mhurhangee/ep-ind-claims huggingface dataset:
Contact arrangement having a longitudinal axis (z) and comprising a first contact group (3a, 4a) with a first contact and a second contact and a second contact group (3b, 4b) with a third contact and a fourth contact, wherein the first contact and the third contact are nominal contacts (3a, 3b), and the second contact and the fourth contact are arcing contacts (4a, 4b), wherein the first contact interacts electrically and mechanically with the third contact and the second contact interacts electrically and mechanically with the fourth contact, for closing and opening the contact arrangement, characterised in that the first contact group (3a, 4a) is on one side of an arcing zone of the circuit breaker and the second contact group (3b, 4b) is on the other side of the arcing zone, when seen along the longitudinal axis (z), wherein for closing and opening the contact arrangement the first contact group (3a, 4a) is movable along the longitudinal axis (z), wherein at least one mechanical coupling is provided for transmitting an actuation force from the first contact group (3a, 4a) to the second contact group (3b, 4b) and thereby moving the second contact group (3b, 4b), wherein the at least one mechanical coupling (2', 2"; 2) is adapted to move the third contact and the fourth contact in such a way that their speeds differ along at least a portion of a travel path of the third contact or along at least a portion of a travel path of the fourth contact, wherein the at least one mechanical coupling is a linkage (2', 2"; 2) having a first kinematic chain (6a, 6c; 6a) and a second kinematic chain (6b, 6d; 6b), wherein the first kinematic chain (6a, 6c; 6a) is movably connected to the first contact group (3a, 4a) in an electrically insulating manner and the second kinematic chain (6b, 6d; 6b) is movably connected to the second contact group (3b, 4b), and wherein the first kinematic chain (6a, 6c; 6a) has at least two levers (7, 7a; 8a, 8c), with a first lever (7, 7a) of the first kinematic chain (6a, 6c; 6a) being rotationally connected to a bearing (9, 9a) and being fixedly connected to a first lever (7', 7a') of the second kinematic chain (6b, 6d; 6b), and an end lever (8a, 8c) of the first kinematic chain (6a, 6c; 6a) being movably connected to the first contact group (3a, 4a).
A system for producing registered images of a body cavity, comprising: a first imaging device having an imager positioned at a distal end thereof, said first imaging device being configured to produce a first image of a body cavity; and an imaging system, comprising: a second imaging device having an imager positioned at a distal end thereof and configured to be positioned proximate to said imager of said first imaging device within said body cavity and configured to produce a second image; an elongated member extending along a longitudinal axis and being configured to contain said second imaging device such that said second imaging device can rotate within said elongate member; and a balloon at a distal end of said elongated member and comprising a first marker configured to produce registration information in the first image and the second image, wherein said first marker extends parallel to the longitudinal axis; wherein the first imaging device is a camera and the second imaging device is an optical coherence tomography imaging device; wherein the OCT imaging device is translatable and rotatable with respect to the first imaging device. a first imaging device having an imager positioned at a distal end thereof, said first imaging device being configured to produce a first image of a body cavity; and an imaging system, comprising: a second imaging device having an imager positioned at a distal end thereof and configured to be positioned proximate to said imager of said first imaging device within said body cavity and configured to produce a second image; an elongated member extending along a longitudinal axis and being configured to contain said second imaging device such that said second imaging device can rotate within said elongate member; and a balloon at a distal end of said elongated member and comprising a first marker configured to produce registration information in the first image and the second image, wherein said first marker extends parallel to the longitudinal axis; a second imaging device having an imager positioned at a distal end thereof and configured to be positioned proximate to said imager of said first imaging device within said body cavity and configured to produce a second image; an elongated member extending along a longitudinal axis and being configured to contain said second imaging device such that said second imaging device can rotate within said elongate member; and a balloon at a distal end of said elongated member and comprising a first marker configured to produce registration information in the first image and the second image, wherein said first marker extends parallel to the longitudinal axis; wherein the first imaging device is a camera and the second imaging device is an optical coherence tomography imaging device; wherein the OCT imaging device is translatable and rotatable with respect to the first imaging device.
Motorized screen group of the type comprising a first upright and a second upright parallel to each other and a screen having opposite ends associated with said uprights (11, 12), at least one of said first and second uprights (11, 12) being mobile with respect to the other one starting from a first position of mutual contact, wherein said screen is closed, to a second position of maximum distance, wherein said screen is open; guiding means of said screen being provided, which are associated with at least one free side of said screen for guiding its opening and closing wherein said guiding means are configured so that when the screen is closed they are substantially internally housed in said first upright and when the screen is open they are at least partially outside said first upright; a motor for automatically opening and closing said screen group being provided; characterized in that said motor is directly connected to said guiding means for automatically controlling its inlet and outlet movement with respect to said first upright, said direct connection between said motor and said guiding means being realized inside said first upright and comprising a drive belt from said motor to said guiding means.
