mhurhangee/ep-ind-claims huggingface dataset:
A bonnet latch device that engages a striker attached to a bonnet and closes the bonnet, the bonnet latch device comprising: a main latch that is attached to a vehicle body, rotates from an unlatched position to a latched position around a latch shaft, and engages the striker; a ratchet that is axially supported on a ratchet shaft, engages the main latch rotated from the unlatched position to the latched position, and holds the main latch to the latched position; and an antirattle latch that is energized by a spring (23, 24) to push the striker that engages the main latch in an unlatching direction, wherein an antirattle latch-holder that is a groove surrounded by an U-shaped wall having a first wall and a second wall that are opposite to and face each other, and configured to engage the striker to hold the striker is provided in the antirattle latch; and the first wall is a pushing wall that abuts on the striker and pushes the striker in the unlatching direction, while the second wall is a reinforcement wall that restricts movement of the striker in the unlatching direction, characterized in that, a ratchet retainer that overlaps the ratchet in a direction of a shaft center of the ratchet shaft is provided in the antirattle latch. a main latch that is attached to a vehicle body, rotates from an unlatched position to a latched position around a latch shaft, and engages the striker; a ratchet that is axially supported on a ratchet shaft, engages the main latch rotated from the unlatched position to the latched position, and holds the main latch to the latched position; and an antirattle latch that is energized by a spring (23, 24) to push the striker that engages the main latch in an unlatching direction, wherein an antirattle latch-holder that is a groove surrounded by an U-shaped wall having a first wall and a second wall that are opposite to and face each other, and configured to engage the striker to hold the striker is provided in the antirattle latch; and the first wall is a pushing wall that abuts on the striker and pushes the striker in the unlatching direction, while the second wall is a reinforcement wall that restricts movement of the striker in the unlatching direction, characterized in that, a ratchet retainer that overlaps the ratchet in a direction of a shaft center of the ratchet shaft is provided in the antirattle latch.
A vehicle, preferably motor vehicle, in particular utility vehicle, comprising - a roof surface, - an outer periphery, and - an energy generation installation (1.1, 1.2) which is a photovoltaic installation, wherein - the energy generation installation (1.1, 1.2) comprises a first subsystem (1.1) and at least one second subsystem (1.2), and - a dedicated first control device (2.1) is assigned to the first subsystem (1.1) for controlling the first subsystem (1.1) and a dedicated second control device (2.2) is assigned to the second subsystem (1.2) for controlling the second subsystem (1.2), and, in particular, the outer periphery is at least partially used as a useful surface for the first subsystem (1.1), so that the first subsystem (1.1) preferably extends over at least a portion of the outer periphery, characterized in that the first control device (2.1) and the second control device (2.2) are connected to at least one control device for controlling the air-conditioning, cooling and/or ventilation installation of the vehicle, wherein the first control device (2.1) and the second control device (2.2) and the at least one control device for the air-conditioning, cooling and/or ventilation installation are designed to interact with one another. - a roof surface, - an outer periphery, and - an energy generation installation (1.1, 1.2) which is a photovoltaic installation, - the energy generation installation (1.1, 1.2) comprises a first subsystem (1.1) and at least one second subsystem (1.2), and - a dedicated first control device (2.1) is assigned to the first subsystem (1.1) for controlling the first subsystem (1.1) and a dedicated second control device (2.2) is assigned to the second subsystem (1.2) for controlling the second subsystem (1.2), and, in particular, the outer periphery is at least partially used as a useful surface for the first subsystem (1.1), so that the first subsystem (1.1) preferably extends over at least a portion of the outer periphery, characterized in that the first control device (2.1) and the second control device (2.2) are connected to at least one control device for controlling the air-conditioning, cooling and/or ventilation installation of the vehicle, wherein the first control device (2.1) and the second control device (2.2) and the at least one control device for the air-conditioning, cooling and/or ventilation installation are designed to interact with one another.
A method of ablation of a metal-ceramic substrate, characterized in that the method is carried out with a laser that is used under process conditions in which the formation of solid metal particles on the metal-ceramic substrate, which can separate from metal particles released by laser ablation near the ablation edge, is essentially avoided, characterized in that the laser used is a p-sec laser with a relationship between the laser power and the maximal processing speed of the laser (m/sec) which corresponds to the following formula: y ≤ 4,7 ln x − 15 with x = laser power in W; and y = effective laser processing speed in m/sec. x = laser power in W; and y = effective laser processing speed in m/sec.
