mhurhangee/ep-ind-claims huggingface dataset:
PORTABLE MODULAR KIT COMPRISING PANELS FOR THE ASSEMBLY OF FURNITURE "IN SITU", based on a plurality of members totally or partially usable in either a complementary and/or alternative fashion, mainly comprising panels that can be engaged to each other under different configurations, thus allowing the assembly of pieces of furniture such as lecterns, book-rests, tables, stands for musical instruments or similar, being based said portable modular kit on said plurality of panels comprising: - At least, one main supporting member; - At least, one foot member; - At least, one main bearing member; and - said members having mutual engagement means comprising, at least partially, coupling members for structural assembly and insertion means for cantilevered members. - the main support members having cantilever insertion means comprising multiple slots allowing the insertion at different positions and/or oriented at different angles; characterized in that the coupling means between main support members comprise securing clamps which, on both sides of said main support member, fasten the area adjacent to said coupling members, thus keeping aligned said support members in said coupling area; wherein the securing clamp comprises a set of flat members (3a, 3b) with means to engage with each other such as a stud and a threaded portion, said securing clamp, passing through the main support member in the coupling area, keep the coupled main support members aligned. - At least, one main supporting member; - At least, one foot member; - At least, one main bearing member; and - said members having mutual engagement means comprising, at least partially, coupling members for structural assembly and insertion means for cantilevered members. - the main support members having cantilever insertion means comprising multiple slots allowing the insertion at different positions and/or oriented at different angles;
A terminal in a wireless communications system including at least two types of cells, a macro cell and a pico cell, the terminal comprising: a transceiver; and a controller is configured to: control the transceiver to receive a cell list associated with a predetermined type of cell from a base station, identify a type of handover based on the received cell list, identify a configuration parameter set among at least two configuration parameter sets based on the identified type of the handover, and trigger a measurement report using the identified configuration parameter set. a transceiver; and a controller is configured to: control the transceiver to receive a cell list associated with a predetermined type of cell from a base station, identify a type of handover based on the received cell list, identify a configuration parameter set among at least two configuration parameter sets based on the identified type of the handover, and trigger a measurement report using the identified configuration parameter set. control the transceiver to receive a cell list associated with a predetermined type of cell from a base station, identify a type of handover based on the received cell list, identify a configuration parameter set among at least two configuration parameter sets based on the identified type of the handover, and trigger a measurement report using the identified configuration parameter set.
A seating unit having a chassis, a seat, a backrest, and at least one foot-support ottoman, the seating unit being adapted to move between a closed, an extended, a reclined, and a seat-lift position, the seating unit comprising: a lift-base assembly that rests on an underlying surface; a pair of base plates in substantially parallel-spaced relation; a pair of lift assemblies, wherein each of the lift assemblies is attached to a respective base plate and raises and lowers the respective base plate directly above the lift-base assembly; a pair of seat-mounting plates in substantially parallel-spaced relation, wherein the seat-mounting plates suspend the seat over the lift assemblies and wherein a respective mid section of each seat mounting plate is pivotably attached to a respective rear base plate fixedly attached to a rearward portion of the base plate or to a rearward portion of a respective base plate at pivot; a pair of generally mirror-image linkage mechanisms each moveably interconnecting each of the base plates to a respective seat-mounting plate, wherein each of the linkage mechanisms comprise: (a) a footrest assembly that extends and retracts the at least one foot-support ottoman; and (b) a seat-adjustment assembly that reclines and inclines the backrest; a first linear actuator that provides automated adjustment of the seating unit between the closed position, the extended position, and the seat-lift position, wherein the first linear actuator is configured to move the lift assemblies into and out of the seat-lift position while maintaining the linkage mechanisms in the closed position and while consistently maintaining the seat-mounting plates inside a footprint of the lift-base assembly; and a second linear actuator that provides automated adjustment of the seating unit between the extended position and the reclined position.
