mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for use when building a junk model, comprising: an elongate member attachable to a junk model body and having a first end region and a second end region; a first attachment portion for attaching a first surface engaging element to the first end region; and a second attachment portion for attaching a second surface engaging element to the second end region; wherein the elongate member is selectively adjustable in length to set a distance between the first attachment portion and the second attachment portion; a first surface engaging element attachable to the first attachment portion; and a second surface engaging element attachable to the second attachment portion, characterised in that at least the second surface engaging element comprises a wheel and a capturing element, an elastic band having a first end region and a second end region, said capturing element capturing said second end region of said elastic band when the wheel is rotated in a first direction and said first end region of said elastic band is coupled to the elongate member. an elongate member attachable to a junk model body and having a first end region and a second end region; a first attachment portion for attaching a first surface engaging element to the first end region; and a second attachment portion for attaching a second surface engaging element to the second end region; wherein the elongate member is selectively adjustable in length to set a distance between the first attachment portion and the second attachment portion; a first surface engaging element attachable to the first attachment portion; and a second surface engaging element attachable to the second attachment portion, characterised in that at least the second surface engaging element comprises a wheel and a capturing element, an elastic band having a first end region and a second end region, said capturing element capturing said second end region of said elastic band when the wheel is rotated in a first direction and said first end region of said elastic band is coupled to the elongate member.
A flow path sealing structure, which is disposed on a way of a flow path formed by fusion bonding a pair of resin sheets (12 and 14) that are superimposed on each other, the flow path sealing structure comprising: a widened portion surrounded by a widened seal portion formed by fusion bonding the pair of resin sheets around a periphery thereof, and one end and another end of which are in communication with the flow path, the widened portion being formed to be wider than the flow path; and a weakly sealed portion configured to be opened by increasing an internal pressure of the widened portion, characterized in that the weakly sealed portion is formed to extend in a widthwise direction in the widened portion, and partitions the widened portion in a liquid-tight and airtight manner into a first region on a side of the one end and a second region on a side of the other end. a widened portion surrounded by a widened seal portion formed by fusion bonding the pair of resin sheets around a periphery thereof, and one end and another end of which are in communication with the flow path, the widened portion being formed to be wider than the flow path; and a weakly sealed portion configured to be opened by increasing an internal pressure of the widened portion, characterized in that the weakly sealed portion is formed to extend in a widthwise direction in the widened portion, and partitions the widened portion in a liquid-tight and airtight manner into a first region on a side of the one end and a second region on a side of the other end.
A method of providing a controlled-release of an active material onto a surface, said method comprising the step of contacting said surface with a composition comprising: (a) microcapsules containing said active material and a stabilizer, wherein said active material is selected from the group consisting of perfumes, flavoring agents, brighteners, antistatic agents, wrinkle control agents, fabric softener actives, UV protection agents, flame retardants, and mixtures thereof, wherein said stabilizer is isopropyl myristate, and wherein the level of microcapsules is from 0.001% to less than 1% by weight of the composition, and wherein the level of stabilizer is from 1% to 99% by weight of the microcapsule; (b) a dispersant; at a level of from 0.001% to less than 0.8% by weight of the composition (c) an aqueous carrier; (d) an odor control agent at a level of from 0.001% to less than 10% by weight of the composition; and (e) from 0.001% to less than 5% by weight of the composition of a surfactant. wherein said composition is contained in a spray dispenser, the method comprising the step of spraying an effective amount of composition onto said surface. (a) microcapsules containing said active material and a stabilizer, wherein said active material is selected from the group consisting of perfumes, flavoring agents, brighteners, antistatic agents, wrinkle control agents, fabric softener actives, UV protection agents, flame retardants, and mixtures thereof, wherein said stabilizer is isopropyl myristate, and wherein the level of microcapsules is from 0.001% to less than 1% by weight of the composition, and wherein the level of stabilizer is from 1% to 99% by weight of the microcapsule; (b) a dispersant; at a level of from 0.001% to less than 0.8% by weight of the composition (c) an aqueous carrier; (d) an odor control agent at a level of from 0.001% to less than 10% by weight of the composition; and (e) from 0.001% to less than 5% by weight of the composition of a surfactant.
Gripping device for holding at least one component, comprising holding means with at least one contact element having a contact surface for holding the at least one component, wherein the contact element has pneumatically acting means for producing a negative pressure between the at least one component and the contact surface, wherein the negative pressure can be produced by an elastic deformation of the contact element that can be induced by an electrical or magnetic field, characterized in that the pneumatically acting means comprise an elastomer material in which ferromagnetic particles are arranged.
