mhurhangee/ep-ind-claims huggingface dataset:
A circuit board comprising: a laminated body configured by including insulation layers composed of a flexible material that are stacked on one another; a plurality of external electrodes provided on a bottom surface of the laminated body; and a hard member that is provided in or on the laminated body and that is harder than the insulation layers, wherein the laminated body includes a first flexible region, and a rigid region that is adjacent to the first flexible region when viewed in a plan from a stacking direction, wherein, when viewed in a plan from the stacking direction, a ratio of a hard member that occupies the rigid region to the rigid region is higher than a ratio of a hard member that occupies the first flexible region to the first flexible region, wherein at least some of the plurality of external electrodes are provided within the first flexible region when viewed in a plan from the stacking direction, wherein the hard member includes a first film electrode, wherein the rigid region includes the first film electrode when viewed in plan from the stacking direction, wherein the rigid region includes a plurality of via-hole conductors (b5-b16) connected to the first film electrode, the rigid region includes a circuit element (L, C) that is overlapped by the first film electrode when viewed in plan from the stacking direction, and the plurality of via-hole conductors (b5-b16) are arranged to surround an outer periphery of the circuit element (L, C). a laminated body configured by including insulation layers composed of a flexible material that are stacked on one another; a plurality of external electrodes provided on a bottom surface of the laminated body; and a hard member that is provided in or on the laminated body and that is harder than the insulation layers, a first flexible region, and a rigid region that is adjacent to the first flexible region when viewed in a plan from a stacking direction,
Vane of a turbine engine such as a turboprop or a turbojet engine, said vane comprising a root supporting a blade, said vane including at least one air-circulation duct for cooling it during operation, said duct including, at the vane root, an intake portion (26a-26e) for collecting the cooling air, said intake portion (26a-26e) extending away from a lower surface of the vane root opposite to the blade, characterised in that at least one intake portion (26a-26e) is provided with a helical element having a base located at the lower surface of the vane root, for swirling the cooling air in order to improve the cooling efficiency thereof.
A device for effecting deformation of a sclera of an eye, the device comprising an expandable tube with first and second ends, and characterized by the tube being an expandable mesh tube with first and second tapered ends, wherein the ends of the mesh tube are adapted to extend onto the surface of the sclera to maximize sclera deformation.
A computer-implemented method of marking content in substantially real-time messaging applications, the method comprising: displaying a message communication on a graphical user interface of a communications device, the message communication including a plurality of entries, the plurality of entries including characters; receiving a first signal to navigate a pointer to a selected position within the message communication; receiving a second signal to mark the selected position with a tag; receiving, in response to the second signal, an entry identification number corresponding to the selected entry and an index number corresponding to the selected character within the selected entry; and associating the entry identification number and the index number with the tag; wherein receiving the second signal to mark the selected position with the tag further comprises: receiving a manually actuated signal to mark the selected position within the message communication; and receiving an automatically actuated signal to mark a portion of the message communication based on a pre-defined rule. displaying a message communication on a graphical user interface of a communications device, the message communication including a plurality of entries, the plurality of entries including characters; receiving a first signal to navigate a pointer to a selected position within the message communication; receiving a second signal to mark the selected position with a tag; receiving, in response to the second signal, an entry identification number corresponding to the selected entry and an index number corresponding to the selected character within the selected entry; and associating the entry identification number and the index number with the tag; wherein receiving the second signal to mark the selected position with the tag further comprises: receiving a manually actuated signal to mark the selected position within the message communication; and receiving an automatically actuated signal to mark a portion of the message communication based on a pre-defined rule. receiving a manually actuated signal to mark the selected position within the message communication; and receiving an automatically actuated signal to mark a portion of the message communication based on a pre-defined rule.
A method for configuring a diagnostic device for multiple machines, the method comprising: capturing an image associated with a machine by an image capturing device; receiving the image by the diagnostic device; extracting data from the image that identifies the machine; comparing the extracted data with a repository of known machines and matching it with associated machine data that identifies the machine and its properties; retrieving a template of configuration data based on the identity of the machine; and automatically configuring the diagnostic device for the machine based on the retrieved template of configuration data. capturing an image associated with a machine by an image capturing device; receiving the image by the diagnostic device; extracting data from the image that identifies the machine; comparing the extracted data with a repository of known machines and matching it with associated machine data that identifies the machine and its properties; retrieving a template of configuration data based on the identity of the machine; and automatically configuring the diagnostic device for the machine based on the retrieved template of configuration data.
