mhurhangee/ep-ind-claims huggingface dataset:
Packaging unit made of moulded pulp for products like eggs, comprising: - a carrier part having a length, a width and a depth; and - one or more product compartments that are provided in the carrier and are configured for receiving a product, wherein the moulded pulp comprises a foamed moulded fiber material, comprising a fiber material and a foaming agent, wherein the solid content of the fiber material is above 35% by weight, characterized by the foaming agent comprising SLES, SDS and/or ALS, wherein the depth is above 2 cm. - a carrier part having a length, a width and a depth; and - one or more product compartments that are provided in the carrier and are configured for receiving a product,
A contact angle measurement apparatus for measuring a contact angle between a surface of a solid sample body and at least one drop of sample liquid disposed on the surface, the apparatus comprising: at least one drop dosing device adapted and arranged for applying a drop of a liquid onto a surface of a sample body, an illuminating device adapted and arranged for illuminating each drop applied by the at least one drop dosing device onto the surface from a first side of the at least one drop, and an image recording device adapted and arranged for recording an image of at least a transition region between the surface and each drop applied by the at least one drop dosing device onto the surface in side view from a second side of the drop opposite the first side, wherein the illuminating device comprises a light-emitting arrangement which, when viewed by the image recording device, provides a two-dimensional light field, wherein the contact angle measurement apparatus further comprises a controller connected to the illuminating device, wherein the light-emitting arrangement comprises a plurality of light-emitting elements (22, 70) for providing the two-dimensional light field, characterized in that the light emitting elements (22, 70) are arranged in an array and in that the controller is adapted to adjust at least one dimension of the light field by selectively switching on and off the light-emitting elements. at least one drop dosing device adapted and arranged for applying a drop of a liquid onto a surface of a sample body, an illuminating device adapted and arranged for illuminating each drop applied by the at least one drop dosing device onto the surface from a first side of the at least one drop, and an image recording device adapted and arranged for recording an image of at least a transition region between the surface and each drop applied by the at least one drop dosing device onto the surface in side view from a second side of the drop opposite the first side, wherein the illuminating device comprises a light-emitting arrangement which, when viewed by the image recording device, provides a two-dimensional light field, wherein the contact angle measurement apparatus further comprises a controller connected to the illuminating device, wherein the light-emitting arrangement comprises a plurality of light-emitting elements (22, 70) for providing the two-dimensional light field, characterized in that the light emitting elements (22, 70) are arranged in an array and in that the controller is adapted to adjust at least one dimension of the light field by selectively switching on and off the light-emitting elements.
A receiving unit for receiving blood, comprising a receiving container designed as a blood sample tube, comprising an open end, an end closed by a base wall, a predominantly tube-shaped container wall which extends between the open end and the closed end and defines a longitudinal axis, wherein the container wall comprises an internal surface and an external surface spaced apart therefrom by a wall thickness, and the container wall and the end closed by the base wall bound a receiving chamber, in which receiving chamber the blood can be directly received, and wherein the receiving container is made from a plastic material, wherein at least one reinforcement rib is arranged on at least one first subsection of the internal surface of the container wall and protrudes in the direction towards the longitudinal axis, wherein the first subsection extends from the closed end in the direction towards the open end, and wherein the at least one reinforcement rib has a spiral-shaped, in particular helical, longitudinal extension about the longitudinal axis, wherein the receiving unit further comprises a closure device by means of which the open end of the receiving container is closed, characterized in that a receiving chamber sealed off from the external ambient atmosphere is reduced to a pressure below ambient pressure and that the wall thickness of the container wall has a value selected from a range of values with a lower limit of 0.3 mm and an upper limit of 0.8 mm and a protrusion of the at least one reinforcement rib beyond the internal surface has a value selected from a range of values with a lower limit of 0.05 mm and an upper limit of 0.60 mm and a width of the at least one reinforcement rib in the direction perpendicular to its longitudinal extension has a value selected from a range of values with a lower limit of 0.50 mm and an upper limit of 4.00 mm and the base wall is calotte-shaped.
