mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing a composite pressurized-fluid vessel, comprising a first step of winding a first thermoplastic resin-based tape, which comprises a first determined proportion of reinforcing fibres, onto a liner, a second step of winding a second thermoplastic resin-based tape, which comprises a second determined proportion of reinforcing fibres, onto the first tape, the second tape forming the outer surface of said vessel, wherein the second determined proportion of fibres is lower than the first determined proportion of fibres, characterized in that the second tape, which is wound in the second winding step, is secured to a layer of fleece impregnated with the same type of resin as the resin of the first tape and of the second tape.
Segment collet with at least two clamping segments formed from a segment body, at the first end of which a segment head is arranged and at the second end of which, opposite the first end, a segment foot is arranged, wherein in each of the segment feet a receptacle is formed, in which a coupling ring connecting the clamping segments to one another is received, for connecting it to the clamping segments, securing means are provided both for limiting the axial movability and for circumferentially fixing the position of the clamping segments relative to the coupling ring, wherein the receptacles are formed in the clamping segments at the end faces and the securing means are associated with the receptacles, wherein the coupling ring is formed from securing sections received in the receptacles and from web sections connecting the securing sections to one another, and the securing means are formed from a recess associated with one of the receptacle and coupling ring and from a securing element associated with the other of the receptacle and coupling ring, characterised in that the recess formed as a locking receiver is radially oriented and the securing element, which is also arranged in the radial direction and is formed as a locking member, engages in the locking receiver, or in that the recesses are formed in the axial direction on the receivers of the clamping segments and the securing elements are arranged on the securing sections of the coupling ring.
A method performed by a wireless transmitting device (202, 800, 900) for a communication network, the communication network implementing a standard in which transmitting devices contend for access to a wireless transmission medium, a transmitting device being permitted to transmit using the wireless transmission medium for a window of time upon winning contention, the method comprising: initiating a first, initial transmission to one or more wireless receiving devices in the window of time, the first transmission comprising a first preamble and user data; receiving at least one acknowledgement message from the one or more wireless receiving devices, wherein the at least one acknowledgement message identifies user data that was not correctly received; and subsequent to the first transmission, initiating a second transmission to the one or more wireless receiving devices in the window of time, the second transmission comprising a second preamble which is shorter than the first preamble, or comprising no preamble, and wherein the second transmission further comprises a re-transmission of user data that was not correctly received. initiating a first, initial transmission to one or more wireless receiving devices in the window of time, the first transmission comprising a first preamble and user data; receiving at least one acknowledgement message from the one or more wireless receiving devices, wherein the at least one acknowledgement message identifies user data that was not correctly received; and subsequent to the first transmission, initiating a second transmission to the one or more wireless receiving devices in the window of time, the second transmission comprising a second preamble which is shorter than the first preamble, or comprising no preamble, and wherein the second transmission further comprises a re-transmission of user data that was not correctly received.
Device for heating and controlling the water contained in a tank of a hot-water boiler of a water heater, comprising, on the one hand, a seat made of heat-conducting material and joined in a leaktight manner to a heating resistor and to a control probe, said heat-conducting seat being provided with securing means allowing the heating and control device to be held in a leaktight manner in the bottom of the tank of the hot-water boiler, and, on the other hand, an insulating housing fixed on the seat and comprising arrangements for receiving and guiding all the electrical connection elements for control and safety in such a way that these elements are never in direct contact with the heat-conducting seat, it being possible for the device for heating and control to be connected to the electricity supply network by way of conductive components (23 a, 23 b) which are made of an elastic material and are fixed to the insulating housing, characterized in that said conductive components can be actuated, in order to move from an open position to a closed position, by way of insulating levers (24 a, 24 b) guided with pivoting in said housing, said conductive components (23 a, 23 b) each comprising a rigid blade (25 a, 25 b) provided, at its free end, with a contact (26 a, 26 b) arranged in line, respectively, with a contact (31, 33) provided at one of the ends of the connection plates (27, 28), while, on the one hand, the other end of the connection plate is fixed to one of the connecting input terminals of the electrical resistor and, on the other hand, the other end of the plate comprises a second contact in line with a contact formed integrally on an elastic and conductive plate which is mounted movably and in an articulated manner relative to a connection component fixed in the insulating housing.
