mhurhangee/patent-ind-claim-en huggingface dataset:
Production line for processing metal sheets , comprising a sheet printing machine and/or a coating machine , and comprising a continuous dryer for drying the metal sheets printed by the sheet printing machine and/or coated by the coating machine , wherein a loading station for loading the continuous dryer with the printed and/or coated metal sheets is arranged immediately upstream of this continuous dryer in the transport direction (T) of the metal sheets , wherein the loading station comprises a plurality of wire frames , each rotating about an axis of rotation which extends transversely to the transport direction (T) of the transported metal sheets , wherein the wire frames are arranged to lift metal sheets , which are transported horizontally one after the other, out of their transport plane, wherein each of these wire frames is designed in such a way that it travels in a circle, from the bottom upwards, through the transport plane of the metal sheets in a region in which these metal sheets are being fed to the loading station , and by this pivoting movement sets upright one of the laid-flat metal sheets that is to be transported through the continuous dryer , characterized in that a first detection device and a second detection device are provided in or at the loading station , wherein the first detection device and the second detection device are each signal-connected to a control unit , wherein the first detection device detects a first point in time, at which one of the wire frames assumes a particular rotational angle position relative to the transport plane of the metal sheet currently being fed to the loading station , wherein the first detection device sends a first signal, representing the detected first point in time, to the control unit , wherein the second detection device detects a second point in time, at which the leading edge of the metal sheet currently being fed to the loading station reaches a particular position, wherein, in the transport direction (T) of this metal sheet , this position is located in the transport plane of this metal sheet upstream of an end, facing toward the metal sheet , of the wire frame provided for transferring this metal sheet , wherein the second detection device sends a second signal, representing the detected second point in time, to the control unit , wherein the control unit is designed in such a way that it determines an actual value for a time difference (ΔT) between the first point in time and the second point in time and compares this actual value with a setpoint value specified for the time difference (ΔT) and determines a deviation of the actual value from the setpoint value, wherein the control unit reports any deviation of the actual value from the setpoint value that lies outside permissible tolerance limits.
An exhibition display system comprising display bodies assembled together into required configurations by interengaging paired male joints and female interfaces , wherein male joints are provided with a bulge , a stopping edge is arranged on the bulge , a recess is arranged on the female interfaces , and a stopping groove is arranged on the inner wall of the recess , wherein a male joint is adapted to interengage with a female interface when the bulge is inserted into the recess and the stopping edge is located in the stopping groove ; characterized in that the paired male joints and female interfaces are detachable from the display bodies ; a locating protrusion is arranged on the bulge , a locating slot is arranged on the inner wall of the recess , and the locating protrusion is located in the locating slot ; each of the male joints comprises two traverse plates parallel to each other and an upright plate connecting to the two traverse plates in a direction perpendicular to the traverse plates, the stopping edge and the locating protrusion are provided on an outer surface of each of the two traverse plates, the stopping edge extends in a first direction parallel to a ridge where the traverse plates intersect with the upright plate, and the locating protrusion extends in a second direction orthogonal to the first direction; and each of the female interfaces comprises two horizontal plates parallel to each other and a vertical plate connecting to the two horizontal plates in a direction perpendicular to the horizontal plates, the two horizontal plates and the vertical plate form a U-shape, and an inner surface of each of the two horizontal plates is provided with the stopping groove and the locating slot adapted for retaining the stopping edge and the locating protrusion respectively. a locating protrusion is arranged on the bulge , a locating slot is arranged on the inner wall of the recess , and the locating protrusion is located in the locating slot ; each of the male joints comprises two traverse plates parallel to each other and an upright plate connecting to the two traverse plates in a direction perpendicular to the traverse plates, the stopping edge and the locating protrusion are provided on an outer surface of each of the two traverse plates, the stopping edge extends in a first direction parallel to a ridge where the traverse plates intersect with the upright plate, and the locating protrusion extends in a second direction orthogonal to the first direction; and each of the female interfaces comprises two horizontal plates parallel to each other and a vertical plate connecting to the two horizontal plates in a direction perpendicular to the horizontal plates, the two horizontal plates and the vertical plate form a U-shape, and an inner surface of each of the two horizontal plates is provided with the stopping groove and the locating slot adapted for retaining the stopping edge and the locating protrusion respectively.