A fixation system comprising a bone plate and a bone screw for displacing relative to each other and fixing parts of a fractured or damaged bone; wherein the bone plate comprises a plate body defining a plate plane and a longitudinal axis and having hole formations transversely to the plate plane; wherein the bone screw has a screw head with an outer thread formed in the upper region of the head and a conical bearing surface formed in the lower region of the head, and a screw shaft for being screwed into the bone to be fixed; characterized in that the bone plate is made of a first rigid material and the bone screw is made of a second rigid material; that the hole formations comprise a first round hole and a second round hole of stepped configuration which intersect to define edges (23, 24) and have a screw insertion side and a screw exit side, wherein the first round hole has an upper region on the screw insertion side and a lower region shaped as a conical bearing surface on the screw exit side, with the edges extending across the upper region and the edges across the lower region, and wherein at least the first round hole has a radial rib which extends in a plane in the upper region towards the centre of the round hole; and wherein upon screwing of the bone screw into the bone the conical bearing surface of the bone screw is supported on the conical support surface of the bone plate, so that the external thread and the radial rib cooperate to cause a deformation resulting in a mutual adaptation of the rib and an engaging thread turn of the external thread of the bone screw.
Motorcycle case having an inner case part (14, 74) which can be fastened to a motorcycle, and an outer case part (16, 72) which is connected to the inner case part (14, 74) and can be displaced laterally relative to the inner case part (14, 74), and a driven gearwheel mechanism (20, 80) coupling the case parts (14, 16, 72, 74), wherein the width and thus the storage volume of the motorcycle case (10, 70) can be adjusted by displacing the outer case part (16, 72) relative to the inner case part (14, 74), wherein the gearwheel mechanism (20, 80) comprises at least a first and a second gearwheel group (34, 36), which each have a plurality of gears coupled to one another, rotating together and assigned to an axis of rotation (D3, D4), wherein the teeth of adjacent gearwheel groups (34, 36) mesh, characterized in that the gearwheel groups (34, 36) each have at least one spur gear (46, 52) and at least one bevel gear (50, 54) and either the spur gears (46, 52) or the bevel gears (50, 54) of adjacent gearwheel groups (34, 36) mesh.
A flight control system for an aircraft, comprising: at least two flight control computers at least one of which is utilized at any one time to control flight of the aircraft, each of the at least two flight control computers having at least two processors (26,30), each of the at least two processors (26,30) being responsive to an aircraft input signal indicative of at least one of a plurality of aircraft flight parameters, each of the at least two processors computing in parallel and being responsive to provide a control output command signal indicative of a desired control of a flight control surface of the aircraft based on control laws; characterized in that at least one of the at least two processors (26,30) for each of the at least two flight control computers comprises an abnormal response monitor configured to detect a residual error in software that embodies the control laws by being responsive to the aircraft input signal indicative of at least one of a plurality of aircraft flight parameters and determining whether the control output command signal is within an acceptable value for the control output command; and when the abnormal response monitor determines that the control output signal command is not within the acceptable value, then the one of the at least two flight control computers in which it is determined that the control output command signal is not within the acceptable value is disabled from being allowed to control flight of the aircraft. at least two flight control computers at least one of which is utilized at any one time to control flight of the aircraft, each of the at least two flight control computers having at least two processors (26,30), each of the at least two processors (26,30) being responsive to an aircraft input signal indicative of at least one of a plurality of aircraft flight parameters, each of the at least two processors computing in parallel and being responsive to provide a control output command signal indicative of a desired control of a flight control surface of the aircraft based on control laws; characterized in that at least one of the at least two processors (26,30) for each of the at least two flight control computers comprises an abnormal response monitor configured to detect a residual error in software that embodies the control laws by being responsive to the aircraft input signal indicative of at least one of a plurality of aircraft flight parameters and determining whether the control output command signal is within an acceptable value for the control output command; and when the abnormal response monitor determines that the control output signal command is not within the acceptable value, then the one of the at least two flight control computers in which it is determined that the control output command signal is not within the acceptable value is disabled from being allowed to control flight of the aircraft.