Plug for a plug-in connector, comprising: - an inner assembly, - an outer sleeve which is mounted such that it can be displaced in relation to the inner assembly and at least partially surrounds the inner assembly, wherein the outer sleeve can be displaced in relation to the inner assembly along a displacement direction (z) which is parallel to a withdrawal direction in which the plug can be withdrawn from the plug-in connector part from a plug-connected and unlocked state, - first locking means (22, 30) for locking the plug with an associated plug-in connector part when the plug is plug-connected to the plug-in connector part, wherein the locking arrangement can be released by displacing the outer sleeve in relation to the inner assembly, and - an additional locking element which is displaceably mounted and can be moved to at least one stable locked position, in which the displacement of the outer sleeve in relation to the inner assembly is blocked, and at least one stable released position, in which the displacement of the outer sleeve in relation to the inner assembly is enabled, wherein the additional locking element can be displaced along a displacement axis which runs substantially perpendicular to the displacement direction (z) of the outer sleeve, characterized in that the displacement axis of the additional locking element is at a distance from a centre axis of the plug, wherein the centre axis runs parallel to the displacement direction (z) of the outer sleeve. - an inner assembly, - an outer sleeve which is mounted such that it can be displaced in relation to the inner assembly and at least partially surrounds the inner assembly, wherein the outer sleeve can be displaced in relation to the inner assembly along a displacement direction (z) which is parallel to a withdrawal direction in which the plug can be withdrawn from the plug-in connector part from a plug-connected and unlocked state, - first locking means (22, 30) for locking the plug with an associated plug-in connector part when the plug is plug-connected to the plug-in connector part, wherein the locking arrangement can be released by displacing the outer sleeve in relation to the inner assembly, and - an additional locking element which is displaceably mounted and can be moved to at least one stable locked position, in which the displacement of the outer sleeve in relation to the inner assembly is blocked, and at least one stable released position, in which the displacement of the outer sleeve in relation to the inner assembly is enabled, wherein the additional locking element can be displaced along a displacement axis which runs substantially perpendicular to the displacement direction (z) of the outer sleeve,
A food packaging material for enclosing food, the material comprising: a first, moisture-permeable inner layer; a second, moisture-impermeable outer layer; and a third, insulating moisture-tolerant layer disposed between the first and second layers and spacing the first and second layer apart, wherein the third layer has an undulating form comprising voids; wherein the first, second and third layers are arranged such that moisture emanating from food within the container passes through the first layer and the third layer and condenses on the second, moisture-impermeable outer layer; and wherein the first, second and third layers comprise paper or cardboard. a first, moisture-permeable inner layer; a second, moisture-impermeable outer layer; and a third, insulating moisture-tolerant layer disposed between the first and second layers and spacing the first and second layer apart, wherein the third layer has an undulating form comprising voids; wherein the first, second and third layers are arranged such that moisture emanating from food within the container passes through the first layer and the third layer and condenses on the second, moisture-impermeable outer layer; and wherein the first, second and third layers comprise paper or cardboard.
An integrated-circuit device comprising: a bus system, configured to carry bus transactions and to carry security-state signals for distinguishing between secure bus transactions and non-secure bus transactions; a plurality of master components (4, 6), each being switchable between a secure state and a non-secure state, and being configured to initiate secure bus transactions when in the secure state, and to initiate non-secure bus transactions when in the non-secure state; a plurality of slave components (12, 14, 16, 17); and hardware filter logic (24, 26), wherein: the hardware filter logic (24, 26) is configured to intercept bus transactions at an interception point within the bus system, the interception point being positioned within the bus system such that bus transactions from at least two of the master components (4, 6) pass the interception point, and such that bus transactions for at least two of the slave components (12, 14, 16, 17) pass the interception point, the hardware filter logic (24, 26) further being configured to intercept bus transactions at one or more further interception points in the bus system; and the hardware filter logic (24, 26) is configured, for each intercepted bus transaction, to use i) a slave address of the intercepted bus transaction, and ii) the security state of the intercepted bus transaction, to determine whether to allow the intercepted bus transaction, in accordance with a set of filtering rules, and is configured to block intercepted bus transaction that are determined not to be allowed. a bus system, configured to carry bus transactions and to carry security-state signals for distinguishing between secure bus transactions and non-secure bus transactions; a plurality of master components (4, 6), each being switchable between a secure state and a non-secure state, and being configured to initiate secure bus transactions when in the secure state, and to initiate non-secure bus transactions when in the non-secure state; a plurality of slave components (12, 14, 16, 17); and hardware filter logic (24, 26), the hardware filter logic (24, 26) is configured to intercept bus transactions at an interception point within the bus system, the interception point being positioned within the bus system such that bus transactions from at least two of the master components (4, 6) pass the interception point, and such that bus transactions for at least two of the slave components (12, 14, 16, 17) pass the interception point, the hardware filter logic (24, 26) further being configured to intercept bus transactions at one or more further interception points in the bus system; and the hardware filter logic (24, 26) is configured, for each intercepted bus transaction, to use i) a slave address of the intercepted bus transaction, and ii) the security state of the intercepted bus transaction, to determine whether to allow the intercepted bus transaction, in accordance with a set of filtering rules, and is configured to block intercepted bus transaction that are determined not to be allowed.
