mhurhangee/ep-ind-claims huggingface dataset:
Safety brake device for a lift installation with at least one travel body, which is arranged in a lift shaft to be movable along a guide rail and/or a brake rail, wherein the safety brake device is provided for braking and holding the travel body at the guide rail and/or the brake rail when required, wherein the safety brake device includes a brake body, which is of at least two-part construction and this brake body comprises a first brake element and a second brake element, wherein the two brake elements (7, 8) are movable substantially independently of one another and the first brake element is substantially designed substantially only for braking and holding in the case of movement of the travel body along the guide rail and/or the brake rail in an upward direction (a) and wherein the second brake element is designed only for braking and holding in the case of movement of the travel body along the guide rail and/or the brake rail in a downward direction (b), characterised in that the safety brake device further includes a control plate for positioning the brake body relative to the guide rail and/or the brake rail so that the two brake elements (7, 8) can be adjusted together with respect to the guide rail and/or the brake rail, wherein the control plate is positionable in a rest position (r) and a braking position (e), particularly by means of a linear movement and/or a pivot movement.
An artificial knee joint comprising: a femoral component including a medial condyle and a lateral condyle; and a tibial component including a base and a resin plate, an upper surface of the resin plate including an inner sliding surface that receives the medial condyle and an outer sliding surface that receives the lateral condyle, a curvature radius of each of the inner sliding surface and the outer sliding surface in a medial-lateral direction increasing from an anterior side toward a posterior side within a predetermined range in an anterior-posterior direction, wherein in the medial-lateral direction, the inner sliding surface and the outer sliding surface are positioned inward such that a middle point between a lowest point of the medial condyle and a lowest point of the lateral condyle in a knee extended position is shifted inward relative to a center of the tibial component by 2 to 10% of a width of the tibial component a femoral component including a medial condyle and a lateral condyle; and a tibial component including a base and a resin plate, an upper surface of the resin plate including an inner sliding surface that receives the medial condyle and an outer sliding surface that receives the lateral condyle, a curvature radius of each of the inner sliding surface and the outer sliding surface in a medial-lateral direction increasing from an anterior side toward a posterior side within a predetermined range in an anterior-posterior direction, wherein in the medial-lateral direction, the inner sliding surface and the outer sliding surface are positioned inward such that a middle point between a lowest point of the medial condyle and a lowest point of the lateral condyle in a knee extended position is shifted inward relative to a center of the tibial component by 2 to 10% of a width of the tibial component
A syringe comprising: a barrel (20, 320) including a fluid chamber, a proximal end, a distal end defining a roof surface defining a face facing said proximal end, the roof face including an opening 54) therethrough, and an elongate tip (16, 316) extending from the distal end including a passageway (24, 324) therethrough in fluid communication with said opening and said chamber; a plunger (38, 338) slidably disposed within said barrel (20, 120, 220), said plunger (38, 338) including a plunger head face surface (52, 359) that faces said roof surface; characterized by a first protrusion (56, 356) and a second protrusion (58, 358) disposed on at least one of the plunger head surface and said roof surface of the barrel, said first protrusion forms a first closed ridge substantially concentric with said elongate tip and said second protrusion forms a second closed ridge substantially concentric with said first closed ridge; adapted to prevent face-to-face contact between said plunger head surface and said roof surface. a barrel (20, 320) including a fluid chamber, a proximal end, a distal end defining a roof surface defining a face facing said proximal end, the roof face including an opening 54) therethrough, and an elongate tip (16, 316) extending from the distal end including a passageway (24, 324) therethrough in fluid communication with said opening and said chamber; a plunger (38, 338) slidably disposed within said barrel (20, 120, 220), said plunger (38, 338) including a plunger head face surface (52, 359) that faces said roof surface; characterized by a first protrusion (56, 356) and a second protrusion (58, 358) disposed on at least one of the plunger head surface and said roof surface of the barrel, said first protrusion forms a first closed ridge substantially concentric with said elongate tip and said second protrusion forms a second closed ridge substantially concentric with said first closed ridge; adapted to prevent face-to-face contact between said plunger head surface and said roof surface.