Road safety barrier comprising a post and a rail connected to the post via the intermediary of a spacer and a connector, the spacer comprising a rail support comprising: - a front face fastened to the rail, - a rear face fastened to the post and - a flange connecting the front face to the rear face, the front face comprising a connector housing, characterised by the front face further comprising a weaker area connecting the connector housing to the upper edge of the front face, which width is equal to the width of the connector housing and which length is equal to the distance between the connector housing and the upper edge of the front face, the mechanical resistance of the weaker area being strictly lower than the intrinsic mechanical resistance of the constituent material of the remaining part of the front face of the rail support, the spacer also comprising a rail guide comprising in succession: - a fastening area fastening the rail guide to a post above the rail support, - a connecting piece and - a rail reinforcement area fastening the rail guide to the reverse side of the rail, wherein the lower mechanical resistance of the weaker area is obtained by one of the following: - the weaker area comprises a notch that is an extension of the connector housing and emerges on the upper edge of the front face, whereby the two lateral edges of the notch are at a distance from each other, at least locally, that is less than the diameter of the connector, or - the weaker area comprises a succession of holes that are essentially aligned along the longitudinal direction of the rail support, or - the weaker area comprises a throat that is an extension of the connector housing and emerges on the upper edge of the front face, the front face having thus a reduced thickness in the weaker area, or - the constituent material of the weaker area has been heat treated. - a front face fastened to the rail, - a rear face fastened to the post and - a flange connecting the front face to the rear face, - a fastening area fastening the rail guide to a post above the rail support, - a connecting piece and - a rail reinforcement area fastening the rail guide to the reverse side of the rail, - the weaker area comprises a notch that is an extension of the connector housing and emerges on the upper edge of the front face, whereby the two lateral edges of the notch are at a distance from each other, at least locally, that is less than the diameter of the connector, or - the weaker area comprises a succession of holes that are essentially aligned along the longitudinal direction of the rail support, or - the weaker area comprises a throat that is an extension of the connector housing and emerges on the upper edge of the front face, the front face having thus a reduced thickness in the weaker area, or - the constituent material of the weaker area has been heat treated.
Corner connector for hollow profiles, including: - a base element, which is composed of a first and a second substantially plate-shaped and rectangular, respectively, wall section (18, 20) with four lateral edges (22, 24, 26, 28; 30, 32,34, 36), an inner side (38; 40) and an outer side (42; 44), wherein the two wall sections (18, 20) are connected at a right angle and in one piece to each other on one lateral edge that forms a connecting edge in each case, wherein the first and the second wall section (18, 20) is each provided on their inner side (38; 40) with a first guide and connection groove (48; 49), which extends from a lateral edge adjacent to the connecting edge parallel to the connecting edge, and - at least one substantially plate-shaped, rectangular accessory element with four lateral edges (50, 52, 54, 56), an inner side and an outer side, protruding from the inner side of which are two guide and connection projections (62, 64) that are complementary to the first guide and connection grooves (48; 49) and can be inserted into the first guide and connection grooves (48; 49) in a direction parallel to the connecting edge and in the fully inserted state secure the accessory element flush on the base element to form a third wall section, which is arranged at a right angle to the first and second wall section (18, 20). - a base element, which is composed of a first and a second substantially plate-shaped and rectangular, respectively, wall section (18, 20) with four lateral edges (22, 24, 26, 28; 30, 32,34, 36), an inner side (38; 40) and an outer side (42; 44), wherein the two wall sections (18, 20) are connected at a right angle and in one piece to each other on one lateral edge that forms a connecting edge in each case, wherein the first and the second wall section (18, 20) is each provided on their inner side (38; 40) with a first guide and connection groove (48; 49), which extends from a lateral edge adjacent to the connecting edge parallel to the connecting edge, and - at least one substantially plate-shaped, rectangular accessory element with four lateral edges (50, 52, 54, 56), an inner side and an outer side, protruding from the inner side of which are two guide and connection projections (62, 64) that are complementary to the first guide and connection grooves (48; 49) and can be inserted into the first guide and connection grooves (48; 49) in a direction parallel to the connecting edge and in the fully inserted state secure the accessory element flush on the base element to form a third wall section, which is arranged at a right angle to the first and second wall section (18, 20).
