mhurhangee/ep-ind-claims huggingface dataset:
An ion detector for a Time of Flight mass spectrometer comprising: a first device arranged and adapted to receive ions and output electrons; a converter arranged and adapted to receive said electrons and output photons; an array of photodiodes arranged and adapted to detect said photons output from said converter, each photodiode having an output; and an array of Time to Digital Converters wherein the output from each photodiode is connected to a separate Time to Digital Converter, wherein said first device is a single microchannel plate. a first device arranged and adapted to receive ions and output electrons; a converter arranged and adapted to receive said electrons and output photons; an array of photodiodes arranged and adapted to detect said photons output from said converter, each photodiode having an output; and an array of Time to Digital Converters wherein the output from each photodiode is connected to a separate Time to Digital Converter, wherein said first device is a single microchannel plate.
A press machine in which a ram is moved vertically by rotations of an eccentric shaft, the machine comprising: a vertically movable striker provided in a striker housing provided beneath the ram, wherein the striker is capable of being fixed at a lift-up position and a lift-down position with respect to the striker housing, the press machine further comprising a pair of pressure-receive plates (11, 13) that are capable of entering into a gap between a bottom face of the ram and an upper face of the striker from opposing both sides and capable of being removed from the gap; and a sync-motion mechanism for synchronizing the entrance/removal motion of the pressure-receive plates (11, 13) with the vertical motion of the striker, characterized in that the sync-motion mechanism includes an operational rod (21, 25) that passes through a vertically elongated hole provided in the striker so as to be capable of reciprocating therewithin in a radial direction of the striker, an actuator for reciprocating the operational rod, a cross-link (41, 53) whose one end side (49, 55) is pivotally coupled with the pair of pressure-receive plates (11, 13) for entering the pressure-receive plates (11, 13) into the gap between the bottom face of the ram and the upper face of the striker from the opposing both sides and removing from the gap, a hinge pin whose one end is fixed with the striker and whose another end is pivotally coupled with the cross-link (41, 53), and a transferring link (35, 43, 59) for transferring the reciprocating motions of the operational rod (21, 25) to the cross-link (41, 53). a vertically movable striker provided in a striker housing provided beneath the ram, wherein the striker is capable of being fixed at a lift-up position and a lift-down position with respect to the striker housing, the press machine further comprising a pair of pressure-receive plates (11, 13) that are capable of entering into a gap between a bottom face of the ram and an upper face of the striker from opposing both sides and capable of being removed from the gap; and a sync-motion mechanism for synchronizing the entrance/removal motion of the pressure-receive plates (11, 13) with the vertical motion of the striker, characterized in that the sync-motion mechanism includes an operational rod (21, 25) that passes through a vertically elongated hole provided in the striker so as to be capable of reciprocating therewithin in a radial direction of the striker, an actuator for reciprocating the operational rod, a cross-link (41, 53) whose one end side (49, 55) is pivotally coupled with the pair of pressure-receive plates (11, 13) for entering the pressure-receive plates (11, 13) into the gap between the bottom face of the ram and the upper face of the striker from the opposing both sides and removing from the gap, a hinge pin whose one end is fixed with the striker and whose another end is pivotally coupled with the cross-link (41, 53), and a transferring link (35, 43, 59) for transferring the reciprocating motions of the operational rod (21, 25) to the cross-link (41, 53).
