mhurhangee/ep-ind-claims huggingface dataset:
Surgical connecting element for fixing adjacently arranged bone plates comprising a first bearing element (306; 368; 382), a second bearing element (328; 376; 390) and a coupling element (372; 380) by means of which the first and second bearing element are couplable to one another in such a manner that bone plates (10, 12) located between the first and second bearing element are fixable, wherein the coupling element (304; 372; 380) comprises at least one fixing recess (326; 386) in which a corresponding holding element (334; 350a; 394; 396) of the second bearing element (328; 376; 390) is engageable for the purposes of coupling this second bearing element (328; 376; 390) to the coupling element (304; 372; 380), characterized in that a holding element (334; 350a; 394; 396) is a holding lug and in that the first bearing element (306; 368; 382) and/or second bearing element (328; 376; 390) comprises a raised edge region (308; 370) for producing a tensile stress in a clamping direction, wherein the raised edge region (308; 370) is at an angle to a bearing surface of the corresponding bearing element (306; 368; 382) and is flexibly deformable in order to reduce the angle between the edge region (308; 370) and the bearing surface and thereby exert a force in a clamping position which improves the clamping process.
Profile plate portion (110, 120) for use as an outer wall of a flow body, wherein the profile plate portion comprises: • at least in part a first profile plate panel on which a flow is in contact when the profile plate panel is used as intended, wherein the first profile plate panel is designed to be permeable to fluid such that fluid can flow through certain regions thereof, • a second profile plate panel which extends at least in part along the first profile plate panel and in a local profile plate thickness direction is at distance therefrom, • a reinforcing device for supporting the first profile plate panel and the second profile plate panel on one another, wherein the reinforcing device is designed in such a way that fluid of the flow along the first profile plate panel flowing through the first profile plate panel, can flow along the longitudinal direction of the panel through the reinforcing device and between the first profile plate panel and the second profile plate panel and/or wherein the second profile plate panel is designed so that fluid of the flow on the first profile plate panel flowing through the first profile plate panel can flow in the local profile plate thickness direction (P-T) through the reinforcing device from the first profile plate panel to second profile plate panel and in parts through this to an inner side opposite to the flow side, wherein supporting carriers extend in a span direction of the profile plate portion (110, 120) which are fastened to the first profile plate panel and to the second profile plate panel, wherein at least in part of the intermediate spaces formed between the two adjacent supporting carriers, at least one open-pore body is accommodated in such a way that fluid flowing through the first profile plate panel flows through the open-pore body, characterised in that the open-pore body is an open-pore metal foam layer body and on the side of the second profile plate panel the open-pore metal foam layer has recesses which open toward the second profile plate panel and become openings (134, 261) of the second profile plate panel and in that the suction extraction cross-section of the recesses is at least 1.5 times as large as the opening cross-section of the openings (134, 261) in the second profile plate panel. • at least in part a first profile plate panel on which a flow is in contact when the profile plate panel is used as intended, wherein the first profile plate panel is designed to be permeable to fluid such that fluid can flow through certain regions thereof, • a second profile plate panel which extends at least in part along the first profile plate panel and in a local profile plate thickness direction is at distance therefrom, • a reinforcing device for supporting the first profile plate panel and the second profile plate panel on one another,
Articulated rigid support structure (11, 12) for a rear air guiding device for a vehicle, said vehicle comprising at least one rear door (5, 6), said structure (11, 12) comprising: - at least two first fastening means (18, 19, 20, 21, 24, 25, 26, 27), said first fastening means being capable of being secured to the rear door (5, 6) of the vehicle and enabling the rotation of the structure (11, 12) in relation to the door (5, 6), - at least one first vertical element, - at least one first air guiding means (9, 10) that is arranged on the first vertical element, said first air guiding means being secured to said first vertical element by at least one second fastening means (16, 22, 28, 29), enabling the first air guiding means (9, 10) to rotate in relation to the first vertical element, said first vertical element comprising at least one locking unit, - at least two lower and upper horizontal elements connecting the at least two first fastening means (18, 19, 20, 21, 24, 25, 26, 27) to the first vertical element, - at least one third temporary fastening means (13, 14) capable of securing the articulated rigid structure (11, 12) to the rear door of the vehicle, said at least third temporary fastening means (13, 14) being arranged on the first vertical element and/or on at least one horizontal element, preferably on the at least two horizontal elements. - at least two first fastening means (18, 19, 20, 21, 24, 25, 26, 27), said first fastening means being capable of being secured to the rear door (5, 6) of the vehicle and enabling the rotation of the structure (11, 12) in relation to the door (5, 6), - at least one first vertical element, - at least one first air guiding means (9, 10) that is arranged on the first vertical element, said first air guiding means being secured to said first vertical element by at least one second fastening means (16, 22, 28, 29), enabling the first air guiding means (9, 10) to rotate in relation to the first vertical element, said first vertical element comprising at least one locking unit, - at least two lower and upper horizontal elements connecting the at least two first fastening means (18, 19, 20, 21, 24, 25, 26, 27) to the first vertical element, - at least one third temporary fastening means (13, 14) capable of securing the articulated rigid structure (11, 12) to the rear door of the vehicle, said at least third temporary fastening means (13, 14) being arranged on the first vertical element and/or on at least one horizontal element, preferably on the at least two horizontal elements.