A valve assembly for an anti-ice system of an aircraft, comprising: a valve body; a first piston; and a regulating piston; wherein the valve body defines a valve inlet, a valve outlet, a fluid passage between the valve inlet and the valve outlet, and a core portion defining a first chamber by cooperation with the first piston and a regulating chamber by cooperation with the regulating piston; wherein the first piston is moveable between a first position and a second position and is disposed to open and/or close the valve inlet; wherein the regulating piston comprises an inlet port arranged to permit fluid flow between the exterior and interior of the regulating piston, and an outlet arranged to permit fluid flow from the interior of the regulating piston to the valve outlet, the regulating piston being movable between a first position in which the inlet port permits fluid flow between the valve inlet and the valve outlet via the fluid passage and the interior of the regulating piston, and a second position in which the inlet port is located within the core portion of the valve body so that the regulating piston prevents fluid flow from the valve inlet to the valve outlet; and wherein the first piston overlaps the regulating piston when the first piston is in its first position and the regulating piston is in its second position. a valve body; a first piston; and a regulating piston; wherein the valve body defines a valve inlet, a valve outlet, a fluid passage between the valve inlet and the valve outlet, and a core portion defining a first chamber by cooperation with the first piston and a regulating chamber by cooperation with the regulating piston; wherein the first piston is moveable between a first position and a second position and is disposed to open and/or close the valve inlet; wherein the regulating piston comprises an inlet port arranged to permit fluid flow between the exterior and interior of the regulating piston, and an outlet arranged to permit fluid flow from the interior of the regulating piston to the valve outlet, the regulating piston being movable between a first position in which the inlet port permits fluid flow between the valve inlet and the valve outlet via the fluid passage and the interior of the regulating piston, and a second position in which the inlet port is located within the core portion of the valve body so that the regulating piston prevents fluid flow from the valve inlet to the valve outlet; and wherein the first piston overlaps the regulating piston when the first piston is in its first position and the regulating piston is in its second position.
A security and home automation system for optimizing power consumption, comprising: a multi-core processor having a first core and a second core, the first core partitioned from the second core to form an asymmetric multi-core processor, wherein: the first core is a master core assigned to execute a real time operating system, RTOS, and configured to periodically transition between a partial sleep state and an awake state during a power shortage condition, the first core configured to determine through self-monitoring when to periodically transition between the partial sleep state and the awake state during the power shortage condition, the first core further configured to send a request to the second core to enter one of an awake state or a deep sleep state during the power shortage condition, and the second core is a slave core assigned to execute a full-blown operating system, OS, and configured to, in response to receiving the request to enter the deep sleep state from the first core, enter the deep sleep state during the power shortage condition, and in response to receiving the request to enter the awake state from the first core, enter the awake state during the power shortage condition. the first core is a master core assigned to execute a real time operating system, RTOS, and configured to periodically transition between a partial sleep state and an awake state during a power shortage condition, the first core configured to determine through self-monitoring when to periodically transition between the partial sleep state and the awake state during the power shortage condition, the first core further configured to send a request to the second core to enter one of an awake state or a deep sleep state during the power shortage condition, and the second core is a slave core assigned to execute a full-blown operating system, OS, and configured to, in response to receiving the request to enter the deep sleep state from the first core, enter the deep sleep state during the power shortage condition, and in response to receiving the request to enter the awake state from the first core, enter the awake state during the power shortage condition.
Seating component comprising lining which is resilient at least in part, in particular a backrest of a seating furnishing, comprising a frame, comprising a membrane which is fixed to the frame or gripped in the frame, is stable under load, is formed subjectable to tensile load at least at a fastening interface in the region of the frame, and is formed subjectable to compressive load at least in a region of the intended loading of the seating component, comprising a cover, which has a front visible face forming the use surface of the seating component and a rear visible face forming the rear face of the seating component, and which together with the frame completely covers the membrane, the frame containing a clip strip and/or fill strip which forms the fastening interface and is formed to be clipped into or suspended in a correspondingly formed fastening interface of the seating furnishing.
