mhurhangee/ep-ind-claims huggingface dataset:
A manually operated wheel restraint that can engage a wheel of a vehicle at a loading dock, wherein the wheel lies along a tire path on a driveway of the loading dock, the wheel restraint comprising: a track (402, 502, 602) defining a longitudinal centerline and being mountable to the loading dock at a substantially fixed location in proximity with the tire path; a track follower (406, 504, 604) mounted to the track for translation along the track in a direction generally parallel to the longitudinal centerline; a shuttle (408, 506, 606) mounted to the track follower and being selectively movable about the centerline of the track between a home position and a deployed position, the shuttle is closer to the tire path when the shuttle is in the deployed position than when shuttle is in the home position; and a barrier (410, 508, 608) mounted to the shuttle and being selectively movable relative thereto between a release position and a blocking position, the barrier extending farther away from the track when the barrier is in the blocking position than when the barrier is in the release position. a track (402, 502, 602) defining a longitudinal centerline and being mountable to the loading dock at a substantially fixed location in proximity with the tire path; a track follower (406, 504, 604) mounted to the track for translation along the track in a direction generally parallel to the longitudinal centerline; a shuttle (408, 506, 606) mounted to the track follower and being selectively movable about the centerline of the track between a home position and a deployed position, the shuttle is closer to the tire path when the shuttle is in the deployed position than when shuttle is in the home position; and a barrier (410, 508, 608) mounted to the shuttle and being selectively movable relative thereto between a release position and a blocking position, the barrier extending farther away from the track when the barrier is in the blocking position than when the barrier is in the release position.
Fuel injection valve for internal combustion engines, having a valve body in which there is formed a pressure chamber which, at one end, is delimited by a conical valve seat which is adjoined by a blind bore, and having a valve needle which is arranged in longitudinally displaceable fashion in the pressure chamber and which, by way of a valve sealing surface, interacts with the conical valve seat so as to control a flow of fuel from the pressure chamber to injection openings (15; 115; 215) formed in the valve body, wherein the valve needle, when it is in contact with the valve seat, projects by way of a valve needle tip into the blind bore, characterized in that the inlet opening of one injection opening is arranged in the blind bore downstream of the valve needle tip, and the inlet openings of the other spray holes are arranged upstream of the valve needle tip when the valve needle is in contact with the valve seat, wherein the injection opening arranged downstream of the valve needle tip is arranged such that a fuel jet emerging from said injection opening intersects an imaginary circle with a particular spacing (r) from the central axis of the injection valve, which imaginary circle is also intersected by all of the other fuel jets emerging through the other injection openings.
A process for the treatment of organic waste materials for production of biogas, which process comprises a bacterial process that is carried out under anaerobic conditions, and wherein said bacterial process comprises digestion, in which said waste is fermented in tanks, wherein the organic waste is treated with a composition comprising (i) a fermentation supernatant containing active enzymes from a Saccharomyces cerevisiae culture, (ii) a non-ionic surfactant, (iii) calcium chloride and (iv) one or more preservatives selected from the group consisting of sodium benzoate, imidazolidinyl urea, diazolidinyl urea and mixtures thereof and wherein the non-ionic surfactant is selected from the group consisting of ethoxylated alkylphenols. wherein the organic waste is treated with a composition comprising (i) a fermentation supernatant containing active enzymes from a Saccharomyces cerevisiae culture, (ii) a non-ionic surfactant, (iii) calcium chloride and (iv) one or more preservatives selected from the group consisting of sodium benzoate, imidazolidinyl urea, diazolidinyl urea and mixtures thereof and wherein the non-ionic surfactant is selected from the group consisting of ethoxylated alkylphenols.