A parallel bearing, comprising a rotary shaft bearing and a stator bearing, wherein the rotary shaft bearing is a contact bearing, and the rotary shaft bearing is sleeved on a rotary shaft; and the stator bearing is a non-contact bearing, the stator bearing is sleeved on the rotary shaft bearing, a clearance is provided between an inner wall of the stator bearing and an outer wall of the rotary shaft bearing, and the stator bearing is fixed on a stator, characterized in that the parallel bearing comprises at least one intermediate bearing, wherein the at least one intermediate bearing is a contact bearing, the at least one intermediate bearing is sleeved between the rotary shaft bearing and the stator bearing, and a clearance is provided between the stator bearing and the at least one intermediate bearing; the at least one intermediate bearing is a ball bearing.
A method for measuring a frame loss ratio, comprising: a first end acquiring a frame number of a received current measurement reply frame and a frame number of a received previous measurement reply frame, wherein the current measurement reply frame and the previous measurement reply frame are sent by a second end in response to a frame loss ratio measurement message frame sent by the first end; the first end judging whether the difference between the frame number of the current measurement reply frame and the frame number of the previous measurement reply frame is 1; if the difference is 1, the first end calculating the frame loss ratio according to count information carried in the current measurement reply frame and the previous measurement reply frame, characterized in that, if the difference is greater than 1, the first end calculating the frame loss ratio according to count information carried in the current measurement reply frame and the previous measurement reply frame and the difference. a first end acquiring a frame number of a received current measurement reply frame and a frame number of a received previous measurement reply frame, wherein the current measurement reply frame and the previous measurement reply frame are sent by a second end in response to a frame loss ratio measurement message frame sent by the first end; the first end judging whether the difference between the frame number of the current measurement reply frame and the frame number of the previous measurement reply frame is 1; if the difference is 1, the first end calculating the frame loss ratio according to count information carried in the current measurement reply frame and the previous measurement reply frame, characterized in that, if the difference is greater than 1, the first end calculating the frame loss ratio according to count information carried in the current measurement reply frame and the previous measurement reply frame and the difference.
Device for inductively hardening metal workpieces, with an inductor unit for hardening the metal workpiece and a quenching unit, wherein the device has a drum unit which has a vertically aligned rotational axis and a plurality of workpiece receivers for one workpiece each, whereby the quenching unit is associated with the drum unit and has at least two quenching sprays (7, 7', 7", 8, 8', 8"), wherein at least one of the quenching sprays (8, 8', 8") is associated with each workpiece receiver and turns with the drum unit, and wherein the inductor unit is stationarily arranged at a first position along the circumference of the drum unit and the quenching unit is stationarily arranged at a second position along the circumference of the drum unit, wherein the quenching unit is arranged offset by an angle less than 90° in relation to the inductor unit in the direction of rotation of the drum unit, wherein the quenching unit comprises at least two quenching sprays (7, 7') that are aligned radially inwardly with respect to the drum unit. with an inductor unit for hardening the metal workpiece and a quenching unit, wherein the device has a drum unit which has a vertically aligned rotational axis and a plurality of workpiece receivers for one workpiece each, whereby the quenching unit is associated with the drum unit and has at least two quenching sprays (7, 7', 7", 8, 8', 8"), wherein at least one of the quenching sprays (8, 8', 8") is associated with each workpiece receiver and turns with the drum unit, and wherein the inductor unit is stationarily arranged at a first position along the circumference of the drum unit and the quenching unit is stationarily arranged at a second position along the circumference of the drum unit, wherein the quenching unit is arranged offset by an angle less than 90° in relation to the inductor unit in the direction of rotation of the drum unit, wherein the quenching unit comprises at least two quenching sprays (7, 7') that are aligned radially inwardly with respect to the drum unit.