Scaffold on the outer wall of a building, consisting of - a plurality of spaced vertical posts which are rigidly connected to one another, in each case in pairs, via horizontally aligned cross-bars to form an assembly frame, and - a plurality of horizontal scaffolding parts, which lie on the assembly frames and connect them to one another, wherein a mounting hook lies on a bearing pin, wherein the bearing pins in each case - are approximately horizontally oriented and - are fastened on a vertical post or on a cross-bar and wherein each mounting hook - is approximately plate-shaped and - overall, is oriented approximately vertically and approximately perpendicular to a bearing pin, characterised in that - the mounting hook is rigidly connected to a scaffold deck part and - is pierced by a horizontal slit, - which originates from a vertical edge and - which is pushed over a bearing pin in each case and - at least two assembly frames as well as the connecting scaffolding deck parts are spaced from the outer wall and - a further scaffolding deck part abuts against the wall-side end-face of at least one scaffold deck part, as scaffold deck extension, - - which at least partly bridges the spacing of the assembly frames to the exterior wall and - - which is fastened on the scaffolding via two of the aforementioned mounting hooks. - a plurality of spaced vertical posts which are rigidly connected to one another, in each case in pairs, via horizontally aligned cross-bars to form an assembly frame, and - a plurality of horizontal scaffolding parts, which lie on the assembly frames and connect them to one another, - are approximately horizontally oriented and - are fastened on a vertical post or on a cross-bar and wherein each mounting hook - is approximately plate-shaped and - overall, is oriented approximately vertically and approximately perpendicular to a bearing pin, characterised in that - the mounting hook is rigidly connected to a scaffold deck part and - is pierced by a horizontal slit, - which originates from a vertical edge and - which is pushed over a bearing pin in each case and - which originates from a vertical edge and - which is pushed over a bearing pin in each case and - at least two assembly frames as well as the connecting scaffolding deck parts are spaced from the outer wall and - a further scaffolding deck part abuts against the wall-side end-face of at least one scaffold deck part, as scaffold deck extension, - - which at least partly bridges the spacing of the assembly frames to the exterior wall and - - which is fastened on the scaffolding via two of the aforementioned mounting hooks. - - which at least partly bridges the spacing of the assembly frames to the exterior wall and - - which is fastened on the scaffolding via two of the aforementioned mounting hooks.
A rotor assembly for a turbine engine with gas bearings including a permanent magnet, a first shaft having at least one bearing intended for engaging with a support bearing to form a gas bearing and ensure rotational guidance of the first shaft as well as a thrust disk, characterised in that the rotor assembly also includes a band and a second shaft, in that the permanent magnet is a solid magnet which is press-fitted inside the band made of a nonmagnetic material, in that the band forms an integral assembly with the first shaft in the extension thereof, and in that the second shaft having at least one bearing intended for engaging with a support bearing to form a gas bearing and ensure rotational guidance of the second shaft, extends from the band on the opposite side of the first shaft, coaxially with the first shaft such that the first shaft, the band, and the second shaft form an integral assembly. characterised in that the rotor assembly also includes a band and a second shaft, in that the permanent magnet is a solid magnet which is press-fitted inside the band made of a nonmagnetic material, in that the band forms an integral assembly with the first shaft in the extension thereof, and in that the second shaft having at least one bearing intended for engaging with a support bearing to form a gas bearing and ensure rotational guidance of the second shaft, extends from the band on the opposite side of the first shaft, coaxially with the first shaft such that the first shaft, the band, and the second shaft form an integral assembly.
A recombinant DNA molecule comprising a DNA sequence selected from the group consisting of: a) a DNA sequence comprising SEQ ID NO: 17; b) a fragment comprising at least 50 contiguous nucleotides of SEQ ID NO: 17, wherein the fragment has gene-regulatory activity; and c) a DNA sequence comprising at least 90% sequence identity to the DNA sequence of SEQ ID NO: 16 or 18, which DNA sequence has gene-regulatory activity; wherein said DNA sequence is operably linked to a heterologous transcribable DNA molecule. a) a DNA sequence comprising SEQ ID NO: 17; b) a fragment comprising at least 50 contiguous nucleotides of SEQ ID NO: 17, wherein the fragment has gene-regulatory activity; and c) a DNA sequence comprising at least 90% sequence identity to the DNA sequence of SEQ ID NO: 16 or 18, which DNA sequence has gene-regulatory activity;
Method for managing an energy supply for at least one device, in which an interruption in at least one line between a battery and the at least one device is detected, characterized in that, after the interruption has been remedied, a request to input a value for at least one operating parameter is made, a user being requested to input or to select and confirm the value for the at least one operating parameter of the battery.
