mhurhangee/ep-ind-claims huggingface dataset:
An additive manufacturing system comprising: a carriage comprising: a pre-heating assembly comprising a plurality of pre-heating chambers; and a printing block comprising a plurality of slots for receiving a plurality of printing heads, wherein the carriage includes more pre-heating chambers than head slots; and a building platform configured to receive material deposited from the carriage, characterized in that the printing block is formed with a pair of reservoirs surrounding each of the plurality of slots, wherein each pair is configured to be in fluid communication with one of the plurality of printing heads installed in one of the plurality of slots and wherein each of the pair is configured to be in fluid communication with a separate nozzle array of the one of the plurality of printing heads. a carriage comprising: a pre-heating assembly comprising a plurality of pre-heating chambers; and a printing block comprising a plurality of slots for receiving a plurality of printing heads, wherein the carriage includes more pre-heating chambers than head slots; and a pre-heating assembly comprising a plurality of pre-heating chambers; and a printing block comprising a plurality of slots for receiving a plurality of printing heads, wherein the carriage includes more pre-heating chambers than head slots; and a building platform configured to receive material deposited from the carriage, characterized in that the printing block is formed with a pair of reservoirs surrounding each of the plurality of slots, wherein each pair is configured to be in fluid communication with one of the plurality of printing heads installed in one of the plurality of slots and wherein each of the pair is configured to be in fluid communication with a separate nozzle array of the one of the plurality of printing heads.
A frame (10, 100) for glasses, masks for professional or sports use, and the like, adapted to support at least one corrective and/or protective lens in a position which, during use, is in front of the ocular region of the user, the frame (10, 100) having at least one vapor-permeable region from the surrounding environment toward the skin of the user who is wearing said frame (10, 100), at least one waterproof and vapor-permeable functional insert (12, 30, 104) being provided which is arranged so as to seal in a waterproof and vapor-permeable manner said at least one vapor-permeable region in order to allow vapor permeation of the skin of the user, preventing a return of condensation toward the skin characterized in that at least one portion of the frame (10, 100) is composed of two joined parts and the at least one waterproof and vapor-permeable functional insert (12, 30, 104) is interposed between the two joined parts wherein the at least one portion of the frame (10, 100) is selected from the group consisting of earpieces (13, 14) and nose pieces (15, 16) and wherein said at least one functional insert (12, 30, 104) is connected so as to provide a waterproof seal to the walls that delimit said at least one opening (11a, 11b, 28a, 28b, 103a, 103b) that said functional insert closes.
A device for wiping a motor vehicle window, comprising a wiper blade driven in rotation by a drive shaft arranged at the output of a motor assembly suitable for creating an alternating rotational movement of said drive shaft, characterized in that it further comprises means for driving said motor assembly in translation, a part of said driving means being borne by said drive shaft.
Stationary device for receiving and driving a unit for processing, in particular crushing, classifying and/or sorting, lumpy feed material, the stationary device not having a traction drive, comprising a stationary, in particular frame-shaped supporting structure and a supporting element supported on the supporting structure and having fastening means for releasably fastening the unit designed as an attachment, wherein the supporting element for the attachment is arranged to be vertically adjustable and/or tiltable relative to the supporting structure, further comprising a drive device for the attachment, which can be brought into driving connection with a drive of the attachment via coupling and/or connecting means.
An installation, comprising a slotted hollow conductor and a rail vehicle which is movable along a stretch of rail, wherein the slotted hollow conductor is provided on a rail part of the stretch of rail, i.e. is fastened thereto or embodied in one part, i.e. in one piece, as a continuously-cast part, wherein the rail vehicle comprises a frame, a spring element, a guide part and an antenna, wherein the guide part is fastened to the frame of the rail vehicle by means of the spring element, and the antenna is connected to the guide part, wherein the guide part has two leg portions (31, 33), wherein the slotted hollow conductor has an opening slot extending in the rail direction, wherein the opening slot is limited in the transverse direction by means of two wall portions of the slotted hollow conductor, wherein the antenna projects through the opening slot into the hollow-conductor region of the slotted hollow conductor, wherein one of the wall portions is arranged between both leg portions (31, 33) of the guide part, so that the guide part is limited in the transverse direction by the internal width between the leg portions (31, 33) in the transverse direction, wherein the leg portion of the guide part projecting into the opening slot is arranged between the two wall portions of the slotted hollow conductor and is connected to the antenna and this leg portion holds the antenna, wherein the other wall portion is arranged outside the two leg portions (31, 33), characterised in that the guide part is adapted such that the play of the guide part in the transverse direction, i.e. also the internal width between the leg portions (31, 33) of the guide part provided in the transverse direction, is greater than the play of the guide wheels of the rail vehicle which are guided by the rail part.
