mhurhangee/ep-ind-claims huggingface dataset:
A fraud detection system for a reverse vending machine, the system comprising: a detector adapted to detect at least one container entered into the reverse vending machine; a compactor load sensor adapted to measure load of a compactor of the reverse vending machine during operation, wherein the compactor is adapted to compact entered containers downstream of said detector; and a compactor load sensor monitoring device configured to determine whether the detected at least one container is compacted as expected based on the load measured by the compactor load sensor, wherein the compactor load sensor monitoring device is configured to determine an expected compaction time window for a container of the at least one container based on the moment the container is detected by the detector, and wherein the compactor load sensor monitoring device is configured to determine that the container is not compacted as expected if the measured load in the expected compaction time window does not exceed a predetermined value. a detector adapted to detect at least one container entered into the reverse vending machine; a compactor load sensor adapted to measure load of a compactor of the reverse vending machine during operation, wherein the compactor is adapted to compact entered containers downstream of said detector; and a compactor load sensor monitoring device configured to determine whether the detected at least one container is compacted as expected based on the load measured by the compactor load sensor, wherein the compactor load sensor monitoring device is configured to determine an expected compaction time window for a container of the at least one container based on the moment the container is detected by the detector, and wherein the compactor load sensor monitoring device is configured to determine that the container is not compacted as expected if the measured load in the expected compaction time window does not exceed a predetermined value.
Displacement device for providing a displacement of a syringe closure system, SCS,, which closes the distal end of the syringe from outside of the syringe, relative to the syringe in an opening direction, comprising: - a holding unit, HU, for holding at least part of the syringe and - a displacement unit, DU, which is movably attached to the holding unit for movement by a predetermined distance in the opening direction, wherein the holding unit comprises: - a receiving cylinder for receiving at least part of the barrel of the syringe and - a clamping element for clamping at least part of the flange of the syringe between the clamping element and the receiving cylinder; and characterized in that the DU comprises a displacement cylinder, DC, movably attached to the receiving cylinder by a screw type connection. - a holding unit, HU, for holding at least part of the syringe and - a displacement unit, DU, which is movably attached to the holding unit for movement by a predetermined distance in the opening direction, wherein the holding unit comprises: - a receiving cylinder for receiving at least part of the barrel of the syringe and - a clamping element for clamping at least part of the flange of the syringe between the clamping element and the receiving cylinder;
An apparatus, comprising: a controller; a first data channel; and characterized in further comprising a resource to connect to the controller when an interface card is connected to the apparatus and to connect to a peripheral card when the interface card is not connected to the apparatus; wherein, when the interface card is connected to the apparatus, the controller is arranged to control a connection to the interface card and the controller is arranged to connect to the resource via the interface card and the first data channel, wherein, when the interface card is not connected to the apparatus, the first data channel is to connect the resource and the peripheral card. a controller; a first data channel; and characterized in further comprising a resource to connect to the controller when an interface card is connected to the apparatus and to connect to a peripheral card when the interface card is not connected to the apparatus; wherein, when the interface card is connected to the apparatus, the controller is arranged to control a connection to the interface card and the controller is arranged to connect to the resource via the interface card and the first data channel, wherein, when the interface card is not connected to the apparatus, the first data channel is to connect the resource and the peripheral card.
Aircraft vertical stabilizer illumination light, configured to illuminate a vertical stabilizer of an aircraft, the aircraft vertical stabilizer illumination light comprising: a housing having a length, a width, and a height, the length being greater than the width and the height; and a plurality of light sources, wherein the plurality of light sources are arranged spaced along the length of the housing for a distributed illumination of the vertical stabilizer, wherein the housing is configured to be mounted adjacent the vertical stabilizer on a tail portion of a fuselage of the aircraft, and wherein the aircraft vertical stabilizer illumination light has a light emission intensity peak at an angle (φ) of between 20° and 40° to a normal of a tangential plane to a top of the aircraft vertical stabilizer illumination light. a housing having a length, a width, and a height, the length being greater than the width and the height; and a plurality of light sources, wherein the plurality of light sources are arranged spaced along the length of the housing for a distributed illumination of the vertical stabilizer, wherein the housing is configured to be mounted adjacent the vertical stabilizer on a tail portion of a fuselage of the aircraft, and wherein the aircraft vertical stabilizer illumination light has a light emission intensity peak at an angle (φ) of between 20° and 40° to a normal of a tangential plane to a top of the aircraft vertical stabilizer illumination light.
