mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a nonwoven fabric from fibres, wherein continuous filaments made of thermoplastic material are produced by at least one meltblown spinneret, preferably by at least two meltblown spinnerets (2, 3), wherein furthermore pulp short fibres are produced by at least one defibration device, wherein in the defibration device at least one short fibre-air stream is produced from the pulp short fibres, which is guided through an outlet channel and emerges from this and flows with an initial volume flow V1 and a flow direction S1 in the direction of an air-permeable depositing foraminous belt, wherein the continuous filaments flow from the at least one meltblown spinneret as a filament-air stream with an initial volume flow V2 in the direction of the short fibre-air stream, wherein the filament-air stream and the short fibre-air stream are brought together above the depositing foraminous belt in a contact zone and are deposited as a continuous filament-short fibre mixture in a depositing area on the depositing foraminous belt to form the nonwoven fabric or the nonwoven web, wherein air or process air with a volume flow V4 is sucked from below through the depositing foraminous belt in the depositing area of the fibres or of the continuous filament-short fibre mixture, wherein the volume flow V4 is greater than the sum of the volume flows V1 and V2. wherein the continuous filaments flow from the at least one meltblown spinneret as a filament-air stream with an initial volume flow V2 in the direction of the short fibre-air stream, wherein the filament-air stream and the short fibre-air stream are brought together above the depositing foraminous belt in a contact zone and are deposited as a continuous filament-short fibre mixture in a depositing area on the depositing foraminous belt to form the nonwoven fabric or the nonwoven web, wherein air or process air with a volume flow V4 is sucked from below through the depositing foraminous belt in the depositing area of the fibres or of the continuous filament-short fibre mixture, wherein the volume flow V4 is greater than the sum of the volume flows V1 and V2.
A nacelle for an aircraft turbojet engine, the nacelle including a rear section without a lower bifurcation, the rear section including a thrust reverser system, the thrust reverser system including a movable cowl, the nacelle being characterized in that it includes a guide system secured in translation to the movable cowl, said guide system cooperating with at least one slide fixed relative to the nacelle, the guide system and the slide being disposed proximate to the position called « 6 O'clock » position.
A test apparatus for measuring the frictional properties of a fluid comprising; a first specimen holder which is adapted to hold a first specimen in the fluid being tested, said fluid being contained in a tank, such that a first specimen surface of the first specimen is in contact with a second specimen surface of a second specimen, in a second specimen holder, the first specimen holder is connected to a shaft which is induced to move in a first direction being the direction of the length of the shaft means for applying a measurable load between the two specimens, said test apparatus also comprising oscillatory driving means for oscillating the first specimen holder, along the first direction, displacement measuring means to determine the amplitude of oscillation of the specimen (13, 14) and force measuring means to measure the frictional force between the two specimens (13, 14); characterised in that the apparatus includes an off-centre weight located on the shaft, for inducing a motion between the first and second specimen holders in a second direction resulting in a compound movement of the upper specimen holder relative to the lower specimen holder in both the axial and non-axial directions.
Apparatus (100, 200) for facilitating delivery of a substance through skin of a subject, comprising: a handle, a power unit, a control unit configured to drive electrodes on an electrode cartridge so as to ablate skin and facilitate transdermal delivery of a substance; a patch assembly having an electrical treatment side and a substance-containing treatment side, adjacent to the electrical treatment side, the electrical treatment side comprising a frame that surrounds an open portion of the patch assembly, such that a region of the skin is exposed through the open portion when the electrical treatment side is placed on the skin, and the substance-containing treatment side comprising a pad comprising the substance, said pad as well as the electrode cartridge, being adapted to be placed through the open portion of the electrical treatment side onto the region of the skin, that is exposed through the open portion, characterised in that the electrical treatment side and substance treatment side portions are adapted to articulate at respective edges coupling the electrical treatment side and the substance treatment side. a handle, a power unit, a control unit configured to drive electrodes on an electrode cartridge so as to ablate skin and facilitate transdermal delivery of a substance; a patch assembly having an electrical treatment side and a substance-containing treatment side, adjacent to the electrical treatment side, the electrical treatment side comprising a frame that surrounds an open portion of the patch assembly, such that a region of the skin is exposed through the open portion when the electrical treatment side is placed on the skin, and the substance-containing treatment side comprising a pad comprising the substance, said pad as well as the electrode cartridge, being adapted to be placed through the open portion of the electrical treatment side onto the region of the skin, that is exposed through the open portion, characterised in that the electrical treatment side and substance treatment side portions are adapted to articulate at respective edges coupling the electrical treatment side and the substance treatment side.