A system for retrofitting an existing glazing system comprising: a support frame comprising: an upper rail member having a first means for interconnecting, a lower rail member having a second means for interconnecting, a first side rail member joining the upper rail member to the lower rail member, a second side rail member joining the upper rail member to the lower rail member, a peripheral attachment means for attaching the support frame to an existing infill panel of the existing glazing system, a unitized panel removably coupled to the support frame, the unitized panel comprising: a unit frame comprising: a head profile member shaped to mate with the first means for interconnecting, a sill profile member shaped to mate with the second means for interconnecting, a first mullion member joining the head profile member to the sill profile member, a second mullion member joining the head profile member to the sill profile member, an infill panel coupled to the unit frame, and an attachment means for coupling the infill panel to the unit frame. a support frame comprising: an upper rail member having a first means for interconnecting, a lower rail member having a second means for interconnecting, a first side rail member joining the upper rail member to the lower rail member, a second side rail member joining the upper rail member to the lower rail member, a peripheral attachment means for attaching the support frame to an existing infill panel of the existing glazing system, an upper rail member having a first means for interconnecting, a lower rail member having a second means for interconnecting, a first side rail member joining the upper rail member to the lower rail member, a second side rail member joining the upper rail member to the lower rail member, a peripheral attachment means for attaching the support frame to an existing infill panel of the existing glazing system, a unitized panel removably coupled to the support frame, the unitized panel comprising: a unit frame comprising: a head profile member shaped to mate with the first means for interconnecting, a sill profile member shaped to mate with the second means for interconnecting, a first mullion member joining the head profile member to the sill profile member, a second mullion member joining the head profile member to the sill profile member, a head profile member shaped to mate with the first means for interconnecting, a sill profile member shaped to mate with the second means for interconnecting, a first mullion member joining the head profile member to the sill profile member, a second mullion member joining the head profile member to the sill profile member, an infill panel coupled to the unit frame, and an attachment means for coupling the infill panel to the unit frame.
A turbine airfoil for a gas turbine engine, comprising: an airfoil outer wall defining leading and trailing ends (LE,TE) and first and second sides (68a,68b) joining the leading and trailing ends (LE,TE), the trailing end being curved, and the airfoil outer wall circumscribing an internal cavity; and at least one cooling passage embedded in the airfoil outer wall, the at least one cooling passage having a radially-elongated entrance manifold fluidly connected to receive cooling air from the internal cavity, a radially-elongated diffuser orifice that opens to an exterior surface of the airfoil outer wall, and a bank of sub-passages fluidly connecting the radially-elongated entrance manifold with the radially-elongated diffuser orifice; wherein the radially elongated diffuser orifice defines radially inner and outer sides (78a,78b) and axially forward and aft sides (78c,78d), wherein the radially inner and outer sides (78a,78b) are parallel with an axial direction that corresponds to a central axis of a turbine engine; and characterised in that the radially-elongated entrance manifold defines a forward perimeter edge and the radially-elongated diffuser orifice defines a central axis, wherein the central axis is sloped relative to the radially-elongated entrance manifold so that the diffuser orifice is equidistant, within 30%, from the trailing edge at each point along the aft side. an airfoil outer wall defining leading and trailing ends (LE,TE) and first and second sides (68a,68b) joining the leading and trailing ends (LE,TE), the trailing end being curved, and the airfoil outer wall circumscribing an internal cavity; and at least one cooling passage embedded in the airfoil outer wall, the at least one cooling passage having a radially-elongated entrance manifold fluidly connected to receive cooling air from the internal cavity, a radially-elongated diffuser orifice that opens to an exterior surface of the airfoil outer wall, and a bank of sub-passages fluidly connecting the radially-elongated entrance manifold with the radially-elongated diffuser orifice; wherein the radially elongated diffuser orifice defines radially inner and outer sides (78a,78b) and axially forward and aft sides (78c,78d), wherein the radially inner and outer sides (78a,78b) are parallel with an axial direction that corresponds to a central axis of a turbine engine; and characterised in that the radially-elongated entrance manifold defines a forward perimeter edge and the radially-elongated diffuser orifice defines a central axis, wherein the central axis is sloped relative to the radially-elongated entrance manifold so that the diffuser orifice is equidistant, within 30%, from the trailing edge at each point along the aft side.