A divided tool attachment method for attaching a plurality of divided tools (P, D) to tool attachment portions (9U, 9L) of a press brake using first automatic tool changers (13UR, 13LR) and second automatic tool changers (13U L, 13LL), the divided tool attachment method comprising: (a) attaching different divided tools (P, D) to the tool attachment portions (9U, 9L) using the first and second automatic tool changers (13UR, 13LR, 13UL, 13LL) in proximity to previously attached divided tools (P, D) already attached to the tool attachment portions (9U, 9L), characterized by (b) relatively moving the attached different divided tools (P, D) toward the previously attached divided tools (P, D) using the first automatic tool changers (13UR, 13LR) and causing the different divided tools (P, D) to be pressed to the previously attached divided tools (P, D) which are secured in a non-movable state by the second automatic tool changers (13UL, 13LL); and (c) detecting that the different divided tools (P, D) have abutted on the previously attached divided tools (P, D) in a case in which a torque of a servomotor for moving the first automatic tool changers (13UR, 13LR) in a left-right direction has reached a setting value set in advance and stopping the movement of the different divided tools (P, D). (a) attaching different divided tools (P, D) to the tool attachment portions (9U, 9L) using the first and second automatic tool changers (13UR, 13LR, 13UL, 13LL) in proximity to previously attached divided tools (P, D) already attached to the tool attachment portions (9U, 9L), characterized by (b) relatively moving the attached different divided tools (P, D) toward the previously attached divided tools (P, D) using the first automatic tool changers (13UR, 13LR) and causing the different divided tools (P, D) to be pressed to the previously attached divided tools (P, D) which are secured in a non-movable state by the second automatic tool changers (13UL, 13LL); and (c) detecting that the different divided tools (P, D) have abutted on the previously attached divided tools (P, D) in a case in which a torque of a servomotor for moving the first automatic tool changers (13UR, 13LR) in a left-right direction has reached a setting value set in advance and stopping the movement of the different divided tools (P, D).
Device for dispensing elongate beverage containers, in particular beverage cans, comprising a housing for receiving the beverage containers, a removal element for removing a beverage container, and a cooling device for cooling the beverage containers, the housing comprising a guide channel that has a sliding surface for the beverage containers which is inclined with respect to the horizontal, the width of the guide channel being less than the height thereof, it being possible for the beverage containers to slide, in the upright state, along the sliding surface of the guide channel into the removal element, the housing comprising, on the side facing away from the removal element, a receiving opening for introducing beverage containers which extends substantially perpendicularly to the sliding surface, characterised in that the guide channel comprises, opposite the sliding surface, a retaining surface for preventing the beverage container from tilting in the guide channel, the guide channel being closed in cross section and the top of the guide channel being designed as the retaining surface.
A surgical instrument including an elongated body portion having a proximal end and a distal end, a head portion which includes a shell assembly and an anvil assembly that is longitudinally movable toward the shell assembly, and a preload assembly, wherein the head portion is at the distal end of the elongated body portion and the preload assembly comprises an outer tube disposed concentrically around the elongated body portion, a distal portion of the outer tube being affixed to the shell assembly for moving the shell assembly, the outer tube being longitudinally translatable with respect to the elongated body portion, the outer tube having a lip at the proximal end thereof; and a biasing member disposed in mechanical cooperation with the outer tube and configured to distally bias the outer tube toward the anvil assembly; characterised in that the preload assembly comprises a housing disposed around the biasing member and around a proximal portion of the outer tube, the housing being fixed from longitudinal movement with respect to the elongated body portion, the outer tube extends distally from the housing to the shell assembly, the biasing member is disposed in contact with the proximal portion of the outer tube and a window is on the housing allowing a user to view the position of the lip at the proximal portion of the outer tube in the housing.
A background pattern image combining apparatus for combining a background pattern image with an input image, the background pattern image including a plurality of first isolated dots having a size that can be read by an image reader and a plurality of second isolated dots having a size that cannot be read by the image reader, wherein the second isolated dots are arranged to camouflage an object formed by the first isolated dots, the background pattern image combining apparatus comprising: a detector operable to detect, in the input image, a specific area which is an area having a specific state; and a print image data generation portion operable to combine the background pattern image with the input image by placing not the plurality of first isolated dots but the plurality of second isolated dots in the specific area, and, by placing the plurality of first isolated dots and the plurality of second isolated dots in an area other than the specific area. a detector operable to detect, in the input image, a specific area which is an area having a specific state; and a print image data generation portion operable to combine the background pattern image with the input image by placing not the plurality of first isolated dots but the plurality of second isolated dots in the specific area, and, by placing the plurality of first isolated dots and the plurality of second isolated dots in an area other than the specific area.
