mhurhangee/ep-ind-claims huggingface dataset:
A mountable sensor assembly for mounting on sheet metal of a vehicle assembly, the sheet metal having an opening for mounting the mountable sensor assembly, the mountable sensor assembly comprising: a sensor circuit; and a sensor housing assembly comprising: a first portion having a first engaging member and a cavity within which the sensor circuit is provided; and a second portion having a second engaging member, wherein the first portion and the second portion are configured to slide relative to one another; characterised in that the sensor housing assembly is configured such that sliding of the first portion from a first position to an extended position relative to the second portion is effective to increase a distance between the first engaging member and the second engaging member, for engagement of each said engaging member (130, 218) with said opening. a sensor circuit; and a sensor housing assembly comprising: a first portion having a first engaging member and a cavity within which the sensor circuit is provided; and a second portion having a second engaging member, wherein the first portion and the second portion are configured to slide relative to one another; a first portion having a first engaging member and a cavity within which the sensor circuit is provided; and a second portion having a second engaging member, wherein the first portion and the second portion are configured to slide relative to one another; characterised in that the sensor housing assembly is configured such that sliding of the first portion from a first position to an extended position relative to the second portion is effective to increase a distance between the first engaging member and the second engaging member, for engagement of each said engaging member (130, 218) with said opening.
Battery container comprising an outer casing surrounding a housing intended to receive at least one electrical energy accumulator comprising lithium hexafluorophosphate (LiPF 6), the container having a filter comprising a material based on silicon oxide (SiO 2) capable of filtering hydrofluoric acid vapours, the container being characterized in that, the filter including an inner casing positioned between the outer casing and the housing of the container, the outer casing comprising an inner face against which the inner casing is attached, the inner casing completely surrounds the housing.
A method for manufacturing a shoe comprising a sole and an upper, such method comprises the following steps: - providing a mould comprising a mould plunger and rings; - placing a sole on the mould plunger, the sole comprises a breathable, impermeable membrane which is visible through windows in the sole, and said sole also comprises a lip on its upper surface; - placing means of breathing and damping in the upper part of the sole and in the space bounded by the lip, in such a way that the lip is able as positioner of said means inside the mould, - placing the upper between the rings of the mould, - closing the rings of the mould in order to fix the upper, - moving the plunger towards the rings so that the breathing and damping means are pressed against the external lower face of the upper, - injecting material in the space between the upper, the breathing and damping means, the sole and the rings, in such a way that the lip is able to serve as a barrier to protect the breathing and damping means, and also to serve as a fixer of the position of said means thus preventing moving them, - opening the rings of the mould to release the upper, - removing the shoe thus formed. - providing a mould comprising a mould plunger and rings; - placing a sole on the mould plunger, the sole comprises a breathable, impermeable membrane which is visible through windows in the sole, and said sole also comprises a lip on its upper surface; - placing means of breathing and damping in the upper part of the sole and in the space bounded by the lip, in such a way that the lip is able as positioner of said means inside the mould, - placing the upper between the rings of the mould, - closing the rings of the mould in order to fix the upper, - moving the plunger towards the rings so that the breathing and damping means are pressed against the external lower face of the upper, - injecting material in the space between the upper, the breathing and damping means, the sole and the rings, in such a way that the lip is able to serve as a barrier to protect the breathing and damping means, and also to serve as a fixer of the position of said means thus preventing moving them, - opening the rings of the mould to release the upper, - removing the shoe thus formed.
Optical signalling and/or lighting unit for a motor vehicle comprising a frame, an optical module mounted on the said frame and comprising at least one luminous device (21, 25) capable of performing at least one photometric function, and a mask fixed to the said frame by means of fixing means and being capable of concealing part of the said optical module from the view of an observer, the said mask being designed to be mounted on the said frame, as well as a mask fixed to said frame by means of fixing means and being capable of concealing part of said optical module from the view of an observer, said fixing means between the mask and the frame comprising at least one shaft carried by said mask; said shaft being provided with a hole in which a screw is screwed having previously passed through a corresponding orifice made in a wall carried by said frame, said optical block comprising retaining means provided on said mask or on said frame and capable of cooperating when said mask is placed on said frame, with complementary means provided on the other of these elements so as to prevent said barrel from moving away from said wall during the screwing of said screw into said bore of the barrel, characterized in that said retaining means comprise an elastically deformable tongue capable of cooperating in abutment with a stop, in that said tongue is carried by said frame while said stop is carried by said mask, and in that said stop is constituted by the end of a tab extending in a plane perpendicular to the axis of said shaft and on which the base of this shaft takes root.