A method to be performed by a playback device , comprising: storing in memory an active volume state variable that corresponds to a current volume configuration of the playback device; storing in memory a volume limit state variable that corresponds to a playback volume limit of the playback device ; detecting a command to begin playback of media from a given source; and playing back media at a particular playback volume that is one of: the current volume configuration of the playback device; and the playback volume limit, characterized in that the particular playback volume is selected based on the given source of the command to begin playback. storing in memory an active volume state variable that corresponds to a current volume configuration of the playback device; storing in memory a volume limit state variable that corresponds to a playback volume limit of the playback device ; detecting a command to begin playback of media from a given source; and playing back media at a particular playback volume that is one of: the current volume configuration of the playback device; and the playback volume limit, the current volume configuration of the playback device; and the playback volume limit, characterized in that the particular playback volume is selected based on the given source of the command to begin playback.
A processing system comprising: a compute die; and a stacked memory stacked with the compute die, wherein the stacked memory includes a first memory die and a second memory die stacked on top of the first memory die, and further wherein a single memory address used for parallel access is swizzled to access a first portion of the first memory die in parallel with access to a first portion of the second memory die, a physical location of the first portion of the first memory die being offset from a physical location of the first portion of the second memory die. a compute die; and a stacked memory stacked with the compute die, wherein the stacked memory includes a first memory die and a second memory die stacked on top of the first memory die, and further wherein a single memory address used for parallel access is swizzled to access a first portion of the first memory die in parallel with access to a first portion of the second memory die, a physical location of the first portion of the first memory die being offset from a physical location of the first portion of the second memory die.
The use of (NH 4 ) 42 [Mo VI 72 Mo V 60 O 372 (CH 3 COO) 30 (H 2 O) 72 ] for enhancing the cleaning performance of washing or cleaning agents in aqueous, in particular surfactant-containing, liquor in the presence of a gaseous phase that is present in addition to the liquid phase of the liquor and contains molecular oxygen, in particular atmospheric oxygen.
An apparatus for controlled delivery of cooling air to turbine blades in a gas turbine including a rotor unit , at least a first plurality of turbine blades disposed in a first circumferential row (6; 7) around the rotor unit and secured thereto, at least a second plurality of turbine blades disposed in a second circumferential row (7; 8) around the rotor unit and secured thereto, the first row (6; 7) and the second row (7; 8) being axially spaced with respect to one another, the apparatus including: - a plurality of rotor heat shield elements disposed in a circumferential row between said first and second rows of turbine blades , each heat shield element having a root portion contoured so as to fit in a seat of the rotor unit , an intermediate radial portion and a shroud band configured to be axially interposed between the first and second rows (6, 7; 7, 8) of turbine blades , the rotor heat shield elements configured to define with said rotor unit a rotor heat shield passage that is fed with cooling air; - a plurality of lock plates disposed in a circumferential row and configured to secure axially at least one of said first and second rows of turbine blades to said rotor unit , said lock plates facing said heat shield elements , - a first cavity between by the first row of turbine blades and the radial portion of the shield elements and a second cavity between the radial portion of the shield elements and the second row of turbine blades , at least one of said radial portion of the rotor shield elements and the lock plates including at least one opening (48, 49; 54) for controlled flow of cooling air, characterized in that one of said first and second cavity is supplied by a source of cooling air, the other of said first and second cavity being supplied with cooling air through the opening in said radial portion of the shield elements . - a plurality of rotor heat shield elements disposed in a circumferential row between said first and second rows of turbine blades , each heat shield element having a root portion contoured so as to fit in a seat of the rotor unit , an intermediate radial portion and a shroud band configured to be axially interposed between the first and second rows (6, 7; 7, 8) of turbine blades , the rotor heat shield elements configured to define with said rotor unit a rotor heat shield passage that is fed with cooling air; - a plurality of lock plates disposed in a circumferential row and configured to secure axially at least one of said first and second rows of turbine blades to said rotor unit , said lock plates facing said heat shield elements , - a first cavity between by the first row of turbine blades and the radial portion of the shield elements and a second cavity between the radial portion of the shield elements and the second row of turbine blades ,
Battery pack, in particular battery pack for a handheld power tool, comprising a housing in which at least one battery cell and an electronic system comprising a printed circuit board are arranged, wherein at least one light-emitting element is arranged on the printed circuit board , wherein at least one operating element is arranged on the printed circuit board , characterized in that an elastic and transparent protective element is arranged between the at least one light-emitting element and the housing , wherein the protective element rests against the light-emitting element , the printed circuit board and the operating element .
