including a first power supply terminal configured to receive electric power from the battery, and a first communication terminal configured to perform communication with the battery; a second terminal section including a second power supply terminal configured to supply electric power to the electronic apparatus, and a second communication terminal configured to perform communication with the electronic apparatus; a first switch configured to selectively electrically couple, under control of the microprocessor, one first communication terminal of the two or more first communication terminals and the second communication terminal to each other; and two or more second switches , each assigned to a corresponding one of the battery accommodation sections, configured to selectively electrically couple at least one first power supply terminal of the two or more first power supply terminals and the second power supply terminal to each other. two or more accommodation sections configured to accommodate the two or more batteries ; two or more first terminal sections at least one or more of which are provided for each of the accommodation sections, the two or more first terminal sections each including a first power supply terminal configured to receive electric power from the battery, and a first communication terminal configured to perform communication with the battery; a second terminal section including a second power supply terminal configured to supply electric power to the electronic apparatus, and a second communication terminal configured to perform communication with the electronic apparatus; a first switch configured to selectively electrically couple, under control of the microprocessor, one first communication terminal of the two or more first communication terminals and the second communication terminal to each other; and two or more second switches , each assigned to a corresponding one of the battery accommodation sections, configured to selectively electrically couple at least one first power supply terminal of the two or more first power supply terminals and the second power supply terminal to each other.
A modular unit for forming a box-like module for a piece of furniture, such as a modular kitchen, said modular unit comprising: a bottom panel , a right panel , and a left panel , made of a thin metal sheet and coupled to one another to define an open box-shaped inner cavity (I), each of said right panel and left panel comprising an inner panel face , facing the inner cavity (I), and an outer panel face (20"), not facing the inner cavity (I) and extending mainly according to a first extension direction (X) and a second extension direction (Y) perpendicular to the first extension direction (X) and extending much less in a third extension direction (Z) perpendicular to the first (X) and to the second (Y) extension directions, i.e. being of a small thickness in the third extension direction (Z), wherein each of said right and left panels comprises at least one upper panel edge and a lower panel edge which delimit the extension of the panel along the first extension direction (X), wherein close to said upper edge and lower edge , each panel comprises a fold of the metal sheet comprising a blocking wall (210', 220'; 310') extending along the first extension direction (X) much less than the extension of the entire panel along the same first extension direction (X) and being spaced apart from the outer panel face , fixing openings being obtained on said blocking wall (210', 220'; 310') for removably fixing a finishing element or an equal modular unit ; characterized in that the bottom panel , the right panel , and the left panel are made in a single piece and obtained by folding a single metal sheet along weakenings of the metal sheet . a bottom panel , a right panel , and a left panel , made of a thin metal sheet and coupled to one another to define an open box-shaped inner cavity (I), each of said right panel and left panel comprising an inner panel face , facing the inner cavity (I), and an outer panel face (20"), not facing the inner cavity (I) and extending mainly according to a first extension direction (X) and a second extension direction (Y) perpendicular to the first extension direction (X) and extending much less in a third extension direction (Z) perpendicular to the first (X) and to the second (Y) extension directions, i.e. being of a small thickness in the third extension direction (Z), wherein each of said right and left panels comprises at least one upper panel edge and a lower panel edge which delimit the extension of the panel along the first extension direction (X), wherein close to said upper edge and lower edge , each panel comprises a fold of the metal sheet comprising a blocking wall (210', 220'; 310') extending along the first extension direction (X) much less than the extension of the entire panel along the same first extension direction (X) and being spaced apart from the outer panel face , fixing openings being obtained on said blocking wall (210', 220'; 310') for removably fixing a finishing element or an equal modular unit ; characterized in that the bottom panel , the right panel , and the left panel are made in a single piece and obtained by folding a single metal sheet along weakenings of the metal sheet .
Pipe securing system for heavy-duty vehicles, comprising - at least one support member , wherein the support member is at least partially platelike or cuboid, - at least one bearing device which is arranged on the support member in the bearing state, wherein the support member has a carrying load of at least 500 t, characterized in that - the bearing device is a bearing shell, - the bearing shell has a bottom side and a top side and two narrow transverse sides which connect the bottom side and the top side, wherein the bottom side of the bearing shell forms a standing surface and the top side of the bearing shell has a trough-like recess in order to receive a horizontal pipe , - the bearing shell at least partially consists of timber, and - the bearing device comprises, on both transverse sides , at least one respective lateral load receiving means which is arranged parallel to the longitudinal axis of the bearing shell and transverse to the longitudinal axis of a placed-on pipe . - at least one support member , wherein the support member is at least partially platelike or cuboid, - at least one bearing device which is arranged on the support member in the bearing state, wherein the support member has a carrying load of at least 500 t, characterized in that - the bearing device is a bearing shell, - the bearing shell has a bottom side and a top side and two narrow transverse sides which connect the bottom side and the top side, wherein the bottom side of the bearing shell forms a standing surface and the top side of the bearing shell has a trough-like recess in order to receive a horizontal pipe , - the bearing shell at least partially consists of timber, and - the bearing device comprises, on both transverse sides , at least one respective lateral load receiving means which is arranged parallel to the longitudinal axis of the bearing shell and transverse to the longitudinal axis of a placed-on pipe .
