mhurhangee/patent-ind-claim-en huggingface dataset:
Machine for producing wire elements having two legs extending substantially in one plane, the apex of which legs lies outside the plane of the legs, the machine comprising: - a feed apparatus for substantially straight wire blanks (R) having a predetermined length; - a first bending device , which is designed to carry out a first bending process on wire blanks (R) fed from the feed apparatus in order to form planar wire elements (E1) having two legs and an apex; - a plurality of second bending devices (24a-f) each comprising a different stamping element (26a-f), wherein the second bending devices (24a-f) are all designed to bend the apices of the planar wire elements (E1) out of the leg plane; - a first transport device , which is designed to transfer the wire elements (E1) from the first bending device to one of the plurality of second bending devices (24a-f); and - a controller, which is operatively coupled to the feed apparatus , the first bending device , the second bending devices (24a-f) and the first transport device for control thereof and is designed to, on the basis of process parameters, control the first transport device to transfer each of the wire elements (E1) to a selected bending device of the second bending devices (24a-f). - a feed apparatus for substantially straight wire blanks (R) having a predetermined length; - a first bending device , which is designed to carry out a first bending process on wire blanks (R) fed from the feed apparatus in order to form planar wire elements (E1) having two legs and an apex; - a plurality of second bending devices (24a-f) each comprising a different stamping element (26a-f), wherein the second bending devices (24a-f) are all designed to bend the apices of the planar wire elements (E1) out of the leg plane; - a first transport device , which is designed to transfer the wire elements (E1) from the first bending device to one of the plurality of second bending devices (24a-f); and - a controller, which is operatively coupled to the feed apparatus , the first bending device , the second bending devices (24a-f) and the first transport device for control thereof and is designed to, on the basis of process parameters, control the first transport device to transfer each of the wire elements (E1) to a selected bending device of the second bending devices (24a-f).
Method used for producing monobloc concrete staircases in situ using a closed mould comprising a lower mould and an upper mould or cover , defining between each other a volume designed for filling with concrete, consisting in: ▪ Attaching and installing the lower mould in an operational position, that is, directly on the site in consideration; ▪ Positioning the upper mould or cover opposite the said lower mould and attaching it to the said lower mould; ▪ Injecting concrete into the volume formed by the two respectively lower mould and upper mould until the said volume is full; Characterised: ▪ in that the type of concrete is of the self-levelling type, and injected from the lower base of the volume formed by the two moulds, respectively the lower and upper moulds; ▪ and in that, after the concrete is fully set, the upper mould and lower mould are released and the staircase thus built is turned out in its final location. ▪ Attaching and installing the lower mould in an operational position, that is, directly on the site in consideration; ▪ Positioning the upper mould or cover opposite the said lower mould and attaching it to the said lower mould; ▪ Injecting concrete into the volume formed by the two respectively lower mould and upper mould until the said volume is full; ▪ in that the type of concrete is of the self-levelling type, and injected from the lower base of the volume formed by the two moulds, respectively the lower and upper moulds; ▪ and in that, after the concrete is fully set, the upper mould and lower mould are released and the staircase thus built is turned out in its final location.
