mhurhangee/ep-ind-claims huggingface dataset:
A system for joining two ends of a metal cutting line for cutting machines for stone, wood, and metal products and the like, comprising a metal bushing provided with a through hole, inside which the ends (11A, 11B) of the line are to be inserted and which is suitable to deform inwards to block said ends, further comprising at least one friction element (16, 116) interposed between the hole surface of said bushing and said line, wherein said at least one friction element (16, 116) has greater hardness than the hardness of the bushing part with which it is in contact, characterised in that said bushing has at least two parts, one more external part and one more internal part, with reference to the distance from the axis of the hole, said more internal part being made of a material of lower hardness than the hardness of said more external part.
An apparatus for mounting a printing plate on a printing carrier such as a printing cylinder or a printing sleeve, the apparatus comprising: a working surface for supporting the printing plate advancing in a feeding direction, the working surface comprising an outlet side; supporting and driving means for the printing carrier arranged downstream of said outlet side and below said working surface, said supporting and driving means for the printing carrier being configured to cause rotation of said printing carrier about its axis so as to carry out mounting of said printing plate in a winding and application step of the printing plate onto said printing carrier; pre-alignment means for pre-aligning said printing plate on said working surface; imaging means configured to detect the position of said printing plate and/or said printing carrier; and control means configured to control said pre-alignment means and said supporting and driving means as a function of information received from said imaging means; wherein said supporting and driving means are configured to move said printing carrier in a direction transverse with respect to said feeding direction and parallel to the axis of the printing carrier, characterized in that said control means are configured to control the position of said supporting and driving means, and consequently of the carrier, during said winding and application step of the printing plate onto the printing carrier.
An in vitro method of generating a non-human animal cell in which a single large fragment of at least 50 kb of a region of a chromosome from the cell's genome has been replaced by a corresponding region from a chromosome of a different organism, comprising the steps of: a) providing an isolated non-human animal cell in the genome of which two site-specific recombination sites have been introduced that are not capable of recombining with each other, and which flank a portion of genome to be replaced with a corresponding region from a chromosome of a different organism, b) providing a vector comprising said equivalent portion of genomic nucleic acid from the different organism flanked by the same two site-specific recombination sites that flank the portion of genome to be replaced in the cell; wherein the vector is a bacterial artificial chromosome, a PI artificial chromosome, a yeast artificial chromosome or a mammalian artificial chromosome; c) bringing said genome and said vector into contact in vitro, in combination with a site specific recombinase which is capable of recognising said two recombinase sites, such that under appropriate conditions a recombination event can occur which results in the equivalent portion of nucleic acid in the vector, replacing the corresponding portion of genome from the cell; and d) isolating a cell which comprises the replaced portion of nucleic acid. a) providing an isolated non-human animal cell in the genome of which two site-specific recombination sites have been introduced that are not capable of recombining with each other, and which flank a portion of genome to be replaced with a corresponding region from a chromosome of a different organism, b) providing a vector comprising said equivalent portion of genomic nucleic acid from the different organism flanked by the same two site-specific recombination sites that flank the portion of genome to be replaced in the cell; wherein the vector is a bacterial artificial chromosome, a PI artificial chromosome, a yeast artificial chromosome or a mammalian artificial chromosome; c) bringing said genome and said vector into contact in vitro, in combination with a site specific recombinase which is capable of recognising said two recombinase sites, such that under appropriate conditions a recombination event can occur which results in the equivalent portion of nucleic acid in the vector, replacing the corresponding portion of genome from the cell; and d) isolating a cell which comprises the replaced portion of nucleic acid.
A method in a first network element of a wireless communications network, the method comprising: receiving a first message (21-6, 22-6) from a mobility management entity, MME, (2108, 2208), the first message associated with causing a circuit switched fallback, CSFB, procedure to move a User Equipment, UE, (2102, 2202) from the first network element (2104, 2204) to a second network element (2106, 2206); determining that Packet Switched Handover, PS HO, is not available for the CSFB procedure because the UE has only one or more Local IP Access, LIPA, packet data network, PDN, connections at the first network element; and sending a second message (21-7b, 22-9b) to the UE in response to said determining, wherein the second message is associated with causing the UE to perform a Radio Resource Control, RRC, connection release procedure. receiving a first message (21-6, 22-6) from a mobility management entity, MME, (2108, 2208), the first message associated with causing a circuit switched fallback, CSFB, procedure to move a User Equipment, UE, (2102, 2202) from the first network element (2104, 2204) to a second network element (2106, 2206); determining that Packet Switched Handover, PS HO, is not available for the CSFB procedure because the UE has only one or more Local IP Access, LIPA, packet data network, PDN, connections at the first network element; and sending a second message (21-7b, 22-9b) to the UE in response to said determining, wherein the second message is associated with causing the UE to perform a Radio Resource Control, RRC, connection release procedure.