A solar cell precursor at least comprising as precursor parts: i) a wafer with at least one hole with a Si surface; ii) an electro-conductive paste at least comprising as paste constituents: a) metallic particles; b) an inorganic reaction system; c) an organic vehicle; and d) an additive; comprised by the hole, wherein a vanadium containing compound is present in the paste, wherein the vanadium containing compound is present as a separate additive. i) a wafer with at least one hole with a Si surface; ii) an electro-conductive paste at least comprising as paste constituents: a) metallic particles; b) an inorganic reaction system; c) an organic vehicle; and d) an additive; comprised by the hole, wherein a vanadium containing compound is present in the paste, wherein the vanadium containing compound is present as a separate additive. a) metallic particles; b) an inorganic reaction system; c) an organic vehicle; and d) an additive;
A policy control method in a policy and charging control, PCC, system, comprising: obtaining, by a policy and charging rule function entity, a message comprising description information of two or more sub-flows which belong to a same application and are formed via different interfaces of a user equipment, wherein the message is transmitted by an application function, AF, entity, and the description information of the two or more sub-flows comprises an Internet protocol, IP, address associated with each sub-flow of the two or more sub-flows and quality of service, QoS, requirement information of each sub-flow of the two or more sub-flows; generating (S360, S470, S550, S620), by the policy and charging rule function entity, a PCC rule corresponding to each sub-flow of the two or more sub-flows according to the description information of each sub-flow of the two or more sub-flows of the same application; and transmitting (S370, S480, S560, S630), by the policy and charging rule function entity, the generated PCC rule to a policy and charging enforcement function entity, so as to perform (S380, S490, S570) policy control for the sub-flows by the policy and charging enforcement function entity. obtaining, by a policy and charging rule function entity, a message comprising description information of two or more sub-flows which belong to a same application and are formed via different interfaces of a user equipment, wherein the message is transmitted by an application function, AF, entity, and the description information of the two or more sub-flows comprises an Internet protocol, IP, address associated with each sub-flow of the two or more sub-flows and quality of service, QoS, requirement information of each sub-flow of the two or more sub-flows; generating (S360, S470, S550, S620), by the policy and charging rule function entity, a PCC rule corresponding to each sub-flow of the two or more sub-flows according to the description information of each sub-flow of the two or more sub-flows of the same application; and transmitting (S370, S480, S560, S630), by the policy and charging rule function entity, the generated PCC rule to a policy and charging enforcement function entity, so as to perform (S380, S490, S570) policy control for the sub-flows by the policy and charging enforcement function entity.
A method in a base station of a mobile communication network for supporting a Multimedia Broadcast Multicast Service, MBMS, for a terminal, the method comprising the steps: the base station receiving, from the terminal, an information element informing the base station of a combination of bands, which the terminal supports for carrier aggregation, wherein the terminal supports MBMS reception on any carrier configurable as a serving cell for the terminal according to the information element; and the base station deriving, from the received information element, MBMS reception capabilities of the terminal. the base station receiving, from the terminal, an information element informing the base station of a combination of bands, which the terminal supports for carrier aggregation, wherein the terminal supports MBMS reception on any carrier configurable as a serving cell for the terminal according to the information element; and the base station deriving, from the received information element, MBMS reception capabilities of the terminal.
A bearing assembly for a turbocharger comprising: a center housing that comprises a bearing bore that extends from a compressor end of the center housing to a turbine end of the center housing wherein the compressor end comprises a bearing bore compressor end radius and the turbine end comprises a bearing bore turbine end radius, a boss with an aperture for receiving a locating pin and an inlet for lubricant; and a bearing disposed in the bearing bore and forming an outer lubricant film between the bearing and the bearing bore wherein the bearing comprises a central axis, an internal bore to receive a shaft extending between a compressor end and a turbine end of the bearing and forming an inner lubricant film between the internal bore and the shaft, a locating pin aperture located between axial ends of the bearing and engaging the locating pin to prevent rotation and translation of the bearing within the bearing bore and an end protrusion that extends radially and axially beyond the bearing bore wherein the protrusion comprises a radius that exceeds a respective bearing bore end radius to thereby deflect lubricant from the outer lubricant film layer radially outward. a center housing that comprises a bearing bore that extends from a compressor end of the center housing to a turbine end of the center housing wherein the compressor end comprises a bearing bore compressor end radius and the turbine end comprises a bearing bore turbine end radius, a boss with an aperture for receiving a locating pin and an inlet for lubricant; and a bearing disposed in the bearing bore and forming an outer lubricant film between the bearing and the bearing bore wherein the bearing comprises a central axis, an internal bore to receive a shaft extending between a compressor end and a turbine end of the bearing and forming an inner lubricant film between the internal bore and the shaft, a locating pin aperture located between axial ends of the bearing and engaging the locating pin to prevent rotation and translation of the bearing within the bearing bore and an end protrusion that extends radially and axially beyond the bearing bore wherein the protrusion comprises a radius that exceeds a respective bearing bore end radius to thereby deflect lubricant from the outer lubricant film layer radially outward.