A shed forming device for a Jacquard loom (M), comprising: - two series of longitudinal blades extending parallel to a longitudinal axis (X2) of the shed forming device, driven in an alternating vertical movement (F2) in phase opposition and coupled, at each of their ends, to a driving bar ; - an upper oscillating shaft and a lower oscillating shaft that extend one above the other and that are respectively provided, at each of their ends, with two tilting levers each coupled to a driving bar by a connecting rod ; - two chassis platens , between which the two series of knives and the oscillating shafts extend and which are provided with articulation bearings of the oscillating shafts; - an input shaft driven by a continuous rotational movement (F3) and equipped with a first eccentric and a second eccentric that are positioned near a first platen , among the two chassis platens , outside a volume (V2) defined between these platens, the first eccentric driving a first control connecting rod hitched to a first crank belonging to a first oscillating shaft , among the two oscillating shafts , the second eccentric driving a second control connecting rod (86_ hitched to a second crank belonging to the second oscillating shaft , among the two oscillating shafts, and the first control connecting rod being further from the first platen, along the longitudinal axis (X2), than the second control connecting rod, characterized in that the two eccentrics , the two control connecting rods and the two cranks are contained in a casing that supports at least one additional articulation bearing of the first oscillating shaft . - two series of longitudinal blades extending parallel to a longitudinal axis (X2) of the shed forming device, driven in an alternating vertical movement (F2) in phase opposition and coupled, at each of their ends, to a driving bar ; - an upper oscillating shaft and a lower oscillating shaft that extend one above the other and that are respectively provided, at each of their ends, with two tilting levers each coupled to a driving bar by a connecting rod ; - two chassis platens , between which the two series of knives and the oscillating shafts extend and which are provided with articulation bearings of the oscillating shafts; - an input shaft driven by a continuous rotational movement (F3) and equipped with a first eccentric and a second eccentric that are positioned near a first platen , among the two chassis platens , outside a volume (V2) defined between these platens, the first eccentric driving a first control connecting rod hitched to a first crank belonging to a first oscillating shaft , among the two oscillating shafts , the second eccentric driving a second control connecting rod (86_ hitched to a second crank belonging to the second oscillating shaft , among the two oscillating shafts, and the first control connecting rod being further from the first platen, along the longitudinal axis (X2), than the second control connecting rod,
An apparatus , comprising: an antenna assembly , comprising: an antenna configured to receive a signal and generate, at a plurality of feed points of the antenna, a plurality of corresponding polarized signals having respective polarization directions different from each other, using the received signal; and a switching circuit configured to periodically switch between the plurality of feed points to select a corresponding one of the polarized signals among the plurality of polarized signals at a point of time based on a switching signal, wherein the switching signal controls a switch in the switching circuit to switch between the plurality of feed points; and wherein the switching circuit is configured to time-division multiplex the plurality of polarized signals based on the switching signal and generate a time-division multiplexed signal. an antenna configured to receive a signal and generate, at a plurality of feed points of the antenna, a plurality of corresponding polarized signals having respective polarization directions different from each other, using the received signal; and a switching circuit configured to periodically switch between the plurality of feed points to select a corresponding one of the polarized signals among the plurality of polarized signals at a point of time based on a switching signal, wherein the switching signal controls a switch in the switching circuit to switch between the plurality of feed points; and
A method of synchronizing a timing circuit , in particular a real time clock circuit, in a lighting device that is periodically powered from a main power supply in accordance with a power supply cycle having a power-on time and a power-off time , said lighting device comprising a light emitting module and a control circuit for switching said light emitting module based on said timing circuit and comprising a non-volatile memory , said timing circuit being additionally powered from an auxiliary power supply charged by said main power supply, said method comprising the steps of: - determining , by said control circuit, at each power-on of said power supply cycle, a power condition of said auxiliary power supply and characterised by the steps of: - storing , by said control circuit, in said memory, a momentary timing value of said timing circuit if said determined power condition exceeds a set power threshold, and - setting , by said control circuit, said timing circuit at said stored timing value, if said determined power condition is below said set power threshold; wherein said stored timing value is an initial timing value stored in said non volatile memory matching the power on time or a momentary timing value stored in said non volatile memory during a previous power-on of said power supply cycle. - determining , by said control circuit, at each power-on of said power supply cycle, a power condition of said auxiliary power supply and characterised by the steps of: - storing , by said control circuit, in said memory, a momentary timing value of said timing circuit if said determined power condition exceeds a set power threshold, and - setting , by said control circuit, said timing circuit at said stored timing value, if said determined power condition is below said set power threshold;