A side track for a vehicular sun roof comprising - a first portion having a longitudinal extension for supporting said sun roof, and - a second portion extending side by side, and connected to, at least a part of said first portion, at least a part of said second portion is arranged to pivot in relation to said first portion in order to absorb impact energy from a colliding object, said second portion comprising at least one weak zone arranged, such that said pivoting of said at least a portion of said second portion in relation to said first portion occurs about said at least one weak zone, said at least one weak zone extends substantially parallel to the longitudinal extension of said first portion, characterized in that said second portion comprises an additional at least one weak zone extending substantially perpendicular to the longitudinal extension of said first portion. - a first portion having a longitudinal extension for supporting said sun roof, and - a second portion extending side by side, and connected to, at least a part of said first portion,
Brake system for motor vehicles, having at least four hydraulically actuable wheel brakes (50, 51, 52, 53), a pressure-medium reservoir under atmospheric pressure, and a first electrohydraulic brake control device, which comprises a first pressure control valve assembly for setting wheel-specific brake pressures, a first electrically controllable pressure source, and, for each wheel brake, a wheel-specific outlet pressure connection (20, 21, 22, 23), characterized in that a second electrohydraulic brake control device is provided, which comprises a second pressure control valve assembly (3, 6, 7, 16), a second electrically controllable pressure source, and a reservoir connection, and which, for one group of wheel brakes (50, 51; 50, 51, 52, 53), is connected in series between the associated outlet pressure connections (20, 21; 20, 21, 22, 23) of the first brake control device and the wheel brakes of the group of wheel brakes (50, 51; 50, 51, 52, 53), and is connected to the pressure-medium reservoir via the reservoir connection.
Assembly for a turbomachine, comprising: - a combustion chamber comprising at its downstream end a radially extending downstream flange, a distributor disposed downstream of the combustion chamber and comprising a platform (11, 12) from which at least one vane extends radially, the platform (11, 12) comprising an upstream edge extending radially and delimiting, with the downstream flange disposed opposite, a gap opening into the combustion chamber at its radially inner end and closed at its radially outer end by sealing means (17, 18) fixed to the distributor, the downstream flange of the combustion chamber comprising at least one rectilinear cooling orifice passing through said flange and opening into the gap opposite the platform (11, 12) of the distributor, the radial portion of the downstream flange of the combustion chamber having at least two cooling orifices (27a, 27b, 27c, 27d) passing through the downstream flange and opening into the gap, characterised in that two of said orifices (27a, 27b, 27c, 27d) extendin two directions forming an angle with each other. - a combustion chamber comprising at its downstream end a radially extending downstream flange,
Polymer-based substrate, which in particular is electrostatically coatable, comprising a substrate base body made using a polymeric material and a coating applied to a surface region of the substrate base body, wherein the polymeric material comprises a first polymer, wherein the coating comprises a matrix polymer and an additive which is dispersed in the matrix polymer and reduces the surface resistance of the coating, said additive having a proportion that is selected such that the specific surface resistance of the coating is about 10 10 Ohm or less, wherein the matrix polymer is selected such that it is compatible with the first polymer; and wherein the first polymer and the matrix polymer are selected from the polymer groups polyamide, polyester, polyether, polyketone, polyvinyl, polyolefin and copolymers and functionalized polymers thereof. a substrate base body made using a polymeric material and a coating applied to a surface region of the substrate base body, wherein the polymeric material comprises a first polymer, wherein the coating comprises a matrix polymer and an additive which is dispersed in the matrix polymer and reduces the surface resistance of the coating, said additive having a proportion that is selected such that the specific surface resistance of the coating is about 10 10 Ohm or less, wherein the matrix polymer is selected such that it is compatible with the first polymer; and wherein the first polymer and the matrix polymer are selected from the polymer groups polyamide, polyester, polyether, polyketone, polyvinyl, polyolefin and copolymers and functionalized polymers thereof.
Anti-clogging drip irrigation emitter that is of open or closed type, cylindrical or flat, in tape form or embossed on the inner surface of a pipe, regular or pressure compensated that it bears a labyrinth that is formed by the water flow channel, the teeth that protrude from the channel's walls, and the separators from the water entry point to the water exit to the relaxation bath, having single separators per row so that the initial water flow is divided to two flows that converge at the back of each individual separator and having filters through which water is inserted in the channels that is characterised by the fact that the separator is placed in such a fashion so that a tip of said separator (S t1) is located between the tips of two axial symmetric teeth (T t1 and T t2) according to an axe passing through the middle of the channel's walls and in that the teeth and separator pattern is repeated, so that vaults are formed in which the water pressure is nearly constant whereas moving from one vault to the next the water pressure drops so that when water exits to the relaxation bath the water pressure is practically zero, so that there are always two flow paths so that if a foreign object clogs one of the flowpaths there will be an equal pressure exerted on the foreign object from the opposite side, so that the resulting moments on the foreign object's surfaces, will force it to move to the next vault through any of the two distinct flowpaths and gradually out of the pipe to which it is integrated, attached or embossed on, thus not allowing the emitter to clog.