A microelectromechanical system device comprising: first (14, 64) and second (18, 62) planar, parallel comb structures for sensing acceleration in a direction orthogonal to their plane; a base having planar, parallel top and gap surfaces which are offset in a direction orthogonal to their plane, characterized by the first (14, 64) and second (18, 62) comb structures being offset in a direction orthogonal to their plane, whereby the first (14, 64) comb structure is attached to the top surface of the base and the second (18, 62) comb structure is bonded to the gap surface of the base. first (14, 64) and second (18, 62) planar, parallel comb structures for sensing acceleration in a direction orthogonal to their plane; a base having planar, parallel top and gap surfaces which are offset in a direction orthogonal to their plane, characterized by the first (14, 64) and second (18, 62) comb structures being offset in a direction orthogonal to their plane, whereby the first (14, 64) comb structure is attached to the top surface of the base and the second (18, 62) comb structure is bonded to the gap surface of the base.
An elevator car, comprising: multiple sidewalls, a floor and a ceiling, which jointly enclose an interior of the elevator car, wherein the floor and the ceiling are spaced apart from one another by a height of the sidewalls, and a ladder for evacuating persons from the interior of the elevator car, wherein the elevator car has a flap that is arranged on one of the sidewalls, characterized in that the flap can be displaced between a closed state, in which the flap blocks access to a region behind the flap from the interior of the elevator car, and an open state, in which the region behind the flap can be accessed from the interior of the elevator car, in the form of a pivoting motion, wherein the flap has a height that is smaller than half the height of the sidewalls, wherein the ladder is in the closed state of the flap arranged in the region behind the flap, and wherein the ladder can be removed from the flap and extended for the evacuation. multiple sidewalls, a floor and a ceiling, which jointly enclose an interior of the elevator car, wherein the floor and the ceiling are spaced apart from one another by a height of the sidewalls, and a ladder for evacuating persons from the interior of the elevator car, wherein the elevator car has a flap that is arranged on one of the sidewalls, characterized in that the flap can be displaced between a closed state, in which the flap blocks access to a region behind the flap from the interior of the elevator car, and an open state, in which the region behind the flap can be accessed from the interior of the elevator car, in the form of a pivoting motion, wherein the flap has a height that is smaller than half the height of the sidewalls, wherein the ladder is in the closed state of the flap arranged in the region behind the flap, and wherein the ladder can be removed from the flap and extended for the evacuation.
A method of delivering a withdrawal cord to a transfer member during the manufacturing of tampons, the method comprising: a. providing a supply path fluidly connected to a metered cord supply, wherein the supply path comprises a pressure source, a transfer member, and a cutting apparatus; wherein the transfer member comprises a first surface, a second surface, and one or more orifices on the first surface; b. moving a deployed cord supply towards the transfer member through the supply path by a fluid flow generated by the pressure source; c. moving the deployed cord supply into an orifice of the transfer member; d. moving the transfer member orifice out of the fluid flow to an attachment system; e. connecting the deployed cord supply to a substrate using an attachment system; and f. cutting the deployed cord supply to create a withdrawal cord comprising a first end and a second end; wherein a portion of the withdrawal cord is in the orifice of the transfer member. a. providing a supply path fluidly connected to a metered cord supply, wherein the supply path comprises a pressure source, a transfer member, and a cutting apparatus; wherein the transfer member comprises a first surface, a second surface, and one or more orifices on the first surface; b. moving a deployed cord supply towards the transfer member through the supply path by a fluid flow generated by the pressure source; c. moving the deployed cord supply into an orifice of the transfer member; d. moving the transfer member orifice out of the fluid flow to an attachment system; e. connecting the deployed cord supply to a substrate using an attachment system; and f. cutting the deployed cord supply to create a withdrawal cord comprising a first end and a second end; wherein a portion of the withdrawal cord is in the orifice of the transfer member.
An airbag device for installing in a bonnet of a vehicle, the airbag device comprising a housing containing an airbag and a deployable cover panel, and wherein the cover panel includes an outer member coupled to a carrier member, wherein the carrier member is coupled to the airbag housing and configured to separate from the airbag housing upon inflation of the airbag, characterized in that an upper surface of the carrier member includes spacer members to control the spacing of the outer member.