mhurhangee/ep-ind-claims huggingface dataset:
A shell for a saddle or seat for a vehicle, comprising: a top surface, a bottom surface, a front end and a rear end; a narrow front portion and a wide rear portion arranged in order from said front end to said rear end; and a holding portion disposed on said bottom surface and near said rear end; wherein said holding portion includes an opened concave area extending upwardly from said bottom surface and having a front side, a rear side, a right side, a left side and a bottom side, wherein said rear side and said rear end define a rear side wall such that a biker's hand can insert into the space defined by said holding portion and lean against on said rear side wall as said holding portion is used, wherein said holding portion further includes a rim extending downwardly from the edge of the opening of the concave area, said rim includes a right side portion, a left side portion and a front side portion, characterized in that said shell, further comprising a first rear socket located adjacent to said right side portion of said rim, and a second rear socket located adjacent to said left side portion of said rim, or further comprising a first rear socket connected directly to said right side portion of said rim, and a second rear socket connected directly to said left side portion of said rim, wherein the rear sockets (42, 44) are adapted to accommodate a suspension rail of a bicycle saddle. a top surface, a bottom surface, a front end and a rear end; a narrow front portion and a wide rear portion arranged in order from said front end to said rear end; and a holding portion disposed on said bottom surface and near said rear end; wherein said holding portion includes an opened concave area extending upwardly from said bottom surface and having a front side, a rear side, a right side, a left side and a bottom side, wherein said rear side and said rear end define a rear side wall such that a biker's hand can insert into the space defined by said holding portion and lean against on said rear side wall as said holding portion is used, wherein said holding portion further includes a rim extending downwardly from the edge of the opening of the concave area, said rim includes a right side portion, a left side portion and a front side portion, characterized in that said shell, further comprising a first rear socket located adjacent to said right side portion of said rim, and a second rear socket located adjacent to said left side portion of said rim, or further comprising a first rear socket connected directly to said right side portion of said rim, and a second rear socket connected directly to said left side portion of said rim, wherein the rear sockets (42, 44) are adapted to accommodate a suspension rail of a bicycle saddle.
A clipping system comprising: a first clipper comprising a clip reel, a clip rail, a punch, and a die, the punch configured to engage a single clip and the die having a set of two depressions (94, 96) configured to engage and bend a pair of legs (58, 60) of the single clip; a second clipper mounted adjacent the first clipper, the second clipper comprising a second clip reel, a second clip rail, a second punch, and a second die, wherein the second punch is configured to engage simultaneously a pair of clips (74a, 74b), and the second die having two sets of two depressions (100, 102; 104, 106) configured to engage and bend the legs (76, 78) of the pair of clips (74a, 74b). a first clipper comprising a clip reel, a clip rail, a punch, and a die, the punch configured to engage a single clip and the die having a set of two depressions (94, 96) configured to engage and bend a pair of legs (58, 60) of the single clip; a second clipper mounted adjacent the first clipper, the second clipper comprising a second clip reel, a second clip rail, a second punch, and a second die, wherein the second punch is configured to engage simultaneously a pair of clips (74a, 74b), and the second die having two sets of two depressions (100, 102; 104, 106) configured to engage and bend the legs (76, 78) of the pair of clips (74a, 74b).
Laundry care appliance with an outer tub for accommodating washing liquid, a laundry drum for accommodating laundry, a drum drive for rotating the laundry drum, wherein the outer tub comprises an outlet opening and an inlet opening, wherein the outlet opening is fluidically connected to the inlet opening by way of a line, wherein a drain pump for pumping washing liquid is arranged in the line, and a controller for controlling the drum drive and the drain pump, wherein the controller is embodied to activate the drain pump during a recirculating pumping procedure, in order to pump washing liquid through the outlet opening, out of the outer tub and into the line, and to supply the pumped-out washing liquid to the outer tub once again through the line and through the inlet opening, and wherein the controller is embodied to activate the drum drive during the recirculating pumping procedure, in order to rotate the laundry drum during a rotation time interval and to bring the laundry into contact with the laundry drum, characterised in that the controller is embodied to activate the drum drive, in order to rotate the laundry drum during the rotation time interval, when the washing liquid has reached a recirculating pumping level in the outer tub, wherein the recirculating pumping level is arranged below a drum underside of the laundry drum, so that following the activation of the recirculating pumping procedure the level of the washing liquid in the outer tub falls to the recirculating pumping level below the drum underside of the washing drum and the floating laundry falls due to the dropping level of the washing liquid in the laundry drum, before the rotation time interval then begins.
