mhurhangee/ep-ind-claims huggingface dataset:
A conveying and cooling apparatus for plastic preforms comprising - a cooling plate, adapted to rotate about a longitudinal axis, - a system for supplying fluids and transmitting the rotational motion to said cooling plate, characterized in that said system for supplying fluids and transmitting the rotational motion comprises - a single rotation shaft provided with ducts (7, 8) for the passage of fluids from or to said cooling plate, - a mechanical support structure arranged along the longitudinal axis, for supporting the cooling plate arranged at a first side of said structure, and comprising said single rotation shaft, - a motor, arranged along the longitudinal axis at a second side of said mechanical support structure opposite the first side, and adapted to transmit the rotation to said single rotation shaft and, consequently, to the cooling plate, and wherein fluid inlet/outlet pipes (3, 4) are connected to said single rotation shaft, said mechanical support structure being configured to act as a rotating joint that allows the distribution of said fluids from said inlet/outlet pipes (3, 4) to the respective ducts (7, 8) or vice versa. - a cooling plate, adapted to rotate about a longitudinal axis, - a system for supplying fluids and transmitting the rotational motion to said cooling plate, characterized in that said system for supplying fluids and transmitting the rotational motion comprises - a single rotation shaft provided with ducts (7, 8) for the passage of fluids from or to said cooling plate, - a mechanical support structure arranged along the longitudinal axis, for supporting the cooling plate arranged at a first side of said structure, and comprising said single rotation shaft, - a motor, arranged along the longitudinal axis at a second side of said mechanical support structure opposite the first side, and adapted to transmit the rotation to said single rotation shaft and, consequently, to the cooling plate, and wherein fluid inlet/outlet pipes (3, 4) are connected to said single rotation shaft, said mechanical support structure being configured to act as a rotating joint that allows the distribution of said fluids from said inlet/outlet pipes (3, 4) to the respective ducts (7, 8) or vice versa.
A method for correcting a stereocamera mounted on a vehicle, wherein a first optical device that has a first chart having a predetermined pattern and a mirror surface having a diameter equal to or greater than a baseline length of the stereocamera generates a virtual image of the first chart, and the stereocamera uses images obtained by capturing the virtual image with a plurality of cameras to correct a parameter corresponding to the relative position of the images obtained by the cameras, characterized in that the first optical device includes either a reflecting telescope or a catadioptric telescope. a first optical device that has a first chart having a predetermined pattern and a mirror surface having a diameter equal to or greater than a baseline length of the stereocamera generates a virtual image of the first chart, and the stereocamera uses images obtained by capturing the virtual image with a plurality of cameras to correct a parameter corresponding to the relative position of the images obtained by the cameras, characterized in that the first optical device includes either a reflecting telescope or a catadioptric telescope.
Use of an electrode material in a direct fuel cell or an electrochemical hydrogenation electrolytic tank, characterized in that the electrode material comprises: merely a component A, or merely a component B, or a mixture of merely component A and component B; wherein the component A is any one of H n Nb 2 O 5, H n V 2 O 5, H n MoO 3, H n Ta 2 O 5 or H n WO 3, or a mixture of more than two thereof at any ratio, where 0<n≤4; and wherein the component B is any one of Nb 2 O 5, V 2 O 5, MoO 3, Ta 2 O 5 or WO 3, or a mixture of more than two thereof at any ratio, wherein the component A and the component B have a dehydrogenation catalystic property with ability to break C-H for hydrogen carrying organic liquid hydrogen storage molecules. merely a component A, or merely a component B, or a mixture of merely component A and component B; wherein the component A is any one of H n Nb 2 O 5, H n V 2 O 5, H n MoO 3, H n Ta 2 O 5 or H n WO 3, or a mixture of more than two thereof at any ratio, where 0<n≤4; and wherein the component B is any one of Nb 2 O 5, V 2 O 5, MoO 3, Ta 2 O 5 or WO 3, or a mixture of more than two thereof at any ratio, wherein the component A and the component B have a dehydrogenation catalystic property with ability to break C-H for hydrogen carrying organic liquid hydrogen storage molecules.