A heating system, comprising: a magnetic heating apparatus (500; 600) for heating a metal article (502; 602) moving in a downstream direction (524; 224), wherein the magnetic heating apparatus (500; 600) includes a plurality of heaters for inducing a tailored temperature profile in the metal article (502; 602), the plurality of heaters comprising at least a first magnetic rotor (530, 532; 630, 632) and a second magnetic rotor (546, 548; 646, 648), each of the first magnetic rotor (530, 532; 630, 632) and the second magnetic rotor (546, 548; 646, 648) containing at least one magnetic source and being rotatable about an axis of rotation that is perpendicular to the downstream direction (524; 224) and parallel to a lateral width of the metal article (502; 602) to generate changing magnetic fields through the metal article (502; 602), characterized in that in order to facilitate inducing the tailored temperature profile in the metal article (502; 602), the first magnetic rotor (530, 532; 630, 632) is laterally positionable with respect to the second magnetic rotor (546, 548; 646, 648) to be laterally offset from a centerline of the metal article (502; 602) by an offset distance. a magnetic heating apparatus (500; 600) for heating a metal article (502; 602) moving in a downstream direction (524; 224), wherein the magnetic heating apparatus (500; 600) includes a plurality of heaters for inducing a tailored temperature profile in the metal article (502; 602), the plurality of heaters comprising at least a first magnetic rotor (530, 532; 630, 632) and a second magnetic rotor (546, 548; 646, 648), each of the first magnetic rotor (530, 532; 630, 632) and the second magnetic rotor (546, 548; 646, 648) containing at least one magnetic source and being rotatable about an axis of rotation that is perpendicular to the downstream direction (524; 224) and parallel to a lateral width of the metal article (502; 602) to generate changing magnetic fields through the metal article (502; 602), characterized in that in order to facilitate inducing the tailored temperature profile in the metal article (502; 602), the first magnetic rotor (530, 532; 630, 632) is laterally positionable with respect to the second magnetic rotor (546, 548; 646, 648) to be laterally offset from a centerline of the metal article (502; 602) by an offset distance.
A method for producing a solid electrolytic capacitor comprising a metal material having thereon a dielectric film and a solid electrolyte formed on a desired position of the dielectric film, said metal material being cut into a predetermined shape and having valve action, characterized in that the method comprises: a step of linearly coating a masking material solution (2, 2a, 2b) onto said metal material, wherein said coating is carried out around the entire circumference in the region undertaking the boundary in the subsequent application of electrochemical forming, and heating the solution to form a first masking layer; a step of subjecting an area where a solid electrolyte is formed later to electrochemical forming, the area being defined by the first masking layer on said metal material; a step of further linearly coating a masking material solution around the entire circumference in the region at a predetermined distance from said first masking layer on said electrochemically formed metal material, and heating the solution to form a second masking layer; a step of forming a solid electrolyte in the area exclusive of the space between said first masking layer and said second masking layer out of the area subjected to said electrochemical forming; and a step of cutting said metal material in the space between said first masking layer and said second masking layer. a step of linearly coating a masking material solution (2, 2a, 2b) onto said metal material, wherein said coating is carried out around the entire circumference in the region undertaking the boundary in the subsequent application of electrochemical forming, and heating the solution to form a first masking layer; a step of subjecting an area where a solid electrolyte is formed later to electrochemical forming, the area being defined by the first masking layer on said metal material; a step of further linearly coating a masking material solution around the entire circumference in the region at a predetermined distance from said first masking layer on said electrochemically formed metal material, and heating the solution to form a second masking layer; a step of forming a solid electrolyte in the area exclusive of the space between said first masking layer and said second masking layer out of the area subjected to said electrochemical forming; and a step of cutting said metal material in the space between said first masking layer and said second masking layer.
Use, in a fuel composition containing a distillate fuel, a detergent additive, wherein the detergent additive is selected from a polyolefin substituted succinimide or succinamide of polyamine, an aliphatic amine, Mannich base or amine or polyolefin maleic anhydride; and a cold flow additive, wherein the cold flow additive is selected from a middle distillate flow improver (MDFI) or a wax anti-settling agent (WASA) or a mixture thereof, of a further additive selected from: (a) acids and mixtures thereof, wherein said acids are selected from carboxylic acids; and (b) lubricity enhancing additives, selected from carboxylic acids, carboxylic acid esters or fatty acid amides, for the purpose of reducing the effect of the detergent additive on the cold flow performance of the composition. (a) acids and mixtures thereof, wherein said acids are selected from carboxylic acids; and (b) lubricity enhancing additives, selected from carboxylic acids, carboxylic acid esters or fatty acid amides,
A flexible belt for use in a printing system, comprising an elongate strip having parallel straight sides of which the ends are releasably or permanently securable to one another to form an endless loop, which belt, when in use, travels along a continuous path and serves to transport ink images from an image forming station to an impression station (502,504) of the printing system, characterized in that the belt has a degree of elasticity in a width ways direction that is greater than the elasticity of the belt in a longitudinal direction and wherein formations are provided along the sides of the strip which are capable of engaging with lateral tracks in such a manner as to place the belt under width ways tension and to constrain the belt to follow a continuous path defined by the lateral tracks.
