mhurhangee/ep-ind-claims huggingface dataset:
A chair chassis, configured to adjust a backrest of a chair, the chair chassis comprising: a base, provided with an accommodation chamber; a backrest support, wherein one end of the backrest support is configured to be connected to the backrest of the chair, and the other end of the backrest support is rotatably connected to the base, and the backrest support is elastically restorable; a memory stopper, disposed on the backrest support, wherein the memory stopper is provided with a first arc surface facing the base; a locking slider, slidably disposed in the accommodation chamber of the base, wherein the locking slider is provided with a second arc surface disposed opposite to the first arc surface, wherein the second arc surface is configured to support and limit recline rotation of the first arc surface such that reclination of the backrest support is limited, and a side of the locking slider is provided with a first rack; a first elastic member, connected between the locking slider and the base, and configured to supply a restoration elastic force for sliding towards the memory stopper to the locking slider; and an elastic slider, slidably disposed in the accommodation chamber of the base, characterized in that one end of the elastic slider is provided with a second rack, wherein the second rack is meshable with the first rack, and configured to limit and lock the locking slider. a base, provided with an accommodation chamber; a backrest support, wherein one end of the backrest support is configured to be connected to the backrest of the chair, and the other end of the backrest support is rotatably connected to the base, and the backrest support is elastically restorable; a memory stopper, disposed on the backrest support, wherein the memory stopper is provided with a first arc surface facing the base; a locking slider, slidably disposed in the accommodation chamber of the base, wherein the locking slider is provided with a second arc surface disposed opposite to the first arc surface, wherein the second arc surface is configured to support and limit recline rotation of the first arc surface such that reclination of the backrest support is limited, and a side of the locking slider is provided with a first rack; a first elastic member, connected between the locking slider and the base, and configured to supply a restoration elastic force for sliding towards the memory stopper to the locking slider; and an elastic slider, slidably disposed in the accommodation chamber of the base, characterized in that one end of the elastic slider is provided with a second rack, wherein the second rack is meshable with the first rack, and configured to limit and lock the locking slider.
Apparatus for laser transmission welding of two plastic joining parts (100, 200), wherein at least one of the plastic joining parts comprises an absorber for laser light, comprising a processing head (10; 11) with a processing side, a processing-side outlet shaft for at least one laser beam, and a laser-transparent pressing means for pressing the plastic- joining parts; wherein the laser-transparent pressing means in the outlet shaft is guided decoupled from the processing head and is movable in the direction and in the opposite direction of the processing side; and wherein the outlet shaft has an inner diameter and the pressing means has an outer diameter which is smaller than the inner diameter of the outlet shaft; and wherein the outlet shaft has an outlet opening for the laser beam, the outlet opening has a diameter and the pressing means has an outer diameter corresponding to the diameter of the outlet opening. a processing side, a processing-side outlet shaft for at least one laser beam, and a laser-transparent pressing means for pressing the plastic- joining parts;
A method for converting a precatalyst complex to an active catalyst complex, - wherein said precatalyst complex and said active catalyst complex comprise a ruthenium atom and an optically active ligand that is insoluble in water, and - wherein said active catalyst complex comprises a monohydride and a water molecule, said method comprising the steps of: a) providing an activation solvent system comprising at least 25% (v/v) water, b) adding to said activation solvent system - said precatalyst complex, - a solubilizer being selected from a surfactant that is capable of forming micelles in water and that is resistant to hydrolysis at pH ≤ 2 or an organic solvent that is miscible with water, - an acid, and - hydrogen, characterized in that the pH value of said activation solvent system is equal or below 2 after addition of said acid. - wherein said precatalyst complex and said active catalyst complex comprise a ruthenium atom and an optically active ligand that is insoluble in water, and - wherein said active catalyst complex comprises a monohydride and a water molecule, a) providing an activation solvent system comprising at least 25% (v/v) water, b) adding to said activation solvent system - said precatalyst complex, - a solubilizer being selected from a surfactant that is capable of forming micelles in water and that is resistant to hydrolysis at pH ≤ 2 or an organic solvent that is miscible with water, - an acid, and - hydrogen, - said precatalyst complex, - a solubilizer being selected from a surfactant that is capable of forming micelles in water and that is resistant to hydrolysis at pH ≤ 2 or an organic solvent that is miscible with water, - an acid, and - hydrogen,