An exhaust sensor arrangement structure which is a structure for arrangement, in an engine, of an exhaust sensor that measures exhaust gas components and requires air for the measurement of the exhaust gas components, the exhaust sensor arrangement structure having an exhaust pipe of the engine that communicates with the exhaust sensor through an introduction pipe, the exhaust sensor arrangement structure being characterized in that the exhaust sensor communicates with an intake pipe of the engine through a discharge pipe, and an atmosphere pipe open to the atmosphere is connected to the exhaust sensor, so that in use exhaust gas is sucked into the exhaust sensor through the introduction pipe while the air is sucked into the exhaust sensor through the atmosphere pipe due to intake negative pressure generated during an intake stroke of the engine.
A shielded glass scaffold comprising a mixture of bioactive glass fibers and bioactive glass beads, some of the fibers and beads fused to one another to form a sintered agglomerate; said sintered agglomerate being encased by a shield of fused glass, the shield having pores therein, wherein said shield is formed by dropping the sintered agglomerate through a propane/oxygen flame at a temperature between 1982 °C and 2815 °C (3600°F and 5100°F), and for a time capable of forming a fused periphery around a center of loose glass fibers and glass beads. a mixture of bioactive glass fibers and bioactive glass beads, some of the fibers and beads fused to one another to form a sintered agglomerate; said sintered agglomerate being encased by a shield of fused glass, the shield having pores therein, wherein said shield is formed by dropping the sintered agglomerate through a propane/oxygen flame at a temperature between 1982 °C and 2815 °C (3600°F and 5100°F), and for a time capable of forming a fused periphery around a center of loose glass fibers and glass beads.
Backrest device for an item of furniture for seating and in particular an office chair, which device has a backrest support that comprises a support arm, a backrest mounted on the support arm and an adjusting element which is adjustable between a blocking position and a movement position, the support arm of the backrest support being equipped with a latching row, the adjusting element being connected to the backrest and having an engagement piece, the engagement piece of the adjusting element, in the blocking position, engaging in the latching row of the support arm of the backrest support such that movement of the backrest along the support arm of the backrest support is blocked, and, the engagement piece of the adjusting element, in the movement position, being disengaged from the latching row of the support arm of the backrest support such that the backrest can move along the support arm of the backrest support, characterized in that the adjusting element is made in one piece from an elastic material, said adjusting element being elastically deformed by a force in the movement position such that the engagement piece of the adjusting element is moved out of the latching row of the support arm of the backrest support.
Inloader, comprising: - a chassis having two side members (4, 4') arranged parallel to one another, to which axle brackets with single spring-loaded swing arms for receiving vehicle wheels are attached, - and a lifting unit, mounted on the side members (4, 4') with bolt receivers (11, 11'), with a saddle plate that is attached to the lifting unit and which has a pin for connection to a tractor unit, - wherein the lifting unit is formed from two lifting arms (5, 5') running in the direction of the saddle plate at an acute angle to one another, characterized in that - the lifting unit is driven hydraulically or pneumatically, - the vehicle side members (4, 4') in the front region somewhat resemble a truncated uppercase A when the chassis is viewed from above, and - the lifting unit has lateral guides which are arranged mirror-symmetrically to one another and which are each located in a transition region of the lifting arms (5, 5') to the saddle plate and run approximately perpendicular to the saddle plate. - a chassis having two side members (4, 4') arranged parallel to one another, to which axle brackets with single spring-loaded swing arms for receiving vehicle wheels are attached, - and a lifting unit, mounted on the side members (4, 4') with bolt receivers (11, 11'), with a saddle plate that is attached to the lifting unit and which has a pin for connection to a tractor unit, - wherein the lifting unit is formed from two lifting arms (5, 5') running in the direction of the saddle plate at an acute angle to one another, characterized in that - the lifting unit is driven hydraulically or pneumatically, - the vehicle side members (4, 4') in the front region somewhat resemble a truncated uppercase A when the chassis is viewed from above, and - the lifting unit has lateral guides which are arranged mirror-symmetrically to one another and which are each located in a transition region of the lifting arms (5, 5') to the saddle plate and run approximately perpendicular to the saddle plate.