A sealing device for a pouch-type battery comprising: an upper sealing block having a two-stage upper sealing groove , the two-stage upper sealing groove including a first upper step configured to form a first surface of the pouch-type battery case and a second upper step disposed between the first upper step and a lower sealing block ; and the lower sealing block having a two-stage lower sealing groove , the two-stage lower sealing groove including a first lower step configured to form a second surface of the pouch-type battery case and a second lower step disposed between the first lower step and the upper sealing block , wherein the upper sealing block is configured to contact a first surface of an electrode lead sealing part of the pouch-type battery , and the lower sealing block is configured to contact a second surface of the electrode lead sealing part of the pouch-type battery, wherein the lower sealing block is spaced apart from and facing the upper sealing block , and characterized in that Condition 1 is satisfied, 6.5 ≤ B 2 − B 1 B 1 × 100 ≤ 15 % in which B1 denotes an average depth difference between the first upper step and the second upper step in the upper sealing block , and B2 denotes an average depth difference between the first lower step and the second lower step in the lower sealing block . an upper sealing block having a two-stage upper sealing groove , the two-stage upper sealing groove including a first upper step configured to form a first surface of the pouch-type battery case and a second upper step disposed between the first upper step and a lower sealing block ; and the lower sealing block having a two-stage lower sealing groove , the two-stage lower sealing groove including a first lower step configured to form a second surface of the pouch-type battery case and a second lower step disposed between the first lower step and the upper sealing block , wherein the upper sealing block is configured to contact a first surface of an electrode lead sealing part of the pouch-type battery , and the lower sealing block is configured to contact a second surface of the electrode lead sealing part of the pouch-type battery, wherein the lower sealing block is spaced apart from and facing the upper sealing block , and characterized in that Condition 1 is satisfied, 6.5 ≤ B 2 − B 1 B 1 × 100 ≤ 15 % in which B1 denotes an average depth difference between the first upper step and the second upper step in the upper sealing block , and B2 denotes an average depth difference between the first lower step and the second lower step in the lower sealing block .
An aircraft landing gear assembly comprising: structural pin defining a first bore having a longitudinal insertion axis (IA) ; cap for covering the first bore, the cap comprising: a base portion ; a head portion ; a body portion positioned between the base portion and the head portion; characterised by a bolt which extends between the head portion and the base portion and comprises a threaded portion so that engagement of either the head portion or the base portion with the threaded portion moves either the head portion or the base portion relative to the other, the body being formed of an elastically deformable material such that upon tightening of the bolt, the base portion moves towards the head portion and the elastically deformable material moves radially outwards such that a contact surface of the elastically deformable material engages with an inner surface of the first bore in order to retain the cap. structural pin defining a first bore having a longitudinal insertion axis (IA) ; cap for covering the first bore, the cap comprising: a base portion ; a head portion ; a body portion positioned between the base portion and the head portion; characterised by a bolt which extends between the head portion and the base portion and comprises a threaded portion so that engagement of either the head portion or the base portion with the threaded portion moves either the head portion or the base portion relative to the other, the body being formed of an elastically deformable material such that upon tightening of the bolt, the base portion moves towards the head portion and the elastically deformable material moves radially outwards such that a contact surface of the elastically deformable material engages with an inner surface of the first bore in order to retain the cap. a base portion ; a head portion ; a body portion positioned between the base portion and the head portion; characterised by a bolt which extends between the head portion and the base portion and comprises a threaded portion so that engagement of either the head portion or the base portion with the threaded portion moves either the head portion or the base portion relative to the other, the body being formed of an elastically deformable material such that upon tightening of the bolt, the base portion moves towards the head portion and the elastically deformable material moves radially outwards such that a contact surface of the elastically deformable material engages with an inner surface of the first bore in order to retain the cap.
A flavor inhaler comprising: an atomizing unit configured to atomize an aerosol-generating material according to a puffing action of inhaling air through an air passage leading from an air inlet to an air outlet, and a battery unit , wherein the battery unit includes a battery , an electronic component configured to control the atomizing unit , and a housing configured to accommodate the battery and the electronic component , wherein the electronic component is located in a predetermined portion of the battery unit , wherein the predetermined portion includes a water detection member configured to detect water that enters the predetermined portion, and characterized in that the water detection member is located in a portion other than the air passage. an atomizing unit configured to atomize an aerosol-generating material according to a puffing action of inhaling air through an air passage leading from an air inlet to an air outlet, and a battery unit , wherein the battery unit includes a battery , an electronic component configured to control the atomizing unit , and a housing configured to accommodate the battery and the electronic component , wherein the electronic component is located in a predetermined portion of the battery unit , wherein the predetermined portion includes a water detection member configured to detect water that enters the predetermined portion, and characterized in that the water detection member is located in a portion other than the air passage.