A method of assaying enzyme activity using an antibody-enzyme complex, wherein glucosidase, galactosidase, fructosidase, or mannosidase is used as an enzyme of the antibody-enzyme complex, and an androsterone derivative represented by the following formula is used as a substrate of the enzyme, wherein X represents a sugar moiety, the sugar moiety represents one selected from the group consisting of glucose, galactose, fructose and mannose, and Y 1 and Y 2 represent together a methylene group, or Y 1 represents hydrogen, and Y 2 represents a C 1-6 alkoxy group, or a C 1-6 alkyl group when the androsterone derivative represented by the formula is used as a substrate of glucosidase, galactosidase, fructosidase or mannosidase; and a quantification of a product of the enzyme reaction is performed by producing thio-NADH and/or thio-NADPH by enzyme cycling reaction using NADH and/or NADPH, thio-NAD and/or thio-NADP, and hydroxysteroid dehydrogenase, and assaying the amount of the produced thio-NADH and/or thio-NADPH, or measuring the change of the color by the produced thio-NADH and/or thio-NADPH. X represents a sugar moiety, the sugar moiety represents one selected from the group consisting of glucose, galactose, fructose and mannose, and Y 1 and Y 2 represent together a methylene group, or Y 1 represents hydrogen, and Y 2 represents a C 1-6 alkoxy group, or a C 1-6 alkyl group when the androsterone derivative represented by the formula is used as a substrate of glucosidase, galactosidase, fructosidase or mannosidase; and a quantification of a product of the enzyme reaction is performed by producing thio-NADH and/or thio-NADPH by enzyme cycling reaction using NADH and/or NADPH, thio-NAD and/or thio-NADP, and hydroxysteroid dehydrogenase, and assaying the amount of the produced thio-NADH and/or thio-NADPH, or measuring the change of the color by the produced thio-NADH and/or thio-NADPH.
A vector network analyzer, comprising: a control processor; a receiver coupled with the control processor; switching circuitry coupled with the receiver; a radio frequency, RF, bridge coupled with the switching circuitry; a transmission line coupled with the RF bridge, wherein the transmission line is configured to be coupled with a load; and a signal generator coupled with the RF bridge; wherein the RF bridge is configured to provide a plurality of reference signals (307a and 307b) to the switching circuitry. a control processor; a receiver coupled with the control processor; switching circuitry coupled with the receiver; a radio frequency, RF, bridge coupled with the switching circuitry; a transmission line coupled with the RF bridge, wherein the transmission line is configured to be coupled with a load; and a signal generator coupled with the RF bridge;
A respiratory pressure sensor comprising: an input configured to receive respiratory gas from at least one of a nasal cavity or an oral cavity of a subject; a pressure sensor configured to detect respiratory pressure of the respiratory gas received from the input; a signal processor configured to perform signal processing on the respiratory pressure detected by the pressure sensor and to generate respiration data; and an output configured to output the respiration data to an external device, wherein the signal processor is configured to generate a respiratory pressure signal and at least one of an airflow signal and a snore signal, as the respiration data, characterised in that the respiration data outputted from the output have identification information for identifying whether the external device can recognize the respiration data or not, and the identification information is identification information for identifying the respiration data acquired by the respiratory pressure sensor and other vital signs information data, or identification information created by combining given patient information and the respiration data. an input configured to receive respiratory gas from at least one of a nasal cavity or an oral cavity of a subject; a pressure sensor configured to detect respiratory pressure of the respiratory gas received from the input; a signal processor configured to perform signal processing on the respiratory pressure detected by the pressure sensor and to generate respiration data; and an output configured to output the respiration data to an external device, wherein the signal processor is configured to generate a respiratory pressure signal and at least one of an airflow signal and a snore signal, as the respiration data, characterised in that the respiration data outputted from the output have identification information for identifying whether the external device can recognize the respiration data or not, and the identification information is identification information for identifying the respiration data acquired by the respiratory pressure sensor and other vital signs information data, or identification information created by combining given patient information and the respiration data.
Method of creating an ohmic contact on a crystallographic C side of a silicon carbide substrate, comprising the following steps: • applying a layer stack to the crystallographic C side of the silicon carbide substrate, where the layer stack comprises at least one semiconductive layer comprising germanium and at least one metallic layer, and • creating a liquid phase, in the form of dots, of the layer stack, wherein a surface of the layer stack is scanned with the aid of laser beams, wherein the metallic layer reacts with the silicon in the silicon carbide substrate. • applying a layer stack to the crystallographic C side of the silicon carbide substrate, where the layer stack comprises at least one semiconductive layer comprising germanium and at least one metallic layer, and • creating a liquid phase, in the form of dots, of the layer stack, wherein a surface of the layer stack is scanned with the aid of laser beams, wherein the metallic layer reacts with the silicon in the silicon carbide substrate.