Instrument set for inserting a cage into the intervertebral disc space between two vertebral bodies, with a guide wire (2.1), with several over the guide wire and one over another deferrable dilators (2.3 - 2.6), with a working sleeve and with a cage, characterized in that the working sleeve is in its distal jacket area equipped with slots (3.4) including in between arranged ribs (3.5), which do enable a fixation of the distal area aof the working sleeve in direction of its extension while the proximal end has variable angular mobility.
An additive formulation for a fuel comprising: about 40 to about 65 weight percent nitropropane; about 10 to about 30 weight percent nitromethane; about 0.5 to about 5 weight percent lubricant, wherein the lubricant is a polyester; about 10 to about 40 weight percent aromatic hydrocarbon; wherein the additive is substantially free of nitroethane. about 40 to about 65 weight percent nitropropane; about 10 to about 30 weight percent nitromethane; about 0.5 to about 5 weight percent lubricant, wherein the lubricant is a polyester; about 10 to about 40 weight percent aromatic hydrocarbon; wherein the additive is substantially free of nitroethane.
A method for detecting gram negative bacteria or lipopolysaccharide in a sample comprising the steps of: (a) contacting the sample with an active acidic protease under conditions that result in degradation of the proteins in the sample; (b) inactivating the acidic protease; (c) contacting the sample with one or more lipopolysaccharide binding polypeptides in the presence of an inactive acidic protease; and (d) determining whether the one or more lipopolysaccharide binding polypeptides bind to the sample, binding indicating the sample contains gram negative bacteria or lipopolysaccharide, wherein the one or more lipopolysaccharide binding polypeptides are lipopolysaccharide binding polypeptides of an amebocyte lysate. (a) contacting the sample with an active acidic protease under conditions that result in degradation of the proteins in the sample; (b) inactivating the acidic protease; (c) contacting the sample with one or more lipopolysaccharide binding polypeptides in the presence of an inactive acidic protease; and (d) determining whether the one or more lipopolysaccharide binding polypeptides bind to the sample, binding indicating the sample contains gram negative bacteria or lipopolysaccharide, wherein the one or more lipopolysaccharide binding polypeptides are lipopolysaccharide binding polypeptides of an amebocyte lysate.
A device for targeted delivery of a substance to an airway, the device comprising: a conduit comprising a proximal end and a bifurcated distal portion having two separate distal ends, wherein the proximal end is configured to be coupled with a source of the substance; and at least two applicators made at least partially of a material configured to allow the substance to weep out of the applicators, each applicator coupled with one of the distal ends of the conduit, wherein each applicator is configured to direct the substance out of the applicator toward one of two sides of an airway, characterized in that the distal portion of the conduit is configured to apply laterally directed, opposing force to the at least two applicators to cause them to move apart from one another to contact the two sides of the airway. a conduit comprising a proximal end and a bifurcated distal portion having two separate distal ends, wherein the proximal end is configured to be coupled with a source of the substance; and at least two applicators made at least partially of a material configured to allow the substance to weep out of the applicators, each applicator coupled with one of the distal ends of the conduit, wherein each applicator is configured to direct the substance out of the applicator toward one of two sides of an airway, characterized in that the distal portion of the conduit is configured to apply laterally directed, opposing force to the at least two applicators to cause them to move apart from one another to contact the two sides of the airway.
An assembly for an obscuration cloud generating device for being removably held within a housing of the obscuration cloud device, the assembly comprising: an obscuration cloud generating canister, wherein a composition emitted from the obscuration cloud generating canister is emitted via an outlet of the assembly in a defined direction that is off a longitudinal axis of the obscuration cloud generating canister; and at least one guiding member of the assembly for positioning the assembly in a specific angular orientation within and with respect to the housing, so the housing has a fixed positional relationship with respect to the outlet to fix an angle of emission with respect to the housing. an obscuration cloud generating canister, wherein a composition emitted from the obscuration cloud generating canister is emitted via an outlet of the assembly in a defined direction that is off a longitudinal axis of the obscuration cloud generating canister; and at least one guiding member of the assembly for positioning the assembly in a specific angular orientation within and with respect to the housing, so the housing has a fixed positional relationship with respect to the outlet to fix an angle of emission with respect to the housing.