A system for aiding with the control of food cooking, comprising: a thermometer probe including: a thermally conductive shaft with at least one temperature sensor (40, 41), wherein the thermally conductive shaft is positionable in the interior of a heated milieu, the thermally conductive shaft including a tip at a first end, and a wire connection at a second end, the at least one temperature sensor (40, 41) being positioned inside the thermally conductive shaft, close to the tip, and in thermal contact with the thermally conductive shaft; a first wire connected to said wire connection to convey temperature data from the temperature sensor (40,41); a box connected to the first wire, the box having an outer surface; a contactless proximity sensor positioned inside the box, the proximity sensor being active on at least a region of the outer surface of the box to detect a human presence; a second wire mechanically and electrically connected to the box to convey data from the temperature sensor (40,41) and from the proximity sensor, the second wire being equipped with a USB connector at an end opposite the box. a thermometer probe including: a thermally conductive shaft with at least one temperature sensor (40, 41), wherein the thermally conductive shaft is positionable in the interior of a heated milieu, the thermally conductive shaft including a tip at a first end, and a wire connection at a second end, the at least one temperature sensor (40, 41) being positioned inside the thermally conductive shaft, close to the tip, and in thermal contact with the thermally conductive shaft; a first wire connected to said wire connection to convey temperature data from the temperature sensor (40,41); a thermally conductive shaft with at least one temperature sensor (40, 41), wherein the thermally conductive shaft is positionable in the interior of a heated milieu, the thermally conductive shaft including a tip at a first end, and a wire connection at a second end, the at least one temperature sensor (40, 41) being positioned inside the thermally conductive shaft, close to the tip, and in thermal contact with the thermally conductive shaft; a first wire connected to said wire connection to convey temperature data from the temperature sensor (40,41); a box connected to the first wire, the box having an outer surface; a contactless proximity sensor positioned inside the box, the proximity sensor being active on at least a region of the outer surface of the box to detect a human presence; a second wire mechanically and electrically connected to the box to convey data from the temperature sensor (40,41) and from the proximity sensor, the second wire being equipped with a USB connector at an end opposite the box.
Household appliance, having - a treatment chamber with a loading opening, which can be closed by means of a door which can be pivoted by way of door hinges, which door has at least one electrical load, and - at least one energy transmission device with a primary side, which has at least one primary coil and a secondary side, which has at least one secondary coil, wherein - the secondary side is arranged on the door and is electrically connected to the at least one load, characterised in that - the door hinges have a stationary hinge housing, which is fixedly installed in the household appliance and is pivotably connected to a door strut which is fixedly connected to the door, - in the closed state of the door, the primary coil faces the secondary coil separated by way of an air gap and can be coupled in the manner of a transformer to the secondary coil at least when the door is closed, and - the primary side is attached to a hinge housing of at least one door hinge. - a treatment chamber with a loading opening, which can be closed by means of a door which can be pivoted by way of door hinges, which door has at least one electrical load, and - at least one energy transmission device with a primary side, which has at least one primary coil and a secondary side, which has at least one secondary coil, wherein - the secondary side is arranged on the door and is electrically connected to the at least one load, characterised in that - the door hinges have a stationary hinge housing, which is fixedly installed in the household appliance and is pivotably connected to a door strut which is fixedly connected to the door, - in the closed state of the door, the primary coil faces the secondary coil separated by way of an air gap and can be coupled in the manner of a transformer to the secondary coil at least when the door is closed, and - the primary side is attached to a hinge housing of at least one door hinge.
A weld filler additive comprising, a composition, by weight, of 1.05-1.40% of tungsten, 22.55-24.0% of cobalt, 25.80-26.45% of chromium, 1.05-1.20% of aluminum, 1.10-1.25% of titanium, 0-0.35% of iron, 0.08-0.10% of carbon, 1.75-2.10% of niobium, and a balance of nickel.