A patch antenna (1, 2, 3, 4, 5) comprising: a patch element (10, 102, 103, 104, 105); and a ground conductor (20, 202, 203, 204, 205) facing the patch element (10, 102, 103, 104, 105), wherein the patch element (10, 102, 103, 104, 105, 107) is convex toward a side opposite to a side facing the ground conductor (20, 202, 203, 204, 205) while centering around a center line, characterized in that wave sources are positioned at both end portions of the patch element (10, 102, 103, 104, 105) in the direction of the center line. a patch element (10, 102, 103, 104, 105); and a ground conductor (20, 202, 203, 204, 205) facing the patch element (10, 102, 103, 104, 105), wherein the patch element (10, 102, 103, 104, 105, 107) is convex toward a side opposite to a side facing the ground conductor (20, 202, 203, 204, 205) while centering around a center line, characterized in that wave sources are positioned at both end portions of the patch element (10, 102, 103, 104, 105) in the direction of the center line.
An illumination system having a plurality of reflective elements (22a, 22b, 22c, 22d), the reflective elements (22a, 22b, 22c, 22d) being movable between different orientations which direct radiation towards different locations in a pupil plane, thereby forming different illumination modes, wherein each reflective element (22a, 22b, 22c, 22d) is moveable between - a respective first orientation which directs radiation towards a first associated location at the pupil plane, and - a respective second orientation which directs radiation towards a second associated location at the pupil plane, characterized in that the respective first orientation and the respective second orientation of the reflective element (22a, 22b, 22c, 22d) being defined by end stops (46a, 46b; 47a, 47b), whereby the end stops (46a, 46b; 47a, 47b) have adjustable positions. - a respective first orientation which directs radiation towards a first associated location at the pupil plane, and - a respective second orientation which directs radiation towards a second associated location at the pupil plane,
A forage mower comprising a housing defining a hollow interior region and a forward open mouth, a plurality of cutting elements located in or adjacent the forward open mouth, a transfer element located in the hollow interior region rearwardly of the cutting elements for urging the cut forage from the cutting elements transversely across the hollow interior region for discharge adjacent one side of the housing, the housing defining a rearward open mouth between a transversely extending upper edge and a spaced apart transversely extending lower edge, characterised in that a closure element extends between a proximal end and a distal end, and is pivotally coupled to the housing about a transversely extending main pivot axis adjacent the upper edge of the rearward open mouth and the proximal end of the closure element, and the closure element is pivotal downwardly about the main pivot axis from an upper open state defining a rearwardly facing discharge outlet between the lower edge of the rearward open mouth and the distal end of the closure element, to a lower closed state with the distal end of the closure element adjacent the lower edge of the rearward open mouth closing the rearward open mouth, an upper rear portion of the housing and the closure element in the open state form a passageway over the transfer element which terminates in the discharge outlet, and a pair of transversely spaced apart deflector elements (40, 41) extend downwardly from one of the closure element and the upper rear portion of the housing into the passageway over the transfer element and are configured to direct the cut forage rearwardly from the housing through the discharge outlet in a relatively narrow sward.
Flushing arrangement for flushing systems for cleaning surgical wounds by means of flushing liquid comprising an outer pipe, in which an inner pipe is arranged, wherein between outer pipe and inner pipe an annular gap is formed at least in sections, and on the free end of the outer pipe an attachment is provided, which has bristles on its circumference, characterised in that the bristles are arranged in the manner of a helix on the circumference of the attachment.
An optical cable (1, 2, 3, 4) comprising an optical core (100, 200, 300, 400) and a sheath (101, 201, 301, 401) enclosing said optical core (100, 200, 300, 400), wherein: - said optical core (100, 200, 300, 400) comprises a number of optical units (110, 210, 310, 410) having respective colors and being wound about a longitudinal axis of said cable (1, 2, 3, 4); and - said sheath (101, 201, 301, 401) comprises at least one non opaque longitudinal section (106, 206, 306, 406) through which a sequence of colors of said optical units (110, 210, 310, 410) is visible from outside said cable (1, 2, 3, 4) characterized in that said sheath (101, 201, 301, 401) further comprises at least one opaque longitudinal section (105, 205, 305, 405) complementary to said at least one non opaque longitudinal section (106, 206, 306, 406). - said optical core (100, 200, 300, 400) comprises a number of optical units (110, 210, 310, 410) having respective colors and being wound about a longitudinal axis of said cable (1, 2, 3, 4); and - said sheath (101, 201, 301, 401) comprises at least one non opaque longitudinal section (106, 206, 306, 406) through which a sequence of colors of said optical units (110, 210, 310, 410) is visible from outside said cable (1, 2, 3, 4) characterized in that said sheath (101, 201, 301, 401) further comprises at least one opaque longitudinal section (105, 205, 305, 405) complementary to said at least one non opaque longitudinal section (106, 206, 306, 406).