An implantable prosthesis (110; 200; 310; 410; 620) including: a graft body forming a lumen with a proximal end and a distal end; wherein at least a portion of the lumen is defined by a fabric including textile strands aligned in a first direction and textile strands aligned in a second direction; the fabric further comprising metal strands aligned in a first direction and metal strands aligned in a second direction; wherein the fabric defines a tubular portion constituted by a main region (207; 305; 625) and at least one smaller region (111; 210, 211; 311, 312, 313; 411; 501; 560; 626) surrounded by the fabric of the main region, wherein at least some of the metal strands of the main region terminate at the periphery of the smaller region, the main region having a strand density that is greater than the strand density of the smaller region; characterized in that said textile and said metal strands are aligned in the same first and second directions, and in that the smaller region comprises textile strands, wherein the main region has a textile strand density that is greater than the textile strand density of the smaller region. a graft body forming a lumen with a proximal end and a distal end; wherein at least a portion of the lumen is defined by a fabric including textile strands aligned in a first direction and textile strands aligned in a second direction; the fabric further comprising metal strands aligned in a first direction and metal strands aligned in a second direction; wherein the fabric defines a tubular portion constituted by a main region (207; 305; 625) and at least one smaller region (111; 210, 211; 311, 312, 313; 411; 501; 560; 626) surrounded by the fabric of the main region, wherein at least some of the metal strands of the main region terminate at the periphery of the smaller region, the main region having a strand density that is greater than the strand density of the smaller region; characterized in that said textile and said metal strands are aligned in the same first and second directions, and in that the smaller region comprises textile strands, wherein the main region has a textile strand density that is greater than the textile strand density of the smaller region.
Polymer masterbatch comprising A) at least one thermoplastic polypropylene homopolymer and B) at least one linear polydimethylsiloxane having trimethylsilyl end groups, characterized in that A) has a melt flow index of 5 to 20 g/10 min, measured at 230°C/2.16kg to DIN ISO 1133, and B) has an average molecular weight Mw of at least 200 000 g/mol and is free from vinyl groups. A) at least one thermoplastic polypropylene homopolymer and B) at least one linear polydimethylsiloxane having trimethylsilyl end groups, A) has a melt flow index of 5 to 20 g/10 min, measured at 230°C/2.16kg to DIN ISO 1133, and B) has an average molecular weight Mw of at least 200 000 g/mol and is free from vinyl groups.
A method of preventing disjunctions in a power distribution unit PDU having an input connector and a plurality of output connectors, comprising: sensing a power level of each of the plurality of output connectors; detecting that the power level of a given one of the plurality of output connectors exceeds a fixed power limit; and in response to detecting that the power level of the given one of the plurality of output connectors exceeds a fixed power limit, stopping a delivery of power by the given one of the plurality of output connectors while maintaining a delivery of power by a remainder of the plurality of output connectors, wherein stopping the delivery of power by the given one of the plurality of output connectors comprises generating a fault signal in response to detecting that the power level of the given one of the plurality of output connectors exceeds the fixed power limit; characterized in that stopping the delivery of power by the given one of the plurality of output connectors further comprises: applying the fault signal on a first input of a latch to set the latch, the fault signal being maintained at an output of the latch until a rearm signal is received at a second input of the latch, applying a disabling signal on a relay (22A 1, 22A 2) to disconnect the given one of the plurality of output connectors from the input connector when the fault signal is maintained on the output of the latch, and releasing the disabling signal applied on the relay (22A 1, 22A 2) to reconnect the given one of the plurality of output connectors to the input connector when the fault signal is not maintained on the output of the latch. sensing a power level of each of the plurality of output connectors; detecting that the power level of a given one of the plurality of output connectors exceeds a fixed power limit; and in response to detecting that the power level of the given one of the plurality of output connectors exceeds a fixed power limit, stopping a delivery of power by the given one of the plurality of output connectors while maintaining a delivery of power by a remainder of the plurality of output connectors, wherein stopping the delivery of power by the given one of the plurality of output connectors comprises generating a fault signal in response to detecting that the power level of the given one of the plurality of output connectors exceeds the fixed power limit; applying the fault signal on a first input of a latch to set the latch, the fault signal being maintained at an output of the latch until a rearm signal is received at a second input of the latch, applying a disabling signal on a relay (22A 1, 22A 2) to disconnect the given one of the plurality of output connectors from the input connector when the fault signal is maintained on the output of the latch, and releasing the disabling signal applied on the relay (22A 1, 22A 2) to reconnect the given one of the plurality of output connectors to the input connector when the fault signal is not maintained on the output of the latch.
The use of a composition for simultaneously disinfection and decontamination of objects or surfaces contaminated by prions and conventional transmissible agents (CTAs), such as in particular bacteriae, yeasts, viruses, mould spores, mycobacteriae, bacteriae spores, said composition comprising a solution of hydrogen peroxide and an aqueous solution of copper or a derivative thereof such as copper salts, wherein said composition further comprises at least one anionic salified surfactant compound inhibiting the decomposition of hydrogen peroxide in the presence of copper and wherein the concentration of hydrogen peroxide in the composition ranges between 5% and 9% by weight.