Method for regulating a predetermined modifiable brake pressure in the wheel brakes of a brake system in which input variables which determine the brake pressure in the individual wheel brakes are evaluated, and electrical valve currents are defined as a manipulated variable of hydraulic valves, wherein the activation unit is disconnected from the wheel brakes (10, 11) by an isolating valve, and a pressure build up is subsequently carried out with a pump which can be actuated electrically, wherein a valve characteristic curve, which correlates the valve current of the isolating valve with a pressure difference of the isolating valve, is stored in a regulating or data-processing system, and wherein the isolating valve is controlled analogously, wherein the valve current of the isolating valve is determined in accordance with the characteristic curve and is set in such way that at least two strategies for setting the brake pressure are provided, wherein according to the first strategy the valve current follows the profile of the characteristic curve, and the second strategy provides jump functions with respect to the maximum valve current or with respect to the valve current represented by the characteristic curve.
A power harvesting system comprising: a direct-current power source; an inverter housing (700, 800) housing an inverter, wherein the inverter housing comprises a sealed box having a socket; and a first cartridge (710, 810) comprising: a first housing; a first capacitor or a first active element enclosed within the first housing; an electrical contact adapted for insertion into the socket for electrical connection, with the inverter, of the first capacitor or the first active element; and a first clamp coupled to an exterior surface of the first housing, wherein the first clamp is configured to couple the first cartridge ( 710, 810) to the inverter housing (700, 800) of the power harvesting system such that the first capacitor or the first active element is electrically coupled, via the electrical contact, to the inverter to form a component of the inverter, wherein the first clamp is different from the electrical contact. a direct-current power source; an inverter housing (700, 800) housing an inverter, wherein the inverter housing comprises a sealed box having a socket; and a first cartridge (710, 810) comprising: a first housing; a first capacitor or a first active element enclosed within the first housing; an electrical contact adapted for insertion into the socket for electrical connection, with the inverter, of the first capacitor or the first active element; and a first clamp coupled to an exterior surface of the first housing, wherein the first clamp is configured to couple the first cartridge ( 710, 810) to the inverter housing (700, 800) of the power harvesting system such that the first capacitor or the first active element is electrically coupled, via the electrical contact, to the inverter to form a component of the inverter, wherein the first clamp is different from the electrical contact. a first housing; a first capacitor or a first active element enclosed within the first housing; an electrical contact adapted for insertion into the socket for electrical connection, with the inverter, of the first capacitor or the first active element; and a first clamp coupled to an exterior surface of the first housing, wherein the first clamp is configured to couple the first cartridge ( 710, 810) to the inverter housing (700, 800) of the power harvesting system such that the first capacitor or the first active element is electrically coupled, via the electrical contact, to the inverter to form a component of the inverter, wherein the first clamp is different from the electrical contact.
A building method of an immobilization device applicable to at least one body segment of a patient for at least partially immobilize it, said method comprising the following steps: - detecting the volumetric dimensions of the patient's body segment; - setting the shaping of said immobilization device, said method being characterized in comprising a step of printing said immobilization device using a 3D printer, said 3D printer comprising at least one pair of nozzles for the emission of materials having different physical characteristics so as to vary, area by area, the physical characteristics of said device immobilization. - detecting the volumetric dimensions of the patient's body segment; - setting the shaping of said immobilization device, said method being characterized in comprising a step of printing said immobilization device using a 3D printer, said 3D printer comprising at least one pair of nozzles for the emission of materials having different physical characteristics so as to vary, area by area, the physical characteristics of said device immobilization.
