mhurhangee/ep-ind-claims huggingface dataset:
Thermal- and magnetic-overload trip for an electrical switching device having multiple poles, comprising a housing which is assigned to the overload trip, is made of an electrically insulating material and has busbars which are assigned according to the poles, wherein a chamber-like housing region is assigned to each busbar and is delimited by side walls, and a trip shaft, which is pivotable about an axis of rotation, is assigned to each busbar and can pivot from a rest position into an operating position when a predeterminable thermal and/or magnetic threshold value is reached and triggers a corresponding switching mechanism, and wherein a manually rotatable adjusting element is provided for specifying the thermal or magnetic threshold value, the axis of rotation of which element is arranged so as to be approximately perpendicular to the axis of rotation of the trip shaft, characterised in that the housing for receiving all essential functional elements comprises a single-piece cap-shaped housing part having a top wall, a bottom wall, a rear wall and two external side walls (7, 8), the front of which housing part can be closed at least in part by means of a removable lid part, and wherein the inside of the cap-shaped housing part is designed such that, with the exception of the adjusting element (21, 28), all essential functional elements can be inserted from the front of the cap-shaped housing part and can be connected to at least one of the walls of the cap-shaped housing part, wherein the end regions of the trip shaft are rotatably mounted at mounting points arranged in the external side walls (7, 8) of the cap-shaped housing part, and wherein the adjusting element (21, 28) is rotatably mounted in the top wall of the cap-shaped housing part such that it can be manually operated from the outside of the top wall.
A power generation device for a mobile body, for generating power based on a relative flow of an external fluid when the mobile body travels, the device comprising: a plurality of flat-plate shaped power generating units (32; 110; 120), each of which includes an elastically deformable flat-plate shaped base member (34; 112) and a piezoelectric film (36; 114; 122), wherein the base member (34; 112) and the piezoelectric film (36; 114; 122) are laminated alternately, such that when the base member (34; 112) is elastically deformed in a thickness direction by a flow of the external fluid, the piezoelectric film (36; 114; 122) is warped to generate power; and a holding member, which is arranged in the mobile body, wherein the power generating units (32; 110; 120) are adapted to be arranged in a direction intersecting the flow direction of the external fluid and spaced apart, and the holding member is adapted to hold the power generating units (32; 110; 120) at a position where the external fluid flows such that flat surfaces of flat-plate shapes of the power generating units (32; 110; 120) are oriented to be substantially parallel with the flow direction of the external fluid, wherein each power generating unit (32; 110; 120) has an elongated flat-plate shape, characterized in that opposite ends of each power generating unit (32; 110; 120) in a longitudinal direction are held by the holding member such that the power generating units (32; 110; 120) are adapted to be oriented such that the longitudinal axes of the power generating units are substantially perpendicular to the flow direction of the external fluid, a fixing member (38, 40; 70, 72) is provided at each of the opposite ends in the longitudinal direction of each power generating unit (32; 110; 120), and the power generating units (32; 110; 120) are arranged in the holding member via the fixing members (38, 40; 70, 72) to pivot in accordance with the flow of the external fluid.
A bolt assembly for securing a tool disc to a power tool, comprising: a bolt body having a bolt head and a shank extending axially from the bolt head, the bolt head having a bearing surface that faces the shank and the shank having external threads that are matably receivable in a threaded bore of a shaft of the power tool; a grip body extending radially from and circumferentially about the bolt head, the grip body being configured to rotate the bolt body; a lower washer positioned between the bearing surface and the shank, the lower washer being rotatable about the bolt head and having a contact surface configured to be pressed against a clamping surface of the tool disc; and a bearing positioned between the bearing surface and the lower washer, the bearing being configured to allow the lower washer to rotate relative to the bolt body without rotation of the bolt body, characterized in that the lower washer defines an upper cavity opening towards the bearing surface and a lower cavity opening towards the shank, the bearing being at least partially slidably nested within the upper cavity of the lower washer.
A method for assembling at least two parts (1,2) made of silicon carbide-based materials by non-reactive brazing, wherein the parts (1,2) are contacted with a non-reactive brazing composition, the assembly (1,2,4) formed by the parts (1,2) and the brazing composition is heated to a brazing temperature sufficient to melt the brazing composition, and the parts (1,2) and the brazing composition are cooled so that, after solidification of said brazing composition, a moderately refractory joint is formed; characterized in that the non-reactive brazing composition is a binary alloy consisting, in mass percentages, of 46% to 99% silicon and 54% to 1% neodymium.