A method for monitoring the growth conditions of a microwave plasma-assisted deposition for diamond manufacture, said method being implemented by a monitoring device comprising at least one digital image capture means, one digital image processing module, and one data processing module, said method including the steps of: - capturing a digital color image of at least one growing diamond layer, using the digital image capturing means, - extracting color characteristic values from at least one area of the captured digital image, by the digital image processing module, said color characteristics corresponding to the color of the at least one growing diamond layer and being selected from the group consisting of: hue, saturation, brightness, brilliance, and the colors encoded in a four-color or Red-Green-Blue repository, and - analyzing, by the data processing module, the extracted color characteristic values to detect a deviation of the growth conditions during the microwave plasma-assisted deposition, said method further comprising a step of determining new values of microwave-assisted plasma deposition parameters and a control step including transmitting the new deposition parameter values, determined by the data processing module, to a control module and modifying, by the control module, the plasma assisted-deposition parameter values. - capturing a digital color image of at least one growing diamond layer, using the digital image capturing means, - extracting color characteristic values from at least one area of the captured digital image, by the digital image processing module, said color characteristics corresponding to the color of the at least one growing diamond layer and being selected from the group consisting of: hue, saturation, brightness, brilliance, and the colors encoded in a four-color or Red-Green-Blue repository, and - analyzing, by the data processing module, the extracted color characteristic values to detect a deviation of the growth conditions during the microwave plasma-assisted deposition,
A polymer nanocomposite comprising: a) a polylactic polymer; and b) a modified phyllosilicate composition comprising a modifying agent which is hexadecyl trimethyl ammonium cations which are intercalated between the layers of the phyllosilicate, and further comprises acetylcholine or choline cations as modifying agent; wherein the acetylcholine or choline is present at a concentration comprised from 0.1 - 1 meq/100g the value of the phyllosilicate cation exchange capacity and the hexadecyl trimethyl ammonium ions are present at a concentration comprised from 0.4 - 9.9 meq/100g the value of the phyllosilicate cation exchange capacity. a) a polylactic polymer; and b) a modified phyllosilicate composition comprising a modifying agent which is hexadecyl trimethyl ammonium cations which are intercalated between the layers of the phyllosilicate, and further comprises acetylcholine or choline cations as modifying agent; wherein the acetylcholine or choline is present at a concentration comprised from 0.1 - 1 meq/100g the value of the phyllosilicate cation exchange capacity and the hexadecyl trimethyl ammonium ions are present at a concentration comprised from 0.4 - 9.9 meq/100g the value of the phyllosilicate cation exchange capacity.
A surgical instrument for the treatment of fistulas comprising: an elongated straight handle portion; and an elongated straight tool section; wherein the tool section is connected to the handle portion and wherein the tool section has a working area at its end facing away from the grip portion, in which a plurality of rasp teeth are provided the tooth-breasts of which facing the grip portion; wherein the tool section has a maximum outer diameter of less than 10 mm outside the working area; characterized in that the rasp teeth completely surrounded the tool section in circumferential direction in the working area; and that the rasp teeth have a circular cross-section in a direction transverse to the tool section, the circular cross-section being larger than the cross section of the tool section outside the working area; and that the surgical instrument is integrally formed from plastics. an elongated straight handle portion; and an elongated straight tool section; wherein the tool section is connected to the handle portion and wherein the tool section has a working area at its end facing away from the grip portion, in which a plurality of rasp teeth are provided the tooth-breasts of which facing the grip portion; wherein the tool section has a maximum outer diameter of less than 10 mm outside the working area; that the rasp teeth completely surrounded the tool section in circumferential direction in the working area; and that the rasp teeth have a circular cross-section in a direction transverse to the tool section, the circular cross-section being larger than the cross section of the tool section outside the working area; and that the surgical instrument is integrally formed from plastics.
A continuous process for producing ethylene, hydrogen chloride and vinyl chloride monomer comprising a) reacting a feed comprising chlorine with ethane, wherein the molar ratio of chlorine to ethane in the feed is from 1.1 to 1.9, in a reaction zone to produce a crude product wherein the crude product comprises i. product components comprising hydrogen chloride, ethylene, vinyl chloride monomer, and heavies; and ii. a partial recycle fraction comprising hydrogen chloride and ethylene; b) fractionally separating from the crude product the partial recycle; and c) fractionally separating from the crude product the product components, and wherein the fractionally separated partial recycle is recycled to the reaction zone. a) reacting a feed comprising chlorine with ethane, wherein the molar ratio of chlorine to ethane in the feed is from 1.1 to 1.9, in a reaction zone to produce a crude product wherein the crude product comprises i. product components comprising hydrogen chloride, ethylene, vinyl chloride monomer, and heavies; and ii. a partial recycle fraction comprising hydrogen chloride and ethylene; i. product components comprising hydrogen chloride, ethylene, vinyl chloride monomer, and heavies; and ii. a partial recycle fraction comprising hydrogen chloride and ethylene; b) fractionally separating from the crude product the partial recycle; and c) fractionally separating from the crude product the product components, and wherein the fractionally separated partial recycle is recycled to the reaction zone.
