mhurhangee/ep-ind-claims huggingface dataset:
A coating apparatus comprising: a coating unit configured by a plurality of rotary atomizing type electrostatic coating machines disposed adjacent to each other; a coating manipulator on which the coating unit is mounted; and a coating control apparatus configured to control the coating unit and the coating manipulator to discharge a coating material, wherein a diameter of an atomizing head of each of the rotary atomizing type electrostatic coating machines is 50 mm or less, wherein the coating control apparatus is configured to control each of the rotary atomizing type electrostatic coating machines to discharge_coating material at a rate of 400 cc/min or less, wherein the coating control apparatus is configured to control the coating unit to keep the atomizing head within a coating distance (Sd) between 50 mm to 150 mm from a surface to be coated of a workpiece, wherein the coating control apparatus is configured to control the coating material discharge amounts of the plurality of rotary atomizing type electrostatic coating machines independently from one another thereof, and wherein the coating control apparatus is configured to control each of the rotary atomizing type electrostatic coating machines to include a pause of coating material discharge from the respective rotary atomizing type electrostatic coating machines that perform overspray. a coating unit configured by a plurality of rotary atomizing type electrostatic coating machines disposed adjacent to each other; a coating manipulator on which the coating unit is mounted; and a coating control apparatus configured to control the coating unit and the coating manipulator to discharge a coating material, wherein a diameter of an atomizing head of each of the rotary atomizing type electrostatic coating machines is 50 mm or less, wherein the coating control apparatus is configured to control each of the rotary atomizing type electrostatic coating machines to discharge_coating material at a rate of 400 cc/min or less, wherein the coating control apparatus is configured to control the coating unit to keep the atomizing head within a coating distance (Sd) between 50 mm to 150 mm from a surface to be coated of a workpiece, wherein the coating control apparatus is configured to control the coating material discharge amounts of the plurality of rotary atomizing type electrostatic coating machines independently from one another thereof, and wherein the coating control apparatus is configured to control each of the rotary atomizing type electrostatic coating machines to include a pause of coating material discharge from the respective rotary atomizing type electrostatic coating machines that perform overspray.
A lighting control system for a motor vehicle having a controller, a main electrical circuit and external running lights operating in several lighting configurations, said control system includes in combination: - a manually operable control member freely rotating bidirectionally about at least one axis, - encoding means connected to the control member converting the rotation of the control member into a signal fed to the controller to activate the vehicle external running lights into one of said several lighting configurations, - logic means embedded in the controller for storing the said lighting configuration for a preset period of time when the main electrical circuit is turned OFF and for activating the external running lights with the said lighting configuration when the main electrical circuit is turned ON within the said preset period of time, characterized in that said control system further includes: - an automatic lighting mode wherein a light sensor is connected to the controller configured to activate the vehicle external running lights according to the vehicle environment, the automatic lighting mode being overridden by a rotation of the control member. - a manually operable control member freely rotating bidirectionally about at least one axis, - encoding means connected to the control member converting the rotation of the control member into a signal fed to the controller to activate the vehicle external running lights into one of said several lighting configurations, - logic means embedded in the controller for storing the said lighting configuration for a preset period of time when the main electrical circuit is turned OFF and for activating the external running lights with the said lighting configuration when the main electrical circuit is turned ON within the said preset period of time, - an automatic lighting mode wherein a light sensor is connected to the controller configured to activate the vehicle external running lights according to the vehicle environment, the automatic lighting mode being overridden by a rotation of the control member.
A tyre monitoring system for a vehicle, the system comprising a plurality of tyre units (200, 300), each tyre unit being mountable on a respective tyre in at least a first orientation or a second orientation and comprising at least one sensor for detecting one or more characteristics of the respective tyre, characterised by a lateral force sensor that is responsive to forces exerted on the respective tyre along a lateral axis that is parallel with an axle of the vehicle on which the respective tyre is mounted in use, said lateral force sensor being arranged to produce an output signal that indicates the direction of said exerted forces, and control means arranged to determine whether a respective tyre unit is mounted in said first orientation or said second orientation depending on said exerted force direction indicated by said output signal. at least one sensor for detecting one or more characteristics of the respective tyre, characterised by a lateral force sensor that is responsive to forces exerted on the respective tyre along a lateral axis that is parallel with an axle of the vehicle on which the respective tyre is mounted in use, said lateral force sensor being arranged to produce an output signal that indicates the direction of said exerted forces, and
Electrical unit comprising a housing having a first, separable wall and a circuit board mounted inside said housing, wherein an electrical component is connected to the circuit board, characterized in that an inner side of said first wall is provided with a mounting arrangement for holding the electrical component, and an outer side of said first wall is provided with a disassembling marking (53, 55, 57) comprising a cutting pattern (59, 61, 63) which corresponds to an outer boundary (65, 67, 69) of a mounting arrangement foundation (39, 41, 43). a housing having a first, separable wall and a circuit board mounted inside said housing, wherein an electrical component is connected to the circuit board, characterized in that an inner side of said first wall is provided with a mounting arrangement for holding the electrical component, and an outer side of said first wall is provided with a disassembling marking (53, 55, 57) comprising a cutting pattern (59, 61, 63) which corresponds to an outer boundary (65, 67, 69) of a mounting arrangement foundation (39, 41, 43).