A cosmetic product applicator , comprising: - projections , and - at least three projection supports unevenly arranged along a longitudinal axis of the applicator, wherein the supports follow each other along the longitudinal axis of the applicator and at least two of the supports directly following each other form a cell therebetween, the cell passing through a longitudinal axis of the applicator, and the applicator comprising at least two cells which communicate with each other via at least one port of one of the supports. - projections , and - at least three projection supports unevenly arranged along a longitudinal axis of the applicator,
A precut blank for the formation of a platform designed to be lifted by the arms of a forklift truck, the precut blank having a central panel , with a rectangular shape and designed to become the supporting surface of the platform, on each of the two longer sides of which there is a shaped portion designed to become the legs of the platform, joined to the central panel by a first crease line , each shaped portion being divided into four successive panels (7, 7'; 8, 8'; 10, 10'; 12, 12'), connected by second crease lines (9, 9'; 11, 11'; 13, 13') parallel to the first crease line , the four successive panels (7, 7'; 8, 8'; 10, 10'; 12, 12') comprising a first panel , a second panel , a third panel and a fourth panel , the first panel and the third panel being equal to each other, at least one of the first and third panel being equipped, on a respective left side, with a first left shaped panel , and on a respective right side, with a first right shaped panel , said left and right sides being provided with third crease lines at right angles to the first crease lines ; the precut blank being configured in such a way that, with respect to an outer face of the precut blank , bending upstream the first panel , the second panel and the third panel along the first and second crease lines (6, 6', 9, 9'; 11, 11') between the central panel , the first, second and third panel (7, 7'; 8, 8'; 10, 10'), then bending upstream the first left shaped panel and the first right shaped panel along the respective third crease lines , in such a way as to block the first, second and third panel (7, 7'; 8, 8'; 10, 10') at right angles to each other and with respect to the central panel , and bending downstream the fourth panel along the second crease line with the third panel and coupling it to an inner face of the central panel a platform is obtained, the precut blank being characterised in that each shaped portion , at the first, second and third panel (7, 7'; 8, 8'; 10, 10'), comprises a central part defined by two cut lines (25, 26; 25', 26'), parallel to the third crease lines , and by two perimeter lines (27, 27'; 28, 28'), a first perimeter line and a second perimeter line , parallel to the first crease Z lines and each positioned, respectively, in the first and in the third panel, and in that it comprises a first sub-panel made in the central part at the first perimeter line , the precut blank being configured in such a way that when the pre-cut blank is assembled as the platform, by bending upstream with respect to the outer face of the precut blank the first sub-panel along the respective first perimeter line , the first sub-panel rests on the second perimeter line forming a slot between the legs of the platform for inserting the arms of a forklift truck.
A resin-coated metal sheet for a container, comprising: a metal sheet; and resin coating layers on two faces of the metal sheet, wherein a resin coating layer to be positioned on an outer face side of the container after forming includes a polyester resin having a melting point of 230°C to 254°C as a main component; measured according to a method described in the description; and the resin coating layer to be positioned on the outer face side of the container after forming contains 0.010% by mass to 1.0% by mass of a lubricant component, where the lubricant component is an acid-modified polyolefin or an oxidized polyolefin with: a weight average molecular weight of 2,500 or more and less than 80,000; and an acid value of 1.0 mg KOH/g to 100 mg KOH/g. a metal sheet; and resin coating layers on two faces of the metal sheet, wherein a resin coating layer to be positioned on an outer face side of the container after forming includes a polyester resin having a melting point of 230°C to 254°C as a main component; measured according to a method described in the description; and the resin coating layer to be positioned on the outer face side of the container after forming contains 0.010% by mass to 1.0% by mass of a lubricant component, where the lubricant component is an acid-modified polyolefin or an oxidized polyolefin with: a weight average molecular weight of 2,500 or more and less than 80,000; and an acid value of 1.0 mg KOH/g to 100 mg KOH/g. a weight average molecular weight of 2,500 or more and less than 80,000; and an acid value of 1.0 mg KOH/g to 100 mg KOH/g.