mhurhangee/ep-ind-claims huggingface dataset:
Poultry processing line provided with a conveying track and comprising at least one carriage or structure movable in said conveying track, wherein poultry or poultry parts are suspendable or supportable by said carriage or structure, and wherein the carriage or structure is provided with wheels (14, 22) on opposite sides of the carriage or structure that are mounted on an axle (15, 23) guided through a shaft or bore (16, 24) of the carriage or structure, and are movable along supports (13, 25) for the respective wheels (14, 22) on opposite sides of the conveying track so as to move the carriage or structure along said conveying track, characterized in that the shaft or bore (16, 24) has a convex inner top surface (16', 24') and convex inner bottom surface (16", 24") as seen in the shaft or bore's longitudinal direction.
A processing apparatus for performing processing to a substrate, the processing apparatus comprising: a chuck disposed on a stage and configured to hold the substrate, characterized by further comprising an attracting unit (11a, 11b, and 11c) configured to attract the substrate and configured to move the substrate from the chuck; and a control unit configured to stop or decrease attraction of the attracting unit (11a, 11b, and 11c) based on information about a through hole of the substrate in a case where the substrate is moved from the chuck by the attracting unit (11a, 11b, and 11c). a chuck disposed on a stage and configured to hold the substrate, characterized by further comprising an attracting unit (11a, 11b, and 11c) configured to attract the substrate and configured to move the substrate from the chuck; and a control unit configured to stop or decrease attraction of the attracting unit (11a, 11b, and 11c) based on information about a through hole of the substrate in a case where the substrate is moved from the chuck by the attracting unit (11a, 11b, and 11c).
A garment hanger comprising a rail engaging portion and garment supporting means in the form of a deformable elongate member, the elongate member having a length and a width, the end of the elongate member distal from the rail engaging portion comprising a first part of a connection mechanism such that the elongate member can be deformed back upon itself and connected to a second part of the connection mechanism of the hanger to form a closed loop, wherein the elongate member comprises a side flange along its length, characterised in that the side flange extends in a direction non-parallel with the length of the elongate member, and wherein the side flange is at or adjacent the end of the elongate member distal from the rail engaging portion and wherein the side flange is sized to allow a user to provide a force against the elongate member to either open or close the connection mechanism. wherein the elongate member comprises a side flange along its length, characterised in that the side flange extends in a direction non-parallel with the length of the elongate member, and wherein the side flange is at or adjacent the end of the elongate member distal from the rail engaging portion and wherein the side flange is sized to allow a user to provide a force against the elongate member to either open or close the connection mechanism.
Data series transmission method comprising the transmission, from a first electronic circuit to at least one second electronic circuit, via an electrical connection line between the first circuit and the second circuit, and in reference to a ground line common to the circuits (1, 2), of at least one series of so-called data pulses, the method being characterised in that each data pulse allows both to electrically power the second circuit and to transmit an item of data from a series of data interpretable by the second circuit, and in that: the method comprises at least the following steps: - cutting the power of the second circuit by the first circuit between two successive data pulses, and - for each data pulse and before the second circuit is switched off due to stop in power, storing, on a non-volatile memory support of the second circuit, the item of data transmitted by this data pulse. - cutting the power of the second circuit by the first circuit between two successive data pulses, and - for each data pulse and before the second circuit is switched off due to stop in power, storing, on a non-volatile memory support of the second circuit, the item of data transmitted by this data pulse.
A life vest stowage pouch, comprising: a rigid throat having an opening therethrough; a fabric pouch attached to a back of the rigid throat and comprising an opening held open by the rigid throat; and a rigid door attached to a front of the rigid throat, the rigid door comprising a latch adapted to engage with a catch on the rigid throat to hold the rigid door closed; wherein the interior volume of the pouch is sized to accommodate therein an inflatable life vest in a deflated state, the life vest stowage pouch further comprising a strap disposed outside of the fabric pouch at a front of the life vest stowage pouch, the strap fed through an opening between the rigid door and the rigid throat, wherein the life vest stowage pouch comprises a life vest disposed in the fabric pouch; and wherein the strap has a free end and an attached end, the attached end being attached to the life vest and the free end being disposed through the front of the aircraft life vest stowage pouch, wherein the strap is routed between the latch and the catch such that pulling force on the strap releases the latch from the catch thereby opening the rigid door. a rigid throat having an opening therethrough; a fabric pouch attached to a back of the rigid throat and comprising an opening held open by the rigid throat; and a rigid door attached to a front of the rigid throat, the rigid door comprising a latch adapted to engage with a catch on the rigid throat to hold the rigid door closed; wherein the interior volume of the pouch is sized to accommodate therein an inflatable life vest in a deflated state, the life vest stowage pouch further comprising a strap disposed outside of the fabric pouch at a front of the life vest stowage pouch, the strap fed through an opening between the rigid door and the rigid throat, wherein the life vest stowage pouch comprises a life vest disposed in the fabric pouch; and wherein the strap has a free end and an attached end, the attached end being attached to the life vest and the free end being disposed through the front of the aircraft life vest stowage pouch, wherein the strap is routed between the latch and the catch such that pulling force on the strap releases the latch from the catch thereby opening the rigid door.