Process for producing a seat, comprising at least the following steps: provision of at least one first and at least one second layer of composite material (6, 5), in each case containing fibres which in each case are embedded in a thermoplastic polymer, thermoforming of the at least one first layer of composite material to form a lower seat shell, thermoforming of the at least one second layer of composite material to form an upper seat shell, positioning of the lower seat shell and the upper seat shell in a tool so that a gap is formed between the two seat shells, introduction of foamed particles composed of a thermoplastic polymer into the gap and pressing together of the two seat shells and the foamed particles in order to obtain the seat. provision of at least one first and at least one second layer of composite material (6, 5), in each case containing fibres which in each case are embedded in a thermoplastic polymer, thermoforming of the at least one first layer of composite material to form a lower seat shell, thermoforming of the at least one second layer of composite material to form an upper seat shell, positioning of the lower seat shell and the upper seat shell in a tool so that a gap is formed between the two seat shells, introduction of foamed particles composed of a thermoplastic polymer into the gap and pressing together of the two seat shells and the foamed particles in order to obtain the seat.
A method in dry shake coating of a concrete floor, whereby an applied floor concrete mass is first of all subjected to early aftercare with an early aftercare agent, in which connection, after floating, on top of the floor concrete mass is applied a dry shake material, in which connection the surface of a currently underlying dry shake layer is troweled prior to the application of a next dry shake layer to be processed thereupon, whereafter the lastly processed dry shake layer of a concrete floor is troweled and the concrete floor is immediately subjected to actual aftercare with an aftercare agent, water spraying, plastic sheet or filter fabric protection, wherein, in the process of spreading the dry shake material on top of the floor concrete mass for two or more superimposed dry shake layers (K1, K2), it is for increasing an overall thickness of the dry shake coating and for enhancing mutual bonding of the superimposed dry shake layers that the application of the underlying dry shake layer is being initiated as quickly as possible after vibration of the base concrete, before the concrete has hardened or dried, in order to provide optimal hardening conditions of the dry shake floor, characterized in that the application of the underlying dry shake layer is followed by spreading over its surface a water soluble silica-based medium prior to and/or during the course of troweling this particular dry shake layer and prior to the application of the overlying dry shake layer to be spread thereupon.
Water flushing device for WC pan, provided with a tank able to contain water intended to be evacuated at least partly toward the pan as water flush, the device comprising a rotating vessel mounted to rotate in the tank and able to be filled at least with a determined quantity of water, in a waiting or out-of-service position, and to be rotated in service by an operating handle in order to evacuate water into the tank as water flush for the pan, said operating handle being securely mounted on the vessel, at a distance from the rotation axis of the vessel, characterized in that said operating handle is mounted passing into a wall of the tank through a groove formed in said wall of the tank.
An apparatus for distributing a stream of products, in particular a stream of sliced food products, comprising an incoming conveyor and an outgoing conveyor which are configured to convey the products along a conveying direction and which are arranged behind one another viewed in the conveying direction, wherein the incoming conveyor has two conveying tracks (20a, 20b) disposed next to one another and the outgoing conveyor has three conveying tracks (21a-c) disposed next to one another at a uniform track spacing; and a distribution device which is arranged between the incoming conveyor and the outgoing conveyor and which is configured to distribute products which are conveyed on the two conveying tracks (20a, 20b) of the incoming conveyor onto the three conveying tracks (21a-c) of the outgoing conveyor, wherein the distribution device comprises a spreading conveyor having at least three conveying tracks (22a-d) disposed next to one another, with the track spacing of adjacent conveying tracks (22a-d) of the spreading conveyor at the incoming side corresponding to the respective track spacing of the two conveying tracks (20a, 20b) of the incoming conveyor, and with the track spacing of a pair of adjacent conveying tracks (22a-d) of the spreading conveyor at the outgoing side corresponding to the track spacing of the conveying tracks (21a-c) of the outgoing conveyor and the track spacing of the other pair of adjacent conveying tracks (22a-d) of the spreading conveyor being doubled with respect to the track spacing of the conveying tracks (21a-c) of the outgoing conveyor, characterized in that the spreading conveyor as a whole is displaceable transversely to the conveying direction; or in that an end of the spreading conveyor at the incoming side and an end of the spreading conveyor at the outgoing side are displaceable independently of one another transversely to the conveying direction and while respectively maintaining the track spacings of the conveying tracks (22a-d).