An apparatus comprising: (a) a body; (b) a shaft assembly (130, 1430) extending distally from the body; (c) an end effector (140, 1440) located at a distal end of the shaft assembly, wherein the end effector comprises: (i) an ultrasonic blade (142, 1442), wherein the ultrasonic blade is configured to vibrate at an ultrasonic frequency, and (ii) a clamp arm (144, 1444), wherein the clamp arm is movable toward the ultrasonic blade to compress tissue against the ultrasonic blade; and (d) a shield member (1300, 1400, 3600), characterised in that the shield member is configured cover at least a first portion of the end effector and thereby reduce transfer of heat from the first portion of the end effector, wherein the first portion of the end effector is the clamp arm. (a) a body; (b) a shaft assembly (130, 1430) extending distally from the body; (c) an end effector (140, 1440) located at a distal end of the shaft assembly, wherein the end effector comprises: (i) an ultrasonic blade (142, 1442), wherein the ultrasonic blade is configured to vibrate at an ultrasonic frequency, and (ii) a clamp arm (144, 1444), wherein the clamp arm is movable toward the ultrasonic blade to compress tissue against the ultrasonic blade; and (i) an ultrasonic blade (142, 1442), wherein the ultrasonic blade is configured to vibrate at an ultrasonic frequency, and (ii) a clamp arm (144, 1444), wherein the clamp arm is movable toward the ultrasonic blade to compress tissue against the ultrasonic blade; and (d) a shield member (1300, 1400, 3600), characterised in that the shield member is configured cover at least a first portion of the end effector and thereby reduce transfer of heat from the first portion of the end effector, wherein the first portion of the end effector is the clamp arm.
Electrical device comprising: a casing comprising a cavity receiving an electrical component, and at least two conductors (C1, C2) connected to the electrical component so as to supply it with electrical energy, the two conductors (C1, C2) being superposed and extending in parallel, said device being characterized in that it comprises an electrically insulating film folded on itself around a fold, and of which a first part (F 1) situated on one side of the fold covers a surface of a first conductor so as to electrically insulate it, and a second part (F 2) situated on the other side of the fold is inserted between the two conductors (C1, C2) so as to electrically insulate them from one another. a casing comprising a cavity receiving an electrical component, and at least two conductors (C1, C2) connected to the electrical component so as to supply it with electrical energy, the two conductors (C1, C2) being superposed and extending in parallel, said device being characterized in that it comprises an electrically insulating film folded on itself around a fold, and of which a first part (F 1) situated on one side of the fold covers a surface of a first conductor so as to electrically insulate it, and a second part (F 2) situated on the other side of the fold is inserted between the two conductors (C1, C2) so as to electrically insulate them from one another.
A ride vehicle for an attraction of an amusement park, the ride vehicle comprising: a ride seat; a pivot adapter configured to rotate relative to the ride seat about a rotational axis; a gear of the pivot adapter, the gear being configured to rotate about the rotational axis, the gear comprising a first set of teeth and the rotational axis extending through the pivot adapter and the gear; a passenger restraint piece coupled to the pivot adapter and configured to rotate with the pivot adapter about the rotational axis between a closed position and an open position; a cap comprising a second set of teeth, wherein the cap is configured to be positioned to engage with the gear of the pivot adapter via relative movement between the cap and the gear of the pivot adapter along the rotational axis such that the second set of teeth of the cap engages with the first set of teeth of the gear, and wherein engagement between the second set of teeth and the first set of teeth substantially blocks movement of the pivot adapter relative to the ride seat in a rotational direction about the rotational axis. a ride seat; a pivot adapter configured to rotate relative to the ride seat about a rotational axis; a gear of the pivot adapter, the gear being configured to rotate about the rotational axis, the gear comprising a first set of teeth and the rotational axis extending through the pivot adapter and the gear; a passenger restraint piece coupled to the pivot adapter and configured to rotate with the pivot adapter about the rotational axis between a closed position and an open position; a cap comprising a second set of teeth, wherein the cap is configured to be positioned to engage with the gear of the pivot adapter via relative movement between the cap and the gear of the pivot adapter along the rotational axis such that the second set of teeth of the cap engages with the first set of teeth of the gear, and wherein engagement between the second set of teeth and the first set of teeth substantially blocks movement of the pivot adapter relative to the ride seat in a rotational direction about the rotational axis.