A method of adapting use of a standardized wireless networking ZigBee protocol, whereby according to said protocol it is defined that, when an initiator node is a new node not already joined to a wireless network of said protocol, and when the initiator node initiates a linking operation comprising a standardized exchange of messages between the initiator node and a second node, then the linking operation will create a new wireless network of the initiator node which the second node joins; wherein the method comprises, instead of using a complete instance of said linking operation: adapting a field of one of said messages to form an adapted message, and sending the adapted message from the initiator node to the second node, in order to indicate that the adapted message is in fact a request for the initiator node to join an existing wireless network of said protocol, to which the second node is already joined, wherein said field is a field which the standardized protocol allows to be varied for application specific purposes; in response to the adapted message, the initiator node receiving back an invitation message inviting the initiator node to join the existing network; and in response to the invitation message, the initiator node joining the existing network. adapting a field of one of said messages to form an adapted message, and sending the adapted message from the initiator node to the second node, in order to indicate that the adapted message is in fact a request for the initiator node to join an existing wireless network of said protocol, to which the second node is already joined, wherein said field is a field which the standardized protocol allows to be varied for application specific purposes; in response to the adapted message, the initiator node receiving back an invitation message inviting the initiator node to join the existing network; and in response to the invitation message, the initiator node joining the existing network.
A roll over fuel-vapor valve comprising a housing defining a valve having a valve inlet port extending through a wall of the housing and a valve outlet port and a float member disposed between said inlet port and said outlet port and being displaceable between an open position and a closed position, said housing further comprising a fluid flow channel extending along a top portion thereof and having a first end and a second end, wherein said outlet port is extending into said channel such that in said open position fluid flow is facilitated between said valve inlet port and said fluid flow channel; wherein said housing is a tubular housing accommodating a cage assembly fixedly disposed therein and defining an inside space accommodating said float member; characterized in that said cage assembly comprises a pair of side plates configured for sealing engagement with walls of a fuel-vapor tube segment at respective sides of the at least one inlet port, a bridging member extending between the side plates and spaced from an inside surface of the tube segments and constituting the channel and a base member disposed between the side plates and configured with a boss supporting a float member biasing spring.
Arrangement for securing a steering column to a cross member, in particular to a cockpit carrying member, of a motor vehicle, wherein the steering column has retaining means, the cross member has, for securing the steering column, at least one clearance hole running transverse to the longitudinal direction of the cross member for at least one securing means, and the retaining means of the steering column are secured by at least one securing means to the cross member, wherein a sleeve is provided for at least one securing means, characterized in that the sleeve is inserted through said clearance hole from the outer face side and runs transversely through the cross member, such that the sleeve abuts from the outside with a collar to the outer face side of the clearance hole, and to the opposite side in the inner side of the cross member or to a reinforcement disposed in the inner side of the cross member, wherein the sleeve is welded on one or both sides of the cross member.
A system for the detection and angular orientation of containers in labelling machines comprising a rotating turntable for the handling of said containers, said turntable being provided with a plurality of motor-driven pans which support and handle said containers, the system comprising optical sensing means for acquiring images of the said containers and illuminating means for illuminating the said containers or part thereof, characterised in that the said optical sensing means and the said illuminating means are positioned in different radial configurations with respect to the said turntable in such a way that the optical sensing means are positioned externally and the illuminating means are positioned internally with respect to the turntable, or viceversa, and in that the illuminating means are positioned on a substantially vertically translated horizontal plane with respect to the horizontal plane on which the optical sensing means are positioned, in order to provide an inclined illumination of the container towards the optical sensing means.
A system for communicating data, which comprises: an encoder for encoding communications data; a modulator for mapping the encoded communications data based on a specific mapping algorithm to form a communications signal over which the communications data can be transmitted; said communications signal including a preamble comprising set-up or transmission parameters used for acquiring the signal at a modem, said parameters including a modulation parameter field having identifiers for bit rate and interleaver settings, and at least one extended preamble (47, 48) adjacent the preamble for conveying additional set-up or transmission parameters; the at least one extended preamble (47, 48) comprising N extended preamble bits having at least one of information, transmission parameter, and control bits; characterized in that the modulation parameter field contains unused identifiers and at least one extended preamble (47, 48) further comprising M map bits that identify a predetermined mapping for the N extended preamble bits; and said at least one extended preamble (47, 48) is identified by the unused identifiers in the modulation parameter field. an encoder for encoding communications data; a modulator for mapping the encoded communications data based on a specific mapping algorithm to form a communications signal over which the communications data can be transmitted; said communications signal including a preamble comprising set-up or transmission parameters used for acquiring the signal at a modem, said parameters including a modulation parameter field having identifiers for bit rate and interleaver settings, and at least one extended preamble (47, 48) adjacent the preamble for conveying additional set-up or transmission parameters; the at least one extended preamble (47, 48) comprising N extended preamble bits having at least one of information, transmission parameter, and control bits; characterized in that the modulation parameter field contains unused identifiers and at least one extended preamble (47, 48) further comprising M map bits that identify a predetermined mapping for the N extended preamble bits; and said at least one extended preamble (47, 48) is identified by the unused identifiers in the modulation parameter field.