A method for machining a rack made of a metallic material, where in the rack after hardening, or after hardening and straightening, at least in a region of a gear teeth initially a chaotic (inherent) stress profile (σ) of tensile stresses (σ+) and compressive stresses (σ-) is present, wherein without change in microstructure in a functionally combined series of steps of a machining operation the chaotic (inherent) stress profile (σ) is converted into a permissible (inherent)stress profile (azul) and at least the region of the gear teeth receives a pre-stress with defined introduced compressive inherent stresses (σ-E) without the tensile stresses (σ+), so that a physical system with stress values of compressive inherent stresses (σ-E) and the permissible (inherent) stress profile (σzul) of a substantially uniform stress distribution or stress plane is present in the region of the gear teeth, wherein a) stress peaks (σ+ spitze) or amplitudes of the present tensile stresses (σ+) are intentionally eliminated, smoothed or reduced by introducing near-surface inherent compressive stresses (σ-E) by shot peening like glass-bead beams or by inductive heating such as stress relieving, and b) by way of subsequent steel wire shot blasting or steel shot blasting as well as steel shot peening, the region of the gear teeth attains the pre-stress with the defined introduced compressive inherent stresses (σ-E) without the tensile stresses (σ+) so that that the permissible inherent stress profile (σzul) is attained. a) stress peaks (σ+ spitze) or amplitudes of the present tensile stresses (σ+) are intentionally eliminated, smoothed or reduced by introducing near-surface inherent compressive stresses (σ-E) by shot peening like glass-bead beams or by inductive heating such as stress relieving, and b) by way of subsequent steel wire shot blasting or steel shot blasting as well as steel shot peening, the region of the gear teeth attains the pre-stress with the defined introduced compressive inherent stresses (σ-E) without the tensile stresses (σ+) so that that the permissible inherent stress profile (σzul) is attained.
A process for the preparation of a graphene dispersion comprising the following steps: i) providing cellulose acetate flakes or powders; ii) swelling the cellulose acetate flakes or powders in an alcohol having from 1 to 3 carbon atoms; iii) adding acetic anhydride in a concentration range from 30 to 50 wt% referred to the total weight of the mixture; iv) adding graphene nanoplatelets to yield a graphene dispersion. i) providing cellulose acetate flakes or powders; ii) swelling the cellulose acetate flakes or powders in an alcohol having from 1 to 3 carbon atoms; iii) adding acetic anhydride in a concentration range from 30 to 50 wt% referred to the total weight of the mixture; iv) adding graphene nanoplatelets to yield a graphene dispersion.
An algicidal composition comprising: a whole cell broth, filtrate, supernatant, or extract collected from Beauveria bassiana 0379 (NRRL- 67406), Brevibacillus brevis HNYM3, 0989 (NRRL-B67408), Streptomyces spororaveus F18, P842 (NRRL-B67410), Paenibacillus elgii SD17, P858 (NRRL-B67407), or Streptomyces sp. Q004 (NRRL-67409) fermentation.
An antibody binding to Claudin6 (CLDN6) expressed on a cell membrane, which is an antibody comprising a heavy chain variable region having CDR1 having the amino acid sequence represented by SEQ ID NO: 40, CDR2 having the amino acid sequence represented by SEQ ID NO: 41, and CDR3 having the amino acid sequence represented by SEQ ID NO: 42; and comprising a light chain variable region having CDR1 having the amino acid sequence represented by SEQ ID NO: 43, CDR2 having the amino acid sequence represented by SEQ ID NO: 44, and CDR3 having the amino acid sequence represented by SEQ ID NO: 45.