Penetrator having: a penetrator body ; a penetrator head that is configured in a modular manner for the releasable attachment to the penetrator body ; and a planar shock absorber that is configured so as between the penetrator body and the penetrator head to damp shock loads of the penetrator head on the penetrator body ; wherein the shock absorber is configured in multiple stages for progressively receiving shock loads so as to adjust the damping behaviour. a penetrator body ; a penetrator head that is configured in a modular manner for the releasable attachment to the penetrator body ; and a planar shock absorber that is configured so as between the penetrator body and the penetrator head to damp shock loads of the penetrator head on the penetrator body ; wherein the shock absorber is configured in multiple stages for progressively receiving shock loads so as to adjust the damping behaviour.
Device for clamping a plurality of weft threads comprising at least one clamping unit , a support element , and an opener element with at least one finger , wherein the at least one clamping unit comprises an abutment element fixedly attached to the support element , at least one clamping element moveably mounted to the support element and arranged at a side of the abutment element , and at least one force element , wherein the at least one clamping element together with the abutment element defines a clamp , wherein the at least one force element forces the at least one clamping element towards the abutment element , and wherein the support element and the opener element are mounted displaceable relative to each other in a clamping direction , characterized in that the device comprises at least two clamping elements associated to one clamping unit or to different clamping units , wherein each clamping element is pivotally mounted to the support element about a pivot axis perpendicular to the clamping direction , and in that the opener element is adapted to be arranged in an operating position, wherein when the opener element is arranged in the operating position, upon a relative displacement between the support element and the opener element the at least one finger interacts with one of the clamping elements for causing said clamping element to pivot about the pivot axis against the force of the at least one force element for opening the associated clamp .
A method for transmitting control information by a base station in an orthogonal frequency division multiplexing, OFDM, system, the method comprising: spreading, by the base station, acknowledgement, ACK, information by applying a code from a set of codes; mapping, by the base station, the spread ACK information to subcarriers in a pattern for increasing diversity gain of the spread ACK information; encoding, by the base station, other control information based on a channel encoding scheme without spreading; multiplexing, by the base station, the spread ACK information mapped to the subcarriers and the encoded other control information; and transmitting the multiplexed information to at least one terminal. spreading, by the base station, acknowledgement, ACK, information by applying a code from a set of codes; mapping, by the base station, the spread ACK information to subcarriers in a pattern for increasing diversity gain of the spread ACK information; encoding, by the base station, other control information based on a channel encoding scheme without spreading; multiplexing, by the base station, the spread ACK information mapped to the subcarriers and the encoded other control information; and transmitting the multiplexed information to at least one terminal.
A cleaner comprising: a hand-held cleaner body ; a first extension pipe connected to a suction portion contacting a surface to be cleaned; and a second extension pipe coupled to the hand-held cleaner body having a driver generating suction force, and rotatably coupled to the first extension pipe, wherein the first and second extension pipes are configured to operate in: a first arrangement configured to allow the second extension pipe to be arranged in a longitudinal direction of the first extension pipe to allow the cleaner to perform cleaning, and a second arrangement configured to allow the second extension pipe to rotate in a first direction from the first arrangement such that the first extension pipe and the second extension pipe are arranged to face each other and the suction portion is arranged to face the hand-held cleaner body for storage of the cleaner. a hand-held cleaner body ; a first extension pipe connected to a suction portion contacting a surface to be cleaned; and a second extension pipe coupled to the hand-held cleaner body having a driver generating suction force, and rotatably coupled to the first extension pipe, wherein the first and second extension pipes are configured to operate in: a first arrangement configured to allow the second extension pipe to be arranged in a longitudinal direction of the first extension pipe to allow the cleaner to perform cleaning, and a second arrangement configured to allow the second extension pipe to rotate in a first direction from the first arrangement such that the first extension pipe and the second extension pipe are arranged to face each other and the suction portion is arranged to face the hand-held cleaner body for storage of the cleaner. a first arrangement configured to allow the second extension pipe to be arranged in a longitudinal direction of the first extension pipe to allow the cleaner to perform cleaning, and a second arrangement configured to allow the second extension pipe to rotate in a first direction from the first arrangement such that the first extension pipe and the second extension pipe are arranged to face each other and the suction portion is arranged to face the hand-held cleaner body for storage of the cleaner.