A communication server device in an apparatus for protecting a communication pattern of network traffic, comprising: a creation determination unit for determining whether to create artificial communication during performance of normal communication over a network; and a creation requesting unit for, if the creation determination unit determines to create artificial communication, requesting a transmitting side-communication terminal device of the network to create artificial communication, wherein the creation determination unit calculates a probability of artificial communication being created in consideration of a communication period of the network, and determines whether to create artificial communication, based on the calculated artificial communication creation probability. a creation determination unit for determining whether to create artificial communication during performance of normal communication over a network; and a creation requesting unit for, if the creation determination unit determines to create artificial communication, requesting a transmitting side-communication terminal device of the network to create artificial communication, wherein the creation determination unit calculates a probability of artificial communication being created in consideration of a communication period of the network, and determines whether to create artificial communication, based on the calculated artificial communication creation probability.
A fuel cell separator plate, comprising at least one groove formed in a face of the separator plate in order to feed reactant gas to a membrane electrode assembly applied against the face of the separator plate, the groove comprising an inlet section and an outlet section, the separator plate comprising injection means configured so as to inject gas into at least one intermediate section of the groove situated between the inlet section and the outlet section, the injection means comprising at least an injection conduit supplied with reactant gas and opening into the intermediate section through an injection port, characterized in that the injection conduit extends into the thickness of the separator plate and is delimited between two stacked elementary plates forming the separator plate.
- A hooking device (1; 1') for attaching a flexible passage for ammunition to a weapon (Am), the flexible passage having a rectangular cross-section and having transverse grooves on each of the four sides thereof, the hooking device (1; 1') comprising a rigid frame (2; 2') having a first tubular part (3; 3') of rectangular cross-section defining an ammunition passage space (Em) and a second part able to form a receiving space (Er), of rectangular cross-section, for receiving an end region of the flexible passage, the receiving space (Er) having an upper side, a lower side and two lateral sides, the ammunition passage space (Em) and reception space (Er) communicating with each other so as to allow the passage of ammunition from the flexible passage to a feed window of the weapon (Am) once the hooking device (1; 1') is hooked to the flexible passage and attached to the weapon (Am), the hooking device (1; 1') further comprising a claw (6; 6'f, 6'm) on one side of the receiving space (Er) and a claw (6; 6'f, 6'm) on the opposite side, the claws (6; 6'f, 6'm) each having at a free edge at least one tooth (61; 61') able to be engaged in a groove of the flexible passage, at least one so-called mobile claw (6; 6'm) among said two claws (6; 6'f, 6'm) being connected to the frame (2; 2') by means of a mechanical connection (7; 7') enabling the movable claw (6; 6'm) to be placed, if need be, in a cleared position, in which the at least one tooth (61; 61') of the movable claw (6; 6'm) is located outside the extension of the receiving space (Er) in such a way that same does not resist the insertion of the flexible passage into the receiving space (Er), or in a hooking position, in which the at least one tooth (61; 61') of the movable claw (6; 6'm) penetrates the extension of the receiving space (Er) so as to enter in a groove of the flexible passage once same has been inserted into the receiving space (Er), the at least one mechanical connection being a non-elastic pivot connection allowing the movable claw (6'm) to move between the cleared position and the hooking position by pivoting, and also being provided, for the at least one mechanical connection, releasable locking means for locking the movable claw (6'm) in the hooking position, the at least one pivot connection being a hinge.
A dental implant abutment comprising an implant, an abutment and a shaped block comprising dried cross-linked collagen matrix, wherein said shaped block is positioned between the abutment and the implant such that it is in direct contact at least partially with the implant and with the abutment; wherein the shaped block is shaped such that when implanted it is in partial and/or full contact with bone and/or soft tissue surrounding the abutment.
A radiation detector manufacturing method comprising a step of preparing an CdTe or CdZnTe crystal doped with Cl, a powder preparing step for preparing a powder by grinding said CdTe crystal doped with Cl or CdZnTe crystal doped with Cl, a sintered body preparing step for preparing a sintered body from said powder and a polycrystalline semiconductor film forming step for forming a polycrystalline semiconductor film, by vapor deposition or sublimation method using said sintered body as a source, made of at least one of Cl-doped CdTe or Cl-doped CdZnTe, the polycrystalline semiconductor film serving as a radiation conversion layer.
An oral composition comprising 1) 1-70% by weight of a humectant; 2) 1-70% by weight of at least one abrasive compound; 3) 0.001-5% by weight of a plant extract comprising one or more flavonoid components; 4) an antioxidant selected from stannous compounds, stannate compounds, ammonium sulfates, BHT, and sodium metabisulfite; and 5) less than 6% by weight water. 1) 1-70% by weight of a humectant; 2) 1-70% by weight of at least one abrasive compound; 3) 0.001-5% by weight of a plant extract comprising one or more flavonoid components; 4) an antioxidant selected from stannous compounds, stannate compounds, ammonium sulfates, BHT, and sodium metabisulfite; and 5) less than 6% by weight water.