An apparatus, comprising: an electronic lock configured to: determine whether a triggering event has occurred, wherein the triggering event is selected from a plurality of triggering events including kicking or breaking in a door associated with the electronic lock; transmit a first message to at least a first wireless device (104, 108) associated with the electronic lock via Bluetooth communication in response to the triggering event in which the door associated with the electronic lock is kicked in or broken into and when the at least first wireless device (104, 108) is within Bluetooth communication range of the electronic lock; and in response to the triggering event in which the door associated with the electronic lock is kicked in or broken into, transmit a second message via Bluetooth communication to a computer or a network bridge that is within Bluetooth communication range of the electronic lock to send a third message to all external devices associated with the electronic lock outside of the Bluetooth communication range of the electronic lock via an Internet or a cellular network. determine whether a triggering event has occurred, wherein the triggering event is selected from a plurality of triggering events including kicking or breaking in a door associated with the electronic lock; transmit a first message to at least a first wireless device (104, 108) associated with the electronic lock via Bluetooth communication in response to the triggering event in which the door associated with the electronic lock is kicked in or broken into and when the at least first wireless device (104, 108) is within Bluetooth communication range of the electronic lock; and in response to the triggering event in which the door associated with the electronic lock is kicked in or broken into, transmit a second message via Bluetooth communication to a computer or a network bridge that is within Bluetooth communication range of the electronic lock to send a third message to all external devices associated with the electronic lock outside of the Bluetooth communication range of the electronic lock via an Internet or a cellular network.
A damping device for damping an opening and/or a closing movement of a furniture fitting, comprising: - at least two damping components configured to be moved relative to one another upon a damping hub, - a pivotally mounted actuating element operatively connected to one of the damping components upon the damping hub, - a return mechanism for moving the actuating element into an initial position for the next damping hub after damping has been effected, - an adjustment device for adjusting a location of the initial position of the actuating element, so that the return hub of the actuating element can be adjustably limited by the adjustment device, wherein the adjustment device includes a switch configured to be manually operated, the switch has an arresting element, and the actuating element can be arrested by the arresting element, characterized in that the switch is linearly displaceable. - at least two damping components configured to be moved relative to one another upon a damping hub, - a pivotally mounted actuating element operatively connected to one of the damping components upon the damping hub, - a return mechanism for moving the actuating element into an initial position for the next damping hub after damping has been effected, - an adjustment device for adjusting a location of the initial position of the actuating element, so that the return hub of the actuating element can be adjustably limited by the adjustment device, wherein the adjustment device includes a switch configured to be manually operated, the switch has an arresting element, and the actuating element can be arrested by the arresting element,
A method, performed by a user equipment, UE, in idle mode, for determining common search space, CSS, for NB-IoT paging, the method comprising: monitoring a starting subframe of paging CSS for a Radio Network Temporary Identifier, RNTI; wherein the starting subframe of paging CSS is determined as follows: use a first subframe, defined by a predetermined Paging Occasion subframe pattern, when the first subframe is determined to be a valid downlink subframe; and use a next valid downlink subframe after the first subframe when the first subframe is determined to be an invalid downlink subframe. monitoring a starting subframe of paging CSS for a Radio Network Temporary Identifier, RNTI; wherein the starting subframe of paging CSS is determined as follows: use a first subframe, defined by a predetermined Paging Occasion subframe pattern, when the first subframe is determined to be a valid downlink subframe; and use a next valid downlink subframe after the first subframe when the first subframe is determined to be an invalid downlink subframe. use a first subframe, defined by a predetermined Paging Occasion subframe pattern, when the first subframe is determined to be a valid downlink subframe; and use a next valid downlink subframe after the first subframe when the first subframe is determined to be an invalid downlink subframe.