Blade for a thrust reverser, characterized in that it comprises: - a longitudinally elongate rigid body comprising a longitudinally elongate cellular structure bounded laterally by a transverse wall surrounding said structure and forming a rim of the cellular structure, - a longitudinally elongate rigid upper wall (Psup) disposed on the body; - a longitudinally elongate rigid lower wall (Pinf) disposed beneath the body; and in that each upper and lower wall (Psup, Pinf) has continuous unidirectional reinforcing fibres agglomerated by a matrix made of thermoplastic resin ensuring the assembly and cohesion between the body and the upper and lower walls (Pinf, Psup). - a longitudinally elongate rigid body comprising a longitudinally elongate cellular structure bounded laterally by a transverse wall surrounding said structure and forming a rim of the cellular structure, - a longitudinally elongate rigid upper wall (Psup) disposed on the body; - a longitudinally elongate rigid lower wall (Pinf) disposed beneath the body;
Apparatus for preparing a foam from a liquid, particularly a food liquid, such as milk or a milk-based liquid, comprising a base body provided with electrical connection means (52, 54), and an upper unit (12, 14) arranged to be releasably placed on the base body to be electrically connected to the base body through said electrical connection means (52, 54), wherein the upper unit (12, 14) comprises a vessel for containing an amount of liquid, a stirring member detachably mounted inside the vessel and arranged to be driven to rotate about an axis of rotation (z), heating means for heating the liquid contained in the vessel, and electrically operated driving means (42, 44, 46) for driving the stirring member to rotate about said axis of rotation (z), wherein the upper unit (12, 14) comprises an upper body and an intermediate body separate from each other, wherein the upper body acts as a vessel and includes a main portion of cylindrical shape, which is open at its top, and the intermediate body houses said heating means and said electrically operated driving means (42, 44, 46), characterized in that the upper body further includes a coupling portion of cylindrical shape, which is placed underneath the main portion and communicates therewith, in that the intermediate body has at its top a seat for receiving the coupling portion of the upper body, in that the upper body and the intermediate body are provided with releasable coupling means (36, 38) for coupling the upper body with the intermediate body when the coupling portion of the upper body is inserted into the seat of the intermediate body, and in that said heating means are arranged around the seat of the intermediate body.
A combine harvester comprising a separating device and a cleaning device as well as a return pan which adjoins the separating device and which extends transversely relative to the direction of travel and with which there is associated a conveyor device (29, 30) which distributes a crop material delivered on to the return pan by the separating device prior to delivery to the cleaning device transversely relative to the direction of travel, wherein the conveyor amount of the crop material distributed by the conveyor device is variable in dependence on operating parameters of the combine harvester, that influence the quality of the cleaning process, characterised in that the conveyor device (29, 30) is arranged partially variably in position in dependence on a lateral inclination angle of the combine harvester relative to the return pan in relation to an axis perpendicular to the return pan.
A method for detecting fraud caused by tampering with a fuel flow meter (32,200), comprising the steps of: providing a fuel flow meter (32,200) for measuring the flow of liquid fuel, said flow meter (32,200) having at least one shaft (218,220) supporting a rotor; providing said flow meter (32,200) with a rotary displacement sensor (44,208); recording data indicative of a first angular position of said shaft (218,220) upon termination of a first fueling transaction; recording data indicative of a second angular position of said shaft (218,220) upon initiation of a second fueling transaction; and comparing data indicative of said first and second shaft angular positions to determine whether a difference exists. providing a fuel flow meter (32,200) for measuring the flow of liquid fuel, said flow meter (32,200) having at least one shaft (218,220) supporting a rotor; providing said flow meter (32,200) with a rotary displacement sensor (44,208); recording data indicative of a first angular position of said shaft (218,220) upon termination of a first fueling transaction; recording data indicative of a second angular position of said shaft (218,220) upon initiation of a second fueling transaction; and comparing data indicative of said first and second shaft angular positions to determine whether a difference exists.
A rotary switching device comprising: a cylindrical first member (300, 910)) that includes an outer circumferential surface on which predetermined information is displayed; a second member (700, 920) that is rotatable relative to the first member; a plurality of selection elements (211, 213, 215, 217, 219) among which a selection target is switched in accordance with relative positions of the first member and the second member; a mirror surface part that is formed by a surface disposed around the outer circumferential surface of the first member and intersecting an axial direction of the first member, and that is configured to specularly reflect the information displayed on the outer circumferential surface of the first member to enable the information to be visually recognized from the axial direction of the first member; and an indicating part configured to indicate the selection element that is selected. a cylindrical first member (300, 910)) that includes an outer circumferential surface on which predetermined information is displayed; a second member (700, 920) that is rotatable relative to the first member; a plurality of selection elements (211, 213, 215, 217, 219) among which a selection target is switched in accordance with relative positions of the first member and the second member; a mirror surface part that is formed by a surface disposed around the outer circumferential surface of the first member and intersecting an axial direction of the first member, and that is configured to specularly reflect the information displayed on the outer circumferential surface of the first member to enable the information to be visually recognized from the axial direction of the first member; and an indicating part configured to indicate the selection element that is selected.