A space divider of a milking parlor arrangement (1, 1', 1", 1"') for at least one milking parlor for milking milk-producing animals (T), wherein the space divider is arranged on a longitudinal side of the milking parlor , said space divider comprising an arm device with a milking cluster , which is adjustable from a parking position into a working position and back, wherein the arm device with the milking cluster is arranged in the parking position in the space divider and is adjustable into the working position, wherein in a fully automatic operation, the arm device is adjustable from the parking position in the working position into a positioning position for automatically positioning the milking cluster onto the teats of the animal (T) to be milked, wherein the milking cluster has at least one position sensor , or wherein in a semiautomatic operation, the arm device is adjustable from the parking position into the working position, wherein the working position is a fixed preliminary position which can be determined beforehand by stop means, wherein in the parking position and in the preliminary position, teat cups of the milking cluster are held upright and close to one another above a collecting piece at a distance from said collecting piece , and in that the teat cups of the milking cluster are releasable to a limited extent from the preliminary position into a milking position, in which the teat cups of the milking cluster are movable to a limited extent, and therefore the distance of the teat cups of the milking cluster from the collecting piece is increased in the milking position, and are bringable back again into the preliminary position, characterized in that the distance of each teat cup in the parking position and in the preliminary position from the collecting piece is determined by in each case at least one segment element which is arranged in each case between each teat cup and the collecting piece , wherein the at least one segment element has a passage through which at least one traction mechanism is guided, said traction mechanism being fastened by one end to the associated teat cup and being coupled by the other end to an actuating device , and wherein the at least one traction mechanism is tensioned by means of the actuating device in the parking position and in the preliminary position, wherein, in the parking position and in the preliminary position, the associated teat cup of the milking cluster is held upright above the collecting piece at the distance from said collecting piece .
An electric plug connector comprising a coding housing for the electrical and mechanical connection to a compatible plug connector and a plug body for the electrical and mechanical connection to an electric assembly , and at least one contact body , wherein the compatible plug connector can be connected along a plug-in direction (A) to the coding housing , and wherein the coding housing and the plug body have a mechanical connecting device , wherein the connecting device is designed, in order to positively connect the coding housing and the plug body to one another in the plug-in direction (A), wherein the connecting device predefines mounting movement (B) deviating from the plug-in direction (A), in order to connect the coding housing and the plug body to one another, and wherein recesses are provided in the coding housing and in the plug body for the at least one contact body , in order to introduce the at least one contact body in the plug-in direction (A) through the coding housing into the plug body , characterized in that the contact body and the recesses are designed in such a manner that the coding housing and the plug body are fixed in their position with respect to one another by the introduction of the contact body .
A pulp production method comprising adding an anti-foaming agent to water for pulp production, the anti-foaming agent comprising: (A) an organopolysiloxane comprising structural units represented by the following formula (X): [R 1 3 SiO 1/2 ][R 1 2 SiO 2/2 ][R 1 1 SiO 3/2 ] (X) wherein R 1 may be the same or different in each unit and is selected from alkyl groups; cycloalkyl groups; alkenyl groups; aryl groups; alkylaryl groups; and substituted or unsubstituted monovalent hydrocarbon groups (organic groups) having from 1 to 20 carbons; and a finely powdered inorganic filler selected from fumed silica, precipitated silica and gel-forming silica with average particle dimensions of from 0.1 to 50 μm; (B) a polyoxyalkylene group-containing branched chain organopolysiloxane; and (C) an anionic surfactant. (A) an organopolysiloxane comprising structural units represented by the following formula (X): [R 1 3 SiO 1/2 ][R 1 2 SiO 2/2 ][R 1 1 SiO 3/2 ] (X) wherein R 1 may be the same or different in each unit and is selected from alkyl groups; cycloalkyl groups; alkenyl groups; aryl groups; alkylaryl groups; and substituted or unsubstituted monovalent hydrocarbon groups (organic groups) having from 1 to 20 carbons; and a finely powdered inorganic filler selected from fumed silica, precipitated silica and gel-forming silica with average particle dimensions of from 0.1 to 50 μm; (B) a polyoxyalkylene group-containing branched chain organopolysiloxane; and (C) an anionic surfactant.