A method for manufacturing a homogeneous aligned polymer film comprising at least the steps of: - providing a polymerizable liquid crystal mixture, comprising one or more polymerizable liquid crystal molecules selected from mono-, di- or multireactive liquid-crystalline compounds in the range from 30 to 99.9 % by weight of the polymerizable liquid crystal mixture as a whole, and one or more self assembling photoalignment agents, on a substrate; - irradiating the liquid crystal mixture with linearly polarised light causing photoalignment of the polymerizable liquid crystal mixture, whereby the irradiation is performed at a temperature above the clearing point of the polymerizable liquid crystal mixture; - optionally curing the polymerizable liquid crystal compounds by irradiation with ultraviolet light. - providing a polymerizable liquid crystal mixture, comprising one or more polymerizable liquid crystal molecules selected from mono-, di- or multireactive liquid-crystalline compounds in the range from 30 to 99.9 % by weight of the polymerizable liquid crystal mixture as a whole, and one or more self assembling photoalignment agents, on a substrate; - irradiating the liquid crystal mixture with linearly polarised light causing photoalignment of the polymerizable liquid crystal mixture, whereby the irradiation is performed at a temperature above the clearing point of the polymerizable liquid crystal mixture; - optionally curing the polymerizable liquid crystal compounds by irradiation with ultraviolet light.
A machine for pasting a support, notably for plasticizing a document, by lamination, which comprises a chassis between both struts (10, 11) from which extend two generally horizontal and lamination-rotary rollers (4, 5), i.e. a driving lower roller and a follower upper roller, the rotation of which is ensured by contact and/or compression against said lower roller or said support, this upper roller being equipped with means for translational displacement along a vertical direction in order to adjust on demand its distance relatively to the lower roller, characterized by the fact that said displacement means comprise a pair of motors, each of them being notably secured, via elements for transmitting movement (60, 62), to one end (52, 53) of said roller, that each of the motors operates independently of each other, and that it includes means for recording the relative position of each of the ends (52, 53) of said upper roller, when the latter is put into simple contact against the lower roller and that the pressures between the rollers (4, 5) in the vicinity of their respective ends are balanced.
A method for knitting a three-dimensional fabric with variable thickness through a flat knitting machine, comprising the following steps: step 1: moving two cam groups (18, 19) onto two needle beds (11, 12) which are disposed relatively, and driving a plurality of knitting needles to knit a first piece of knitting by a starting cam system (181, 191) included in one of the two cam groups (18 or 19); step 2: moving the two cam groups (18, 19) onto the two needle beds (11, 12) which are disposed relatively, and driving the plurality of knitting needles to knit a second piece of knitting by a middle cam system (182. 192) included in the other one of the two cam groups (18 or 19); step 3: moving the two cam groups (18, 19) onto the two needle beds (11, 12) which are disposed relatively, and driving the plurality of knitting needles to knit a supporting yarn by two tail cam systems (183, 193) respectively included in the two cam groups (18, 19), wherein two ends of the supporting yarn are respectively interwoven with the first piece of knitting and the second piece of knitting, and moving each of the knock-over bit cams of the tail cam systems (183, 193) in order to change a gap size corresponding to a set knitting length of the supporting yarn, so as to promptly change a thickness of the three-dimensional fabric along the length change of the supporting yarn in a knitting process; and step 4: repeating the step 1 to the step 3 to complete the three-dimensional fabric. step 1: moving two cam groups (18, 19) onto two needle beds (11, 12) which are disposed relatively, and driving a plurality of knitting needles to knit a first piece of knitting by a starting cam system (181, 191) included in one of the two cam groups (18 or 19); step 2: moving the two cam groups (18, 19) onto the two needle beds (11, 12) which are disposed relatively, and driving the plurality of knitting needles to knit a second piece of knitting by a middle cam system (182. 192) included in the other one of the two cam groups (18 or 19); step 3: moving the two cam groups (18, 19) onto the two needle beds (11, 12) which are disposed relatively, and driving the plurality of knitting needles to knit a supporting yarn by two tail cam systems (183, 193) respectively included in the two cam groups (18, 19), wherein two ends of the supporting yarn are respectively interwoven with the first piece of knitting and the second piece of knitting, and moving each of the knock-over bit cams of the tail cam systems (183, 193) in order to change a gap size corresponding to a set knitting length of the supporting yarn, so as to promptly change a thickness of the three-dimensional fabric along the length change of the supporting yarn in a knitting process; and step 4: repeating the step 1 to the step 3 to complete the three-dimensional fabric.