An integrated circuit device built on a substrate of a thickness, the IC comprising: an active device region of a shape, the active device region having a topside and an underside; through silicon vias (TSVs) surrounding the active device region, the TSVs having a depth defined by the substrate thickness, the TSVs comprising a first group of TSVs and an additional group of TSVs; a thin-film conductive shield; an insulating layer on the thin-film conductive shield; and an additional thin-film conductive shield on the insulating layer; wherein the first group of TSVs are in contact with the thin-film conductive shield and wherein the additional group of TSVs are in contact with the additional thin-film conductive shield. an active device region of a shape, the active device region having a topside and an underside; through silicon vias (TSVs) surrounding the active device region, the TSVs having a depth defined by the substrate thickness, the TSVs comprising a first group of TSVs and an additional group of TSVs; a thin-film conductive shield; an insulating layer on the thin-film conductive shield; and an additional thin-film conductive shield on the insulating layer;
A route-finding system for locating a route within a terrain with a map databank of the terrain, which contains node data and edge data, wherein nodes represent points on a path, and edges represent the connections between the nodes, and with a route search system, which, with specified route parameters, determines an optimal route, wherein a route consists of at least several sub-routes, wherein each sub-route consists of at least one edge, wherein a difficulty detector is present, which takes the difficulty of the sub-routes into consideration in the route finding, wherein a user detector is present, which detects the skills of the user (101, 102, 103), which determine the influence of the difficulty of the sub-routes on the found route in the route finding, and/or a user selection (105, 106, 107, 108), which determines the influence of the difficulty of the sub-routes on the found route in the route finding, and wherein difficult sub-routes are characterised by the need to implement difficult manoeuvres, in particular, turn manoeuvres and/or crossing manoeuvres, in order to travel the sub-route, characterised in that the difficulty detector in a route search system determines difficult manoeuvres on the basis of static route parameters and dynamic route parameters, that the difficulty detector uses at least one of the following static route parameters for the determination of difficult manoeuvres: - presence of traffic lights at a turning point or a crossing point; - presence of a turning lane at a turning point or a crossing point; - need for a change of lane; - starting position of the manoeuvre is disposed in a road with right of way; - destination position of the manoeuvre is disposed in a road with right of way; - gradient of the sub-route, and that the difficulty detector uses at least one of the following dynamic route parameters for the determination of difficult manoeuvres: - presence of a tailback on at least one lane of the road; - current lighting situation; - current time of day; - current weather conditions. - presence of traffic lights at a turning point or a crossing point; - presence of a turning lane at a turning point or a crossing point; - need for a change of lane; - starting position of the manoeuvre is disposed in a road with right of way; - destination position of the manoeuvre is disposed in a road with right of way; - gradient of the sub-route, and - presence of a tailback on at least one lane of the road; - current lighting situation; - current time of day; - current weather conditions.
An inspection device for an optical fiber unit in which a plurality of binding materials (3, 4) are wound in an SZ shape on a plurality of optical fibers, and the binding materials (3, 4) are thermally fused or adhered to each other with an adhesive in the reversed portions of the SZ shape, the device comprising: a measurement unit that is configured to measure a width of the optical fiber unit in a first direction orthogonal to a longitudinal direction in which, in use, the optical fiber unit extends; and a determination unit that is configured to determine presence or absence of an abnormality in an SZ binding state, based on a measurement result of the width of the optical fiber unit in the first direction by the measurement unit. a measurement unit that is configured to measure a width of the optical fiber unit in a first direction orthogonal to a longitudinal direction in which, in use, the optical fiber unit extends; and a determination unit that is configured to determine presence or absence of an abnormality in an SZ binding state, based on a measurement result of the width of the optical fiber unit in the first direction by the measurement unit.
A fluid-filled chamber comprising: an outer barrier formed of a polymer material that defines an interior void, the barrier having a first portion defining a first surface and an opposite second portion defining a second surface, the first portion having a plurality of indented areas that form a plurality of indentations extending into the chamber; and the second portion having a plurality of indented areas that form a plurality of indentations extending into the chamber, the plurality of indentations of the first portion being offset from the plurality of indentations of the second portion; and a tensile member located within the interior void, the tensile member extending between the first portion of the barrier and the second portion of the barrier. an outer barrier formed of a polymer material that defines an interior void, the barrier having a first portion defining a first surface and an opposite second portion defining a second surface, the first portion having a plurality of indented areas that form a plurality of indentations extending into the chamber; and the second portion having a plurality of indented areas that form a plurality of indentations extending into the chamber, the plurality of indentations of the first portion being offset from the plurality of indentations of the second portion; and a tensile member located within the interior void, the tensile member extending between the first portion of the barrier and the second portion of the barrier.
A method for managing a network service, the method comprising: receiving, by a server, current version information from a global information server, the current version information associated with current global information and associated with a network service; retrieving, by the server, the current global information associated with the current version information and associated with the network service from the global information server; and providing or suspending, by the server, the network service associated with the current global information based on a presence of a stop-write identifier in the current global information. receiving, by a server, current version information from a global information server, the current version information associated with current global information and associated with a network service; retrieving, by the server, the current global information associated with the current version information and associated with the network service from the global information server; and providing or suspending, by the server, the network service associated with the current global information based on a presence of a stop-write identifier in the current global information.