A glass, in particular glass-ceramic, article intended in particular to be used with at least one heating element, said article being formed of at least one substrate, such as a plate, made of glass material, in particular made of glass-ceramic, said substrate being at least partly coated with at least one layer of ink, advantageously deposited by inkjet printing, this ink being formed of nanoscale pigments and of at least one polysiloxane binder, said layer of ink being coated with at least one layer of silicone-based paint, this layer of paint advantageously being deposited in the form of a flat tint, in particular by screen printing.
An integrated electromechanical brake actuator comprising: · a brushless DC electric motor; · a linearly-movable pusher mechanically connected to the motor to move in response to rotation of the motor; the electromechanical brake actuator being characterized in that it further comprises: · a static contactor for delivering a polyphase voltage to the motor by interrupting and sequencing input voltage pulses as a function of information relating to the angular position of the rotor of the motor; and · an angle position sensor for sensing the angular position of the rotor and delivering said information. · a brushless DC electric motor; · a linearly-movable pusher mechanically connected to the motor to move in response to rotation of the motor; · a static contactor for delivering a polyphase voltage to the motor by interrupting and sequencing input voltage pulses as a function of information relating to the angular position of the rotor of the motor; and · an angle position sensor for sensing the angular position of the rotor and delivering said information.
An electrostatic comb drive accelerometer comprising: a proof mass configured to rotate in an out-of-plane direction in response to an out-of-plane acceleration; a plurality of rotor comb tines located at an edge of the proof mass; a first plurality of stator comb tines interleaved with the plurality of rotor comb tines; and a second plurality of stator comb tines interleaved with the plurality of rotor comb tines, wherein the first and second pluralities of stator comb tines are electrically isolated from one another, wherein the first and second pluralities of stator comb tines are made from a single material layer, wherein the plurality of rotor comb tines, the first plurality of stator comb tines, and the second plurality of stator comb tines form a bi-directional out-of-plane electrostatic comb drive configured to apply a rebalancing force to the proof mass, and wherein the first plurality of stator comb tines are in substantial alignment with the second plurality of stator comb tines in the out-of-plane direction. a proof mass configured to rotate in an out-of-plane direction in response to an out-of-plane acceleration; a plurality of rotor comb tines located at an edge of the proof mass; a first plurality of stator comb tines interleaved with the plurality of rotor comb tines; and a second plurality of stator comb tines interleaved with the plurality of rotor comb tines,
Device for vulcanizing a tyre, comprising a cylindrical vulcanization housing with an axis XX', formed by a lower pan and an upper pan which are movable axially with respect to one another, and means for locking the lower pan and upper pan, these means being adapted to keep said lower and upper pans in the closed position during vulcanization, and delimiting an enclosure containing: - a mould whose inner walls are intended to come into contact with the tyre, and - a lower plate and an upper plate which come to bear, respectively, on the radially inner regions of the mould parts which are intended to mould the lower bead and the upper bead of said tyre when the pan is in the closed position, in such a way that, when the pan is in the closed position, the inner walls of the mould and of the lower and upper plates delimit a closed internal volume (V i) intended to receive a heat transfer fluid at a pressure P 1, the projection of said internal volume (V i) on a plane perpendicular to the axis XX' forming a surface whose area is S 1, characterized in that a reshaping envelope, intended to receive a fluid at a pressure P 2 and comprising a wall which is movable axially under the action of said fluid, is positioned axially between the axially outer walls of the mould parts and the vulcanization pan, the projection of said volume of said reshaping envelope on a plane perpendicular to the axis XX' delimiting a surface with an area S 2, such that S 2 *P 2 is greater than S 1 *P 1, in such a way that, when the device is locked and pressurized, the movable wall exerts on the mould parts an axial force greater than the resultant of the axial forces which are exerted by the heat transfer fluid on the mould parts and tend to cause the axial opening of the parts of said mould. - a mould whose inner walls are intended to come into contact with the tyre, and - a lower plate and an upper plate which come to bear, respectively, on the radially inner regions of the mould parts which are intended to mould the lower bead and the upper bead of said tyre when the pan is in the closed position,
Use of a transparent bullet-proof and/or splinter-proof laminate, of which at least part of the thickness consists of a mosaic comprising at least two transparent constituent elements, in order to limit deterioration of the laminate beyond one of said at least two constituent elements that receive an impact, characterized in that said at least two transparent constituent elements are made of monocrystalline sapphire, and in that the two main outer faces of the laminate consist of - one continuous transparent sheet made of glass with a thickness of between 2 and 6 mm, in a particularly suitable manner on the side where the impact is expected; and - one continuous transparent sheet made of polycarbonate or the equivalent, preferably on the side opposite that intended to receive the impact. - one continuous transparent sheet made of glass with a thickness of between 2 and 6 mm, in a particularly suitable manner on the side where the impact is expected; and - one continuous transparent sheet made of polycarbonate or the equivalent, preferably on the side opposite that intended to receive the impact.
