mhurhangee/ep-ind-claims huggingface dataset:
Method for inspecting surface and detecting defects of long products while they are advancing along a running direction, said method comprising the steps of: - lighting an annular portion of the long product surface by a plurality of illuminators, each one projecting light with a set angle with respect to line perpendicular to lightened surface; - detecting reflexed images by a plurality of detectors having their main axis inclined with respect to said line with a second set angle; - acquiring and processing said images by a computerized unit; - using a combination of images of the same region of the long product, said images being taken under different lighting conditions, in order to rebuilt shape of surface and thus obtaining information about presence of defects, wherein point defects generating an angle along the product running direction are made evident using an assembly of cameras which are transverse with respect to the product, and two or more lighting groups, some of which are provided upstream and others downstream of said cameras in the running direction, the lighting groups emitting white light or light dedicated to a set of wavelengths, and wherein defects are individuated comparing images obtained for the same product region under the different lighting conditions, shooting of the same region with different lighting conditions being taken at the same time exploiting color cameras and using illuminators with different wavelengths. - lighting an annular portion of the long product surface by a plurality of illuminators, each one projecting light with a set angle with respect to line perpendicular to lightened surface; - detecting reflexed images by a plurality of detectors having their main axis inclined with respect to said line with a second set angle; - acquiring and processing said images by a computerized unit; - using a combination of images of the same region of the long product, said images being taken under different lighting conditions, in order to rebuilt shape of surface and thus obtaining information about presence of defects,
A vacuum apparatus suitable for soldering comprising: a chamber that is capable of soldering a work under vacuum environment; an operation part that sets a condition of evacuating the chamber; a pump that evacuates the chamber based on the condition of evacuating the chamber; and a control portion that is configured to perform an evacuation control of the pump, the vacuum apparatus suitable for soldering being characterised in that a plurality of evacuation control properties are previously prepared by changing a pump output and stores in a storage portion, each evacuation control property plotting the degree of vacuum in relation to the evacuation time when the chamber is evacuated by a predetermined pump output, and by considering that the gradient θ represents a decrease of the degree of vacuum per unit time in the evacuation control properties, the control portion is configured to change from the evacuation control property of small pump output to the evacuation control property of large pump output based on an initially set gradient θ in the evacuation control property. a chamber that is capable of soldering a work under vacuum environment; an operation part that sets a condition of evacuating the chamber; a pump that evacuates the chamber based on the condition of evacuating the chamber; and a control portion that is configured to perform an evacuation control of the pump, the vacuum apparatus suitable for soldering being characterised in that a plurality of evacuation control properties are previously prepared by changing a pump output and stores in a storage portion, each evacuation control property plotting the degree of vacuum in relation to the evacuation time when the chamber is evacuated by a predetermined pump output, and by considering that the gradient θ represents a decrease of the degree of vacuum per unit time in the evacuation control properties, the control portion is configured to change from the evacuation control property of small pump output to the evacuation control property of large pump output based on an initially set gradient θ in the evacuation control property.
A temporomandibular joint replacement system, comprising at least one prosthesis, which in turn comprises: • a mandibular component, and • a cranial component comprising a first piece which is arranged in contact with the mandibular component, wherein the first piece of the cranial component is detachable from the rest of the cranial component when the prosthesis is implanted in the patient, wherein the mandibular component comprises: • a first piece arranged in contact with the first piece of the cranial component, wherein the first piece of the mandibular component is exchangeable, and • a second piece, which is attachable to the mandible of the patient, characterized in that the first piece of the mandibular component is suitable to be positioned at different heights with respect to the second piece of the mandibular component. • a mandibular component, and • a cranial component comprising a first piece which is arranged in contact with the mandibular component, • a first piece arranged in contact with the first piece of the cranial component, wherein the first piece of the mandibular component is exchangeable, and • a second piece, which is attachable to the mandible of the patient, characterized in that the first piece of the mandibular component is suitable to be positioned at different heights with respect to the second piece of the mandibular component.