A device for adjusting the mandibular protrusion occlusion ratios with means for adjusting the protrusion positioning of the mandible with respect to the maxilla, the device including: - an elongated arched shell having an approximately inverted U-shaped cross-section with an inner face and an outer face, said shell having an anterior portion on the front and two right and left side portions on the rear, said shell being adapted to be placed with its inner face covering a mandibular dental arch of a subject for taking an impression of said mandibular dental arch, an upper part of the outer face coming opposite occlusal faces of teeth of the maxillary dental arch, - at least one adjustable protrusion-adjustment pressing device , said at least one pressing device including a pressing element integral with the anterior portion of the shell and intended to come into abutment against teeth of a maxillary dental arch, the pressing element being able to be move forward or rearward with respect to the shell to adjust the protrusion, characterized in that the means for adjusting the protrusion positioning further allow the protrusion adjustment to be recorded and in that the pressing element is made integral with the anterior portion of the shell by means of a threaded rod immobilized to the shell , said pressing element being able to slide along said threaded rod and being taken in sandwich between a spring on the shell side and a nut on the free end side of the threaded rod , the spring pushing the pressing element against the nut , said nut being able to be screwed on or unscrewed from the threaded rod to move the pressing element forward or rearward with respect to the shell . - an elongated arched shell having an approximately inverted U-shaped cross-section with an inner face and an outer face, said shell having an anterior portion on the front and two right and left side portions on the rear, said shell being adapted to be placed with its inner face covering a mandibular dental arch of a subject for taking an impression of said mandibular dental arch, an upper part of the outer face coming opposite occlusal faces of teeth of the maxillary dental arch, - at least one adjustable protrusion-adjustment pressing device , said at least one pressing device including a pressing element integral with the anterior portion of the shell and intended to come into abutment against teeth of a maxillary dental arch, the pressing element being able to be move forward or rearward with respect to the shell to adjust the protrusion,
A three-way catalytic conversion system for purification treatment of an engine exhaust gas, comprising an oxidation segment containing a high-temperature-tolerant oxidation catalyst and a three-way conversion segment containing a three-way catalyst, wherein the oxidation catalyst is used to catalyze an oxidation reaction of reductive components in exhaust gas with oxygen, the oxidation segment is located downstream of an engine, and the three-way conversion segment is located downstream of the oxidation segment; wherein the oxidation catalyst comprises a first alumina-based material and palladium loaded on the first alumina-based material and a specific surface area of the first alumina-based material after aging at 1200±100°C for 4±0.5h is not less than 60m 2 /g.
A process for preparation of ethanol using a mechanical vapour recompression method comprising: a. preheating a fermented wash forming a first stream ; b. subjecting said first stream to a stripping column [A] forming a first top stream and a first bottom stream ; c. condensing said first top stream through first condenser [C] forming a high concentration ethanol stream and a first vapour stream ; d. removing solids from said first bottom stream of step [b] and concentrating it in said first condenser [C] forming a concentrated stream ; e. compressing said first vapour stream forming a high-pressure vapour stream in a mechanical vapour recompression unit [F] and providing it to said stripping column [A]; f. subjecting said high ethanol stream to a rectifying column [E] forming a product stream , a second top stream and a second bottom stream ; g. providing said second top stream to a second condenser [D] forming a liquid stream and returning it to said rectifying column [E]; h. recycling said second bottom stream of step [f] with said fermented wash of step [a] forming said first stream ; i. subjecting said concentrated stream of step [d] to said second condenser [D] forming a concentrated waste stream and a second vapour stream ; and j. compressing said second vapour stream forming said high-pressure vapour stream in said mechanical vapour recompression unit [F] and providing it to said distilling column [E]. a. preheating a fermented wash forming a first stream ; b. subjecting said first stream to a stripping column [A] forming a first top stream and a first bottom stream ; c. condensing said first top stream through first condenser [C] forming a high concentration ethanol stream and a first vapour stream ; d. removing solids from said first bottom stream of step [b] and concentrating it in said first condenser [C] forming a concentrated stream ; e. compressing said first vapour stream forming a high-pressure vapour stream in a mechanical vapour recompression unit [F] and providing it to said stripping column [A]; f. subjecting said high ethanol stream to a rectifying column [E] forming a product stream , a second top stream and a second bottom stream ; g. providing said second top stream to a second condenser [D] forming a liquid stream and returning it to said rectifying column [E]; h. recycling said second bottom stream of step [f] with said fermented wash of step [a] forming said first stream ; i. subjecting said concentrated stream of step [d] to said second condenser [D] forming a concentrated waste stream and a second vapour stream ; and j. compressing said second vapour stream forming said high-pressure vapour stream in said mechanical vapour recompression unit [F] and providing it to said distilling column [E].
A process for carrying out ammonia dissociation in a reactor for ammonia splitting according to the endothermic reaction 2NH 3 <-> N 2 + 3H 2 catalyzed by a ferromagnetic catalyst, wherein inductive heating is used to supply the necessary heat, wherein the catalyst is based on Fe and/or Co, and wherein the inductive heating is obtained by surrounding the catalyst bed with an induction coil to which an alternating current is applied, which is placed inside the reactor wall and has direct electrical contact to the catalyst.