Method for producing a metallic layered composite, in particular a strip-shaped layered composite, in which at least one starting metal strip composed of at least one first metal and having a thickness of 40 micrometres to 750 micrometres is layered with at least one further metal strip composed of at least one second metal, which is preferably different in each case to the first metal, to form a layer package, characterized in that the overall thickness of the layer package lies in the range of 5 mm to 10 mm, and the individual layers of the layer package are bonded together by way of roll cladding, whereupon the resulting layered composite is further reduced by rolling in at least one pass, wherein the thickness of the at least one starting metal strip in the composite is reduced in each case to 0.5 to 10 micrometres, wherein the rolling operation generates an overall reduction which leads to an at least 25-fold increase in the surface area of the generated layered composite compared with the original layer package.
An operation input device comprising: an operation button capable of moving from an initial position in a direction along a first plane when having received a pushing operation by a user; a movable member capable of moving in the direction along the first plane and capable of pushing the operation button toward the initial position; an electric motor that moves the movable member; and a holder that holds the electric motor, and supports the operation button and the movable member so as to permit movement of the operation button and the movable member, characterised by: wherein both the operation button and the movable member are capable of moving around a support shaft that crosses the first plane, and the holder supports the operation button and the movable member through the support shaft. an operation button capable of moving from an initial position in a direction along a first plane when having received a pushing operation by a user; a movable member capable of moving in the direction along the first plane and capable of pushing the operation button toward the initial position; an electric motor that moves the movable member; and a holder that holds the electric motor, and supports the operation button and the movable member so as to permit movement of the operation button and the movable member, characterised by: wherein both the operation button and the movable member are capable of moving around a support shaft that crosses the first plane, and the holder supports the operation button and the movable member through the support shaft.
A high pressure turbine vane assembly for a gas turbine engine, the vane assembly comprising: a plurality of turbine vanes; an inner diameter platform coupled to the base portion of each of the plurality of turbine vanes, wherein the leading edge of the inner diameter platform is associated with a first axis; and an outer diameter platform coupled to the top portion of each of the plurality of turbine vanes, wherein the leading edge of the outer diameter platform is associated with a second axis, the second axis offset from the first axis such that the outer platform extends away from the leading edge of the turbine vanes a distance greater than an amount the inner platform extends away from the leading edge of the turbine vanes, characterised in that a platform length of the outer diameter platform in the axial direction is greater than 18% of vane pitch. a plurality of turbine vanes; an inner diameter platform coupled to the base portion of each of the plurality of turbine vanes, wherein the leading edge of the inner diameter platform is associated with a first axis; and an outer diameter platform coupled to the top portion of each of the plurality of turbine vanes, wherein the leading edge of the outer diameter platform is associated with a second axis, the second axis offset from the first axis such that the outer platform extends away from the leading edge of the turbine vanes a distance greater than an amount the inner platform extends away from the leading edge of the turbine vanes, characterised in that a platform length of the outer diameter platform in the axial direction is greater than 18% of vane pitch.
Optical article comprising a substrate having at least one main surface successively coated with an impact-resistant primer coating and an abrasion- and/or scratch-resistant coating, wherein the abrasion- and/or scratch-resistant coating is formed from a composition comprising: (a) at least one epoxy compound bearing at least one silicon atom having at least one hydrolyzable group directly linked to the silicon atom and at least one group comprising an epoxy function linked to the silicon atom through a carbon atom, and/or a hydrolysate thereof, (b) at least one alkylene glycol diglycidyl ether or poly(alkylene glycol) diglycidyl ether, compounds (b) being present in an amount ranging from 0.3 to 5 %, relative to the total weight of the composition, (c) colloidal particles of at least one metal oxide or metalloid oxide, (d) at least one catalyst, and wherein said composition does not comprise Si(X') 4 compounds, or hydrolysates thereof, in which the X' groups independently represent C1-C6 alkoxy groups. (a) at least one epoxy compound bearing at least one silicon atom having at least one hydrolyzable group directly linked to the silicon atom and at least one group comprising an epoxy function linked to the silicon atom through a carbon atom, and/or a hydrolysate thereof, (b) at least one alkylene glycol diglycidyl ether or poly(alkylene glycol) diglycidyl ether, compounds (b) being present in an amount ranging from 0.3 to 5 %, relative to the total weight of the composition, (c) colloidal particles of at least one metal oxide or metalloid oxide, (d) at least one catalyst,