A work machine comprising an engine device mounted on the work machine in which a maneuvering seat is arranged on a hood provided in a rear of a travelling machine body, and an engine is arranged in the hood in such a manner that the output shaft of the engine is oriented along the front-and-back direction of the work machine, comprising: an exhaust gas purification device configured to purify and treat exhaust gas of the engine and including a first purification device that removes particulate matter in the exhaust gas of the engine, and a second purification device that removes nitrogen oxides in the exhaust gas of the engine, the first purification device and the second purification device being arranged parallel to each other and in such a manner that the transfer direction of the exhaust gas flowing through the interior thereof is parallel to the right-and -left direction, a cooling fan arranged in the rear of the engine, and a radiator arranged on the rear side of the front surface of the cooling fan, the first purification device being placed on a first support frame arranged above the cooling fan, the second purification device being placed on a second support frame arranged above the radiator, and the second purification device being supported at a higher position than the first purification device. an exhaust gas purification device configured to purify and treat exhaust gas of the engine and including a first purification device that removes particulate matter in the exhaust gas of the engine, and a second purification device that removes nitrogen oxides in the exhaust gas of the engine, the first purification device and the second purification device being arranged parallel to each other and in such a manner that the transfer direction of the exhaust gas flowing through the interior thereof is parallel to the right-and -left direction, a cooling fan arranged in the rear of the engine, and a radiator arranged on the rear side of the front surface of the cooling fan, the first purification device being placed on a first support frame arranged above the cooling fan, the second purification device being placed on a second support frame arranged above the radiator, and the second purification device being supported at a higher position than the first purification device.
A front-lens attachment for a surgical microscope for ophthalmology, which comprises an objective, said front-lens attachment comprising a retaining device, having a retaining element, on which at least one lens element (33, 34) is disposed, as well as further comprising a positioning device for positioning the retaining element and the at least one lens element (33, 34) disposed thereon relative to the surgical microscope for ophthalmology, wherein retaining element is disposed on positioning device and wherein the positioning device is arranged in such a way that it can adjust discrete positioning states, wherein in one positioning state the retaining element and the at least one lens element (33, 34) disposed thereon are positioned in front of the objective in such a way that the lens element (33, 34) can be introduced into a beam path, which extends through the objective, characterized in that the front-lens attachment comprises a covering cap for fastening the front-lens attachment on the surgical microscope for ophthalmology, that the positioning device comprises two positioning components (22, 28) which are joined together via a joint, that a first positioning component is joined to the covering cap in at least one first pivoting direction via a fastening means, that a second positioning component is joined to the first positioning component in at least one second pivoting direction via joint, and that the positioning components (22, 28) are jointed coupled to one another in such a way that they can be folded onto or into each other.
A gloss-controllable, radiation-curable ink composition comprising: a colorant component comprising 0 to 20% by weight of said ink composition, said colorant having a unique absorbance signature in the UV range; a photo-initiator component comprising approximately 8 to 18% by weight of said ink composition, the exact percentage of said photo-initiator determined based on said unique absorbance signature associated with said colorant; a mono-functional monomer component present in said ink composition in an amount of 60-85% by weight of said ink composition, said ink composition having a viscosity not greater than 20 centipoise at 45°C, and said ink composition having a degree of gloss in a range of approximately 10-100 gloss units at a measurement angle of 85°, when said ink is exposed to UV radiation, said exposure comprising: exposure to a pinning energy at a rate of approximately 50-400 mW/cm 2; and exposure to the total amount of energy sufficient to fully cure said ink composition, wherein said UV radiation comprises at least one of UV-A and UV-V radiation. a colorant component comprising 0 to 20% by weight of said ink composition, said colorant having a unique absorbance signature in the UV range; a photo-initiator component comprising approximately 8 to 18% by weight of said ink composition, the exact percentage of said photo-initiator determined based on said unique absorbance signature associated with said colorant; a mono-functional monomer component present in said ink composition in an amount of 60-85% by weight of said ink composition, said ink composition having a viscosity not greater than 20 centipoise at 45°C, and said ink composition having a degree of gloss in a range of approximately 10-100 gloss units at a measurement angle of 85°, when said ink is exposed to UV radiation, said exposure comprising: exposure to a pinning energy at a rate of approximately 50-400 mW/cm 2; and exposure to the total amount of energy sufficient to fully cure said ink composition, wherein said UV radiation comprises at least one of UV-A and UV-V radiation. exposure to a pinning energy at a rate of approximately 50-400 mW/cm 2; and exposure to the total amount of energy sufficient to fully cure said ink composition, wherein said UV radiation comprises at least one of UV-A and UV-V radiation.