A nucleic acid amplification method, comprising the steps of performing a first nucleic acid amplification using a target nucleic acid contained in a sample as a template, and performing a second nucleic acid amplification using the amplification product produced in the first nucleic acid amplification step as a template, wherein in the first nucleic acid amplification, a DNA polymerase that selectively amplifies a nucleic acid not comprising a uracil base is used to produce an amplification product that does not comprise a uracil base, and in the second nucleic acid amplification, (i) dUTP and/or a primer comprising a uracil base, and (ii) a DNA polymerase capable of amplifying a nucleic acid comprising a uracil base are used to produce an amplification product that comprises a uracil base.
Electronics housing comprising a tub-like housing part for accommodating a printed circuit board with an electronic circuit, in which electronics housing a housing opening is closed in a sealed off manner by a base cover, wherein the base cover consists of a deep-drawn metal sheet, characterized - in that the tub-like housing part has a circumferential peripheral flange on its outer border, - in that a circumferential groove which is open in the direction of the base cover is formed in the circumferential flange for receiving an adhesive which forms a seal, - in that the base cover has an outer edge, which is circumferential at least in sections and which engages into the groove and also into the seal arranged there, on its outer border, - in that at least two lugs (18, 20, 22), which are directed outwards, are formed on the circumferential flange, - in that the lugs (18, 20, 22) each have at least one projection (88, 90) which points in the direction of the housing opening, - in that at least two projections (84, 86), which are directed outwards and which pass through the groove and also the seal, are formed on the outer border of the base cover, - and in that in each case at least one projection (84, 86) for connecting the tub-like housing part to the base cover in a force-fitting manner can latch in with a spring action behind in each case one projection (88, 90) of the lugs (18, 20, 22). - in that the tub-like housing part has a circumferential peripheral flange on its outer border, - in that a circumferential groove which is open in the direction of the base cover is formed in the circumferential flange for receiving an adhesive which forms a seal, - in that the base cover has an outer edge, which is circumferential at least in sections and which engages into the groove and also into the seal arranged there, on its outer border, - in that at least two lugs (18, 20, 22), which are directed outwards, are formed on the circumferential flange, - in that the lugs (18, 20, 22) each have at least one projection (88, 90) which points in the direction of the housing opening, - in that at least two projections (84, 86), which are directed outwards and which pass through the groove and also the seal, are formed on the outer border of the base cover, - and in that in each case at least one projection (84, 86) for connecting the tub-like housing part to the base cover in a force-fitting manner can latch in with a spring action behind in each case one projection (88, 90) of the lugs (18, 20, 22).
Weighing device for a plot combine harvester having a weighing container which is displaceably guided in a vertical direction on a frame in the manner of a parallelogram linkage and which is supported relative to the frame by means of a weighing cell arrangement having a weighing cell articulated in a vertical direction between the frame and the weighing container, characterised in that the weighing container is mounted on the frame in the manner of a parallelogram linkage by means of leaf springs clamped in on both sides.
A method of controlling a vapor cycle system having first and second compressors (14, 16), wherein each of the first and second compressors has an electric motor, the method comprising: operating the first compressor to compress refrigerant while the second compressor is idle; operating the second compressor by: sensing a motor temperature of the second compressor when the second compressor is idle; determining if the motor temperature is below a lower temperature threshold; activating a preheat mode when the motor temperature is below the lower temperature threshold by supplying current to the electric motor to generate heat while the second compressor remains idle; and turning off the preheat mode when the sensed motor temperature is above an upper temperature threshold; and limiting the maximum duration of the preheating mode to a preheating time period, such that the preheating mode is turned off after being activated for the preheating time period. operating the first compressor to compress refrigerant while the second compressor is idle; operating the second compressor by: sensing a motor temperature of the second compressor when the second compressor is idle; determining if the motor temperature is below a lower temperature threshold; activating a preheat mode when the motor temperature is below the lower temperature threshold by supplying current to the electric motor to generate heat while the second compressor remains idle; and turning off the preheat mode when the sensed motor temperature is above an upper temperature threshold; and sensing a motor temperature of the second compressor when the second compressor is idle; determining if the motor temperature is below a lower temperature threshold; activating a preheat mode when the motor temperature is below the lower temperature threshold by supplying current to the electric motor to generate heat while the second compressor remains idle; and turning off the preheat mode when the sensed motor temperature is above an upper temperature threshold; and limiting the maximum duration of the preheating mode to a preheating time period, such that the preheating mode is turned off after being activated for the preheating time period.