Telescopic arm for a crane able to lift a heavy load, comprising a plurality of tubular segments (12, 14, 16) which extend along a common central longitudinal axis, each of said segments (12, 14, 16) being able to slide telescopically inside or outside another segment (12, 14, 16) adjacent and consecutive along said central longitudinal axis, between a retracted position and a completely extended position, characterized in that each of said segments (12, 14, 16) comprises a tubular central part (22, 28, 34) oblong and internally hollow and made of a composite material with a base of reinforcement fibers and thermosetting resin, and in that each of said segments (12, 14, 16) has at least a head (18, 24, 30) and/or tail (20, 26, 32) terminal end made of metal with high mechanical characteristics of strength and internally hollow in a manner mating with said tubular central part (22, 28, 34), said head (18, 24, 30) and/or tail (20, 26, 32) terminal end is connected to the external, front or lateral edge of a corresponding end of said tubular central part (22, 28, 34), wherein said head (18, 24, 30) and/or tail (20, 26, 32) terminal end, in said completely extended position of said segment (12, 14, 16), is coupled directly overlapping with the lateral, internal or external surface of a corresponding tail (20, 26, 32) and/or head (18, 24, 30) terminal end of another segment (12, 14, 16) adjacent and consecutive along said central longitudinal axis, so that, in a coupling and overlapping region of said segments (12, 14, 16) in the completely extended position, the components of force transverse to said segments (12, 14, 16), due to the stresses deriving from the heavy load lifted by the arm, are discharged only on said tail (20, 26, 32) and/or head (18, 24, 30) terminal ends.
A code division multiple access, CDMA, communication device comprising: a first medium access controller, MAC, entity configured to output a first control channel and a dedicated traffic channel, DTCH, the first MAC entity being a MAC-dedicated, MAC-d, entity and the first control channel being a dedicated control channel, DCCH; and a second MAC entity configured to generate an access channel (56, 58), the second MAC entity including: a channel multiplexer configured to receive data, the data being carried by the first control channel, the DTCH, and a second control channel, the channel multiplexer also being configured to multiplex the received data, Characterized in that the second MAC entity comprises a scheduling mechanism configured to receive the multiplexed data and schedule the multiplexed data for transmission on the access channel according to a priority of the multiplexed data, which priority is based on a type of the multiplexed data. a first medium access controller, MAC, entity configured to output a first control channel and a dedicated traffic channel, DTCH, the first MAC entity being a MAC-dedicated, MAC-d, entity and the first control channel being a dedicated control channel, DCCH; and a second MAC entity configured to generate an access channel (56, 58), the second MAC entity including: a channel multiplexer configured to receive data, the data being carried by the first control channel, the DTCH, and a second control channel, the channel multiplexer also being configured to multiplex the received data, Characterized in that the second MAC entity comprises a scheduling mechanism configured to receive the multiplexed data and schedule the multiplexed data for transmission on the access channel according to a priority of the multiplexed data, which priority is based on a type of the multiplexed data. a channel multiplexer configured to receive data, the data being carried by the first control channel, the DTCH, and a second control channel, the channel multiplexer also being configured to multiplex the received data, Characterized in that the second MAC entity comprises a scheduling mechanism configured to receive the multiplexed data and schedule the multiplexed data for transmission on the access channel according to a priority of the multiplexed data, which priority is based on a type of the multiplexed data.