A computer-implemented method comprising: receiving, by a computing device (101; 309), an image (502; 602; 702); identifying, by the computing device (101; 311), one or more objects (502; 604, 606; 704, 706) in the image (502; 602; 702) based on attributes of the one or more objects; determining, by the computing device (101; 313), an object type of a first object (502; 604; 704) of the one or more objects (502; 604, 606; 704, 706) based on the attributes of the one or more objects; identifying, by the computing device (101; 313), one or more specific regions (504, 506, 508) of the first object for recognition based on the object type of the first object; recognizing, by the computing device (101; 315), text (510, 512, 514, 518) in the one or more specific regions (504, 506, 508) of the first object; providing, by the computing device (101; 315), the text (510, 512, 514, 518) recognized in the one or more specific regions (504, 506, 508) of the first object to a security engine, the security engine configured to evaluate whether the text (510, 512, 514, 518) comprises sensitive information. receiving, by a computing device (101; 309), an image (502; 602; 702); identifying, by the computing device (101; 311), one or more objects (502; 604, 606; 704, 706) in the image (502; 602; 702) based on attributes of the one or more objects; determining, by the computing device (101; 313), an object type of a first object (502; 604; 704) of the one or more objects (502; 604, 606; 704, 706) based on the attributes of the one or more objects; identifying, by the computing device (101; 313), one or more specific regions (504, 506, 508) of the first object for recognition based on the object type of the first object; recognizing, by the computing device (101; 315), text (510, 512, 514, 518) in the one or more specific regions (504, 506, 508) of the first object; providing, by the computing device (101; 315), the text (510, 512, 514, 518) recognized in the one or more specific regions (504, 506, 508) of the first object to a security engine, the security engine configured to evaluate whether the text (510, 512, 514, 518) comprises sensitive information.
An antibody that specifically binds to Fibroblast Activation Protein, wherein said antibody comprises a heavy chain variable region comprising the amino acid sequence of SEQ ID NO: 299; and a light chain variable region comprising the amino acid sequence of SEQ ID NO: 297.
A method for processing a thermoplastic article, the method comprising: generating heat by frequency matching induction generation using a modular induction coil; and air cooling the modular induction coil; wherein the step of air cooling the modular induction coil includes removing the modular induction coil from a mold containing the thermoplastic article.
Cable tray for carrying cables and of the type that is made of wire material with a number of lateral U-bent wires and longitudinal wires fastened thereto, so that the U-bent wires form a bottom and a first and a second side wall (10,12) for the cable tray, and where the bottom is narrower than the side walls (10,12) are high, so that the cables may be placed laterally in the cable tray, characterized in that the first side wall is made with a wavy shape with wave troughs placed close to or in contact with the second side wall and wave crests between the wave troughs, and in that the wave-shaped first side wall together with the second side wall forms spaces for receiving cables to ensure an easy to clean distance between the cables and wherein the lateral U-bent wires in the cable tray are made in such a way that the spaces that are formed between the first side wall and the second side wall, and other spaces that are formed between the first side wall and a line joining the vertices of the wave crests are alternately aligned, so that cables that are fitted in the cable tray are placed alternately in the first-mentioned spaces and the other spaces.
Arrangement for inductive energy transmission for charging an energy store of a rail vehicle comprising at least one first induction element (92, 94, L01, L02) which is suitable for wirelessly transmitting energy to at least one second induction element (93, 95, L03, L04) and an inverter (121,195) the AC voltage frequency of which can be controlled, wherein the inverter (121,195) is suitable for providing an AC voltage with the AC voltage frequency to the at least one first induction element (92, 94, L01, L02) and a controller, which is suitable for controlling the AC voltage frequency of the inverter (121,195), and a measuring device, which is suitable for ascertaining a measurement value when wirelessly transmitting energy from the at least one first (92, 94, L01, L02) to the at least one second induction element (93, 95, L03, L04) and transmitting said measurement value to the controller, characterised in that the measuring device is suitable for measuring a power output value as the measurement value, and that the controller is suitable for adjusting down the AC voltage frequency of the inverter (121,195) from an upper threshold until a previously specified power output value is set while energy is being transmitted and that the controller is suitable, in the case of excessively high currents, for limiting the currents by increasing the AC voltage frequency by means of immediately setting comparatively high frequencies, and that the first induction element is paired with a track for the rail traffic. an inverter (121,195) the AC voltage frequency of which can be controlled, wherein the inverter (121,195) is suitable for providing an AC voltage with the AC voltage frequency to the at least one first induction element (92, 94, L01, L02) and a controller, which is suitable for controlling the AC voltage frequency of the inverter (121,195), and a measuring device, which is suitable for ascertaining a measurement value when wirelessly transmitting energy from the at least one first (92, 94, L01, L02) to the at least one second induction element (93, 95, L03, L04) and transmitting said measurement value to the controller, characterised in that the measuring device is suitable for measuring a power output value as the measurement value, and that the controller is suitable for adjusting down the AC voltage frequency of the inverter (121,195) from an upper threshold until a previously specified power output value is set while energy is being transmitted and that the controller is suitable, in the case of excessively high currents, for limiting the currents by increasing the AC voltage frequency by means of immediately setting comparatively high frequencies, and that the first induction element is paired with a track for the rail traffic.