A combustion device comprising: a burner apparatus (20, 20a, 20b) including a fuel reservoir, wherein the fuel reservoir has a top defining an opening; a shield apparatus defining a space and the burner apparatus (20, 20a, 20b) is disposed within the space, wherein the shield apparatus has a bottom and the opening is at a first height in a vertical direction from the bottom, wherein the shield apparatus defines a first through hole extending therethrough and communicating the space and the outside of the shield apparatus and the first through hole is at a second height in the vertical direction from the bottom, and wherein the second height is less than the first height, wherein the shield apparatus includes a plurality of flow guiding blades (35, 35a, 35b) evenly disposed around the burner apparatus (20, 20a, 20b) and extending radially, and wherein the plurality of flow guiding blades (35, 35a, 35b) are disposed at a height in the vertical direction between the opening and the first through hole, and wherein the shield apparatus includes a cover which is hollow and includes a side wall extending in the vertical direction and a bottom wall, wherein the space is defined by the cover, and wherein the first through hole extends through the bottom wall. a burner apparatus (20, 20a, 20b) including a fuel reservoir, wherein the fuel reservoir has a top defining an opening; a shield apparatus defining a space and the burner apparatus (20, 20a, 20b) is disposed within the space, wherein the shield apparatus has a bottom and the opening is at a first height in a vertical direction from the bottom, wherein the shield apparatus defines a first through hole extending therethrough and communicating the space and the outside of the shield apparatus and the first through hole is at a second height in the vertical direction from the bottom, and wherein the second height is less than the first height, wherein the shield apparatus includes a plurality of flow guiding blades (35, 35a, 35b) evenly disposed around the burner apparatus (20, 20a, 20b) and extending radially, and wherein the plurality of flow guiding blades (35, 35a, 35b) are disposed at a height in the vertical direction between the opening and the first through hole, and wherein the shield apparatus includes a cover which is hollow and includes a side wall extending in the vertical direction and a bottom wall, wherein the space is defined by the cover, and wherein the first through hole extends through the bottom wall.
An information distribution apparatus comprising: a user information receiving unit configured to receive user information from user devices that respective users have, the user information including user-captured images captured by the respective user devices and positional information of the user devices measured by the respective user devices, and user IDs of the users; a user specifying unit configured to specify at least one user from a plurality of pieces of user information; an other user extraction unit configured to extract at least one other user who is present near the specified specific user based on the user-captured images that have been received; a related user group information generation unit configured to generate related user group information in which positional information of the user device of the specific user is associated with user-captured images captured by each of the user devices of the other users that have been extracted; and a distribution unit configured to externally distribute the related user group information, wherein the other user extraction unit further comprises a captured user determination unit configured to determine whether or not the specific user is being captured in each of the user-captured images, the other user extraction unit is configured to extract the other users based on whether or not the specific user is being captured in each of the user-captured images, and wherein the other user wears a user device capturing the specific user. a user information receiving unit configured to receive user information from user devices that respective users have, the user information including user-captured images captured by the respective user devices and positional information of the user devices measured by the respective user devices, and user IDs of the users; a user specifying unit configured to specify at least one user from a plurality of pieces of user information; an other user extraction unit configured to extract at least one other user who is present near the specified specific user based on the user-captured images that have been received; a related user group information generation unit configured to generate related user group information in which positional information of the user device of the specific user is associated with user-captured images captured by each of the user devices of the other users that have been extracted; and a distribution unit configured to externally distribute the related user group information, wherein the other user extraction unit further comprises a captured user determination unit configured to determine whether or not the specific user is being captured in each of the user-captured images, the other user extraction unit is configured to extract the other users based on whether or not the specific user is being captured in each of the user-captured images, and wherein the other user wears a user device capturing the specific user.
A method for providing a fuel meeting a predetermined specification of properties, the method comprising: taking a sample of the fuel; mixing an additive into the sample of fuel in metered proportions as liquids in a blending system; testing the sample to determine that the combination of the fuel and the additive meets the predetermined specification of properties; characterised by adjusting the metered proportions of the fuel and the additive where testing reveals that the sample contains an incorrect amount of additive, to meet the predetermined specification of properties; storing the remaining fuel without the additive for subsequent mixing with the additive into the remainder of the fuel in the same metered proportion; and using the blending system comprising a plurality of cylinders (11,12,13) for incorporating the liquid additive into liquid fuel in metered proportions. taking a sample of the fuel; mixing an additive into the sample of fuel in metered proportions as liquids in a blending system; testing the sample to determine that the combination of the fuel and the additive meets the predetermined specification of properties; characterised by adjusting the metered proportions of the fuel and the additive where testing reveals that the sample contains an incorrect amount of additive, to meet the predetermined specification of properties; storing the remaining fuel without the additive for subsequent mixing with the additive into the remainder of the fuel in the same metered proportion; and using the blending system comprising a plurality of cylinders (11,12,13) for incorporating the liquid additive into liquid fuel in metered proportions.