The use of an anode catalyst layer in a proton exchange membrane fuel cell, the anode catalyst layer comprising a carbon monoxide tolerant catalyst material, wherein the catalyst material comprises: (i) a binary alloy of PtX, wherein X is a metal selected from the group consisting of rhodium and osmium, and wherein the atomic percentage of platinum in the alloy is from 45 to 80 atomic% and the atomic percentage of X in the alloy is from 20 to 55 atomic%; and (ii) a support material on which the PtX alloy is dispersed; characterised in that during operation of the fuel cell an impure hydrogen stream comprising low levels of carbon monoxide up to 5ppm is fed to the anode and wherein the total loading of platinum group metals in the anode catalyst layer is from 0.01 to 0.2 mgPGM/cm 2 (i) a binary alloy of PtX, wherein X is a metal selected from the group consisting of rhodium and osmium, and wherein the atomic percentage of platinum in the alloy is from 45 to 80 atomic% and the atomic percentage of X in the alloy is from 20 to 55 atomic%; and (ii) a support material on which the PtX alloy is dispersed;
A machine arrangement for sequential processing of sheet-type substrates having several different processing stations, wherein one of the processing stations has a non-impact printing device printing the substrates, wherein as a further processing station a primer application device primering the substrate and a dryer (07; 121) for drying the primer applied to the relevant substrates are provided, wherein the primer application device and the dryer (07; 121) are arranged in transport direction of the relevant substrates in each case preceding the non-impact printing device, wherein the processing station having the non-impact printing device has a printing cylinder, wherein the non-impact printing device printing the substrates is arranged on the circumference of the printing cylinder, wherein the primer application device is in each case arranged applying the substrates on a front side and wherein the dryer (07; 121) in each case is arranged drying the front side of the primered substrates, characterized in that the non-impact printing device in each case is arranged printing the front side of the substrates, wherein on the lateral surface of the printing cylinder (117; 118) in each case three or four substrates are arranged or at least can be arranged behind each other in circumferential direction, wherein a feeder and a swing gripper interacting with a transfer drum are provided, wherein the substrates are grasped in the feeder and individually transferred to the transfer drum by means of the swing gripper and from there to a rotating contact pressure cylinder, wherein the processing station having the primer application device primering the substrates on the front side has a printing unit cylinder interacting with a contact pressure cylinder with an application roller engaged or at least which can be engaged on this printing unit cylinder in the form of an anilox roller as well as at least one doctor blade or a chamber doctor blade system extending in axial direction of the application roller.
Ultrafine fibrous carbons wherein the ultrafine fibrous carbons having a linear structure wherein the branching degree is 0.01 branch/μm or less, an average fiber length of from 1 to 100 μm and an average fiber diameter of more than 200 nm to 900 nm, wherein the average fiber length and the average fiber diameter are measured using a scanning electron microscope, and wherein at least a part of the surface of said ultrafine fibrous carbons is modified with a surfactant, and/or wherein at least a part of the surface of said ultrafine fibrous carbons is oxidatively treated. wherein the ultrafine fibrous carbons having a linear structure wherein the branching degree is 0.01 branch/μm or less, an average fiber length of from 1 to 100 μm and an average fiber diameter of more than 200 nm to 900 nm, wherein the average fiber length and the average fiber diameter are measured using a scanning electron microscope, and wherein at least a part of the surface of said ultrafine fibrous carbons is modified with a surfactant, and/or wherein at least a part of the surface of said ultrafine fibrous carbons is oxidatively treated.
Motion sensor with weather data evaluation, having a motion sensor capture unit and a control unit which are connected to a voltage supply, • wherein the control unit, on the basis of weather data supplied to the input, generates a colour signal for the control of at least one colour light (4, 5), which control is carried out on the basis of a detected movement, and the colour light is in the form of an LED/RGB luminous means including an associated controller, wherein • the weather data comprise at least the current temperature, the current air pressure, the current humidity and predicted values for the future development of these values which are based on the past values, • the weather data are generated with the aid of weather sensors (6, 13), and • the weather sensors (6, 13) are arranged with the motion sensor capture unit, the control unit and the voltage supply in a single device. • wherein the control unit, on the basis of weather data supplied to the input, generates a colour signal for the control of at least one colour light (4, 5), which control is carried out on the basis of a detected movement, and the colour light is in the form of an LED/RGB luminous means including an associated controller, • the weather data comprise at least the current temperature, the current air pressure, the current humidity and predicted values for the future development of these values which are based on the past values, • the weather data are generated with the aid of weather sensors (6, 13), and • the weather sensors (6, 13) are arranged with the motion sensor capture unit, the control unit and the voltage supply in a single device.