A disabled access system for vehicles characterized in that it comprises; • A vertical column that can perform rotational motion by rotating about a vertical axis and that enables installation of the system to the vehicle • A horizontal platform on which the disabled vehicle wheelchair gets on and a movable floor that can be folded about a folding axis, • At least two parallel arms that provide vertical angular motion to the horizontal platform and intermediate connection member of the parallel arms, • A power unit, • At least one power and motion transmission piston that enables motion of the horizontal platform by being driven by the power unit, • A horizontal platform support member on which the members providing motion to the horizontal platform are mounted onto, that supports the horizontal platform, • Junction points of the parallel arms' intermediate connection members providing connection with the parallel arms, • A member that enables power and motion transmission between the parallel arms which distributes point (concentrated) loads on the system and which provides load distribution balance, • End connection of the power and motion transmission pistons that enable motion of the horizontal platform by being driven by the power unit, • Counterbalance springs that absorb shock loads in the system in case of uncontrolled situations and at the same time that supports reducing the pusher load, • A vertical column that can perform rotational motion by rotating about a vertical axis and that enables installation of the system to the vehicle • A horizontal platform on which the disabled vehicle wheelchair gets on and a movable floor that can be folded about a folding axis, • At least two parallel arms that provide vertical angular motion to the horizontal platform and intermediate connection member of the parallel arms, • A power unit, • At least one power and motion transmission piston that enables motion of the horizontal platform by being driven by the power unit, • A horizontal platform support member on which the members providing motion to the horizontal platform are mounted onto, that supports the horizontal platform, • Junction points of the parallel arms' intermediate connection members providing connection with the parallel arms, • A member that enables power and motion transmission between the parallel arms which distributes point (concentrated) loads on the system and which provides load distribution balance, • End connection of the power and motion transmission pistons that enable motion of the horizontal platform by being driven by the power unit, • Counterbalance springs that absorb shock loads in the system in case of uncontrolled situations and at the same time that supports reducing the pusher load,
Operating and/or display unit, particularly on a vehicle with a handlebar, such as a bicycle, a pedelec, an e-bike or a motorbike, having a housing, having a display for displaying data, having a display cover arranged on a surface of the housing, and having a light for the display, particularly for its background lighting, wherein a photosensor for measuring the ambient brightness is provided in and/or on the operating and/or display unit, wherein the light intensity of the lighting can be changed according to the measured ambient brightness, and wherein at least a part of the edge contour of the display cover acts as a light conductor for the redirection of the light penetrating from the surroundings to the photosensor, characterised in that the part of the edge contour forming the light conductor comprises a first bracket extending substantially vertically from the display cover into the interior of the housing, a second bracket extending substantially horizontally from the first bracket and a third bracket extending substantially vertically from the second bracket, such that the penetrating light is conducted substantially parallelly offset to the photosensor.
A thermally insulating laminate comprising: a first glass substrate having an inner surface; a second glass substrate having an inner surface; and a coating layer that forms a chemical bond with at least one inner surface, wherein the coating layer has a thermal conductivity of less than 5 W/(m-K) and a thickness of 254 microns or less (0.010 inches or less), a plurality of glass spacers that are submerged in the coating layer, and at least one sealed cavity of gas molecules is between the first and second substrates and around a portion of the glass spacers not submerged in the coating layer. a first glass substrate having an inner surface; a second glass substrate having an inner surface; and a coating layer that forms a chemical bond with at least one inner surface, wherein the coating layer has a thermal conductivity of less than 5 W/(m-K) and a thickness of 254 microns or less (0.010 inches or less), a plurality of glass spacers that are submerged in the coating layer, and at least one sealed cavity of gas molecules is between the first and second substrates and around a portion of the glass spacers not submerged in the coating layer.
A method for managing a Massive Multiple Input Multiple Output, M-MIMO, base station, the method comprising: receiving from a neighbour base station a notification of load conditions at the neighbour base station; obtaining measurements on communication resources associated with the neighbour base station; determining whether there exists within a spatial distribution of traffic served by the neighbour base station a region having a concentration of traffic which is above a threshold level; and if such a region exists, and if a condition for load transfer from the neighbour base station is fulfilled: causing at least one reference signal transmitted by the M-MIMO base station to be transmitted towards the determined region with a signal strength sufficient to trigger handover of a device in the determined region to the M-MIMO base station. receiving from a neighbour base station a notification of load conditions at the neighbour base station; obtaining measurements on communication resources associated with the neighbour base station; determining whether there exists within a spatial distribution of traffic served by the neighbour base station a region having a concentration of traffic which is above a threshold level; and if such a region exists, and if a condition for load transfer from the neighbour base station is fulfilled: causing at least one reference signal transmitted by the M-MIMO base station to be transmitted towards the determined region with a signal strength sufficient to trigger handover of a device in the determined region to the M-MIMO base station.