An intravascular device comprising: a tubular element that is radially expandable from a compressed position to an expanded position, said tubular element comprising a wall, a proximal end, a distal end and a central portion therebetween; the tubular element further comprising at least two elongate standards (20, 22) extending in a helical fashion along the wall from the proximal end to the distal end when the tubular element is in the expanded position; and the tubular element further comprising a first plurality ofbands (19; 70) including at least one end connected to a first elongate standard (20; 55), wherein the first elongate standard and the first plurality of bands together define a first helical spine (25; 68), and a second plurality of bands (19; 70) including at least one end connected to a second elongate standard (22; 57), wherein the second elongate standard and the second plurality of bands together define a second helical spine (27; 69), wherein said bands comprise a V-shape characterized in that said V-shaped bands (19; 70) further comprise S-shaped connecting members (13; 65). a tubular element that is radially expandable from a compressed position to an expanded position, said tubular element comprising a wall, a proximal end, a distal end and a central portion therebetween; the tubular element further comprising at least two elongate standards (20, 22) extending in a helical fashion along the wall from the proximal end to the distal end when the tubular element is in the expanded position; and the tubular element further comprising a first plurality ofbands (19; 70) including at least one end connected to a first elongate standard (20; 55), wherein the first elongate standard and the first plurality of bands together define a first helical spine (25; 68), and a second plurality of bands (19; 70) including at least one end connected to a second elongate standard (22; 57), wherein the second elongate standard and the second plurality of bands together define a second helical spine (27; 69), wherein said bands comprise a V-shape characterized in that said V-shaped bands (19; 70) further comprise S-shaped connecting members (13; 65).
A damping apparatus for an automobile that reduces vibrations of an automobile body, comprising: an actuator that is configured to be attachable to the automobile body and drives an auxiliary mass; a current detector that detects a current (i) flowing through an armature of the actuator when it is attached to the automobile body, the current being a current for driving the auxiliary mass; a power amplifier; a section that detects a terminal voltage applied to the actuator; a calculation circuit configured to calculate: an induced voltage of the actuator based on the detected current (i), the detected terminal voltage, a wire wound resistance of the actuator, and a wire wound inductance of the actuator; and at least one of a relative velocity, a relative displacement, and a relative acceleration between the auxiliary mass and a fixation section of the actuator, based on the calculated induced voltage; and a control circuit configured to: control activation of the actuator by deriving a command signal based on at least one of the relative velocity, the relative displacement, and the relative acceleration between the auxiliary mass and the fixation section of the actuator calculated by the calculation circuit; and output the command signal to the power amplifier. an actuator that is configured to be attachable to the automobile body and drives an auxiliary mass; a current detector that detects a current (i) flowing through an armature of the actuator when it is attached to the automobile body, the current being a current for driving the auxiliary mass; a power amplifier; a section that detects a terminal voltage applied to the actuator; a calculation circuit configured to calculate: an induced voltage of the actuator based on the detected current (i), the detected terminal voltage, a wire wound resistance of the actuator, and a wire wound inductance of the actuator; and at least one of a relative velocity, a relative displacement, and a relative acceleration between the auxiliary mass and a fixation section of the actuator, based on the calculated induced voltage; and an induced voltage of the actuator based on the detected current (i), the detected terminal voltage, a wire wound resistance of the actuator, and a wire wound inductance of the actuator; and at least one of a relative velocity, a relative displacement, and a relative acceleration between the auxiliary mass and a fixation section of the actuator, based on the calculated induced voltage; and a control circuit configured to: control activation of the actuator by deriving a command signal based on at least one of the relative velocity, the relative displacement, and the relative acceleration between the auxiliary mass and the fixation section of the actuator calculated by the calculation circuit; and output the command signal to the power amplifier. control activation of the actuator by deriving a command signal based on at least one of the relative velocity, the relative displacement, and the relative acceleration between the auxiliary mass and the fixation section of the actuator calculated by the calculation circuit; and output the command signal to the power amplifier.