A method for making a biodegradable package on a form-film-seal machine, said method comprising the steps of: a. providing a continuous web of a biodegradable material, the web having a machine direction and a cross-machine direction and comprising apertures arranged in a pattern of repeating sets along a cross-machine direction of the web; b. providing on the web discrete areas of exposed adhesive, wherein the discrete areas of exposed adhesive are formed by applying labels to the web so that each label fully covers a set of one or more apertures; c. forming a seal in the machine direction of the web by adhering overlapping edges of the web to one another; d. forming seals in the cross-machine direction of the web using the discrete areas of exposed adhesive. a. providing a continuous web of a biodegradable material, the web having a machine direction and a cross-machine direction and comprising apertures arranged in a pattern of repeating sets along a cross-machine direction of the web; b. providing on the web discrete areas of exposed adhesive, wherein the discrete areas of exposed adhesive are formed by applying labels to the web so that each label fully covers a set of one or more apertures; c. forming a seal in the machine direction of the web by adhering overlapping edges of the web to one another; d. forming seals in the cross-machine direction of the web using the discrete areas of exposed adhesive.
A lens comprising: • a first region; • a second region; the first region having a depth relative to the second region; and • a plurality of nanostructures formed on a surface of the first region each of the plurality of nanostructures having a lateral width, the nanostructures spaced apart from another by a spacing, wherein the lateral width of the first region is at least one wavelength at the red end of the visible spectrum and the spacing is smaller than approximately one wavelength at the blue end of the visible spectrum; wherein the refractive index of the first region is different to the refractive index of the second region due to the plurality of nanostructures contained by the first region; and wherein the plurality of nanostructures formed in the first region extend away from a base of the first region, characterized in that the first region comprises a series of concentric annular regions with a second region disposed between each adjacent pair of concentric annular regions. • a first region; • a second region; the first region having a depth relative to the second region; and • a plurality of nanostructures formed on a surface of the first region each of the plurality of nanostructures having a lateral width, the nanostructures spaced apart from another by a spacing, wherein the lateral width of the first region is at least one wavelength at the red end of the visible spectrum and the spacing is smaller than approximately one wavelength at the blue end of the visible spectrum; wherein the refractive index of the first region is different to the refractive index of the second region due to the plurality of nanostructures contained by the first region; and wherein the plurality of nanostructures formed in the first region extend away from a base of the first region, characterized in that the first region comprises a series of concentric annular regions with a second region disposed between each adjacent pair of concentric annular regions.
Plug connection arrangement (30, 31) having a plurality of electrical insertion slots and a plurality of electrical plug apparatuses (1, 10, 16, 22, 23, 32), wherein the electrical plug apparatuses have at least one projection (2, 3) which, at least in regions, protrudes in the radial direction with respect to an insertion direction and is formed along at least one portion of the circumference, characterized in that at least two plug apparatuses (1, 10, 16, 22, 23, 32) each have at least two projections (2, 3) which are arranged asymmetrically in relation to one another with respect to the insertion direction and are arranged offset in relation to one another in insertion direction in such a way that at least some of the electrical plug apparatuses (1, 10, 16, 22, 23, 32) are at least partially mechanically blocked (2, 3).