Method to derive anatomical and/or pathological structures (16, 30, 56) from data of non-invasive imaging technologies, particularly computed tomography, magnetic resonance imaging, optical imaging, ultrasound or laser 3-D scanning and others, comprising the following method steps: a) obtaining imaging data by use of non-invasive imaging technologies, b) performing digital segmentation and/or isolation of anatomical structures (28, 52), c) performing data transformation for 3-D reconstruction of inner or outer surfaces of the anatomical structure (28, 52), d) generating a fixation device or a mask in at least two parts, particularly for radiation therapy treatment, by a rapid prototyping technique, characterised in that the fixation device or mask, particularly for radiation therapy treatment is generated with a variation in thickness of walls to protect healthy or sensitive tissue from radiation beams and focus radiation beams on affected tissue, hollow cavities are created, into which a radiation influencing material such as lead, copper, bisphosphates are inserted to influence radiation beam distribution upon radio therapy treatment, and by adding or subtracting data a complementation of data for 3-D remodeling is performed. a) obtaining imaging data by use of non-invasive imaging technologies, b) performing digital segmentation and/or isolation of anatomical structures (28, 52), c) performing data transformation for 3-D reconstruction of inner or outer surfaces of the anatomical structure (28, 52), d) generating a fixation device or a mask in at least two parts, particularly for radiation therapy treatment, by a rapid prototyping technique,
Layer structure (10, 110) for application to a surface of a subject, in particular for use in medical products, the layer structure (10, 110) forming a multiple electrode patch structure comprising a support layer; a backing layer that is removably attached to the support layer; a plurality of electrodes; a plurality of local reservoirs each provided at a predetermined position between the backing layer and the support layer in an area of one of the plurality of electrodes; and a fluidic substance and a solid substance being arranged inside each of the plurality of local reservoirs and being in contact with one another, and wherein the fluidic substance is configured to continuously condition the solid substance. a support layer; a backing layer that is removably attached to the support layer; a plurality of electrodes; a plurality of local reservoirs each provided at a predetermined position between the backing layer and the support layer in an area of one of the plurality of electrodes; and a fluidic substance and a solid substance being arranged inside each of the plurality of local reservoirs and being in contact with one another, and wherein the fluidic substance is configured to continuously condition the solid substance.
Fan comprising a fan disc, at least one vane and at least one inter-vane platform comprising: - a base comprising a first surface configured to delimit a flow path in the fan and a second surface opposite the first surface, - two flanks, extending radially on the side of the second surface, the platform being characterised in that each of the flanks has a free end bearing against the fan disc, the free end of each flank being sacrificial so that the free end of the flanks wears before the rest of the flanks and before damaging the radial face. - a base comprising a first surface configured to delimit a flow path in the fan and a second surface opposite the first surface, - two flanks, extending radially on the side of the second surface, the platform being characterised in that each of the flanks has a free end bearing against the fan disc, the free end of each flank being sacrificial so that the free end of the flanks wears before the rest of the flanks and before damaging the radial face.
A method of improved reduced energy let through, RELT, mode selection in a switching apparatus, the method comprising: receiving a request to disable a RELT mode of the switching apparatus; and if the RELT mode of the switching apparatus is active, initiating a delay of a configurable amount of time based on the receipt of the request to disable the RELT mode prior to increasing a current threshold of the switching apparatus. receiving a request to disable a RELT mode of the switching apparatus; and if the RELT mode of the switching apparatus is active, initiating a delay of a configurable amount of time based on the receipt of the request to disable the RELT mode prior to increasing a current threshold of the switching apparatus.
An assembly comprising a plastic preform or a plastic container and a removable closure that can be screwed onto the plastic preform or container, wherein said plastic preform or container comprises a hollow body and a neck finish (10; 10'; 10") terminated by a wide-mouth opening, said neck finish comprising a neck support ring and a neck portion extending between the wide-mouth opening and the neck support ring, wherein the neck portion is provided with a thread for screwing the removable closure onto the neck portion, and comprises an upper portion and a reinforced lower portion, wherein said upper portion is extending between said wide-mouth opening and said reinforced lower portion, wherein said reinforced lower portion is extending between said upper portion and said neck support ring, wherein the inner face of the reinforced lower portion is transitioning to the inner face of the upper portion along a transition step in such a way that said reinforced lower portion is thicker than the upper portion at least in a top part of the reinforced lower portion, and wherein the removable closure comprises a deformable sealing material and once the removable closure is being screwed onto the neck finish of the preform or container, the neck support ring is below the lower edge of the removable closure and the upper portion of the neck portion is in contact with the deformable sealing material and a seat is achieved only between this upper portion of the neck portion and the removable closure.