A wellbore fluid, comprising: an oleaginous continuous phase; one or more magnetic carbon nanoribbons, wherein the one or more magnetic carbon nanoribbons comprises carbon nanoribbons that are intercalated with one or more selected from the group consisting of magnetic materials, ferromagnetic precursors, and ferrimagnetic precursors, and wherein the carbon nanoribbons have an aspect ratio in length-to-width equal to or greater than 2; and at least one weighting agent. an oleaginous continuous phase; one or more magnetic carbon nanoribbons, wherein the one or more magnetic carbon nanoribbons comprises carbon nanoribbons that are intercalated with one or more selected from the group consisting of magnetic materials, ferromagnetic precursors, and ferrimagnetic precursors, and wherein the carbon nanoribbons have an aspect ratio in length-to-width equal to or greater than 2; and at least one weighting agent.
A method of determining a delay in a dynamic, event driven, checkpoint system characterized in that the system comprises: determining a number of buffered network bits to be transferred from a first virtual machine to a second machine; determining a target bit transfer rate; determining the checkpoint interval delay as the ratio of the number of buffered network bits to be transferred to the target bit transfer rate. determining a number of buffered network bits to be transferred from a first virtual machine to a second machine; determining a target bit transfer rate; determining the checkpoint interval delay as the ratio of the number of buffered network bits to be transferred to the target bit transfer rate.
Use of a substrate for enhancing the fluorescence of one or several fluorescent molecules, characterized in that the substrate comprises a solid polymer carrier having a plurality of recesses separated from each other and that the solid carrier is coated at least in part by silver or alloys comprising silver, wherein the recesses have a distance to each other of 0.2 μm to 2.5 μm and a depth of 0.1 μm to 5 μm and wherein the metal layer on the solid carrier has a thickness of 10 nm to 60 nm.
Circulating fluidized bed reactor comprising at least one base module which is made up of a reaction chamber (1, 1a, 1b), of a centrifugal separator (2, 2a, 2b) and of a rear cage (3, 3a, 3b) and in which the reaction chamber (1, 1a, 1b) is connected by an acceleration duct (10, 10a, 10b) to the separator (2, 2a, 2b) for separating particles from hot gases coming from this reaction chamber (1, 1a, 1b), the circulating fluidized bed reactor being made up of at least two modules including a first, in which the reaction chamber is positioned between the separator and the rear cage, and a second in which the separator is positioned between the reaction chamber and the rear cage, characterized in that the separator (2b, 2a) of each of the first and second modules is positioned next to the reaction chamber (1a, 1b) of the other module.
Refrigeration appliance, in particular a household refrigerator, with a carcass comprising an interior enclosed by walls and an open front, characterised in that at least one recess (8; 17) sealed by a translucent pane is formed in a wall of the carcass extending from the front of the carcass in the depth direction, at least one light-emitting diode module being accommodated in said recess, wherein the pane is at least locally clear and a light cone (13, 14) of the module is completely within the interior, wherein a region of the pane transilluminated by the light cone (13, 14) is devoid of sharp edges, wherein the module comprises a light-emitting diode and a reflector surrounding the light-emitting diode, wherein the recess (8; 17) is prism-shaped in cross-section, and that the module is disposed on a front side of the prism, wherein the front side of the prism spans an intermediate angle (a) in relation to the pane ranging from 60° to 75°, wherein the front side and a back side of the prism include an obtuse intermediate angle, wherein the recess (8, 17) is provided on one of the lateral walls of the carcass.