A measurement device adapted to withstand and automatically count a heat sterilization or cleaning cycle, comprising: a measurement probe comprising a sensor configured to detect a characteristic of a medium and generate a measurement signal; a condition responsive element comprising either a temperature responsive element or a pressure responsive element, wherein the condition responsive element is a first switch configured to transition from a first state to a second state when the first switch exceeds a first temperature or a first pressure; a heat cycle detection unit comprising a detection module, a data interface, and a data memory; wherein the detection module is configured to: detect a heat cycle event using the condition responsive element, wherein the heat cycle event is one of an autoclave cycle, a steam-in-place sterilization cycle, or a clean-in-place sanitizing cycle, and record detection of the heat cycle event in the data memory in response to the first switch transitioning from the first state to the second state; and a filter configured to filter signals from the condition responsive element such that multiple transitions between the first and second states of the condition responsive element during a period of time will not be counted as multiple heat cycles. a measurement probe comprising a sensor configured to detect a characteristic of a medium and generate a measurement signal; a condition responsive element comprising either a temperature responsive element or a pressure responsive element, wherein the condition responsive element is a first switch configured to transition from a first state to a second state when the first switch exceeds a first temperature or a first pressure; a heat cycle detection unit comprising a detection module, a data interface, and a data memory; wherein the detection module is configured to: detect a heat cycle event using the condition responsive element, wherein the heat cycle event is one of an autoclave cycle, a steam-in-place sterilization cycle, or a clean-in-place sanitizing cycle, and record detection of the heat cycle event in the data memory in response to the first switch transitioning from the first state to the second state; and detect a heat cycle event using the condition responsive element, wherein the heat cycle event is one of an autoclave cycle, a steam-in-place sterilization cycle, or a clean-in-place sanitizing cycle, and record detection of the heat cycle event in the data memory in response to the first switch transitioning from the first state to the second state; and a filter configured to filter signals from the condition responsive element such that multiple transitions between the first and second states of the condition responsive element during a period of time will not be counted as multiple heat cycles.
A miniature robotic device designed to be coupled to a flexible endoscope for the surgical dissection of digestive tract surface neoplasms comprising a cap body removably fixable to a distal end of said endoscope and characterized in that it further comprises at least two robotic arms (3, 4), slidably supported within said cap body, for performing manipulative and surgical dissection operations and drive means for sliding said arms (3, 4) along said cap body for placing said arms in an operative position, in which they protrude from said cap body, and in a rest position, in which they are retracted within said cap body.
A measuring apparatus comprising: a projection control unit configured to cause a projection unit to project, onto an object, a first light pattern, a second light pattern, and a third light pattern, each having light and dark portions; and an acquisition unit configured to acquire a first captured image of the object onto which the first light pattern is projected, a second captured image of the object onto which the second light pattern is projected, and a third captured image of the object onto which the third light pattern is projected; characterized in that, the first light pattern includes a plurality of patterns in which respective widths of light portions are different, in the second light pattern, a width of each of the light portions is equal to a width of each of the dark portions and is equivalent to the narrowest width of the light portions in the plurality of patterns of the first light pattern and the second light pattern has a boundary position between the light and dark portions common to the first light pattern, and, in the third light pattern, the light and dark portions of the second light pattern are reversed to each other; and in that the measuring apparatus further comprises: a calculation unit configured to calculate the boundary position between the light and dark portions of the first captured image based on the second and the third captured image to measure the position of the object. a projection control unit configured to cause a projection unit to project, onto an object, a first light pattern, a second light pattern, and a third light pattern, each having light and dark portions; and an acquisition unit configured to acquire a first captured image of the object onto which the first light pattern is projected, a second captured image of the object onto which the second light pattern is projected, and a third captured image of the object onto which the third light pattern is projected; characterized in that, the first light pattern includes a plurality of patterns in which respective widths of light portions are different, in the second light pattern, a width of each of the light portions is equal to a width of each of the dark portions and is equivalent to the narrowest width of the light portions in the plurality of patterns of the first light pattern and the second light pattern has a boundary position between the light and dark portions common to the first light pattern, and, in the third light pattern, the light and dark portions of the second light pattern are reversed to each other; and in that the measuring apparatus further comprises: a calculation unit configured to calculate the boundary position between the light and dark portions of the first captured image based on the second and the third captured image to measure the position of the object.