A multi-component cementitious composition with at least a binder and a hardener component, wherein the binder component comprises ground granulated blast furnace slag and water, wherein the hardener component comprises a sodium silicate solution containing at least 42 wt.-%, preferably at least 45 wt.-% of sodium silicate (Na 2 SiO 3) and wherein the ratio of total water to the combined solids in the binder and hardener component is in the range of 0.5 to 0.95.
Lithium/graphite fluoride primary battery comprising (a) a mixture of an active material with an electrically conductive carbon is assembled as a part of a positive electrode, where the active material comprises ball milled graphite fluoride powder, and (b) a body comprising lithium assembled as a part of a negative electrode, characterized in that, (c) the active material has a BET surface area in the range from 250 to 300 m 2 g -1. (a) a mixture of an active material with an electrically conductive carbon is assembled as a part of a positive electrode, where the active material comprises ball milled graphite fluoride powder, and (b) a body comprising lithium assembled as a part of a negative electrode, (c) the active material has a BET surface area in the range from 250 to 300 m 2 g -1.
A micromachined ultrasonic transducer array, comprising: a plurality of transducer elements (111A, 112A, 113A, 114A, 115A, 116A, 115B, 114B, 113B, 112B, 111B, 121A) arrayed over an area of a substrate; a reference electrode coupled to each of the plurality of transducer elements; the micromachined ultrasonic transducer array being characterized by further comprising drive/sense electrode rails (110, 120) coupled to subsets of the plurality of transducer elements in parallel to form channels of the array, wherein the channels include a first channel comprising a first subset of the plurality of transducer elements (111A, 112A, 113A, 114A, 115A, 116A, 115B, 114B, 113B, 112B, 111B) including a first transducer element and a second transducer element, wherein the first transducer element has a membrane dimensioned to enter a first mode of oscillation when driven by an electrical signal that induces a second mode of oscillation in a membrane of the second transducer element, wherein the first mode of oscillation and the second mode of oscillation each correspond to a solution of a respective Bessel function, and wherein the membrane dimensions between the first transducer element and the second transducer element span a range larger than a dimensional difference between membranes of any two adjacent elements (111A and 112A) within the first channel. a plurality of transducer elements (111A, 112A, 113A, 114A, 115A, 116A, 115B, 114B, 113B, 112B, 111B, 121A) arrayed over an area of a substrate; a reference electrode coupled to each of the plurality of transducer elements;
A distal head for an endoscope, the distal head including: a distal head housing defining a distal end surface of the distal head and being formed from a light-permeable material that is permeable to light within a securing material curing spectrum; a working channel tube receiving cavity defined within the distal head housing; a camera receiving cavity defined within the distal head housing; an illumination light spread lens (236a, 236b) integrally formed in the distal head housing from the light-permeable material; an illumination light conduit receiving cavity defined within the distal head housing; characterized by a working channel tube secured within the working channel tube receiving cavity with a first light-cured securing material cured in response to light within the securing material curing spectrum; an image sensor-based camera assembly secured within the camera receiving cavity with a second light-cured securing material cured in response to light within the securing material curing spectrum; and an illumination light conduit (204a, 204b) secured within the illumination light conduit receiving cavity with a third light-cured securing material cured in response to light within the securing material curing spectrum. a distal head housing defining a distal end surface of the distal head and being formed from a light-permeable material that is permeable to light within a securing material curing spectrum; a working channel tube receiving cavity defined within the distal head housing; a camera receiving cavity defined within the distal head housing; an illumination light spread lens (236a, 236b) integrally formed in the distal head housing from the light-permeable material; an illumination light conduit receiving cavity defined within the distal head housing; characterized by a working channel tube secured within the working channel tube receiving cavity with a first light-cured securing material cured in response to light within the securing material curing spectrum; an image sensor-based camera assembly secured within the camera receiving cavity with a second light-cured securing material cured in response to light within the securing material curing spectrum; and an illumination light conduit (204a, 204b) secured within the illumination light conduit receiving cavity with a third light-cured securing material cured in response to light within the securing material curing spectrum.