A female jack comprising: a reception aperture configured to accept a male plug; one or more terminals; a first spring contact; characterized in that the first spring contact including: a first mating curvature configured to contact the male plug and maintain electrical contact between the male plug and the female jack; and one or more flex joints running at least a portion of a length of the first spring contact, and two or more contacting lengths separated from one another by the one or more flex joints, wherein the one or more flex joints comprise one or more scores extending through a portion of a thickness of the first spring contact forming hinges between the two or more contacting lengths extending the portion of the length of the first spring contact, enabling the two or more hinged contacting lengths to move with respect to each other by pivoting relative to one another such that each contacting length can contact the male plug at a different point along a circumference of the male plug. a reception aperture configured to accept a male plug; one or more terminals; a first spring contact; characterized in that the first spring contact including: a first mating curvature configured to contact the male plug and maintain electrical contact between the male plug and the female jack; and one or more flex joints running at least a portion of a length of the first spring contact, and two or more contacting lengths separated from one another by the one or more flex joints, wherein the one or more flex joints comprise one or more scores extending through a portion of a thickness of the first spring contact forming hinges between the two or more contacting lengths extending the portion of the length of the first spring contact, enabling the two or more hinged contacting lengths to move with respect to each other by pivoting relative to one another such that each contacting length can contact the male plug at a different point along a circumference of the male plug. a first mating curvature configured to contact the male plug and maintain electrical contact between the male plug and the female jack; and one or more flex joints running at least a portion of a length of the first spring contact, and two or more contacting lengths separated from one another by the one or more flex joints, wherein the one or more flex joints comprise one or more scores extending through a portion of a thickness of the first spring contact forming hinges between the two or more contacting lengths extending the portion of the length of the first spring contact, enabling the two or more hinged contacting lengths to move with respect to each other by pivoting relative to one another such that each contacting length can contact the male plug at a different point along a circumference of the male plug.
Method for preparing (S,S) enantiomer of alpha-phenyl(piperidin-2-yl)methyle acetate (dextrophacetoperane) of formula: or one of its pharmaceutically acceptable salts, said method comprising: (i) Reacting a compound of formula wherein R 1 is the protecting group BOC and Y is OH, F, Cl, Br or OCH 3, with a N,O-dialkylhydroxylamine of formula NHR 2 OR 2 wherein R 2 is an alkyl, preferably a C 1 -C 6 alkyl, to obtain the compound of formula (VIII) (ii) Reacting the compound of formula (VIII) with an organometallic compound PhM wherein Ph is a phenyl group and M is Li, MgX or ZnX with X being a halide selected from I, Br and Cl to obtain the compound of formula (iii) Reducing the compound of formula with an alkaline salt of tri- sec- butylborohydride to obtain the alcohol of formula or a salt thereof, in the form of (S,S) enantiomer (iv) Acetylating the alcohol of formula by reaction with acetic anhydride followed by the deprotection of the amino function of piperidine group by acid hydrolysis, to obtain the (S,S) enantiomer of alpha-phenyl(piperidin-2-yl)methanol acetate. (i) Reacting a compound of formula wherein R 1 is the protecting group BOC and Y is OH, F, Cl, Br or OCH 3, with a N,O-dialkylhydroxylamine of formula NHR 2 OR 2 wherein R 2 is an alkyl, preferably a C 1 -C 6 alkyl, to obtain the compound of formula (VIII) (ii) Reacting the compound of formula (VIII) with an organometallic compound PhM wherein Ph is a phenyl group and M is Li, MgX or ZnX with X being a halide selected from I, Br and Cl to obtain the compound of formula (iii) Reducing the compound of formula with an alkaline salt of tri- sec- butylborohydride to obtain the alcohol of formula or a salt thereof, in the form of (S,S) enantiomer (iv) Acetylating the alcohol of formula by reaction with acetic anhydride followed by the deprotection of the amino function of piperidine group by acid hydrolysis, to obtain the (S,S) enantiomer of alpha-phenyl(piperidin-2-yl)methanol acetate.