A magnetic actuator (108a-d), comprising: a first magnet (118a-f) having a first magnetic axis (124a-f) and a first magnetic field; a second magnet (118a-f) having a second magnetic axis (124a-f) and a second magnetic field, the first and second magnets each defining, at least in part, a magnetic assembly (112a-d); and a coil actuator assembly (108a-d) comprising a housing through which the magnetic assembly is at least partially disposed, wherein the first and second magnetic fields collectively approximate a curve, wherein the magnetic assembly is curved to maximize clearance of the magnetic assembly, relative to the housing, for movement within the housing, thereby minimizing a size of the housing; wherein the coil actuator assembly further comprises a coil wrapped around the housing, arranged such that, in response to supplying a voltage to the coil, the magnetic assembly is actuated relative to and through an opening of the housing, and wherein the magnetic assembly is attachable to an optical device, such that actuation of the magnetic assembly by the coil actuator assembly will cause the optical device to pivot relative to the housing. a first magnet (118a-f) having a first magnetic axis (124a-f) and a first magnetic field; a second magnet (118a-f) having a second magnetic axis (124a-f) and a second magnetic field, the first and second magnets each defining, at least in part, a magnetic assembly (112a-d); and a coil actuator assembly (108a-d) comprising a housing through which the magnetic assembly is at least partially disposed, wherein the first and second magnetic fields collectively approximate a curve, wherein the magnetic assembly is curved to maximize clearance of the magnetic assembly, relative to the housing, for movement within the housing, thereby minimizing a size of the housing; wherein the coil actuator assembly further comprises a coil wrapped around the housing, arranged such that, in response to supplying a voltage to the coil, the magnetic assembly is actuated relative to and through an opening of the housing, and wherein the magnetic assembly is attachable to an optical device, such that actuation of the magnetic assembly by the coil actuator assembly will cause the optical device to pivot relative to the housing.
A latch comprising a housing having a fishmouth, the fishmouth defining a length between an open top end of the fishmouth and a closed bottom end of the fishmouth, a ratchet, a primary pawl, a secondary pawl, and a striker arranged to be received within the fishmouth, for retaining a hood in position relative to the body of a vehicle; and wherein the latch is movable between a fully closed position where the ratchet and the primary pawl cooperate to selectively retain the striker in the fishmouth, a partially closed position where the ratchet and the secondary paw cooperate to selectively retain the striker in the fishmouth, and an open position where the striker is free to move out of the fishmouth, wherein the ratchet is movable between a first-locked position, a second-locked position, and an unlocked position, the primary pawl is movable between a locked position and an unlocked position, the secondary pawl is movable between a locked position and an unlocked position, and the ratchet is in the first-locked position, the primary pawl is in the locked position, the secondary pawl is in the locked position when the latch is in the fully closed position, and characterised in that the ratchet is also movable in an over travel position, and the latch further comprises a toggle lever configured to cooperate with the ratchet to block the striker from moving downwardly toward the closed bottom end of the fishmouth, when the hood is being closed from the open position.
An arrangement for high-voltage components located in a motor vehicle, which has a housing for mounting the high-voltage components, which is completely closable, conductive and suitable for electromagnetically shielding the high-voltage components arranged in the housing, and which has openings for the electromagnetically compatible connection of electrical lines to the high-voltage components, characterized in - that the housing consists of plastic, which is made electrically conductive by the addition of metallic particles, - that the housing has at least one support element on at least one of its walls for the same, and - that the housing is produced from the plastic filled with the metallic particles by injection molding in a form adapted to the special conditions of the installation location in the motor vehicle. - that the housing consists of plastic, which is made electrically conductive by the addition of metallic particles, - that the housing has at least one support element on at least one of its walls for the same, and - that the housing is produced from the plastic filled with the metallic particles by injection molding in a form adapted to the special conditions of the installation location in the motor vehicle.
A load-handling vehicle 10, comprising: a body; a boom 25, pivotally mounted to the body at a rear end region 28 so that the boom 25 can pivot up and down about an axis extending laterally with respect to the vehicle 10, wherein the boom 25 has a load carrying implement attachable at a forward end region thereof; a steerable ground engageable propulsion arrangement; an electrically powered drive for the propulsion arrangement; a platform 42 positioned at the rear of the body and to the side of the boom 25; a battery pack 50 positioned on the platform 42, characterised in that the battery pack comprises a lateral projection configured to locate rearwardly of the boom. a body; a boom 25, pivotally mounted to the body at a rear end region 28 so that the boom 25 can pivot up and down about an axis extending laterally with respect to the vehicle 10, wherein the boom 25 has a load carrying implement attachable at a forward end region thereof; a steerable ground engageable propulsion arrangement; an electrically powered drive for the propulsion arrangement; a platform 42 positioned at the rear of the body and to the side of the boom 25; a battery pack 50 positioned on the platform 42, characterised in that the battery pack comprises a lateral projection configured to locate rearwardly of the boom.