Apparatus for uniformly loading an agricultural working machine and/or a working implement with crop material, wherein during the operation of picking up a swathe from the field and introducing it into a crop material storage device automatic track guidance is effected by means of an automatic steering device, wherein there is at least one computing unit which for the steering device generates a steering signal from at least one first position signal (LS1, LS2, LS3) and at least one further working implement-specific filling strategy signal, wherein the working machine is a tractor with a trailed bale press or a trailed loading truck and the at least one position signal (LS1, LS2, LS3) is used for automatic track guidance of the tractor, wherein the position of the swathe is detected by at least one locating device (20, 47) and at least the centre of the swathe is processed as a guide parameter and position signal by the computing unit.
A light guide assembly for a motor vehicle comprising a plurality of first light guide elements, a second light guide element spaced apart from the first light guide elements in a first direction, and a support frame, wherein, the plurality of first light guide elements are spaced apart from one another in a second direction perpendicular to the first direction, and configured to receive and guide light from light sources such that the light is uniformly distributed in a plane perpendicular to the first direction; the second light guide element is configured to receive the light from the first light guide elements and to guide light entering the second light guide element to exit in a predetermined direction; and the support frame connects and supports the first light guide elements and the second light guide element, and the support frame comprises an engagement part (1321,1321') connected with the second light guide element such that when viewed in the first direction, the engagement part (1321,1321') overlaps with a portion of the second light guide element and is configured to guide light entering the engagement part (1321,1321') to be incident in the first direction into the portion of the second light guide element overlapping with the engagement part (1321,1321'), the light guide assembly being characterized in that, the engagement part (1321,1321') comprises at least one wall face in contact with air, the at least one wall face being configured to guide, in a total reflection way, light entering the engagement part and reaching the at least one wall face to be incident into the second light guide element in the first direction. the plurality of first light guide elements are spaced apart from one another in a second direction perpendicular to the first direction, and configured to receive and guide light from light sources such that the light is uniformly distributed in a plane perpendicular to the first direction; the second light guide element is configured to receive the light from the first light guide elements and to guide light entering the second light guide element to exit in a predetermined direction; and the support frame connects and supports the first light guide elements and the second light guide element, and the support frame comprises an engagement part (1321,1321') connected with the second light guide element such that when viewed in the first direction, the engagement part (1321,1321') overlaps with a portion of the second light guide element and is configured to guide light entering the engagement part (1321,1321') to be incident in the first direction into the portion of the second light guide element overlapping with the engagement part (1321,1321'), the light guide assembly being characterized in that, the engagement part (1321,1321') comprises at least one wall face in contact with air, the at least one wall face being configured to guide, in a total reflection way, light entering the engagement part and reaching the at least one wall face to be incident into the second light guide element in the first direction.
A seat for aircraft passenger comprising a fixed support portion and a movable portion that is movable with respect to said fixed support portion, said movable portion providing a back part and a sitting part, said seat being turned in a first direction so that when a passenger is sitting in said seat he is turned in said first direction, said seat being configured in such a manner that said movable portion performs a recline movement along a respective recline axis between a sitting position and a recline position, and vice versa, in a plan view of said seat said recline axis being an apparent axis of substantial symmetry of the seat, said seat being characterized in that it is configured so that the movable portion is apt to perform a translation movement with respect to the fixed support portion, parallel to a single and predetermined translation axis, wherein from a plan view of said seat, said translation axis is oriented with respect to said recline axis by a predetermined fixed angle (α) comprised between 2° and 18°, in particular between 2° and 12°, preferably equivalent to about 5°.