A method comprising: receiving data representing a voice input; determining a transcription for the voice input, wherein determining the transcription for the voice input includes, for a plurality of segments of the voice input: maintaining a plurality of contexts and respective weights associated with the plurality of contexts; obtaining a first candidate transcription for a first segment of the voice input; determining one or more contexts, from the plurality of contexts, associated with the first candidate transcription; identifying one or more weights respectively corresponding to the one or more contexts; adjusting a respective weight of the one or more weights for each of the one or more contexts based on the first candidate transcription; and determining a second candidate transcription for a second segment of the voice input based in part on the adjusted weights for each of the one or more contexts; and providing the transcription of the plurality of segments of the voice input for output. receiving data representing a voice input; determining a transcription for the voice input, wherein determining the transcription for the voice input includes, for a plurality of segments of the voice input: maintaining a plurality of contexts and respective weights associated with the plurality of contexts; obtaining a first candidate transcription for a first segment of the voice input; determining one or more contexts, from the plurality of contexts, associated with the first candidate transcription; identifying one or more weights respectively corresponding to the one or more contexts; adjusting a respective weight of the one or more weights for each of the one or more contexts based on the first candidate transcription; and determining a second candidate transcription for a second segment of the voice input based in part on the adjusted weights for each of the one or more contexts; and maintaining a plurality of contexts and respective weights associated with the plurality of contexts; obtaining a first candidate transcription for a first segment of the voice input; determining one or more contexts, from the plurality of contexts, associated with the first candidate transcription; identifying one or more weights respectively corresponding to the one or more contexts; adjusting a respective weight of the one or more weights for each of the one or more contexts based on the first candidate transcription; and determining a second candidate transcription for a second segment of the voice input based in part on the adjusted weights for each of the one or more contexts; and
A bone plate system for osteosynthesis, having: - a bone screw, the screw head of which has a surface structure, at least in sections, - a further bone screw the screw head of which has a surface structure, at least in sections, and - a bone plate, said bone plate having - a through hole which is configured to accommodate the bone screw in a polyaxial manner, - a further through hole which is associated with the through hole and which is configured to accommodate the further bone screw, - an aperture which connects the through hole and the further through hole, wherein in the screwed-in position, the bone screw and the further bone screw are fixed at a fixed angle in mutiple dimensions, characterized in that - the bone plate is provided with a protrusion which is formed opposite to the aperture at the through hole and extending the latter, and - the screw heads (9, 11) of the bone screw and of the further bone screw are secured against a relative movement with respect to each other and with respect to the bone plate by means of a tensioned multi-point mount when fixed at a fixed angle in multiple dimensions, in which seating points (20, 21, 22) for the bone screw are formed in the through hole at transitional regions (13, 14) between the protrusion and the respective through hole section (15, 16) adjacent to the protrusion, between the screw heads (9, 11) as well as the further bone screw in the further through hole. - a bone screw, the screw head of which has a surface structure, at least in sections, - a further bone screw the screw head of which has a surface structure, at least in sections, and - a bone plate, said bone plate having - a through hole which is configured to accommodate the bone screw in a polyaxial manner, - a further through hole which is associated with the through hole and which is configured to accommodate the further bone screw, - an aperture which connects the through hole and the further through hole, - a through hole which is configured to accommodate the bone screw in a polyaxial manner, - a further through hole which is associated with the through hole and which is configured to accommodate the further bone screw, - an aperture which connects the through hole and the further through hole, - the bone plate is provided with a protrusion which is formed opposite to the aperture at the through hole and extending the latter, and - the screw heads (9, 11) of the bone screw and of the further bone screw are secured against a relative movement with respect to each other and with respect to the bone plate by means of a tensioned multi-point mount when fixed at a fixed angle in multiple dimensions, in which seating points (20, 21, 22) for the bone screw are formed in the through hole at transitional regions (13, 14) between the protrusion and the respective through hole section (15, 16) adjacent to the protrusion, between the screw heads (9, 11) as well as the further bone screw in the further through hole.
A 2-ply tissue paper, wherein a basis weight per ply is 11.0 g/m 2 or more and 12.5 g/m 2 or less, the 2-ply paper thickness is 102 μm or more and 129 μm or less, and the 2-ply tissue paper containing 1.8 g/m 2 or more and 4.6 g/m 2 or less of chemical which contains glycerin and 1,3-propanediol in a total amount of 83.7 mass% or more and 94.9 mass% or less, wherein the mass ratio of glycerin and 1,3-propanediol is above 1: 0.36 or more and 1: 4.94 or less.