Air regulator for compressors, in particular for screw compressors, of the type comprising an oil separator device having a pre-separator, whereby the air regulator is arranged in a regulator housing and has a valve element, which is spring-loaded on one side and can be actuated by means of a piston arrangement, whereby a control device is connected to the air regulator and comprises a control piston, characterised in that the control piston, depending on the pre-separator pressure, actuates the valve element of the air regulator in such a way that when starting the compressor the air regulator immediately and forcibly assumes its closed position from its basic open position.
A valve control apparatus for a processing valve comprising control electronics for controlling a drive and a measuring system for determining the position of an element which is located within the valve control apparatus and can be moved in said apparatus along a straight movement direction, characterized in that the measuring system comprises a transmission arrangement for transmitting an electromagnetic excitation wave, a resonator which is secured to the movable element and in which a resonant electric vibration is generated by the excitation wave, a receiving arrangement in which a signal is generated by the electromagnetic resonant wave generated by the resonant electric vibration, and measuring electronics which are connected to the transmission arrangement and the receiving arrangement and which are designed to generate the excitation wave in the transmission arrangement and determine the position of the movable element relative to the receiving arrangement from the signal of the receiving arrangement, wherein the resonator is designed and arranged so that the electromagnetic resonance wave is aligned to be rotationally symmetrical with a longitudinal axis, and the longitudinal axis is aligned with the direction of movement.
A brake device comprising: a master cylinder that generates a brake hydraulic pressure in accordance with an operation amount of a brake operation unit by an operator; a slave cylinder that houses a hydraulic control piston (88a, 88b) operated by a driving force of an electric motor to be driven in accordance with the operation amount of the brake operation unit, and has a cylinder body formed with a brake hydraulic chamber (98a, 98b) for generating a brake hydraulic pressure through an operation of the hydraulic control piston (88a, 88b); and a hydraulic system (70a, 70b) that connects, to the slave cylinder, a wheel cylinder (32FR, 32 RL, 32RR, 32FL) for generating a braking force by the brake hydraulic pressure generated in the master cylinder or by the brake hydraulic pressure generated in the slave cylinder; and a reservoir for storing the brake fluid to be supplied to the brake hydraulic chamber (98a, 98b), characterized in that the cylinder body includes an air release mechanism (240a, 240b) which is configured to be switchable between an open state in which the brake hydraulic chamber (98a, 98b) is in communication with an external of the cylinder body and a closed state in which the brake hydraulic chamber (98a, 98b) is not in communication with the external of the cylinder body, and that the reservoir is disposed above the air release mechanism (240a, 240b), and has a shape with a notch not to cover the space over the air release mechanism (240a, 240b). a master cylinder that generates a brake hydraulic pressure in accordance with an operation amount of a brake operation unit by an operator; a slave cylinder that houses a hydraulic control piston (88a, 88b) operated by a driving force of an electric motor to be driven in accordance with the operation amount of the brake operation unit, and has a cylinder body formed with a brake hydraulic chamber (98a, 98b) for generating a brake hydraulic pressure through an operation of the hydraulic control piston (88a, 88b); and a hydraulic system (70a, 70b) that connects, to the slave cylinder, a wheel cylinder (32FR, 32 RL, 32RR, 32FL) for generating a braking force by the brake hydraulic pressure generated in the master cylinder or by the brake hydraulic pressure generated in the slave cylinder; and a reservoir for storing the brake fluid to be supplied to the brake hydraulic chamber (98a, 98b),
An electronic device, configured to: obey an Anti-Roll Back, ARB, enforcement policy; obtain an ARB exception from the ARB enforcement policy, the ARB exception allowing to overrun the ARB enforcement policy for a software, SW, wherein the ARB exception comprises a signature of the ARB exception and a revision number, RN, of the SW, and provides a controlled and secure roll back based on the revision number and the signature of the ARB exception; check a validity of the signature of the ARB exception; and execute the SW having the RN so as to overrun the ARB enforcement policy, in response to the signature of the ARB exception being valid. obey an Anti-Roll Back, ARB, enforcement policy; obtain an ARB exception from the ARB enforcement policy, the ARB exception allowing to overrun the ARB enforcement policy for a software, SW, wherein the ARB exception comprises a signature of the ARB exception and a revision number, RN, of the SW, and provides a controlled and secure roll back based on the revision number and the signature of the ARB exception; check a validity of the signature of the ARB exception; and execute the SW having the RN so as to overrun the ARB enforcement policy, in response to the signature of the ARB exception being valid.
A non-medical method to suppress appetite of a human comprising: directing a flow of air at a face of the human and into a nose and/or a mouth of the human, wherein the flow of air has a direction which forms an angle between 45° and 90°, with 90° representing a first angle pointed directly at the face and 0° representing a second angle perpendicular to the first angle.