A monitoring device for a power semiconductor switch configured to be controlled to a conductive state or a non-conductive state on the basis of a gate voltage signal driven by a gate driver unit, wherein the device comprises measuring means for generating a saturation voltage signal on the basis of a voltage over the power semiconductor switch, an auxiliary switch connected between a saturation voltage signal line carrying the saturation voltage signal and an output of the gate driver unit driving the gate voltage signal, wherein the auxiliary switch is configured to be controlled to a conductive state or a non-conductive state on the basis of a difference between a second reference signal and the gate voltage signal so that the saturation voltage signal becomes responsive to the level of the gate voltage signal during the non-conductive state of the power semiconductor switch in order to use the saturation voltage signal for diagnosing a supply voltage of the gate driver, and feedback means for generating a saturation feedback signal on the basis of the saturation voltage signal, wherein the second reference signal is a second reference voltage that is the emitter or source voltage potential of the power semiconductor switch, or wherein the device comprises reference voltage generating means for generating the second reference signal, wherein the reference voltage generating means are configured to modulate the second reference signal in order to modulate the feedback signal during the non-conductive state of the power semiconductor switch, wherein the frequency and/or duty cycle of the modulation of the feedback signal is responsive to a level of a positive supply voltage and/or a negative supply voltage supplying the gate driver unit.
Mutated hydroxyphenylpyruvate dioxygenase (HPPD) which retains its properties of catalysing the conversion of para-hydroxyphenylpyruvate to homogentisate and which is less sensitive to tembotrione than the original unmutated HPPD, characterized in that it contains a mutation on the amino acid glycine in position 336 with reference to the amino acid sequence of the Pseudomonas HPPD of SEQ ID NO:2 which is Gly336Phe.
An apparatus for collecting and thereafter filtering bone from blood, comprising: (a) a collection trap comprising a liquid container having a single, open end comprising a mouth of the container; (b) a first cover comprising a lid; and (c) a second cover comprising a lid; (d) wherein the first cover and second cover are interchangeably attachable to the collection trap; (e) wherein the first cover comprises a suction port and an intake port, and is configured to be used when attached to the container for collecting blood and bone suctioned into the container through the intake port as a result of application of suction via the suction port; and (f) wherein the second cover comprises a suction port, a vent, and a plunger, and is configured to be interchanged with the first cover following the collection of blood and bone in the container for separating the blood from the bone upon depressing of the plunger, the plunger including a press head having a screen (218, 220) permitting blood to pass there through but generally blocking bone from passing there through when the plunger transitions from a first position, at which the press head is located proximate a bottom of the lid of the second cover, to a second position, at which the press head is located proximate a bottom of the container with the collected bone being pressed against the bottom of the container, the vent configured to permit air to enter into the container as a result of the application of suction via the suction port of the second cover. (a) a collection trap comprising a liquid container having a single, open end comprising a mouth of the container; (b) a first cover comprising a lid; and (c) a second cover comprising a lid; (d) wherein the first cover and second cover are interchangeably attachable to the collection trap; (e) wherein the first cover comprises a suction port and an intake port, and is configured to be used when attached to the container for collecting blood and bone suctioned into the container through the intake port as a result of application of suction via the suction port; and (f) wherein the second cover comprises a suction port, a vent, and a plunger, and is configured to be interchanged with the first cover following the collection of blood and bone in the container for separating the blood from the bone upon depressing of the plunger, the plunger including a press head having a screen (218, 220) permitting blood to pass there through but generally blocking bone from passing there through when the plunger transitions from a first position, at which the press head is located proximate a bottom of the lid of the second cover, to a second position, at which the press head is located proximate a bottom of the container with the collected bone being pressed against the bottom of the container, the vent configured to permit air to enter into the container as a result of the application of suction via the suction port of the second cover.
A sorting table for fruit, comprising: - a conveyor for conveying a fruit crop along a conveying plane between an admission zone and a discharge zone, - a screen extending in the conveying plane between the admission zone and the discharge zone, the screen having openings for the passage of fruit from the conveying plane towards a zone for receiving sorted fruit, that is disposed beneath the conveying plane, and - an adjusting device for adjusting the selectivity of the sorting table, characterised by: - at least one measuring device for measuring one of a quantity of fruit and a fruit flow rate passing through the screen over at least one reference portion of the screen, the reference portion being disposed between the fruit admission zone and the discharge zone and at a spacing from the fruit admission zone. - a conveyor for conveying a fruit crop along a conveying plane between an admission zone and a discharge zone, - a screen extending in the conveying plane between the admission zone and the discharge zone, the screen having openings for the passage of fruit from the conveying plane towards a zone for receiving sorted fruit, that is disposed beneath the conveying plane, and - an adjusting device for adjusting the selectivity of the sorting table, - at least one measuring device for measuring one of a quantity of fruit and a fruit flow rate passing through the screen over at least one reference portion of the screen, the reference portion being disposed between the fruit admission zone and the discharge zone and at a spacing from the fruit admission zone.