A monument for an aircraft, comprising an above work deck subassembly, a below work deck subassembly, and a rear service wall subassembly, wherein each respective subassembly (12, 14, 16) is formed using carbon fiber reinforced composites, CFRC, pre-impregnated panel skins that combine to form a exoskeleton chassis, the subassemblies reinforced with a unidirectional carbon fiber, the monument being characterized by further comprising: ceiling mounts a pair of channels on an upper surface of the above work deck subassembly that each receive one of said ceiling mounts for mounting the monument to an upper portion of an airframe of the aircraft, wherein each of the said ceiling mounts are formed of a high strength composite and have orthogonal plates (21, 23), including a first orthogonal plate configured to slide within one of the channels on the upper surface of the above work deck subassembly, wherein a second plate from the orthogonal plates (21,23) rests on the upper surface of the above work deck subassembly.
A modular manufacturing device, comprising: a plurality of modules, each of the modules being arranged to interface with at least one other of the modules, wherein the plurality of modules includes a drive assembly (105, 108) and an end-effector, the drive assembly (105, 108) being configured to position the end-effector; an actuator mount configured to removably engage an actuator; an interface configured to communicate with the actuator; the end-effector being coupled to the actuator and being configured to accomplish a manufacturing function, the end-effector further including at least one sensor configured to sense an aspect of an underlying manufactured item to which the manufacturing function is performed; and a local controller disposed in one of the modules and configured to receive a signal corresponding to the aspect sensed by the at least one sensor and further configured to control the actuator in response to the sensed signal to maneuver the end-effector to a function position with respect to the underlying manufactured item; and optionally, the local controller being further configured to calibrate the modular manufacturing device and to control the motion of the drive assembly (105, 108) in conjunction with signals from the at least one sensor to determine an optimal position for accomplishing the manufacturing function. a plurality of modules, each of the modules being arranged to interface with at least one other of the modules, wherein the plurality of modules includes a drive assembly (105, 108) and an end-effector, the drive assembly (105, 108) being configured to position the end-effector; an actuator mount configured to removably engage an actuator; an interface configured to communicate with the actuator; the end-effector being coupled to the actuator and being configured to accomplish a manufacturing function, the end-effector further including at least one sensor configured to sense an aspect of an underlying manufactured item to which the manufacturing function is performed; and a local controller disposed in one of the modules and configured to receive a signal corresponding to the aspect sensed by the at least one sensor and further configured to control the actuator in response to the sensed signal to maneuver the end-effector to a function position with respect to the underlying manufactured item; and optionally, the local controller being further configured to calibrate the modular manufacturing device and to control the motion of the drive assembly (105, 108) in conjunction with signals from the at least one sensor to determine an optimal position for accomplishing the manufacturing function.
A voltage conversion apparatus for converting from a control voltage to a supply voltage, wherein the supply voltage is designed to power, through a coaxial cable, a data communication device, wherein the coaxial cable is adapted to transmit said supply voltage signal and at least one data signal associated with said data communication device (20, 21), the apparatus comprising: conversion means configured to convert from a first value of control voltage and from a second value of control voltage to a first value of supply voltage and, respectively, to a second value of supply voltage, wherein said first value of control voltage and said second value of control voltage are values of control voltage for controlling a device distinct from the data communication device (20, 21).
Apparatus for connecting a converter to an AC grid (2, 3), which apparatus has a grid connection for connecting to the AC grid (2, 3) and a converter connection for connecting to the converter and also two transformers (7, 8), wherein the grid connection and the converter connection are connected to one another via the two transformers (7, 8), which are connected in parallel with one another and are equipped with a tertiary winding in addition to a primary winding and a secondary winding, at least one switch being arranged in series with each transformer (7, 8), and a starter unit being provided, which is connected to a tertiary winding of one of the transformers (7, 8), characterized in that the starter unit is also connected to the tertiary winding of the other transformer and is designed to connect the tertiary windings to one another, the starter unit comprises at least one power semiconductor switch, which is part of a converter, and the converter is connected to energy storage devices and is connected in parallel with a connection path that connects the tertiary windings.
A core layer for an information carrying card comprising: at least one thermoplastic layer; an inlay layer,; and a crosslinked polymer composition disposed over the at least one thermoplastic layer and contacting the inlay layer, said core layer being characterized in that the inlay layer comprises at least one electronic component configured to display a one time passcode, in that said at least one thermoplastic layer defines at least one cavity and in that at least one portion of the inlay layer is disposed inside the at least one cavity. at least one thermoplastic layer; an inlay layer,; and a crosslinked polymer composition disposed over the at least one thermoplastic layer and contacting the inlay layer, said core layer being characterized in that the inlay layer comprises at least one electronic component configured to display a one time passcode, in that said at least one thermoplastic layer defines at least one cavity and in that at least one portion of the inlay layer is disposed inside the at least one cavity.