A catheter comprising: an elongated catheter body having a proximal end, a distal end and a lumen; and an electrode assembly mounted at the distal end of the catheter body and comprising at least two spines and an inflatable balloon in fluid communication with the elongated catheter body lumen, each spine having at least one electrode and a proximal end attached at the distal end of the catheter body and wherein each spine has a collapsed arrangement in which the spines are arranged generally along a longitudinal axis of the catheter body and an expanded arrangement in which at least a portion of each spine bows radially outwards from the longitudinal axis, such that the inflatable balloon is disposed within the spines and the electrode assembly has a non-projecting distal portion when in the expanded arrangement, wherein the non-projecting distal portion of the electrode assembly is formed by a portion of the balloon having a distal end being inverted within the balloon when in the expanded arrangement. an elongated catheter body having a proximal end, a distal end and a lumen; and an electrode assembly mounted at the distal end of the catheter body and comprising at least two spines and an inflatable balloon in fluid communication with the elongated catheter body lumen, each spine having at least one electrode and a proximal end attached at the distal end of the catheter body and wherein each spine has a collapsed arrangement in which the spines are arranged generally along a longitudinal axis of the catheter body and an expanded arrangement in which at least a portion of each spine bows radially outwards from the longitudinal axis, such that the inflatable balloon is disposed within the spines and the electrode assembly has a non-projecting distal portion when in the expanded arrangement, wherein the non-projecting distal portion of the electrode assembly is formed by a portion of the balloon having a distal end being inverted within the balloon when in the expanded arrangement.
Method for validating a transaction on a transactional terminal, said transaction being associated with a user, comprising a step for decoding a validation code preliminarily generated and displayed by said transactional terminal according to claim 13, entered by said user in a validation message, transmitted by a mobile device of said user to an entity of a telecommunications network to which said mobile device and said transactional terminal are connected, characterized in that said step for decoding said validation code delivers at least one piece of information representing an identifier of said transactional terminal, said identifier of the transactional terminal corresponding to the result of a function f ( x,y) enabling a unique identifier to be associated with a transactional terminal as a function of its localization ( x,y) in a zone of coverage of a base station.
Anti-buzzing device for a luggage compartment door of a motor vehicle, said door comprising a box section covered by at least one outer piece of bodywork arranged covering the outer face of the luggage compartment door, said luggage compartment door comprising an opening shaped for introduction of a lock when mounted on the interior of the door, said anti-buzzing device comprising at least one reinforcing element able to be arranged close to said opening, said at least one reinforcing element comprising a first fixing face and a second fixing face shaped to be secured to said luggage compartment door, and a stiffening face secured to the first fixing face and the second fixing face, said stiffening face extending in a plane substantially perpendicular to the planes of the fixing faces (22, 23), characterized in that the reinforcing element is spaced from the outer piece of bodywork such that the latter is able to deform when a force is applied at the level of a reinforcing element.
A process for preparing a polyamine-polyamidoamine-epihalohydrin resin comprising: reacting a polyamidoamine, a first polyamine, and an epihalohydrin to form the polyamine-polyamidoamine-epihalohydrin resin, wherein the polyamidoamine is prepared by a process comprising reacting a polycarboxylic acid and/or a polycarboxylic acid derivative with a second polyamine to form the polyamidoamine, wherein a molar ratio of the second polyamine to the polycarboxylic acid and/or polycarboxylic acid derivative is 1.05 to 2.0. reacting a polyamidoamine, a first polyamine, and an epihalohydrin to form the polyamine-polyamidoamine-epihalohydrin resin, wherein the polyamidoamine is prepared by a process comprising reacting a polycarboxylic acid and/or a polycarboxylic acid derivative with a second polyamine to form the polyamidoamine, wherein a molar ratio of the second polyamine to the polycarboxylic acid and/or polycarboxylic acid derivative is 1.05 to 2.0.
A receiver that comprises: a set of first filters that share a common input; a set of first downsamplers; a set of sub-band processors, the set of sub-band processors comprises a set of decimators each of which comprises a second filter, a frequency-shifter configured to perform a frequency shift to base-band frequency, and a second downsampler; wherein input signals provided to the decimators are frequency shifted from each other; wherein the set of first downsamplers is coupled between the set of first filters and the set of sub-band processors; wherein the set of first filters is arranged to receive a digital input signal via the common input and to output virtual sub-channels of information occupying disjoint spectral sub-bands; wherein each sub-band is associated with a first filter of the set of first filters and a second filter, of the second set of filters, wherein a frequency response of each first filter is flat over its sub-band; wherein the first filter is configured to have a spectral transition from passband to stopband that slopes down more mildly than a spectral transition from passband to stopband of the second filter, wherein the stopband lies in the neighbouring sub-band, wherein the second filter is a brickwall filter; each first downsampler of the set of first downsamplers performs an L-factor downsampling, each decimator of the set of decimators performs a V-factor downsampling, wherein L and V are positive rational numbers that differ from a number, M, of the sub-bands. a set of first filters that share a common input; a set of first downsamplers; a set of sub-band processors, the set of sub-band processors comprises a set of decimators each of which comprises a second filter, a frequency-shifter configured to perform a frequency shift to base-band frequency, and a second downsampler; wherein input signals provided to the decimators are frequency shifted from each other; wherein the set of first downsamplers is coupled between the set of first filters and the set of sub-band processors; wherein the set of first filters is arranged to receive a digital input signal via the common input and to output virtual sub-channels of information occupying disjoint spectral sub-bands; wherein each sub-band is associated with a first filter of the set of first filters and a second filter, of the second set of filters, wherein a frequency response of each first filter is flat over its sub-band; wherein the first filter is configured to have a spectral transition from passband to stopband that slopes down more mildly than a spectral transition from passband to stopband of the second filter, wherein the stopband lies in the neighbouring sub-band, wherein the second filter is a brickwall filter; each first downsampler of the set of first downsamplers performs an L-factor downsampling, each decimator of the set of decimators performs a V-factor downsampling, wherein L and V are positive rational numbers that differ from a number, M, of the sub-bands.