A washing machine for laundry comprising - a casing, - a rotatable drum, - a tub enclosing said drum for receiving laundry, - a support device, - a foot section and - one or more damping elements coupling said support device and said foot section, characterized by the support device being separate from and within said casing, wherein said tub is mounted to said support device, and wherein said one or more damping elements form the sole mechanical connection between the support device and the casing. - a casing, - a rotatable drum, - a tub enclosing said drum for receiving laundry, - a support device, - a foot section and - one or more damping elements coupling said support device and said foot section,
A spin-on filter element comprising: an outer housing including: an outer shell; a threaded attachment member secured to the outer shell, the threaded attachment member including a mounting thread that defines a rotational axis, the threaded attachment member and outer shell defining an internal shell cavity; an element subassembly secured within the internal shell cavity, the element subassembly including: a tubular ring of filter media extending between first and second ends (154, 156) and surrounding an internal media cavity; a first end cap attached to the first end, a central opening extending through the first end cap in fluid communication with the internal media cavity, the central opening defining a non-circular periphery; and a seal member attached to the first end cap and surrounding the central opening of the first end cap, the seal member having an axially undulating and radially facing sealing region, wherein the central opening is recessed axially into the outer shell farther than the axially undulating and radially facing sealing region. an outer housing including: an outer shell; a threaded attachment member secured to the outer shell, the threaded attachment member including a mounting thread that defines a rotational axis, the threaded attachment member and outer shell defining an internal shell cavity; an outer shell; a threaded attachment member secured to the outer shell, the threaded attachment member including a mounting thread that defines a rotational axis, the threaded attachment member and outer shell defining an internal shell cavity; an element subassembly secured within the internal shell cavity, the element subassembly including: a tubular ring of filter media extending between first and second ends (154, 156) and surrounding an internal media cavity; a first end cap attached to the first end, a central opening extending through the first end cap in fluid communication with the internal media cavity, the central opening defining a non-circular periphery; and a seal member attached to the first end cap and surrounding the central opening of the first end cap, the seal member having an axially undulating and radially facing sealing region, a tubular ring of filter media extending between first and second ends (154, 156) and surrounding an internal media cavity; a first end cap attached to the first end, a central opening extending through the first end cap in fluid communication with the internal media cavity, the central opening defining a non-circular periphery; and a seal member attached to the first end cap and surrounding the central opening of the first end cap, the seal member having an axially undulating and radially facing sealing region, wherein the central opening is recessed axially into the outer shell farther than the axially undulating and radially facing sealing region.
A banking computer account system with lock for secure payment via telephone, characterized in that the system includes a telephone, a public communication system, a financial computer account system, wherein the financial computer account system is configured to lock its user account, debit and credit categories to be unlocked can be set, such account management services can be provided directly by an institution of deposit or intermediate, a private phone number is assigned to a user by the institution of deposit or intermediate, and unlock information is associated with the user account which is set in the system, wherein once the user is connected to the financial computer account system using the telephone by dialing the assigned private phone number through the public communication system, the financial computer account system is configured to check whether or not the private phone number matches the stored unlock information according to a predefined program, if matching, the user account will be unlocked for a predefined time; otherwise, the user account cannot be unlocked, the secure payment is therefore achieved.
An electrically conductive material comprising: at least one polymer; at least one sulfonic acid; and a carbon allotrope material, wherein the sulfonic acid comprises a naphthyl sulfonic acid, an anthracenyl sulfonic acid, a pyrenyl sulfonic acid, or mixtures thereof; and wherein the electrically conductive material comprises between about 20 wt% and about 80 wt% of the carbon allotrope material. at least one polymer; at least one sulfonic acid; and a carbon allotrope material, wherein the sulfonic acid comprises a naphthyl sulfonic acid, an anthracenyl sulfonic acid, a pyrenyl sulfonic acid, or mixtures thereof; and wherein the electrically conductive material comprises between about 20 wt% and about 80 wt% of the carbon allotrope material.
A catheter system for delivering therapy to a body lumen, the catheter system comprising an elongate body defining a first lumen and comprising a distal portion; an inner member configured for insertion into the first lumen, the inner member comprising an acoustic energy source configured to deliver therapeutic energy to a treatment site; and a dissolution element (302, 321) coupled to the distal portion of the elongate body, wherein the dissolution element is not a reagent-based dissolution agent.
An exhaust gas recirculation valve for an internal combustion engine comprising a housing with an exhaust gas inlet and an exhaust gas outlet, a valve closing body, a valve rod to which the valve closing body is fastened and which is movable via an actuator, a valve seat between the exhaust gas inlet and the exhaust gas outlet, onto which the valve closing body can be lowered by moving the valve rod, and from which the valve closing body can be lifted by an oppositely directed movement, a guide bushing by which the valve rod is guided in the housing, and a sealing ring arranged at the end of the guide bushing remote from the valve closing body, characterized in that in a first section of the guide bushing directed toward the sealing ring, a circumferential gap is formed between the valve rod and the guide bushing, the height of the gap being greater or equal to the maximal stroke height of the valve closing body.