A wall sleeve with a guide pipe and a vent in the guide pipe and a cover positioned at the end of the guide pipe which can move between a closed position and an open position, and on the inside of the cover a hyperbolically shaped flow body is constructed, with the cover running axially along guide arms in the guide pipe and with a guide body constructed as a streamlined, funnel-shaped ring attached to the cover, whereby internally, the funnel initially runs parallel to the central axis of the guide pipe and then opens out in such a way that it deflects flow of air outwards from the central axis by 70°, and the cover, pushed by the flow of air in the guide pipe which is formed by the difference in pressure between the air pressure in the guide pipe and the external ambient air, opens and closes independently against a restoring force, thus guiding the flow of air to the edge of the cover and into the open air with a minimum loss in pressure, characterized in that the restoring force is created using a tension spring on a swivel arm, which is mounted to the inside of the guide pipe by means of a hinge, and its path is limited on one side by the first stopper, and the other side of the swivel arm is connected to the flow body via a connecting wire, and that when opened, the cover's motion is relatively smoothly decelerated after an initial stopper by an additional braking force which is triggered by a spring, which is attached to the central point of the flow body and absorbs the cover's kinetic energy, thus preventing or dampening an impact on the end stop.
A method for optical bonding a cover with a curved surface to a rectangular flat display substrate to form a display, wherein the display comprises a rectangular shaped dam as a stick-on or built-in member on the cover, the method comprising: applying a bonding material on the curved surface of the cover to adhere the cover to the flat display substrate to form the display, and placing the display substrate on the uncured bonding material, wherein the dam is used to contain the bonding material disposed between the display substrate and the cover, characterized in that the display substrate is placed such that it is spaced from the rectangular shaped dam along its periphery when seen in a projection onto a plane parallel to the flat display substrate. applying a bonding material on the curved surface of the cover to adhere the cover to the flat display substrate to form the display, and placing the display substrate on the uncured bonding material, wherein the dam is used to contain the bonding material disposed between the display substrate and the cover, characterized in that the display substrate is placed such that it is spaced from the rectangular shaped dam along its periphery when seen in a projection onto a plane parallel to the flat display substrate.
A personalized prosthesis for implantation at a treatment site, said prosthesis comprising: a self-expanding mesh having a collapsed configuration and an expanded configuration, the collapsed configuration adapted to be delivered to the treatment site, and the expanded configuration adapted to expand the personalized prosthesis into engagement with the treatment site, wherein the mesh in the expanded configuration is personalized to match the treatment site, wherein the mesh has an outer surface that substantially matches the treatment site shape and size in the expanded configuration, wherein the self-expanding mesh forms a central lumen configured to allow blood or other body fluids to pass therethrough, wherein the mesh comprises a plurality of filaments forming overlapping regions in every row and column of the mesh where the filaments meet, the mesh forming a tubular member with the rows extending circumferentially around the tubular member, wherein the overlapping regions in a row form an alternating pattern of overlapping regions having a first number of overlaps of the plurality of overlapping filaments and overlapping regions having a second number of overlaps different than the first number of overlaps, and wherein the first number of overlaps allows some movement of the plurality of overlapping filaments relative to one another thereby allowing the prosthesis to expand and contract, and wherein the second number of overlaps secure the plurality of overlapping filaments together to minimize their movement relative to one another during compression or tension. a self-expanding mesh having a collapsed configuration and an expanded configuration, the collapsed configuration adapted to be delivered to the treatment site, and the expanded configuration adapted to expand the personalized prosthesis into engagement with the treatment site, wherein the mesh in the expanded configuration is personalized to match the treatment site, wherein the mesh has an outer surface that substantially matches the treatment site shape and size in the expanded configuration, wherein the self-expanding mesh forms a central lumen configured to allow blood or other body fluids to pass therethrough, wherein the mesh comprises a plurality of filaments forming overlapping regions in every row and column of the mesh where the filaments meet, the mesh forming a tubular member with the rows extending circumferentially around the tubular member, wherein the overlapping regions in a row form an alternating pattern of overlapping regions having a first number of overlaps of the plurality of overlapping filaments and overlapping regions having a second number of overlaps different than the first number of overlaps, and wherein the first number of overlaps allows some movement of the plurality of overlapping filaments relative to one another thereby allowing the prosthesis to expand and contract, and wherein the second number of overlaps secure the plurality of overlapping filaments together to minimize their movement relative to one another during compression or tension.