A wind turbine comprising a tower, a nacelle, a hub and at least one blade attached rectangular to the hub, the at least one blade having a blade-tip section, the hub rotating about a hub rotational axis with rotational speed (ω), a rotor encoder providing a measurement of the rotor angular position (Ω) about said hub rotational axis relative to a reference position, the rotor angular position being a detecting position (Ω o) when the at least one blade is pointing towards the ground and is parallel to the tower, the wind turbine having a turbine control system running a turbine control logic, wherein the nacelle is rotationally mounted to the top of the tower to permit yawing motion about a tower axis, and wherein the at least one blade being rotationally attached to the hub to allow pitching motion about a longitudinal axis of the at least one blade, characterized in: - An indicator-stripe positioned in the blade-tip section and encircling the blade-tip section, - An indicator-ring encircling the tower, the indicator-ring located on the tower at a distance from the hub essentially equal to the distance of the indicator-stripe to the hub, - A camera having an image-plane, the camera being oriented to place the indicator stripe and indicator-ring within the image plane when the rotor angular position is equal to the detecting position (Ω o), the camera digitally recording the image on the image-plane when the rotor angular position is equal to the detecting position (Ω o), the camera storing the digitally recorded image information for further processing, - An image processor and tip-tower clearance calculator unit receiving the digitally recorded image information and calculating a physical separation distance between the indicator stripe and the indicator ring using the digitally recorded image information, the physical separation distance being indicative of the blade-tip to tower clearance. - An indicator-stripe positioned in the blade-tip section and encircling the blade-tip section, - An indicator-ring encircling the tower, the indicator-ring located on the tower at a distance from the hub essentially equal to the distance of the indicator-stripe to the hub, - A camera having an image-plane, the camera being oriented to place the indicator stripe and indicator-ring within the image plane when the rotor angular position is equal to the detecting position (Ω o), the camera digitally recording the image on the image-plane when the rotor angular position is equal to the detecting position (Ω o), the camera storing the digitally recorded image information for further processing, - An image processor and tip-tower clearance calculator unit receiving the digitally recorded image information and calculating a physical separation distance between the indicator stripe and the indicator ring using the digitally recorded image information, the physical separation distance being indicative of the blade-tip to tower clearance.
A footwear item comprising: - an upper provided with a foot passage delimiting an opening for inserting the foot inside said item, - a lining covering at least the so-called inner face of the upper, - tape placed at the opening, around said opening, - at least one male press stud element, each male element being able to cooperate with at least one female press stud element equipping an accessory of said footwear item for a removable assembly of said accessory on said footwear item, characterized in that the tape is completely hidden tape placed between the upper and the lining, in that the so-called outer face of the tape is adhered to the upper, in that the tape and the upper are provided with holes, in that each male press stud element passes through the tape and the rod and a hole and in that each male element comprises, made in one piece, a base, a generally spherical head and a body for connecting the head to the base, said base of the male element being a hidden base positioned pressed on the inner face of the tape and the head of the male element protruding from the outer face of the upper, the head of said male element being provided at its base, in its connecting zone to the connecting body, with a setback. - an upper provided with a foot passage delimiting an opening for inserting the foot inside said item, - a lining covering at least the so-called inner face of the upper, - tape placed at the opening, around said opening, - at least one male press stud element, each male element being able to cooperate with at least one female press stud element equipping an accessory of said footwear item for a removable assembly of said accessory on said footwear item, characterized in that the tape is completely hidden tape placed between the upper and the lining, in that the so-called outer face of the tape is adhered to the upper, in that the tape and the upper are provided with holes, in that each male press stud element passes through the tape and the rod and a hole and in that each male element comprises, made in one piece, a base, a generally spherical head and a body for connecting the head to the base, said base of the male element being a hidden base positioned pressed on the inner face of the tape and the head of the male element protruding from the outer face of the upper, the head of said male element being provided at its base, in its connecting zone to the connecting body, with a setback.
A method for the treatment of waste comprising one or more hazardous organic components, the method comprising: providing a waste comprising (i) a soil and/or aggregate material; and (ii) an oil component; and plasma treating the waste in a plasma treatment unit at a temperature of at least 1100°C, wherein, before plasma treating the waste, the waste comprises one or more hazardous organic components, the method being characterized in that before plasma treating the waste, the waste comprises from 5 to 50% water by weight of the waste, wherein the plasma treatment unit is a transferred-arc plasma treatment unit. providing a waste comprising (i) a soil and/or aggregate material; and (ii) an oil component; and (i) a soil and/or aggregate material; and (ii) an oil component; and plasma treating the waste in a plasma treatment unit at a temperature of at least 1100°C, wherein, before plasma treating the waste, the waste comprises one or more hazardous organic components, the method being characterized in that before plasma treating the waste, the waste comprises from 5 to 50% water by weight of the waste, wherein the plasma treatment unit is a transferred-arc plasma treatment unit.