A microchannel plate for a microchannel plate electron multiplier, comprising: a substrate forming a plate having first and second opposing faces and having a plurality of parallel channels therethrough from first to second faces; a first electrode on the first face, the first electrode having a first side adjacent to the substrate and a second side opposite to the first side; a second electrode on the second face, the second electrode having a first side adjacent to the substrate and a second side opposite to the first side; and a layer (6, 7) of resistive and secondary emissive material on the second side of the first electrode and the second electrode in which each layer (6, 7) of resistive and secondary emissive material has been deposited on the first and second electrode by means of atomic layer deposition. a substrate forming a plate having first and second opposing faces and having a plurality of parallel channels therethrough from first to second faces; a first electrode on the first face, the first electrode having a first side adjacent to the substrate and a second side opposite to the first side; a second electrode on the second face, the second electrode having a first side adjacent to the substrate and a second side opposite to the first side; and a layer (6, 7) of resistive and secondary emissive material on the second side of the first electrode and the second electrode in which each layer (6, 7) of resistive and secondary emissive material has been deposited on the first and second electrode by means of atomic layer deposition.
A method for adjusting uplink power performed by a terminal device, the method comprising: receiving downlink control information, DCI, from a network device; determining, according to the DCI, a target open-loop power parameter from open-loop power parameters configured by power parameter configuration information, and determining a closed-loop power parameter adjustment value according to the DCI; and determining transmit power according to the target open-loop power parameter and the closed-loop power parameter adjustment value, characterized in that: the DCI comprises closed-loop power parameter indication information, and the closed-loop power parameter adjustment value is a sum of a historical value of a closed-loop power parameter corresponding to the target open-loop power parameter and a current closed-loop power parameter, wherein the current closed-loop power parameter is obtained according to the closed-loop power parameter indication information. receiving downlink control information, DCI, from a network device; determining, according to the DCI, a target open-loop power parameter from open-loop power parameters configured by power parameter configuration information, and determining a closed-loop power parameter adjustment value according to the DCI; and determining transmit power according to the target open-loop power parameter and the closed-loop power parameter adjustment value, characterized in that: the DCI comprises closed-loop power parameter indication information, and the closed-loop power parameter adjustment value is a sum of a historical value of a closed-loop power parameter corresponding to the target open-loop power parameter and a current closed-loop power parameter, wherein the current closed-loop power parameter is obtained according to the closed-loop power parameter indication information.
A bypass switch comprising: a casing; a vacuum interrupter disposed inside the casing, the vacuum interrupter being disposed such that a movable contact is movable to a fixed contact; a first fixing bus-bar fixed to the casing; a second fixing bus-bar fixed to the casing to be spaced apart from the first fixing bus-bar; a moving pusher connected to the movable contact; a drive source installed in the casing, the drive source pushing the moving pusher to a position at which the movable contact and the fixed contact are contacted with each other; and a multi-contactor disposed to be contacted with the moving pusher, characterized in that the multi-contactor comprises: an outer body part surrounding the outer circumference of the moving pusher, the outer body part being spaced apart from the moving pusher; and a contact part protruding from the outer body part to be contacted with the moving pusher. a casing; a vacuum interrupter disposed inside the casing, the vacuum interrupter being disposed such that a movable contact is movable to a fixed contact; a first fixing bus-bar fixed to the casing; a second fixing bus-bar fixed to the casing to be spaced apart from the first fixing bus-bar; a moving pusher connected to the movable contact; a drive source installed in the casing, the drive source pushing the moving pusher to a position at which the movable contact and the fixed contact are contacted with each other; and a multi-contactor disposed to be contacted with the moving pusher, characterized in that the multi-contactor comprises: an outer body part surrounding the outer circumference of the moving pusher, the outer body part being spaced apart from the moving pusher; and a contact part protruding from the outer body part to be contacted with the moving pusher. an outer body part surrounding the outer circumference of the moving pusher, the outer body part being spaced apart from the moving pusher; and a contact part protruding from the outer body part to be contacted with the moving pusher.