A fibrous material comprising: (a) elastin in an amount of 75 wt% or more, referring to the fibrous material, and (b) a material of biological origin in an amount of greater 0 wt% to 25 wt%, referring to the fibrous material wherein the fibrous material is obtainable by electrospinning an electrospinnable blend solution containing the elastin and the material of biological origin in formic acid and/or acetic acid without an auxiliary polymer of non-biological origin, and wherein the material of biological origin is gelatin. (a) elastin in an amount of 75 wt% or more, referring to the fibrous material, and (b) a material of biological origin in an amount of greater 0 wt% to 25 wt%, referring to the fibrous material wherein the fibrous material is obtainable by electrospinning an electrospinnable blend solution containing the elastin and the material of biological origin in formic acid and/or acetic acid without an auxiliary polymer of non-biological origin, and wherein the material of biological origin is gelatin.
An RNA aptamer which binds specifically to EpCAM wherein the aptamer is not DT3 having the sequence 5'-GCGACUGGUUACCCGGUCG-3' (SEQ ID NO:1) and wherein the sequence length of the aptamer is between 19 and 100 bases, and further wherein the aptamer comprises the sequence 5'-ACGUAUCCCUUUUCGCGUA-3' (SEQ ID NO:2) or a sequence comprising one, two, three, four, five or six substitutions within the sequence of SEQ ID NO:2.
Packaging station comprising a conversion device for converting a packaging material web drawn from a packaging material web supply, such as a leporello folded stacked web, into a dunnage material and a conveyor structure for receiving the drawn packaging material web and for feeding the drawn packaging material web into the conversion device, wherein the conveyor structure comprises a conveyor track extending from a reception of the conveyor structure to the conversion device, characterized in that the conveyor structure is dimensioned such that, after passing the reception, the packaging material web is able to bear over its entire surface on the conveyor track in the conveying direction for at least the twofold of the width of the web, and that a tangential direction at the reception of a sliding support of the conveyor track forms an angle of reception smaller than 20°, 15° or 10°, being larger than 0°, 1° or 5°, relative to the vertical direction.
A method of delivering a cell to a target tissue in an animal, said method comprising, (a) affixing, binding, or attaching at least one magnetic nanoparticle(s) having a diameter of no more than about 200 nm to the surface of said cell to obtain a magnetic nanoparticle-comprising cell wherein the magnetic nanoparticle is affixed to the cell surface by means of a cell-surface specific binding agent wherein the magnetic nanoparticles comprise iron in any ferromagnetic form; (b) administering said magnetic nanoparticle-comprising cell to the animal; and (c) applying a magnetic field to said target tissue thereby delivering said magnetic nanoparticle-comprising cell to specific regions of said target tissue, wherein the cell is an ocular cell or optic nerve cell and the target tissue is eye tissue; and wherein the magnetic nanoparticles have a surface coating. (a) affixing, binding, or attaching at least one magnetic nanoparticle(s) having a diameter of no more than about 200 nm to the surface of said cell to obtain a magnetic nanoparticle-comprising cell wherein the magnetic nanoparticle is affixed to the cell surface by means of a cell-surface specific binding agent wherein the magnetic nanoparticles comprise iron in any ferromagnetic form; (b) administering said magnetic nanoparticle-comprising cell to the animal; and (c) applying a magnetic field to said target tissue thereby delivering said magnetic nanoparticle-comprising cell to specific regions of said target tissue, wherein the cell is an ocular cell or optic nerve cell and the target tissue is eye tissue; and