A method for measuring a line resistance R L and thus for determining faults of control lines in a hazard warning and control system, the control lines connecting a control device to an actuator, the control device in the case of an incident driving the actuator using a drive voltage U A and in the case of monitoring supplying the actuator with a monitoring voltage U M, there being arranged at or in the actuator a monitoring module at the end of the control lines, the control device furthermore exhibiting a constant current sink connectable via a microcontroller or a connectable load resistance and a switching device and the beginning of the control lines being arranged on the control device, wherein for determining the line resistance R L a constant voltage supply is provided in a measurement time interval Δt M by means of an energy storage integrated into the monitoring module, fed back into the control device, and in the entire measurement time interval Δt M the switching device switches off the supply of monitoring voltage U M provided by the control device for the actuator.
Chassis actuator for adjusting a movably mounted component of a vehicle chassis, comprising a first actuator component for connecting to the movably mounted component and comprising a second actuator component for connecting to a positionally fixed chassis component, wherein the two actuator components can be adjusted axially by means of a ball screw comprising a threaded spindle and comprising a nut which runs on said threaded spindle, wherein the nut can be driven by means of a drive motor, which is designed as an electric motor comprising a rotor coupled in terms of movement to the nut and comprising a stator arranged coaxially with respect to the nut, for the axial adjustment of the threaded spindle, wherein the rotor is coupled in terms of movement to the nut by means of a wrap spring which radially surrounds the nut and via which the nut is rotated during rotation of the rotor and which wrap spring forms a brake device, which brake device can be actuated by means of an external chassis force which acts on and rotates the nut and which brake device builds up a friction moment which counteracts the rotation of the nut, characterized in that the rotor is rotatably mounted on the nut by means of two bearings (17, 18) axially spaced apart from one another.
A process for preparing an ethylene polymer, the process comprising: polymerizing ethylene and optionally a co-monomer in the presence of a free radical initiator in an autoclave reactor at a pressure ranging from 6.8948 × 10 7 to 3.44738 × 10 8 Pa (10,000 to 50,000 psig) and a temperature ranging from 120 to 340°C, wherein the autoclave reactor comprises a top-head plate, a bottom-head plate, and a vertically oriented, hollow cylindrical body comprising an interior vertical wall; and wherein the autoclave reactor comprises one or more elongated wall baffles whose length extends vertically along the interior vertical wall and which are affixed to the interior vertical wall through one or more non-thread, cross-bore holes in the vertical wall by standpipe assembly comprising anchoring and tensioning rod for holding the wall baffle securely against the inner wall of the reactor cylinder. polymerizing ethylene and optionally a co-monomer in the presence of a free radical initiator in an autoclave reactor at a pressure ranging from 6.8948 × 10 7 to 3.44738 × 10 8 Pa (10,000 to 50,000 psig) and a temperature ranging from 120 to 340°C, wherein the autoclave reactor comprises a top-head plate, a bottom-head plate, and a vertically oriented, hollow cylindrical body comprising an interior vertical wall; and wherein the autoclave reactor comprises one or more elongated wall baffles whose length extends vertically along the interior vertical wall and which are affixed to the interior vertical wall through one or more non-thread, cross-bore holes in the vertical wall by standpipe assembly comprising anchoring and tensioning rod for holding the wall baffle securely against the inner wall of the reactor cylinder.
A vane for a gas turbine engine, comprising: a purge flow interface that comprises a pocket located in communication with a feather seal slot in a mateface, the pocket having a cross sectional shape larger than that of the feather seal slot, wherein the pocket is contoured with respect to a gas path surface (76A, 78A); and a multiple of passages in communication with the pocket, wherein an entry to each of the multiple of passages receives a portion of a cooling airflow that is also communicated into an airfoil. a purge flow interface that comprises a pocket located in communication with a feather seal slot in a mateface, the pocket having a cross sectional shape larger than that of the feather seal slot, wherein the pocket is contoured with respect to a gas path surface (76A, 78A); and a multiple of passages in communication with the pocket, wherein an entry to each of the multiple of passages receives a portion of a cooling airflow that is also communicated into an airfoil.
A method for producing a metal-resin composite including a metal member and a resin member which are joined together, the resin member containing at least a thermoplastic resin, the method comprising: a step of joining together the resin member (101 and the metal member by melting the resin member with the frictional heat generated in the surface of the metal member on its side opposite to the resin member in a state where the metal member and the resin member are superposed, characterized in that the melting point of the thermoplastic resin is 260°C or more; and the melt viscosity of the resin member is 200 to 6000 Pa·s. a step of joining together the resin member (101 and the metal member by melting the resin member with the frictional heat generated in the surface of the metal member on its side opposite to the resin member in a state where the metal member and the resin member are superposed, characterized in that the melting point of the thermoplastic resin is 260°C or more; and the melt viscosity of the resin member is 200 to 6000 Pa·s.