A display screen that on at least a partial area A of its display area can be operated in two operating modes, viz B1 for a free viewing mode and B2 for a viewing mode that is restricted with regard to the viewing angle, wherein the residual display area of the display screen outside the partial area A permanently maintains a free viewing mode, i.e. a viewing mode that is unrestricted with regard to the viewing angle, comprising - a first backlight of planar extension that radiates light in an unrestricted angular range and that, for the greater part, is arranged below the residual display area outside the said partial area A, - at least one second backlight of planar extension that radiates light in a restricted angular range and that, for the greater part, is arranged below the partial area A, - a transmissive image generator arranged, in the viewing direction, in front of the two backlights (2a, 2b), - a plate-shaped transparent light guide that is located between the image generator and the two backlights (2a, 2b) and, on at least one of its large surfaces and/or within its volume, is provided with outcoupling elements for the outcoupling of light, so that, through at least one large surface, it outcouples light coupled in through at least one of its edges, - light sources arranged laterally on at least one of the edges of the light guide, - wherein the light guide is transparent to at least 70% of the light originating from the two backlights (2a, 2b), - and wherein the display screen is configured in such a way that in mode B1 at least the light sources are switched on, whereas in mode B2 the two backlights (2a, 2b) are switched on and the light sources are switched off. - a first backlight of planar extension that radiates light in an unrestricted angular range and that, for the greater part, is arranged below the residual display area outside the said partial area A, - at least one second backlight of planar extension that radiates light in a restricted angular range and that, for the greater part, is arranged below the partial area A, - a transmissive image generator arranged, in the viewing direction, in front of the two backlights (2a, 2b), - a plate-shaped transparent light guide that is located between the image generator and the two backlights (2a, 2b) and, on at least one of its large surfaces and/or within its volume, is provided with outcoupling elements for the outcoupling of light, so that, through at least one large surface, it outcouples light coupled in through at least one of its edges, - light sources arranged laterally on at least one of the edges of the light guide, - wherein the light guide is transparent to at least 70% of the light originating from the two backlights (2a, 2b), - and wherein the display screen is configured in such a way that in mode B1 at least the light sources are switched on, whereas in mode B2 the two backlights (2a, 2b) are switched on and the light sources are switched off.
Dispensing device for dispensing cleaning agent to a water flow of a sanitary article comprising a channel extending along a channel axis and having a channel space in which water can be guided from a channel inlet to a channel outlet, and an insert with a receiving element, in or on which a water-soluble cleaning element is placed, which can be dissolved by water flowing through it, wherein the insert has at least one or exactly one bearing strut which projects away from the receiving element and by means of which the receiving element is held in the channel space, wherein the receiving element lies in the channel space at a distance from the side wall of the channel with respect to its circumference, in such a way that the receiving element can be flowed around circumferentially, wherein the receiving element lies in the channel space in such a way that between the receiving element and the side wall of the channel an intermediate space extending around the receiving element is created and wherein the bearing strut extends transversely to the channel axis in such a way that the intermediate space is interrupted exclusively by the at least one bearing strut; or that the bearing strut extends in the direction of the channel axis in such a way that the intermediate space is not interrupted by the at least one bearing strut, wherein the receiving element has, on the outside, the shape of a cylinder which extends along a central axis running in a straight line, characterized in that the central axis being oriented essentially in the direction of the channel axis. a channel extending along a channel axis and having a channel space in which water can be guided from a channel inlet to a channel outlet, and an insert with a receiving element, in or on which a water-soluble cleaning element is placed, which can be dissolved by water flowing through it, wherein the insert has at least one or exactly one bearing strut which projects away from the receiving element and by means of which the receiving element is held in the channel space, wherein the receiving element lies in the channel space at a distance from the side wall of the channel with respect to its circumference, in such a way that the receiving element can be flowed around circumferentially, wherein the receiving element lies in the channel space in such a way that between the receiving element and the side wall of the channel an intermediate space extending around the receiving element is created and wherein the bearing strut extends transversely to the channel axis in such a way that the intermediate space is interrupted exclusively by the at least one bearing strut; or that the bearing strut extends in the direction of the channel axis in such a way that the intermediate space is not interrupted by the at least one bearing strut, wherein the receiving element has, on the outside, the shape of a cylinder which extends along a central axis running in a straight line, characterized in that the central axis being oriented essentially in the direction of the channel axis.