A ventilation device control apparatus comprising: an image acquisition unit configured to acquire a captured image from an image capturing device that captures an image of a target space; a first calculation unit configured to calculate a metabolic rate equivalent amount of a person in the target space, based on the captured image acquired by the image acquisition unit; and a ventilation control unit configured to adjust a ventilation volume of the target space by a ventilation device that ventilates the target space, based on the metabolic rate equivalent amount calculated by the first calculation unit, characterized in that, the ventilation control unit is configured to calculate a standard ventilation volume based on a current metabolic rate equivalent amount, to compare the current metabolic rate equivalent amount with a previous metabolic rate equivalent amount of a previous time and to adjust the ventilation volume of the target space by the ventilation device, so that the ventilation volume of the target space becomes larger than the standard ventilation volume in a case where a comparing result shows a tendency to increase, and the ventilation volume of the target space becomes smaller than the standard ventilation volume in a case where the comparing result shows a tendency to decrease. an image acquisition unit configured to acquire a captured image from an image capturing device that captures an image of a target space; a first calculation unit configured to calculate a metabolic rate equivalent amount of a person in the target space, based on the captured image acquired by the image acquisition unit; and a ventilation control unit configured to adjust a ventilation volume of the target space by a ventilation device that ventilates the target space, based on the metabolic rate equivalent amount calculated by the first calculation unit,
Device for removing delivery member shields which are intended to cover and protect medicament delivery members which are releasably or fixedly attached to medicament containers intended to be positioned within a medicament delivery device, said device comprises a remover body arranged to accommodate a delivery member shield in its interior, the remover body comprising at least two sets of gripping members extending into its interior and wherein each set of gripping members is configured for gripping a certain type of delivery member shield, and wherein said at least two sets of gripping members are a first set of gripping members arranged to, or integral with, said remover body and capable of gripping a rigid needle shield; and a second set of gripping members arranged to, or integral with, said remover body and capable of gripping a flexible needle shield, and wherein said remover body is an elongated generally tubular body having proximal and distal ends and comprising an inner and outer circumferential surface, and wherein each set of gripping members is arranged in an annular form on the inner circumferential surface of the remover body and wherein each set of gripping members are formed as a number of elongated members extending into the interior of the remover body at a predetermined angle in relation to a longitudinal axis of the device and towards the proximal end of the remover body, and wherein the elongated members are resilient tongues made integral with the remover body and wherein said first set of gripping members is positioned closest to the distal end of the remover body and wherein said second set of gripping members is positioned closest to the proximal end of the remover body or between the proximal and distal ends of the remover body, characterised in that each of the gripping members of the second set comprises an attachment section being somewhat narrower than the rest of the gripping members such that a flexing action in a generally radial direction with reduced force requirements is obtained and wherein the proximal end of each gripping member of the second set is designed or configured with a pointed sharp section and shoulder sections on either side of the pointed sharp section.
A gasification method, comprising the steps of: a) supplying a water-containing carbonaceous feedstock into a dryer integrated with a water-gas-shift reaction catalyst; b) drying the water-containing carbonaceous feedstock in the dryer to produce a steam while performing a water-gas-shift reaction using the steam as a reactant; c) solid-gas-separating the dried carbonaceous feedstock and the water-gas-shift reaction product; d) gasifying the dried carbonaceous feedstock in the presence of a gasifying agent to obtain a gasification product; and e) recycling at least a part of the gasification product into the dryer in the step b) to provide an energy source for drying the water-containing carbonaceous feedstock, wherein the water-gas-shift reaction catalyst is applied or supported on a monolithic structure including a plurality of linear or curved inner passageways for passing gas and carbonaceous feedstock particles. a) supplying a water-containing carbonaceous feedstock into a dryer integrated with a water-gas-shift reaction catalyst; b) drying the water-containing carbonaceous feedstock in the dryer to produce a steam while performing a water-gas-shift reaction using the steam as a reactant; c) solid-gas-separating the dried carbonaceous feedstock and the water-gas-shift reaction product; d) gasifying the dried carbonaceous feedstock in the presence of a gasifying agent to obtain a gasification product; and e) recycling at least a part of the gasification product into the dryer in the step b) to provide an energy source for drying the water-containing carbonaceous feedstock,
Dental prosthesis with threaded crown on a post and core, of the type comprising a dental implant, a post and core comprising a portion suited to be inserted into said implant and another portion protruding from said implant, a screw and a crown, said implant being suited to be fixed to a bone and said post and core being suited to be fixed to said implant through a thread, wherein said crown comprises a hole through which said screw is inserted to fix said crown to said post and core, and wherein said post and core serves as a connection element between said implant and said crown, a separation area being provided between the area where the crown is housed in the post and core and the area where the post and core is housed in the implant, wherein said portion of the post and core protruding from said implant does not feature any increase in diameter in the occlusal direction, and wherein said post and core comprises at its top a hole provided with a thread and suited to accommodate said screw that fixes the crown to the post and core.