A dental imaging apparatus, which apparatus includes a support construction (11, 13) which supports a structure supporting imaging means, at least one imaging station for placing a patient to the apparatus for imaging, in which apparatus the imaging means includes at least an x-ray source and a receiver means of x-ray image information, which are arranged in the apparatus in such a way with respect to said imaging station that the x-ray source and the receiver means of x-ray image information are positioned at opposite sides of the imaging station such that a beam generated by the x-ray source can be aligned to go through said imaging station and towards said receiver means of x-ray image information, a control system for controlling operations of the imaging apparatus and a means integrated with the imaging apparatus or arranged into functional connection with it for processing information detected at the receiver means of x-ray image information, and wherein structures, components and control means of the apparatus related to x-ray imaging are arranged to enable dental panoramic imaging, dental computed tomography imaging and/or dental cone-beam computed tomography imaging, wherein the apparatus further includes, as a combination, a means for photographing a patient's face and/or for producing a moving picture of the patient's face from at least two directions while the patient is positioned at said imaging station, which means comprises at least one colour camera the location of which with respect to said imaging station is arranged changeable and/or at least two colour cameras being arranged to image the patient's face positioned at the patient support station from different directions, a means integrated in the apparatus or brought to functional connection with it for creating a three-dimensional surface model of the patient's face, a means arranged into functional connection with said at least one colour camera for combining the image information detected by said at least one colour camera, or a three-dimensional texture model created from the image information detected by said at least one colour camera, to the three-dimensional surface model of the patient's face to create a virtual three-dimensional texture model of the patient's face, a means for creating a virtual model which comprises x-ray image information at least from a portion of the bones and/or teeth of the patient's cranial area integrated with said virtual three-dimensional texture model produced of the patient's face, characterized in that to said structure supporting the imaging means is arranged a receiver module of image information to which is placed: the receiver means of x-ray image information, the at least one colour camera and at least one lighting structure for illuminating the patient's face while the patient is positioned at said imaging station.
A powderous formulation comprising (i) 70 - 90 wt-%, based on the total weight of the powderous formulation, of at least one compound of formula wherein X is -N- or -CH- and R 1 is H or a C 1 -C 4 alkyl moiety, and (ii) 10 - 30 wt-%, based on the total weight of the powderous formulation, of at least one auxiliary compound selected from the group consisting of ammonium dihydrogen phosphate, diatomaceous earth, potassium hydrogen carbonate, potassium sulphate, potassium car-bonate, sodium chloride and sodium hydrogen carbonate. (i) 70 - 90 wt-%, based on the total weight of the powderous formulation, of at least one compound of formula wherein X is -N- or -CH- and R 1 is H or a C 1 -C 4 alkyl moiety, and X is -N- or -CH- and R 1 is H or a C 1 -C 4 alkyl moiety, and (ii) 10 - 30 wt-%, based on the total weight of the powderous formulation, of at least one auxiliary compound selected from the group consisting of ammonium dihydrogen phosphate, diatomaceous earth, potassium hydrogen carbonate, potassium sulphate, potassium car-bonate, sodium chloride and sodium hydrogen carbonate.
A Near Field Communication, NFC, security apparatus suitable for protecting a signal transmitted between communication devices, wherein the NFC security apparatus comprises: a sensing unit (510, 610, 660) configured to detect the presence of a neighboring device other than the communication devices, based on a change in a near field; and a control unit (520, 620, 650) configured to control an amount of energy transmitted by the communication devices such that the neighboring device is prevented from accurately receiving the signal transmitted between the communication devices, in response to the detection of the presence of the neighboring device; wherein the near field is formed between a communication device of the communication devices used as a source resonator and another communication device of the communication devices used as a target resonator that resonate with each other; wherein the control unit is further configured to control the amount of energy transmitted by the target resonator to transmit a jamming signal. a sensing unit (510, 610, 660) configured to detect the presence of a neighboring device other than the communication devices, based on a change in a near field; and a control unit (520, 620, 650) configured to control an amount of energy transmitted by the communication devices such that the neighboring device is prevented from accurately receiving the signal transmitted between the communication devices, in response to the detection of the presence of the neighboring device; wherein the near field is formed between a communication device of the communication devices used as a source resonator and another communication device of the communication devices used as a target resonator that resonate with each other; wherein the control unit is further configured to control the amount of energy transmitted by the target resonator to transmit a jamming signal.