A device for the construction and/or renovation of a railway track consisting of a foundation as well as a track in a continuous forward motion, wherein the device has a plurality of different work wagons for storing, transporting and installing components for the foundation and the track, wherein the different work wagons form a work train which, as seen in the direction of motion, has in its forward head region at least one first work wagon with at least one assembly for installing the foundation, wherein the at least one first work wagon for installing the foundation is a separate and decoupled installing unit which is a leading wagon with regard to the work wagons of the work train following it and has a wheel or crawler chassis, with the at least one assembly for installing the foundation being arranged behind said installing unit, as seen in the direction of motion, and wherein the work train has a second work wagon with at least one assembly for installing the track behind said at least one first work wagon and a plurality of third work wagons behind said second work wagon, which plurality of third work wagons differ with regard to their task of storing and transporting the components for the foundation and of storing and assembling the components for the track, wherein, as seen in the direction of motion, the third work wagons for storing and assembling the components for the track and the third work wagons for storing the components for the foundation successively follow the second work wagon, wherein all of the third work wagons and the second work wagon have conveyor belts which, starting from the third work wagon or the third work wagons for storing the components for the foundation, extend from back to front to the at least one first work wagon in a longitudinal direction along the third work wagons and the second work wagon all the way to a head end above the at least one first work wagon for supplying the components for the foundation, and wherein at least one of the installation assemblies for the track is a portal assembly of the second work wagon, said portal assembly being used during operation to install tracks consisting of track panels which are assembled from sleepers and rails on third work wagons, said sleepers and rails being stored on the third work wagons.
Drive device for a windshield wiper device for moving an output shaft, with a drive shaft which can be driven via a motor, wherein the drive shaft is connected to a linear movement element in such a way that a rotational movement of the drive shaft is converted into a linear movement of the linear movement element, wherein the linear movement element is connected to an output shaft via precisely one coupling rod and precisely one oscillating crank, the coupling rod being mounted in an articulated manner between the linear movement element and the oscillating crank, and the oscillating crank being connected to the output shaft in a rotationally fixed manner, characterized in that the drive shaft in a top view is arranged between the output shaft and a joint between coupling rod and oscillating crank.
A refrigerator, comprising: a door (20,22) that opens and closes a food storage chamber; a dispenser body positioned on the door (20, 22), the dispenser body comprising an opening and a cavity; a dispenser door configured to open and close the opening; and a door driver that drives the dispenser door; a human body detection sensor positioned on a surface of the refrigerator, and configured to detect a movement and a position of a user; and a controller configured to operate the door driver to drive the dispenser door in response to signals from the human body detection sensor, characterized in that a contact sensor is positioned on a door handle of the refrigerator, configured to sense a user contact, wherein the controller does not operate the door driver to open the opening if the contact sensor senses contact, and wherein the controller operates the door driver to open the opening if the human body detection sensor senses movement of the user and the contact sensor does not sense a user contact. a door (20,22) that opens and closes a food storage chamber; a dispenser body positioned on the door (20, 22), the dispenser body comprising an opening and a cavity; a dispenser door configured to open and close the opening; and a door driver that drives the dispenser door; a human body detection sensor positioned on a surface of the refrigerator, and configured to detect a movement and a position of a user; and a controller configured to operate the door driver to drive the dispenser door in response to signals from the human body detection sensor, characterized in that a contact sensor is positioned on a door handle of the refrigerator, configured to sense a user contact, wherein the controller does not operate the door driver to open the opening if the contact sensor senses contact, and wherein the controller operates the door driver to open the opening if the human body detection sensor senses movement of the user and the contact sensor does not sense a user contact.
A method for supporting a shaft inside a turbine, comprising: a. inserting a support member at least partially inside said turbine; b. connecting said shaft to said support member by a plurality of nests; c. connecting a crane to a fulcrum on said support member; d. lifting said support member and said shaft with said crane; and e. moving a counterweight on said support member to change a horizontal angle of said support member. a. inserting a support member at least partially inside said turbine; b. connecting said shaft to said support member by a plurality of nests; c. connecting a crane to a fulcrum on said support member; d. lifting said support member and said shaft with said crane; and e. moving a counterweight on said support member to change a horizontal angle of said support member.