A rapid-entry shoe comprising: a base having a forward portion, a rearward portion, a medial side, and a lateral side; and a waist extending between the medial side and the lateral side of the base, the waist located at the intersection of and/or separating the forward portion and the rearward portion; wherein the rapid-entry shoe has a relaxed configuration in which the forward portion and the rearward portion are substantially coplanar around the waist, and an actuated configuration in which the rearward portion and the forward portion are folded around, or angled relative to, the waist; and wherein an opening of the rapid-entry shoe is larger in the actuated configuration than in the relaxed configuration; wherein the waist comprises a fold pattern in the base, the fold pattern having a plurality of folds; characterized in that application of opposing inward forces parallel to the waist and substantially collinear with at least one fold of the plurality of folds of the waist results in the rapid-entry shoe assuming the actuated configuration. a base having a forward portion, a rearward portion, a medial side, and a lateral side; and a waist extending between the medial side and the lateral side of the base, the waist located at the intersection of and/or separating the forward portion and the rearward portion; wherein the rapid-entry shoe has a relaxed configuration in which the forward portion and the rearward portion are substantially coplanar around the waist, and an actuated configuration in which the rearward portion and the forward portion are folded around, or angled relative to, the waist; and wherein an opening of the rapid-entry shoe is larger in the actuated configuration than in the relaxed configuration; wherein the waist comprises a fold pattern in the base, the fold pattern having a plurality of folds; characterized in that application of opposing inward forces parallel to the waist and substantially collinear with at least one fold of the plurality of folds of the waist results in the rapid-entry shoe assuming the actuated configuration.
Implant for use in stabilizing vertebral bodies or bones, comprising a first end section and a second end section (3, 3'), a tubular section (4, 4') between the first end section and the second end section (3,3') having a longitudinal axis, the tubular section being flexible in such a way that it is expandable in a radial direction when a force (F, F') acts in the axial direction which reduces the distance between the first end section and the second end section, the tubular section (4, 4') being formed of a plurality of longitudinal strips extending from the first end section to the second end section and which are connected at their ends, respectively, to the first end and the second end, wherein pairs of longitudinal strips are connected to each other approximately at their centre when seen in the longitudinal direction via a transverse strip, wherein: the implant further comprises a tension element, which, when it is actuated, shortens the length of the tubular section (4, 4'), characterised in that the tension element is connected to the first end section and extends through the tubular section (4, 4') and the second end section (3, 3') to the outside.
Assembly comprising - an electric machine having a stator and a rotatable rotor, - a rotatable output element, which is operatively connected to the rotor in order to transmit a torque, and - an axial offset device, the axial offset device being arranged between the rotor and the output element, and the transmission of a torque being made possible in the event of an axial offset and/or an angular offset between an axis of rotation of the rotor and an axis of rotation of the output element, the axial offset device having a drive element, an output drive element and at least one resilient element, the resilient element being arranged functionally between the drive element and the output drive element, characterized in that the drive element and the output drive element have cut-outs which in each case in pairs form a receptacle, wherein the resilient element is arranged within a receptacle. - an electric machine having a stator and a rotatable rotor, - a rotatable output element, which is operatively connected to the rotor in order to transmit a torque, and - an axial offset device,
An apparatus comprising: a gas turbine engine having a multi-stage compressor having a plurality of stages and a compressor bypass, the compressor bypass operable to convey a flow stream from the compressor; a combustor disposed downstream of the compressor within the gas turbine engine, the combustor operable to combust a mixture of fuel and the flow stream received from the compressor bypass; and a shaft coupled between a turbine and the compressor, characterized in that the apparatus further comprises a clutch mechanism operable to selectively engage and disengage at least one blade row (R 5, 126) of the plurality of compressor stages to the shaft and that the apparatus has a mode of operation providing selective disengagement of the at least one blade row of the compressor and selective extraction of the flow stream. a gas turbine engine having a multi-stage compressor having a plurality of stages and a compressor bypass, the compressor bypass operable to convey a flow stream from the compressor; a combustor disposed downstream of the compressor within the gas turbine engine, the combustor operable to combust a mixture of fuel and the flow stream received from the compressor bypass; and a shaft coupled between a turbine and the compressor, characterized in that the apparatus further comprises a clutch mechanism operable to selectively engage and disengage at least one blade row (R 5, 126) of the plurality of compressor stages to the shaft and that the apparatus has a mode of operation providing selective disengagement of the at least one blade row of the compressor and selective extraction of the flow stream.