A system, which collects all data received from information technology assets such as a computer or a network switch or a sensor in different domains such as software, network, hardware or industrial systems in a production field in one pool, which creates ontologies based on the operation of the assets and their interactions by determining working relations between the assets and using these working relations, and which inspects said ontologies by using an effect analysis method and a root cause analysis method, said system comprising; - ontology scheme files in which information about the information technology assets are stored, - a mapping application performing a mapping between the ontology scheme files and the data sources of the information technology assets, according to the working relations between the assets, - a triple storage database to which ontology scheme files are conveyed, - a content addition unit adding data received from the information technology assets to the triple storage database by using mapping information obtained in the mapping application, - an alarm queue unit that queues alarm information from applications controlling whether all assets used in the refinery operate properly, - an inference engine creating root cause analysis and effect analysis maps by performing a rule-based inference on the ontologies with respect to the alarms queued by the alarm queue unit, - an effect analysis unit determining the effect that may occur in consequence of alarm data according to the maps created by the inference engine, and - a root cause analysis unit determining the reason of the alarms according to the maps created by the inference engine wherein said effect analysis unit and the root cause analysis unit check alarm information queue by said alarm queue unit at certain intervals and operate the inference engine, if an alarm is generated so as to obtain root cause analysis and effect analysis maps. - ontology scheme files in which information about the information technology assets are stored, - a mapping application performing a mapping between the ontology scheme files and the data sources of the information technology assets, according to the working relations between the assets, - a triple storage database to which ontology scheme files are conveyed, - a content addition unit adding data received from the information technology assets to the triple storage database by using mapping information obtained in the mapping application, - an alarm queue unit that queues alarm information from applications controlling whether all assets used in the refinery operate properly, - an inference engine creating root cause analysis and effect analysis maps by performing a rule-based inference on the ontologies with respect to the alarms queued by the alarm queue unit, - an effect analysis unit determining the effect that may occur in consequence of alarm data according to the maps created by the inference engine, and - a root cause analysis unit determining the reason of the alarms according to the maps created by the inference engine
A suction actuated valve, for a dry powder inhaler, comprising: a compressed air lumen; a control chamber for providing suction; and a trigger assembly, in fluid communication with the control chamber, comprising: a displaceable membrane contained within the control chamber and displaceable within the control chamber, the displaceable membrane configured to seal the control chamber such that suction provided by the control chamber displaces at least a portion of the displaceable membrane to provide an opening force to the trigger assembly for moving the trigger assembly from a closed configuration to an open configuration; and a trigger coupled to the displaceable membrane, the trigger configured, in the closed configuration, to occlude the compressed air lumen and configured, in the open configuration, to open the compressed air lumen; characterised in that the trigger has a first cross-sectional area and the displaceable membrane has a second cross-sectional area greater than the first cross-sectional area such that when suction is provided by the control chamber the displaceable membrane provides a mechanical advantage for moving the trigger from the closed configuration to the open configuration. a compressed air lumen; a control chamber for providing suction; and a trigger assembly, in fluid communication with the control chamber, comprising: a displaceable membrane contained within the control chamber and displaceable within the control chamber, the displaceable membrane configured to seal the control chamber such that suction provided by the control chamber displaces at least a portion of the displaceable membrane to provide an opening force to the trigger assembly for moving the trigger assembly from a closed configuration to an open configuration; and a trigger coupled to the displaceable membrane, the trigger configured, in the closed configuration, to occlude the compressed air lumen and configured, in the open configuration, to open the compressed air lumen; a displaceable membrane contained within the control chamber and displaceable within the control chamber, the displaceable membrane configured to seal the control chamber such that suction provided by the control chamber displaces at least a portion of the displaceable membrane to provide an opening force to the trigger assembly for moving the trigger assembly from a closed configuration to an open configuration; and a trigger coupled to the displaceable membrane, the trigger configured, in the closed configuration, to occlude the compressed air lumen and configured, in the open configuration, to open the compressed air lumen; characterised in that the trigger has a first cross-sectional area and the displaceable membrane has a second cross-sectional area greater than the first cross-sectional area such that when suction is provided by the control chamber the displaceable membrane provides a mechanical advantage for moving the trigger from the closed configuration to the open configuration.