Pre-fabricated self-adhesive flat catheter securement dressing for application to a lateral neck area of a human patient, comprising a layer of pressure-sensitive adhesive for affixing the dressing to the patient's skin, and comprising a window for facilitating visual inspection of the patient's skin, characterized in that the dressing, in the plane of the dressing, has an elongated, generally triangular outer shape defined by a first long edge, a second long edge opposite to the first long edge, and at least one short edge connecting an end portion of the first long edge and an end portion of the second long edge, and wherein the triangular outer shape has no axial symmetry.
Pressure tolerant seismic source for deep water survey comprising: at least one electromagnetic coil for generating an electromagnetic pulse, a piston plate movable by said electromagnetic pulse, and a housing with a first chamber and a second chamber separated by each other via a common bulkhead arrangement, wherein the coil is arranged within the first chamber and the piston plate arranged within the second chamber, wherein the second chamber is at least partly filled with a liquid coupled to the plate so that due to movement of the plate at least one pressure pulse is generated traveling through the liquid within said second chamber, characterized in that the second chamber is a closed chamber with regard to the outer surrounding environment. at least one electromagnetic coil for generating an electromagnetic pulse, a piston plate movable by said electromagnetic pulse, and a housing with a first chamber and a second chamber separated by each other via a common bulkhead arrangement, wherein the coil is arranged within the first chamber and the piston plate arranged within the second chamber, wherein the second chamber is at least partly filled with a liquid coupled to the plate so that due to movement of the plate at least one pressure pulse is generated traveling through the liquid within said second chamber, characterized in that the second chamber is a closed chamber with regard to the outer surrounding environment.
A fire or explosion suppression agent, having two suppressant parts, one comprising an explosion suppressing chemical substance which is substantially liquid at normal temperatures and pressures and the other comprising a fire or explosion suppressing inert gas; the chemical substance being dispersed as a suspension in the inert gas, the chemical substance when so disposed having low environmental impact, with a short atmospheric lifetime of less than 30 days; the chemical substance comprising one or more chemicals with the structure Z-R-X-Y, where the monovalent radical Z is a halogen atom taken from the group fluorine (-F) or bromine (-Br); where the divalent radical R is a perfluoro- or polyfluoro-alkylidene group of formula -C n H p F 2n-p -, with n in the range 1-6, and p in the range 0-4; where the divalent radical X is carbonyl (-CO-); and where the monovalent radical Y is selected from the group hydrogen (-H), bromine (-Br), alkyl of formula -C m H 2m+1 with m in the range 1-4, or perfluoroalkyl of formula -C m F 2m+1 with m in the range 1-4, or polyfluoroalkyl of formula -C m H k F 2m+1-k with m in the range 1-4 and k in the range 1-2m; the agent including nothing else having any significant environmental impact and which has an atmospheric lifetime longer than 30 days.
A light source system (100, 200, 300), comprising: at least two lasers (130, 230, 330) configured to emit excitation light; a substrate (110, 210) made of material with a high thermal conductivity, wherein the substrate (110, 210) is provided with a notch (111, 211), a wall (111a, 211a, 111b, 211b) of the notch (111, 211) comprises a bottom wall (111b, 211b) and sidewalls (111a, 211a), and the at least two lasers (130, 230, 330) are received in different sidewalls (111a, 211a); a reflective layer (160, 360) covering the wall (111a, 211a, 111b, 211b) of the notch (111, 211) and configured to reflect the excitation light; a wavelength conversion layer (150, 250, 350) provided on a surface of the reflective layer (160, 360) covering the bottom wall (111b, 211b) and configured to perform wavelength conversion on the excitation light to obtain excited light; and a light guiding element (120, 320) covering an opening of the notch (111, 211) and configured to reflect the excitation light and transmit the excited light, to obtain light to be emitted by the light source system (100, 200, 300). at least two lasers (130, 230, 330) configured to emit excitation light; a substrate (110, 210) made of material with a high thermal conductivity, wherein the substrate (110, 210) is provided with a notch (111, 211), a wall (111a, 211a, 111b, 211b) of the notch (111, 211) comprises a bottom wall (111b, 211b) and sidewalls (111a, 211a), and the at least two lasers (130, 230, 330) are received in different sidewalls (111a, 211a); a reflective layer (160, 360) covering the wall (111a, 211a, 111b, 211b) of the notch (111, 211) and configured to reflect the excitation light; a wavelength conversion layer (150, 250, 350) provided on a surface of the reflective layer (160, 360) covering the bottom wall (111b, 211b) and configured to perform wavelength conversion on the excitation light to obtain excited light; and a light guiding element (120, 320) covering an opening of the notch (111, 211) and configured to reflect the excitation light and transmit the excited light, to obtain light to be emitted by the light source system (100, 200, 300).