LED operating circuit comprising an insulating power transmitting DC/DC converter, wherein the converter comprises: - a DC-powered inverter having two switches (S1, S2) formed as a half bridge or full bridge, - a resonance circuit fed by the inverter, - a transformer connected to the resonance circuit, - a rectifier, and - a control unit controlling the two switches (S1, S2) and designed to adapt the power supply for the secondary side of the converter as a first control mode, in order to change the control frequency of the switch (S1, S2) with respect to the resonance frequency of the resonance circuit, wherein the control unit is designed to operate at least one further control mode of the DC/DC converter to influence the power supply as a function of the load, characterized in that the control unit is designed to cause a reduction in the power supply by increasing the control frequency away from the resonance frequency until a predetermined maximum frequency is reached, and then to achieve a further reduction of the power supply by: - a change in the ratio of on-time to off-time of the switch (S1, S2) at the same control frequency. - a DC-powered inverter having two switches (S1, S2) formed as a half bridge or full bridge, - a resonance circuit fed by the inverter, - a transformer connected to the resonance circuit, - a rectifier, and - a control unit controlling the two switches (S1, S2) and designed to adapt the power supply for the secondary side of the converter as a first control mode, in order to change the control frequency of the switch (S1, S2) with respect to the resonance frequency of the resonance circuit, - a change in the ratio of on-time to off-time of the switch (S1, S2) at the same control frequency.
A turbine impeller for a fluid-operated medical, in particular dental, handpiece having a hub and a plurality of turbine blades, which extend in the axial direction along the hub and in the radial direction away from the hub, characterized in that the rear side of the turbine blades has at least one concave surface, which is curved toward the front side of the turbine blades.
A pattern feature extraction method for extracting a feature of an image, comprising the steps of: extracting from the image two input feature vectors x 1, x 2, the input feature vectors x 1, x 2 representing features of different kinds; projective transforming each of the two input feature vectors x 1, x 2 with a different discriminant matrix W 1, W 2 to obtain feature vectors y 1, y 2 with reduced dimension, the discriminant matrix W 1, W 2 being obtained in advance and specific to the kind of feature; and projecting a joint vector y having elements being arranged as expressed by equation y = y 1 y 2 using a discriminant matrix W 3, thereby obtaining an output feature vector, the discriminant matrix W 3 being obtained in advance and specific to the joint vector. extracting from the image two input feature vectors x 1, x 2, the input feature vectors x 1, x 2 representing features of different kinds; projective transforming each of the two input feature vectors x 1, x 2 with a different discriminant matrix W 1, W 2 to obtain feature vectors y 1, y 2 with reduced dimension, the discriminant matrix W 1, W 2 being obtained in advance and specific to the kind of feature; and projecting a joint vector y having elements being arranged as expressed by equation y = y 1 y 2 using a discriminant matrix W 3, thereby obtaining an output feature vector, the discriminant matrix W 3 being obtained in advance and specific to the joint vector.
System for the integrated/functional detection of a plurality of measurements, the system comprising: a) a part wearable by a driver of a vehicle; b) a plurality of sensors integrated in the wearable part, and configured to supply the following driver parameters: breathing parameters, heart parameters, perspiration parameters and of the pressure exerted on the vehicle driving wheel; c) a processor configured to process said driver parameters and to correlate them to a psychophysical condition of the driver. a) a part wearable by a driver of a vehicle; b) a plurality of sensors integrated in the wearable part, and configured to supply the following driver parameters: breathing parameters, heart parameters, perspiration parameters and of the pressure exerted on the vehicle driving wheel; c) a processor configured to process said driver parameters and to correlate them to a psychophysical condition of the driver.