A method of operating an authentication provisioning unit for authenticating a user to a service provider, the method comprising: a) receiving credentials from a user; b) determining whether the credentials received from the user represent a valid logon; and if that determination is positive, then c) generating at least one network address comprising a domain address and at least one instance parameter, the instance parameter uniquely identifying the user and the instance of generation of the network address; d) providing the network address to the user; e) receiving a parameter from a service provider identified by the domain address in the network address provided; f) determining whether the received parameter indicates a valid attempt to log on to the service provider by checking that the received parameter matches an instance parameter that has previously been provided to a user and that has not previously been received from a service provider; and if that determination is positive, signalling to the service provider over a secure channel a message indicating that the received parameter represents a valid logon attempt, the message including credentials of the user to whom the instance parameter that matches the received parameter had been issued wherein in the step of providing the network address to the user, the network address is provided to the user over a secure channel. a) receiving credentials from a user; b) determining whether the credentials received from the user represent a valid logon; and if that determination is positive, then c) generating at least one network address comprising a domain address and at least one instance parameter, the instance parameter uniquely identifying the user and the instance of generation of the network address; d) providing the network address to the user; e) receiving a parameter from a service provider identified by the domain address in the network address provided; f) determining whether the received parameter indicates a valid attempt to log on to the service provider by checking that the received parameter matches an instance parameter that has previously been provided to a user and that has not previously been received from a service provider; and if that determination is positive, signalling to the service provider over a secure channel a message indicating that the received parameter represents a valid logon attempt, the message including credentials of the user to whom the instance parameter that matches the received parameter had been issued wherein in the step of providing the network address to the user, the network address is provided to the user over a secure channel.
A device for detecting and indicating a door lock status, comprising: - a housing that can be fastened to a key head by means of a first fastening means, and - an electronic unit arranged within the housing and further comprising: - a printed circuit board, - at least one LED, - a motion sensor, - a microcontroller, - a battery, and - a push button, - a magnetic field density sensor, characterized in that the device further comprises two permanent magnets, which, when in the working position, are arranged on the opposite sides of the door by means of a third fastening means such that they face each other with their opposite poles. - a housing that can be fastened to a key head by means of a first fastening means, and - an electronic unit arranged within the housing and further comprising: - a printed circuit board, - at least one LED, - a motion sensor, - a microcontroller, - a battery, and - a push button, - a magnetic field density sensor, - a printed circuit board, - at least one LED, - a motion sensor, - a microcontroller, - a battery, and - a push button, - a magnetic field density sensor,
Closure holder for a closure, in particular a door closure, having a base element and a rear handle (4.2) which is arranged on the base element and can be engaged behind by a locking element of the lock in order to form a lock, with an adjusting device for adjusting the distance between the rear handle (4.2) and the base element, wherein the adjusting device has a bearing opening (4.1) and an adjusting element, wherein the adjusting element is connected to the base element, characterised in in that the rear grip (4.2) is arranged on a receiving element, the receiving element and the rear grip (4.2) being jointly adjustable via the adjusting device, the receiving element comprising the bearing opening (4.1) of the adjusting device, the bearing opening (4.1) having a bearing region (4.11) for transmitting thrust and tensile forces and a larger insertion region (4.12) for inserting the adjusting element. with an adjusting device for adjusting the distance between the rear handle (4.2) and the base element, wherein the adjusting device has a bearing opening (4.1) and an adjusting element, wherein the adjusting element is connected to the base element, characterised in in that the rear grip (4.2) is arranged on a receiving element, the receiving element and the rear grip (4.2) being jointly adjustable via the adjusting device, the receiving element comprising the bearing opening (4.1) of the adjusting device, the bearing opening (4.1) having a bearing region (4.11) for transmitting thrust and tensile forces and a larger insertion region (4.12) for inserting the adjusting element.