Trigger mechanism of a firearm with a trigger movable between an initial position and a discharge position, a sear movable between a cocked position and a releasing position and a transfer element movable by actuation of the trigger between a holding position for holding the sear in the cocked position and a release position for moving the sear into the releasing position, wherein a safety device with two pendulums (34, 35) pivotable about a transverse axis and deflectable by impacts is associated with the trigger, wherein the two pendulums (34, 35) are connected to the trigger in such a way that the trigger is pressed into its initial position by at least one of the two pendulums (34, 35) in the event of an impact-induced deflection of the two pendulums (34, 35).
A in vitro method of determining the progression of chronic kidney disease and/or kidney transplant failure in a patient, wherein the method comprises the steps of a) determining the amount of homoarginine in a sample of the patient; b) comparing the determined amount of homoarginine with a reference amount, and c) determining the progression of chronic kidney disease and/or kidney transplant failure, wherein determining the progression of chronic kidney disease refers to the assessment of kidney function in a patient, wherein the method further comprises determining the risk of chronic kidney disease progression and/or the risk of kidney transplant failure in a patient, wherein determining the risk of chronic kidney disease progression or the risk of kidney transplant failure refers to assessing the probability according to which a subject will suffer from a progressed disease status with a certain time window, d) wherein a decreased amount of homoarginine in comparison to the reference amount indicates progression of chronic kidney disease and/or kidney transplant failure, or an increased risk of progression of chronic kidney disease and/or increased risk of kidney transplant failure within a certain time window. a) determining the amount of homoarginine in a sample of the patient; b) comparing the determined amount of homoarginine with a reference amount, and c) determining the progression of chronic kidney disease and/or kidney transplant failure, wherein determining the progression of chronic kidney disease refers to the assessment of kidney function in a patient, wherein the method further comprises determining the risk of chronic kidney disease progression and/or the risk of kidney transplant failure in a patient, wherein determining the risk of chronic kidney disease progression or the risk of kidney transplant failure refers to assessing the probability according to which a subject will suffer from a progressed disease status with a certain time window, d) wherein a decreased amount of homoarginine in comparison to the reference amount indicates progression of chronic kidney disease and/or kidney transplant failure, or an increased risk of progression of chronic kidney disease and/or increased risk of kidney transplant failure within a certain time window.
A system for collecting information from a sample, the system including: an X-ray detector configured to mount to an electron microscope, the X-ray detector including a detection tip (114, 214); and a detection material (222, 322) positioned in the detection tip (114, 214), characterized in that the detection material (222, 322) includes a silicon semiconductor and a compound semiconductor, wherein the compound semiconductor including a first element and a second element in equal proportions, and wherein the silicon semiconductor being positioned in the detection tip (114, 214) closer to the source of incoming X-rays (412-1, 412-2) relative to the compound semiconductor. an X-ray detector configured to mount to an electron microscope, the X-ray detector including a detection tip (114, 214); and a detection material (222, 322) positioned in the detection tip (114, 214), characterized in that the detection material (222, 322) includes a silicon semiconductor and a compound semiconductor, wherein the compound semiconductor including a first element and a second element in equal proportions, and wherein the silicon semiconductor being positioned in the detection tip (114, 214) closer to the source of incoming X-rays (412-1, 412-2) relative to the compound semiconductor.