A wireless communication system in which a base station includes a plurality of wireless communication units (13-1 - 13-r) configured to support different communication performances, the base station being configured to select a wireless communication unit (13-1; 13-r) with respect to a terminal station that has made a connection request according to a communication performance of the terminal station, wherein the base station includes a control unit that is configured to hold, for each of the wireless communication units, terminal station connection permission information indicating a permission condition as to whether permission of the connection request of the terminal station be granted according to the communication performance, to collate the communication performance of the terminal station with the terminal station connection permission information of a first wireless communication unit (13-s) to which the connection request was made, to establish, in a case where the communication performance of the terminal station matches the permission condition of the first wireless communication unit (S4:YES), a wireless connection between the first wireless communication unit (13-s) and the terminal station, and, to direct, in a case where the communication performance of the terminal station does not match the permission condition of the first wireless communication unit (S4:NO), a connection destination of the terminal station to another wireless communication unit (13-s') whose permission condition matches the communication performance of the terminal station and a wireless connection is established between the other wireless communication unit (13-s') and the terminal station. to hold, for each of the wireless communication units, terminal station connection permission information indicating a permission condition as to whether permission of the connection request of the terminal station be granted according to the communication performance, to collate the communication performance of the terminal station with the terminal station connection permission information of a first wireless communication unit (13-s) to which the connection request was made, to establish, in a case where the communication performance of the terminal station matches the permission condition of the first wireless communication unit (S4:YES), a wireless connection between the first wireless communication unit (13-s) and the terminal station, and, to direct, in a case where the communication performance of the terminal station does not match the permission condition of the first wireless communication unit (S4:NO), a connection destination of the terminal station to another wireless communication unit (13-s') whose permission condition matches the communication performance of the terminal station and a wireless connection is established between the other wireless communication unit (13-s') and the terminal station.
A dryer having a dryer main body provided with an air outlet, comprising an atomizing device including a liquid container detachably attached to said dryer main body and an ultrasonic vibration unit provided in the vicinity of said air outlet of said dryer main body to atomize a liquid in said liquid container, said ultrasonic vibration unit having: an ultrasonic vibrator; a unit casing with an outlet hole formed on a downstream side of said ultrasonic vibrator; a liquid absorber equipped with an outlet passage that is communicated with said outlet hole of said unit casing and is formed around a downstream side of said outlet hole, said outlet hole and said outlet passage being coaxial with each other; and thin grooves that are formed on an inner wall of said outlet hole and extend from said ultrasonic vibrator to said liquid absorber, said thin grooves allowing droplets that have occurred on said inner wall of said outlet hole to pass therethrough and then flow into said liquid absorber through capillary action.
A non-coated base fabric for an airbag, which is made of a polyamide fiber, wherein CV values of air permeability of to measured every 20 cm in a weft direction of the base fabric satisfy the following requirements: A CV value of the dynamic air permeability by the ASTM D6476 method is 6.0% or less, A CV value of the air permeability at a differential pressure of 500 Pa by the ASTM D3886 method is 10.0% or less, and A CV value of the air permeability at a differential pressure of 20 KPa according to JIS L 1096 is 10.0% or less. A CV value of the dynamic air permeability by the ASTM D6476 method is 6.0% or less, A CV value of the air permeability at a differential pressure of 500 Pa by the ASTM D3886 method is 10.0% or less, and A CV value of the air permeability at a differential pressure of 20 KPa according to JIS L 1096 is 10.0% or less.
A method of assembling an elongate pipeline bundle offshore aboard an installation vessel, the method comprising: suspending the bundle from the vessel so that the bundle hangs in an upright orientation underwater beneath the vessel; successively attaching pre-fabricated elongate structural core sections to a corresponding uppermost core section already incorporated into the bundle, in each instance to become a newly-uppermost core section of the bundle, each pre-fabricated elongate structural core section comprising a core pipe and at least one of: a guide frame extending radially outwardly from the core pipe; a buoyancy block; and, after attaching each core section, lowering the bundle in a downward launch direction to suspend the bundle from the newly-uppermost core section; wherein the method further comprises incorporating a length of flowline pipe (38, 54) into the bundle aboard the vessel, a portion of that pipe already incorporated into the bundle extending along the bundle beside the successive core sections, that pipe being a flexible pipe, a composite pipe or a rigid pipe as herein defined. suspending the bundle from the vessel so that the bundle hangs in an upright orientation underwater beneath the vessel; successively attaching pre-fabricated elongate structural core sections to a corresponding uppermost core section already incorporated into the bundle, in each instance to become a newly-uppermost core section of the bundle, each pre-fabricated elongate structural core section comprising a core pipe and at least one of: a guide frame extending radially outwardly from the core pipe; a buoyancy block; and, a guide frame extending radially outwardly from the core pipe; a buoyancy block; after attaching each core section, lowering the bundle in a downward launch direction to suspend the bundle from the newly-uppermost core section; wherein the method further comprises incorporating a length of flowline pipe (38, 54) into the bundle aboard the vessel, a portion of that pipe already incorporated into the bundle extending along the bundle beside the successive core sections, that pipe being a flexible pipe, a composite pipe or a rigid pipe as herein defined.